CN106068529A

CN106068529A - Media processing device and utilize this mordanting method

Info

Publication number: CN106068529A
Application number: CN201680000530.3A
Authority: CN
Inventors: 金祐景
Original assignee: Neoicp
Current assignee: Neoicp
Priority date: 2015-01-26
Filing date: 2016-01-25
Publication date: 2016-11-02
Anticipated expiration: 2036-01-25
Also published as: CN106068529B; WO2016122176A1

Abstract

The present invention relates to a kind of media processing device, it is characterised in that include: storage box portion, be used for gathering medium；And stacker portion, the described medium in described storage box portion will be transferred to for interim storage, wherein, described stacker portion includes: pallet, is used for supporting described medium；Splice, is equipped with described pallet and together supports described medium with described pallet with opening predetermined angular；Described medium is transferred to described storage box portion by conveyance belt；And pallet eccentric wheel, it is provided to the opposition side of described splice at described pallet, make described pallet rotate on the basis of one end when rotated, and when described pallet rotates by described pallet eccentric wheel, the direction that angle of inclination between described pallet for the described splice is reduced rotates.

Description

Media processing device and utilize this mordanting method

Technical field

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

Background technology

Generally, the medium of the value with predetermined dollar value of such as bank note, check, marketable securities etc needs Carry out safety and process accurately.Especially, in bank or shop etc. during local process medium, standard is needed Really confirm that whether the quantity of the amount of money of medium or medium is correct.

If the quantity of medium is few, then people directly can calculate gold with hand place one by one medium in the past Volume.But, medium has relatively thin paper form, therefore, counts medium in mode manually When, also exist that the amount of money is inconsistent because the medium of more than two is overlapped, it is possible to cause occurring Difference.

Therefore, during the small number of medium of general number, people typically count above to improve accuracy twice. But, greater number of medium is carried out counting by mode manually needs to consume the more time, and And the method is very inconvenient, the counter that automatically can count medium therefore can be used.

Counter is such a device: equipped with the funnel (hopper) allowing to put into medium, is a kind of When the medium of volume is disposably put into funnel, roller makes medium put one by one by frictional force Go, thus count the quantity of medium exactly.

But, people need again to take out the medium after being counted by counter from counter, and Processing it, now, people are taking out and there may be loss medium during mobile medium Danger, and seriously the danger of medium can occur to be stolen wittingly.

That is, existing manually or automatically medium method of counting lacks the degree of accuracy, and security also cannot obtain It to guarantee, thus in process of exchange, is likely to occur discontented or difference situation, accordingly, it would be desirable in time Improve these problems.

Content of the invention

Technical problem

The present invention proposes to solve problem of the prior art as above, its object is to carry For a kind of media processing device being capable of following effect and utilize this mordanting method: make by Medium after counting accumulates to storage box portion automatically, thus cannot steal the medium after counting in midway, To guarantee safe transaction.

It is further an object that provide a kind of media processing device for realizing following effect and Utilize this mordanting method: utilize pallet eccentric wheel and make the pallet in stacker portion and increased pressure board Operation is realized by a motor, thus simplifies composition, and makes control become easy.

It is further an object that provide a kind of media processing device for realizing following effect and Utilize this mordanting method: make fixing and stacker gate of the stacker gate in stacker portion Opening and closing realizes by a motor, thus simplifies composition, accordingly thrifty expense and reduce driving operation, It is thus possible to thrifty power consumption.

It is further an object that provide a kind of media processing device for realizing following effect and Utilize this mordanting method: to for realize being provided to the safety box gate of secure chest portion locking and The structure of opening and closing is improved such that it is able to stably carry out the operation of safety box gate.

It is further an object that provide a kind of media processing device realizing following effect and utilization This mordanting method: be used in the storage box gate drive division of the storage box gate in opening and closing storage box portion It is provided to outside, so that the structure of storage box minimizes, meanwhile, by storage box gate drive division With the combining form between storage box gate is processed as special form, thus strengthen security.

It is further an object that provide a kind of media processing device for realizing following effect and Utilize this mordanting method: if storage box gate is blocked after storage box portion is open once, Then perform locking so that the opening again of storage box gate cannot realize only by storage box gate drive division.

It is further an object that provide a kind of media processing device for realizing following effect and Utilize this mordanting method: if be detected that the safe door of secure chest portion is closed mode, then lock Fixed (lock) safe door；If be detected that the locking of safe door, then make storage box guillotine door open, Thus prevent the generation of the problems such as medium loss in advance.

It is further an object that provide a kind of media processing device for realizing following effect and Utilize this mordanting method: will be used for detecting in the media paths in storage box portion, whether have the matchmaker of residual The medium test section being situated between is provided to the outside of storage box, so that without the electricity other to storage box supply Power, and can be by being provided to the prism portion of storage box and the test section that utilizes the medium detects medium exactly.

It is further an object that provide a kind of media processing device for realizing following effect and Utilize this mordanting method: the medium envelope that will be equipped with medium is directly introduced to stacker amassing Gather storage box portion, be enable to be stored in by medium be stored in both modes and reality with medium envelope Existing enter transaction.

Technical scheme

It is characterised by according to the media processing device of one embodiment of the invention, comprising: storage box portion, For gathering medium；And stacker portion, the institute in described storage box portion will be transferred to for interim storage Stating medium, wherein, described stacker portion includes: pallet, is used for supporting described medium；Splice, with Described pallet is equipped with and together supports described medium with described pallet with opening predetermined angular；Conveyance belt, Described medium is transferred to described storage box portion；And pallet eccentric wheel, it is provided to described at described pallet The opposition side of splice, makes described pallet rotate on the basis of one end when rotated, and in described torr When dish rotates by described pallet eccentric wheel, angle of inclination between described pallet for the described splice The direction reduced rotates.

Specifically, described increased pressure board at one end can be equipped with bearing, and when described pallet rotates, Described pressurization version keeps the state being close to described pallet to rotate according to described bearing.

Specifically, described splice can move in the way of the pivot with movement.

Specifically, described splice can form another on the basis of equipped with one end of described bearing End from described pallet away from angle of inclination.

Specifically, described splice can make the described other end be close to described picture closely to connect to be formed Touch and make described one end from described pallet away from the mode at angle of inclination rotate.

Specifically, one end of described pallet can be with the conveyance running roller for making described conveyance belt rotate Rolling axle connect, thus described pallet rotates on the basis of described rolling axle.

Specifically, when described tray support medium, described conveyance belt can with described medium at least Part isolation, and when described pallet rotates by the rotation of described pallet eccentric wheel, described conveyance The entirety of belt and described medium is close to and is transferred medium.

Specifically, can also include: torr disk-drive motor, be used for making described pallet eccentric wheel rotate； And conveyance belt drives motor, it is used for making described conveyance belt rotate.

Specifically, described splice may include that at least one media support projection, with described matchmaker The transfer direction interfacing with a tactile surface along described medium has predetermined length and highlights.

Specifically, described splice can be at the other end equipped with the transfer for assisting described medium Idle pulley.

It is characterized in that of media processing device according to one embodiment of the invention, including for gathering matchmaker The storage box portion being situated between, wherein, described storage box portion includes: storage box, is provided as at least one, and The described medium of internal collecting；Storage box gate, is provided to described storage box, for medium described in opening and closing Transfer path；Storage box gate drive division, is releasably provided to described storage box, is used for driving described Storage box gate；And storage box gate power transfering part, it is provided to described storage box, for by described The power of storage box gate drive division passes to described storage box gate, and described storage box gate power transmits Portion includes: recessed mouth；And master gear, prominent from the female mouth, possess and there is pentagonal cross section Combination projection, described storage includes to gate drive division: main shaft, and inner side is pentagonal equipped with having The projection intake in cross section, surrounding described combination projection, and outside is introduced in the female mouth, Thus make described combination projection rotate when rotated, so that described master gear rotates.

Specifically, described master gear can be worm gear.

Specifically, described storage box gate power transfering part may include that helical gear, with described main tooth Wheel engages and rotates；It and storage box gate drives belt, is connected with described helical gear and makes described storage Case gate moves.

Specifically, described storage box gate power transfering part can also include: the first drive shaft, with institute State helical gear to connect；And second drive shaft, it is connected with described storage box gate.

Specifically, described storage box gate drives one end of belt can be connected with described first drive shaft, The other end is connected with described second drive shaft, thus the revolving force by described first drive shaft passes to described Second drive shaft.

Specifically, can also include: residual medium removal portion, mobile for the transfer road towards described medium Footpath highlights, to push the described medium on the transfer path being likely to remain at described medium open.

Specifically, described storage box gate power transfering part can also include: the 3rd drive shaft, with institute State residual medium removal portion to connect；And residual medium removal belt, one end and described first drive shaft Connecting, the other end is connected with described 3rd drive shaft, thus by the revolving force transmission of described first drive shaft To described 3rd drive shaft.

Specifically, described residual medium removal portion can with described storage box gate linkage and along contrary Direction is moved.

Beneficial effect

To the media processing device according to the present invention and for utilizing this mordanting method, make to be placed into Move to stacker portion to the medium of pars infundibularis after being counted, and if it is confirmed that button etc. are pressed Pressure, then make medium automatically accumulate to storage box portion from stacker portion from stacker portion such that it is able to improves peace Quan Xing, and release the possibility that difference occurs in advance.

Additionally, to the media processing device according to the present invention and for utilizing this mordanting method, During transfer medium, pallet and splice is made only to pass through an electricity by pallet eccentric wheel in stacker portion Machine operates, and constitutes such that it is able to simplify it.

Additionally, to the media processing device according to the present invention and for utilizing this mordanting method, can Being equipped with stacker gate to for storing provisionally from the stacker portion of the medium of pars infundibularis transmission, thus Block medium close from outside to interim storage, and make the locking of stacker gate and opening and closing pass through one Individual motor and be driven such that it is able to thrifty manufacturing cost.

Additionally, to the media processing device according to the present invention and for utilizing this mordanting method, Inside contains storage box portion and for forming the insurance of the media paths between stacker portion and storage box portion In case, may utilize the movement that simple structure realizes the safety box gate in the transfer path for opening and closing medium And lock operation.

Additionally, to the media processing device according to the present invention and for utilizing this mordanting method, pin To the storage box portion of storage box possessing more than one accumulation medium, make the driving of storage box gate by Storage box gate drive division and perform, hereby it is possible to make the composition of storage box simplify, and by storage box lock Integrated structure between door drive division and storage box is defined to special form, such that it is able to strengthen security, Wherein, storage box gate is positioned at the corresponding position with safety box gate；Storage box gate drive division and storage Case is equipped with independently, and is incorporated into storage box and operates.

Additionally, to the media processing device according to the present invention and for utilizing this mordanting method, quilt When being designed to be blocked after being provided to the storage box guillotine door open in storage box portion, if not releasing special Locking, then can not re-start the opening of storage box gate, such that it is able to prevent the unnecessary of storage box Open.

Additionally, to the media processing device according to the present invention and for utilizing this mordanting method, make The locking of the safe door being equipped with to take out storage box portion at secure chest portion and the opening of storage box gate Linkage, so that storage box gate is only just opened when safe door is locked such that it is able to improve safety Property.

Additionally, to the media processing device according to the present invention and for utilizing this mordanting method, be Whether detection storage box portion has the medium of residual to be equipped with medium test section, now, by medium test section It is provided to outside storage box, thus is not necessarily to supply storage box electric power, and be equipped with prism portion in storage box portion, It is thus possible to carry out the detection by medium test section exactly.

Additionally, to the media processing device according to the present invention and for utilizing this mordanting method, can So that the following two kinds situation is all capable of significantly to promote convenience: being stored in of medium, medium passes through Pars infundibularis and accumulated to storage box portion；Medium envelope proceeds to, and makes to lead to equipped with the medium envelope of many pieces of media Cross stacker portion and accumulate to storage box portion.

Brief description

Fig. 1 is the stereogram of the media processing device according to one embodiment of the invention.

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

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

Fig. 4 is the stereogram according to the storage box portion in the media processing device of one embodiment of the invention.

Fig. 5 and Fig. 6 is according to the storage box portion in the media processing device of one embodiment of the invention Stereogram.

Fig. 7 and Fig. 8 is according to the storage box portion in the media processing device of one embodiment of the invention Partial enlarged drawing.

Fig. 9 and Figure 10 is according to the storage box portion in the media processing device of one embodiment of the invention Stereogram.

Figure 11 is the main shaft according to the storage box portion in the media processing device of one embodiment of the invention Stereogram.

Figure 12 is the master gear according to the storage box portion in the media processing device of one embodiment of the invention Front elevation.

Figure 13 is the stereogram according to the storage box portion in the media processing device of one embodiment of the invention.

Figure 14 to Figure 18 is according to the storage box portion in the media processing device of one embodiment of the invention Plane.

Figure 19 is the stereogram according to the storage box portion in the media processing device of one embodiment of the invention.

Figure 20 is the stereogram according to the stacker portion in the media processing device of one embodiment of the invention.

Figure 21 to Figure 25 is according to the stacker portion in the media processing device of one embodiment of the invention Side view.

Figure 26 is the stereogram according to the stacker portion in the media processing device of one embodiment of the invention.

Figure 27 to Figure 28 is according to the stacker portion in the media processing device of one embodiment of the invention Side view.

Figure 29 is the stereogram according to the secure chest portion in the media processing device of one embodiment of the invention.

Figure 30 to Figure 33 is according to the secure chest portion in the media processing device of one embodiment of the invention Side view.

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

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

Detailed description of the invention

If with reference to the following detailed description of coherent with accompanying drawing and preferred embodiment, the then mesh of the present invention , specific advantage and new feature can be more clear and definite.Need to pay attention in this manual, When to the additional reference numeral of inscape of each accompanying drawing, for identical inscape, though quilt Mark in the other figures of the drawing, also makes it have identical label as much as possible.Additionally, to the present invention When illustrating, if it is determined that illustrate the purport band to the present invention for related known technology Carry out unnecessary confusion, then omit detail explanation.

Hereinafter, referring to the drawings the preferred embodiments of the present invention are described in detail.

Fig. 1 is the stereogram of the media processing device according to one embodiment of the invention；Fig. 2 is according to this The front elevation of the media processing device of one embodiment of invention；Fig. 3 is according to one embodiment of the invention The module map of media processing device.

Additionally, Fig. 4 is standing according to the storage box portion in the media processing device of one embodiment of the invention Body figure；Fig. 5 and Fig. 6 is according to the storage box portion in the media processing device of one embodiment of the invention Stereogram；Fig. 7 and Fig. 8 is according to the storage in the media processing device of one embodiment of the invention The partial enlarged drawing in case portion；Fig. 9 and Figure 10 is the media processing device according to one embodiment of the invention In the stereogram in storage box portion；Figure 11 is according in the media processing device of one embodiment of the invention The stereogram of the main shaft in storage box portion；Figure 12 is according in the media processing device of one embodiment of the invention The front elevation of master gear in storage box portion.

Figure 13 is the stereogram according to the storage box portion in the media processing device of one embodiment of the invention； Figure 14 to Figure 18 is the plane according to the storage box portion in the media processing device of one embodiment of the invention Figure；Figure 19 is the stereogram according to the storage box portion in the media processing device of one embodiment of the invention.

Figure 20 is the stereogram according to the stacker portion in the media processing device of one embodiment of the invention； Figure 21 to Figure 25 is the side-looking according to the stacker portion in the media processing device of one embodiment of the invention Figure.

Figure 26 is the stereogram according to the stacker portion in the media processing device of one embodiment of the invention； Figure 27 to Figure 28 is the side-looking according to the stacker portion in the media processing device of one embodiment of the invention Figure；Figure 29 is the stereogram according to the secure chest portion in the media processing device of one embodiment of the invention； Figure 30 to Figure 33 is the side-looking according to the secure chest portion in the media processing device of one embodiment of the invention Figure.

As shown in Fig. 1 to Figure 33, the media processing device 1 according to one embodiment of the invention comprises: leakage The 20th, stacker portion of pan the 10th, storage box portion the 30th, discriminating portion the 40th, conveying unit the 50th, secure chest portion is the 60th, The 70th, control unit 80, input and output portion.

Funnel (hopper) portion 10 is the composition part for putting into medium.Put into pars infundibularis 10 Medium may mean that the valency with predetermined Flat Amount of such as bank note, check, marketable securities etc All stationeries of value.

The medium of more than one piece can be put in pars infundibularis 10, and at following stacker (stacker) Portion 30 can put into the medium envelope containing multiple medium.Below will be with reference to Figure 35 to passing through Put into the transaction that medium band carries out to illustrate.Hereinafter, medium envelope and medium are all completely contained in In and illustrate be medium, even and if be recited as medium, its medium also can represent medium envelope.

Pars infundibularis 10 can have the form that opening is flared, and allowing putting into of medium, and is placed into Can be by known various running rollers such as intake rollers (Feed Roller) to the medium of pars infundibularis 10 It is transported to stacker portion 30.

Storage box portion 20 is used for making medium gather.Storage box portion 20 can make to put into pars infundibularis 10 or heap The medium accumulation in folded device portion 30, and the medium putting into pars infundibularis 10 can be through discriminating portion the 40th, heap Fold device portion the 30th, conveying unit 50 and be passed to storage box portion 20.

Storage box portion 20 may be located at the inside of secure chest portion 60 described later, and if secure chest portion 60 Safe door 67 be opened, then storage box portion 20 can be removed from secure chest portion 60.This process Can need to carry out performing in the case of replacing of storage box portion 20.

Storage box portion 20 comprises: storage box (cassette) the 21st, storage box gate (cassette shutter) 22nd, storage box gate drive division the 23rd, storage box gate power transfering part 24, and below will be with reference to figure 4 to Figure 12 and these compositions are illustrated.

Storage box 21 is provided as at least one, and houses medium therein.House and arrive storage box The medium of 21 can be medium or medium envelope.Storage box 21 can gather the medium of predetermined quantity, and And if storage box 21 gathered the medium of q.s, then the exchange of storage box 21 can be performed.

Now, storage box 21 is respectively equipped with identifier (not shown), and storage box portion 20 or guarantor Equipped with the identifier (not shown) of the identifier for identifying storage box 21 in the case portion 60 of danger, thus carry The security of high storage box 21.Now, identifier can be bar code, fast reaction (QR:Quick Response) code, radio frequency identification (RFID:Radio Frequency Identification Devices) Etc. various mark.

The identification of storage box 21 is to carry out to perform to work as follows: identify whether storage box 21 is energy Enough storage boxes 21 using legally rather than the storage box 21 having the illegal leeway using；Or often Identify in the case that one storage box portion 20 is assigned storage box 21 whether each storage box portion 20 described belongs to In applicable storage box 21；Or confirm the certificate kind being transferred to storage box 21 whether by setting exactly etc..

Can be equipped with storage box gate 22 in storage box 21.Storage box gate 22 can be used for making with opening and closing Medium is transferred to the transfer path of storage box 21, and storage box gate 22 can be provided to each deposits Storage tank 21, or can be provided to the entrance front end of plural storage box 21, thus medium can deposited The downstream part of storage tank gate 22 is separated.

Storage box gate 22 is provided to the transfer path of storage box 21 and opening and closing medium.Storage box gate 22 Open state can be kept in the case that storage box 21 is arranged at storage box portion 20, and if with in advance Fixed period (as a case, 1 day) transaction all terminates, then can be blocked.

Storage box gate 22 can have plate morphology or form the plate shape of irregular injustice, and it is permissible Carry out translational motion along predetermined direction, thus open or block transfer path.As described above, in order to Making storage box gate 22 move, then needing a kind of driving source, in the present invention, the source of driving can be with storage Case 21 is equipped with relatively independently, rather than is provided to storage box 21.

Therefore, although storage box 21 possesses storage box gate 22, however storage box 21 do not have for Making the driving source that storage box gate 22 moves, therefore storage box 21 can not receive electric power etc..Therefore, The present invention can make simplifying the structure of storage box 21, and the manufacturing expense of thrifty storage box 21.

Storage box gate drive division 23 is removably provided to storage box 21.Storage box gate drive division 23 It is provided to the outside of storage box 21 and drive storage box gate 22.That is, storage box 21 is without connecing from outside Receive the electric power for driving storage box gate 22, therefore can simplify the composition of storage box 21.

Additionally, do not perform the supply of electric power in storage box 21, storage box therefore can be greatly lowered The fault rate of 21, based on this can save for safeguard and repair storage box 21 expense or when Between etc..

Storage box gate drive division 23 can produce by using own power source or from external reception power supply Power.Now produced power can be delivered to storage box through storage box gate power transfering part 24 Gate 22.

Only, as storage box gate drive division 23 is provided to the outside of storage box 21 as described above, Storage box 21 can not need from power from outside.That is, storage box gate 22 can be only by storage Case gate power transfering part 24 receives the power of storage box gate drive division 23 and carries out opening and closing, rather than Operate by the driving source being provided in storage box 21.

Storage box gate drive division 23 comprises main shaft 231.With regard to main shaft 231, will be to storage box gate Power transfering part 24 is described in detail with reference to Figure 11 after illustrating.

Storage box gate power transfering part 24 is provided to storage box 21.Storage box gate power transfering part 24 Only can receive power from storage box gate drive division 23 and pass to storage box gate 22, and not from outward Portion receives electric power.That is, even if possessing storage box gate power transfering part 24, storage box 21 is still not required to The supply of electric power to be received.

Storage box gate power transfering part 24 comprises master gear 241.Master gear 241 can be combined in main shaft 231 And rotate.Now, master gear 241 can possess recessed mouth 2411 as illustrated in fig. 12 and combine projection 2412。

Recessed mouth 2411 can be equipped with cylindrical conformation, and it allows the introducing of main shaft 231.That is, such as Figure 11 Shown main shaft 231 be directed into recessed mouth 2411 inside of master gear 241 and fixed.Specifically For, the outside of main shaft 231 be directed into recessed mouth 2411, thus is closely contacted recessed mouth The inner surface of 2411.

The inside of recessed mouth 2411 is equipped with combining projection 2412, and it combines projection 2412 from recessed mouth 2411 Highlight and there is pentagonal cross section.Only, outer surface and the recessed mouth 2411 in conjunction with projection 2412 Inner surface can be separated by and arrange, and main shaft 231 can be inserted into the inner surface of recessed mouth 2411 And the space combining between projection 2412.

As shown in figure 11, the main shaft 231 of storage box gate drive division 23 can be equipped with projection intake 2311.Now, projection intake 2311 can have pentagonal cross section.Therefore, at projection intake The inner side of 2311 can perform to combine the introducing of projection 2412.

With projection intake 2311 with combine projection 2412 and be respectively provided with pentagonal cross section, work as main shaft During 231 rotation, in conjunction with projection 2412, the state to be snapped at projection intake 2311 is rotated. That is, the rotation of main shaft 231 by having the projection intake 2311 of pentagonal section and can combine projection 2412 and be delivered to master gear 241.

Now, may be located at the inside of recessed mouth 2411 in conjunction with projection 2412, and have not to recessed mouth The prominent height in the outside of 2411.That is, rotate to make to combine projection 2412, need to use following Main shaft 231, i.e. the inner surface of the recessed mouth in lateral 2411 of this main shaft 231 introduces, and inner side tool Standby with combine the projection intake 2311 that projection 2412 is engaged.

The shape of this main shaft 231 with projection intake 2311 is defined to pentagon and can with known The shape difference alienation of nut etc..Therefore, for realizing the answering of main shaft 231 of the movement of storage box gate 22 Difficulty processed may be very high.

Accordingly, the present invention utilizes pentagonal shape to make independently for making master gear 241 rotate Instrument, and this manufacture process has very high difficulty, thus it is possible to prevent storage box gate 22 by illegally Open.

Hereinafter, in the case of the main shaft 231 at storage box gate drive division 23 rotation, storage box How the rotation of the master gear 241 of gate power transfering part 24 is passed to the situation of storage box gate 22 Illustrate.Will be with reference to Fig. 9 and Figure 10 to this.

Main shaft 231 can be connected with master gear 241, master gear 241 can be fixed on main shaft 231 and Together rotate with main shaft 231.Now, main shaft 241 can be worm gear (worm gear), and Master gear 241 can engage with helical gear (helical gear) 242.

Helical gear 242 engages with master gear 241 and rotates.Only, because master gear 241 is snail Wheel, the Plane of rotation of helical gear 242 can be perpendicular to the Plane of rotation of master gear 241.

Helical gear 242 is connected with the first drive shaft 244, and the second drive shaft 245 is provided to storage box Gate 22, here, the first drive shaft 244 and the second drive shaft 245 drive belt by storage box gate 243 connect.If the rotation of master gear 241 is passed to helical gear 242, then the first drive shaft 244 will Can rotate, and the rotation of the first drive shaft 244 will drive belt 243 along storage box gate And it is passed to the second drive shaft 245.

Now, if the second drive shaft 245 rotates, then storage box gate 22 can be opened and closed.By The rotation of two drive shafts 245 and the principle of opening and closing storage box gate 22 can (rack scheme by rack rails Show) and various attachment structure such as tooth bar (rack gear, not shown) and realize.

That is, storage box gate 22 is by along master gear the 241st, helical gear the 242nd, the first drive shaft the 244th, Storage box gate drive belt the 243rd, the second drive shaft 245 and the power that transmits and be opened and closed, now, Storage box gate drives belt 243 can be connected with helical gear 242 and make storage box gate 22 move.

As described above, storage box gate power transfering part 24 is simply by from storage box gate drive division 23 The revolving force of main shaft 231 transmission is directly passed to storage box gate 22, therefore can make storage box 21 not Need to receive individually electric power etc..

Storage box portion 20 can also comprise to remain medium removal portion 246, and residual medium removal portion 246 is permissible Mobile route at medium moves highlightedly.If remaining medium on the transfer path of medium, then residual Stay medium removal portion 246 directly can pressurize the medium of residual and remove.

That is, residual medium removal portion 246 can promote the medium on the transfer path that can remain in medium, And can link with storage box gate 22 and move along identical direction or contrary direction.Specifically, Storage box gate power transfering part 24 can also comprise the 3rd driving being connected with residual medium removal portion 246 The residual medium that axle 247 and the rotation by the first drive shaft 244 are delivered to the 3rd drive shaft 247 removes use Belt 248, and remain medium removal belt 248 and can will drive by the first of master gear 241 The rotation of axle 244 direct supplies to the 3rd drive shaft 247, so that residual medium removal portion 246 moves.

Now, the one end remaining medium removal belt 248 can be connected to the first drive shaft 244, separately One end is connected to the 3rd drive shaft 247, such that it is able to the revolving force of the first drive shaft 244 passes to Three drive shafts 247.Residual medium removal belt 248 can drive belt 243 not with storage box gate Formed intrusively, be separated by and arrange, and with storage box gate drive belt 243 compare when, Both total lengths can differ.Its reason is the second drive shaft 245 and the 3rd drive shaft 247 Position may be different.

As described above, by the present invention in that storage box gate drive division 23 and storage box gate power transfering part 24 connect and transmit revolving force, and make revolving force be transmitted to storage box gate 22 by multiple composition, Thus perform opening or the block of storage box gate 22, storage box 21 now can be made not need to receive electricity The supply of power, thus enough improve the durability of storage box 21.

Additionally, remain medium removal portion 246 when storage box gate 22 blocks along the transfer stopping medium The direction in path is moved such that it is able to effectively remove the medium that can remain on transfer path.

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

Storage box gate lock 25 can limit the movement of storage box gate 22, specifically, if will deposit Storage tank gate 22 opens once and blocks, then it can be made to open again.To this end, storage box gate lock The pressurization of the storage box gate 22 that 25 can be moved and rotate.

In order to by storage box gate lock 25 locking storage box gate 22, a surface of storage box gate 22 Can protrude guide surface 221, the other end could be formed with card access surface 222.Now, guide surface 221 can Extend with the moving direction along storage box gate 22, and vertical with a surface of storage box gate 22 Highlight；Card access surface 222 can extend along the direction vertical with the moving direction of storage box gate 22, And vertically highlight with a surface of storage box gate 22.

Additionally, guide surface 221 and card access surface 222 can be connected to each other, it is possible to formedWord Shape.That is, on the basis of accompanying drawing, guide surface 221 and card access surface 222 can be reversed left to right Word shape.

Now, if storage box gate 22 moves along a direction to open the transfer path of medium, Then one end of storage box gate lock 25 can rotate with the promotion of storage box gate 22.Storage Case gate lock 25 rotates, when therefore rotating in its one end, separately on the basis of fixing pivot One end also can rotate therewith.Now, the other end of storage box gate lock 25 can keep and guide surface 221 states being close to and move along guide surface 221.

Afterwards, in order to block transfer path, if storage box gate 22 moves along other direction, then deposit The other end of storage tank gate lock 25 can be placed in card access surface 222 through guide surface 221.But, draw Guide face 221 is the form extending along the moving direction of storage box gate 22, but card access surface 222 is The form extending along the vertical direction of the moving direction of storage box gate 22, therefore, is placed in card access surface The other end of the storage box gate 22 of 222 will be blocked by card access surface 222, is used for moving such that it is able to limit Send the movement of the storage box gate 22 opening again in path.Hereinafter, referring to the drawings to above-mentioned process It is described in detail.

As shown in figure 14, if storage box gate 22 is in blocked styate, then storage box gate lock 25 will Non-rotary state can be kept.Afterwards, as shown in figure 15, if storage box gate 22 is with accompanying drawing as base Accurate and be moved upward, then as one end of storage box gate lock 25 is pushed to top, storage box gate is locked 25 will be along counterclockwise rotation.Now, the other end of storage box gate lock 25 can be with storage The guide surface 221 of case gate 22 is close to.

Afterwards, as shown in figure 16, if storage box gate 22 moves constantly, then storage box gate 25 The other end while will keep the state being close to storage box gate 221 and storage box gate 22 carries out phase To motion.Now, storage box gate lock 25 one end can from guide surface 221 on the basis of accompanying drawing to Left side isolation, and storage box gate 22 may be at the state in open transfer path.

Afterwards, as shown in figure 17, if the direction that storage box gate 22 transfers path along block is moved, Then identically with situation as shown in figure 15, the other end of storage box gate 22 will keep and guide surface 221 states being close to.

Afterwards, as shown in figure 18, if completing the block in the transfer path by storage box gate 22, Then the other end of storage box gate 22 will depart from guide surface 221.Now, storage box gate locks 25 The other end can have elastic force along the direction close to card access surface 222, accordingly, and storage box gate lock 25 The other end can depart from guide surface 221 and be placed in card access surface 222.

If as described above, the other end of storage box gate 25 is blocked by card access surface 222, then storage box lock Door 22 will not move along the direction in open transfer path.I.e., it is possible to do not allow storage box gate 22 Open again.

Therefore in the case, only storage box gate is manually locked one end of 25 along with accompanying drawing by user On the basis of be rotated clockwise, the other end of storage box gate lock 25 can take off from card access surface 222 From.

That is, if storage box gate 22 moves along a direction, then storage box gate lock 25 can be along A direction in clockwise or counterclockwise rotates, and if storage box gate 22 is along separately One direction is moved, then storage box gate lock 25 can rotate along other direction.

Therefore, storage box gate lock 25 allows storage box gate 22 under released state (original state) Being opened once, now after storage box gate 22 is opened once, conversion to lock-out state is deposited to block The action of storage tank gate 22, such that it is able to block opening again of storage box gate 22.

Accordingly, the present invention can block the opening and closing without rule of storage box gate 22, and is using storage During case 21, after storage box gate 22 first keeps open state, seal to draw storage box 21 grade When having locked storage box gate 22, it is difficult to reopen storage box gate 22, such that it is able to increase substantially Security.

Only, storage box gate lock 25 can possess: locking display part 251, is connected to storage box lock Door lock 25, the rotation with storage box gate lock 25 is moved in linkage and is shown the movement of storage box gate 22 Whether limit.

Locking display part 251 is intended to indicate that storage box gate lock 25 is in released state or lock-out state Parts, it can be exposed to the position that can confirm from outside, or can be exposed to can be relatively easily The position confirming.

As shown in figure 19, storage box portion 20 can also comprise medium test section the 26th, prism portion 27.

Medium test section 26 is provided to storage box gate drive division 23.As described below, medium is examined Survey portion 26 is the composition needing to use electric power in order to send electromagnetic wave, and it is provided to storage box gate and drives Portion 23, rather than storage box 21, such that it is able to make storage box 21 not need to receive the supply of electric power.

Medium test section 26 can send and detect electromagnetic wave and whether detect the residual of medium.If sent out The electromagnetic wave going out returns, then explanation does not has the medium of residual；If the electromagnetic wave sending does not returns, then say The bright medium having residual.In order to detect this, electromagnetic wave can be the visible rays etc. not penetrating through medium.

Medium test section 26 can be equipped with multiple.In the case, a medium test section 26 is permissible Whether there is the medium of residual on the transfer path of detection medium, and another medium test section 26 can basis Medium remains in the arrival end of storage box 21 and the medium that is detected as enough amounts is accumulated in storage box 21.That is, medium test section 26 can detect the residue problem of medium or whether detection storage box 21 has a surplus Ground.

Medium test section 26 can possess: illuminating part 261, is used for sending electromagnetic wave；And light accepting part 262, For detecting the electromagnetic wave of return.Illuminating part 261 can in real time or at predetermined intervals or Send electromagnetic wave in the required time, and light accepting part 262 can sense electromagnetic wave.If light accepting part 262 detect electromagnetic wave, then mean the medium not remained；If light accepting part 262 can't detect electricity Magnetic wave, then mean the medium having residual.

That is, in the case that medium remains in the transfer path of medium, medium test section 26 can be by electricity Magnetic wave is not detected by light accepting part 262 and judges the residual of medium.

Only, in the present invention, illuminating part 261 and light accepting part 262 can not be arranged opposite to each other, and It is to being arranged abreast in side.That is, illuminating part 261 and light accepting part 262 can with electromagnetic wave The vertical direction in direction that sends isolate and arrange.Therefore, the electromagnetic wave sending from illuminating part 261 has From the point of view of rectilinear propagation, light accepting part 262 will not be passed in the case of not having other measures.

But the present invention utilizes prism portion 27 described later to return electromagnetic wave, such that it is able to by illuminating part 261 and light accepting part 262 be disposed adjacent to, and be effectively realized the detection of the medium utilizing electromagnetic wave.

Prism portion 27 is provided to storage box 21, and is separated by with medium test section 26 and puts.Prism portion 27 The electromagnetic wave sending from medium test section 26 can be made to return to medium test section 26.Especially, prism portion 27 can make electromagnetic wave return to medium test section 26 through the transfer path of medium, thus detect medium Whether remain on the transfer path of medium.

Prism portion 27 makes after the refraction of electromagnetic wave that illuminating part 261 sends, it is allowed to electromagnetic wave transmits and sends out The suitable distance of distance that light portion 261 and light accepting part 262 are separated by and arrange, then again by electromagnetic wave Reflect and pass to light accepting part 262.

To this end, prism portion 27 can be the prismatic shape of ladder type, and electromagnetic wave is made to encounter inclined-plane twice, Thus electromagnetic wave is passed to light accepting part 262.

Specifically, prism portion 27 can make electromagnetic wave will reflect twice with 90 degree, and by electromagnetism setback Penetrate into the electromagnetic wave making to send from illuminating part 261 and to be passed to the electromagnetic wave of light accepting part 262 parallel.

Accordingly, the present invention can be used for sending electromagnetic wave in the outfit of storage box gate drive division 23 and receive electricity The medium test section 26 of power, and make storage box 21 only possess prism portion 27, even if thus storage box 21 not Receive electric power and also can effectively detect the medium within storage box 21.

Certainly, now, between medium test section 26 and prism portion 27, specifically, at illuminating part Can be equipped with between 261 and prism portion 27 and between prism portion 27 and light accepting part 262 allowing The structure (as a case, empty space etc.) of the transmission of electromagnetic wave.

Stacker portion 30 stores provisionally and will be shifted into the medium of storage box 21.Stacker portion 30 is permissible Deposited provisionally before conveying unit 50 is delivered to storage box portion 20 at the medium putting into pars infundibularis 10 Storage medium.

The reason that be equipped with stacker portion 30 and store medium being provisionally, client may Cancel Transaction, And can not or be difficult to take out the medium being accumulated in storage box portion 20.That is, stacker portion 30 is to confirm whether medium can be moved to storage box portion through conveying unit 50 for buffer time 20。

The medium that stacker portion 30 can not store to outer exposed temporarily.That is, in stacker portion 30 Space for storing medium provisionally can be isolated from the outside.Only, stacker portion 30 comprises stacking Device gates 31 etc., therefore, in the case of necessary, the inner space in stacker portion 30 can be opened.

Or, carrying out when being stored in transaction of medium envelope, the inner space in stacker portion 30 can be made to open Put and make medium envelope be directly introduced to stacker portion 30 and replace putting into pars infundibularis 10.Only, Even in the case, the basic status in stacker portion 30 also can be the state that inner space is blocked.

Stacker portion 30 can comprise: stacker gate the 31st, stacker gate lock the 32nd, stacker rotates Gear the 33rd, stacker drives motor 34.

Stacker gate 31 is by rotating and the temporary memory space of opening and closing medium.It is rejected at medium, deposits In the case of entering to be cancelled or need to put into medium envelope, can be using the inside sky as stacker portion 30 Between the temporary memory space of medium open.

Stacker gate 31 can rotate on the basis of fixing pivot, now, in rotation The heart can be the pivot of stacker gate swing pinion 33 described later.Only, though stacker lock The swing pinion 33 of door rotates, and stacker gate 31 might not rotate together.

The both sides of stacker gate 31 can be equipped with stacker gate projection 311, stacker gate projection 311 can be stacked device gate swing pinion 33 pressurizes, and can only be dumped in stacker projection 311 Folded device gate swing pinion 33 carries out the rotation of stacker gate 31 in the case of pressurization.

I.e., although stacker gate 31 rotates by stacker gate swing pinion 33, but at heap In folded device gate projection 311 not pressurized period, even if stacker gate swing pinion 33 rotates, heap Folded device gate 31 also can not rotate.

Only, stacker gate 31 should not carry out unnecessary rotation.Its reason is, is being placed into To the medium of pars infundibularis 10 through stacker portion 30 and when accumulating to storage box portion 20 by conveying unit 50, If stacker gate 31 is easily opened and provides easy access to the inner space in stacker portion 30, then matchmaker The danger occurring medium to be stolen during the transfer being situated between or losing is bigger.

Therefore, the rotation of stacker gate 31 can be limited by stacker gate lock 32, at this In the case of, the opening of the possibly stacker gate 31 that cannot realize by stacker gate swing pinion 33.

Stacker gate lock 32 can stop stacker gate 31 with one end of support stack device gate 31 Rotate.Stacker gate 31 along counterclockwise rotation on the basis of accompanying drawing, thus can open and face When memory space, now, stacker gate lock 32 can support stack device gate 31 as illustrated in fig. 21 Left side lower end, thus block stacker gate 31 counter clockwise direction rotate.

Stacker gate lock 32 can be unlocked by stacker swing pinion 33.Specifically, heap Folded device gate lock 32 can be by the supporting part 321 of the one end for support stack device gate 31 and support The connecting portion 322 that portion 321 connects is constituted, and wherein, one end of connecting portion 322 can be with supporting part 321 Connecting, the other end can engage with the swing pinion 33 of stacker gate.Now, if stacker gate Swing pinion 33 moves, then supporting part 321 will be with connecting portion 322 and rotates and move, accordingly, as Shown in Figure 22, the support by the stacker gate 31 of supporting part 321 will be released from, thus stacks The anticlockwise rotation of device gate 31 can be allowed.

Stacker swing pinion 33 can be made stacker gate lock 32 rotation by the rotation of self, from And release the spin locking of stacker gate 31, it is then followed by making stacker gate 31 rotate, thus can To open temporary memory space.

Stacker swing pinion 33 can include lock pressurization part the 331st, the stacker gate pressurization of stacker gate Portion 332.Stacker gate lock pressurization part 331 can be close to stacker gate lock 32 and by rotate right Stacker gate lock 32 pressurizes, and specifically, can make the connecting portion 322 of stacker gate lock 32 Rotate and release the support of supporting part 321.

Stacker gate pressurization part 332 can pressurizeed stacker by stacker gate lock pressurization part 331 Gate lock 32 be followed by close to stacker gate 31 and make stacker gate 31 by the rotation of self Rotate.Stacker gate pressurization part 332 can be with heap together with stacker gate lock pressurization part 331 It is positioned in mutually different angle on the basis of the pivot of folded device swing pinion 33.

Therefore, if stacker gate swing pinion 33 rotates, then can carry out by stacking according to priority After the pressurization of device gate lock pressurization part 331, carry out the pressurization by stacker gate lock pressurization part 332.

Only, within the period that stacker gate swing pinion 33 rotates predetermined angular, only fully Carry out could releasing the locking of stacker gate lock 32 by the pressurization of stacker gate lock pressurization part 331. Therefore, within the period pressurizeed by stacker gate lock pressurization part 331, need suppression by heap The pressurization of folded device gate pressurization part 332.

To this end, stacker swing pinion 33 can have recess 333.Recess 333 is to make to be provided to The stacker gate projection 311 of stacker gate 31 is received the composition of inner side, and recess 333 Both sides can be equipped with a pair stacker gate pressurization part 332.

Specifically, the both sides of recess 333 are respectively equipped with the first stacker gate pressurization part 3321 He Second stacker gate pressurization part 3322, and the first stacker gate pressurization part 3321 can be to heap The upside of folded device gate projection 311 applies pressure downwards and makes stacker gate 31 revolve along a direction Turn, thus open the composition of temporary memory space as illustrated in fig. 23.

On the contrary, the second stacker gate pressurization part 3322 can be the downside to stacker gate projection 311 Apply pressure upward and make stacker gate 31 rotate along other direction, thus the interim storage of block The composition in space.That is, if stacker gate projection 311 is by the first stacker gate pressurization part 3321 Or second stacker gate pressurization part 3322 and pressurized, then stacker gate 31 can rotate, And in contrast to this, it may mean that and pressurizes in the first stacker gate in stacker gate projection 311 Change the period of position in recess 333 between portion 3321 and the second stacker gate pressurization part 3322 In, stacker gate 31 will not rotate.Within stacker gate 31 non-rotary period, stacker Gate lock 32 can be unlocked.

That is, when stacker swing pinion 33 rotates predetermined angular, recess 333 can be at stacker lock In the state of door projection 311 is housed in inner side, the position of stacker gate projection 311 is made not stacked Device gate pressurization part 332 pressure applied and inner side change.

Now, with the rotation to a direction for the stacker swing pinion 33 and stacker gate raised 311 Position within the period that the inner side of recess 333 changes, stacker gate pressurization part 332 will not Stacker gate projection 311 is pressurizeed.

But, with the rotation to a direction for the stacker swing pinion 33 and stacker gate raised 311 Position within the period that the inner side of recess 333 changes, stacker gate lock pressurization part 331 can Release the spin locking of stacker gate 31 to carry out pressurizeing to stacker gate lock 32.

Therefore, it can at the lock releasing stacker gate lock 32 by stacker gate lock pressurization part 331 After Ding, realize stacker according to making stacker gate 31 rotate by stacker gate pressurization part 332 The opening of gate 31.That is, the present invention can release stacking merely with stacker gate swing pinion 33 The movement realizing stacker gate 31 while locking of device gate 31.

On the contrary, if stacker gate swing pinion 33 rotates along other direction, then stacker gate 31 will move along the direction closing temporary memory space, and move to finally at stacker gate 31 Afterwards, stacker gate lock 32 will relock the rotation of stacker gate 31.

To this end, stacker gate 31 can have the turnable elastic in the direction of block temporary memory space.That is, Without extra external force, then stacker gate 31 can keep the state blocking temporary memory space.

Therefore, as shown in figure 24, stacker gate 31 is keeping locking pressurization part 331 by stacker gate In the state of pressurization stacker gate lock 32, stacker gate projection can be made by turnable elastic power 311 push the first stacker gate pressurization part 3321 open, such that it is able to realize stacker swing pinion 33 along The rotation of other direction.

Additionally, stacker gate lock 32 can have along the spin locking setting stacker gate 31 The elastic force in direction, here, the pressurization if by stacker gate lock pressurization part 331 is released from, then Stacker gate lock 32 can move by elastic force, thus sets stacker lock as illustrated in fig. 25 The spin locking of door 31.

Now, the turnable elastic power of stacker gate 31 or the elastic force of stacker gate lock 32 can be borrowed The elastomeric elements such as spring (not shown) are helped to be possessed.

Stacker drives motor 34 to make stacker swing pinion 33 rotate.Stacker drives motor 34 Can possess the stacking engaging with stacker swing pinion 33 in order to make stacker swing pinion 33 rotate Device drives gear 341.

Motor 34 is driven to make stacker drive gear 341 to rotate at stacker, thus stacker swing pinion During 33 rotation, in total anglec of rotation of stacker swing pinion 33, from 0 rotating through to critical value Cheng Zhong, the locking of stacker gate lock 32 is released from, and stacker gate 31 can not rotate, Afterwards, from rotary course to total anglec of rotation for the critical value, stacker gate lock 32 holding quilts The state releasing, stacker gate 31 can rotate simultaneously.

That is, stacker drives motor 34 can simultaneously drive stacker gate lock 32 and stacker gate 31, It is thus possible to utilize a motor to realize locking and opening and closing simultaneously.Therefore, the present invention can realize structure Simplify.

As shown in Figure 26 to Figure 28, stacker portion 30 can also comprise pallet the 35th, splice and the 36th, remove Belt the 37th, pallet eccentric wheel is sent the 38th, to ask disk-drive motor the 351st, to transport belt drives motor 373.

Pallet 35 supports medium.Pallet 35 can support a surface of medium, the matchmaker being supported by pallet 35 It is situated between and may be located between pallet 35 and splice 36.To this end, pallet 35 can have is relatively higher than medium The form of height.The height of pallet 35 can be set to: even if medium introduces also permissible with being inclined by It is fully supported medium.

Pallet 35 can have plate morphology, and it is equipped to can be with the roller of conveyance running roller 371 described later Rotate on the basis of wheel shaft 372.Pallet 35 can support medium, but if pallet 35 rotates, then Medium can be supported by conveyance belt 37, and is not supported by pallet 35, and now, medium can be by removing Belt 37 is sent to be transported to conveying unit 50 described later.Therefore, pallet 35 could be for supporting and removed The composition of medium in the state of before sending.

Pallet 35 can have the form exposing conveyance belt 37 to medium direction when rotated, its meaning The form of pallet 35 to be constituted with " U ", " W " or " | | | " form etc..When pallet 35 rotates, remove Send belt 37 can be exposed by the part opened in pallet 35, and if transport belt 37 with Media Exposure, then pallet 35 and the contact area of medium can be reduced.Therefore, medium can held in the palm Dish 35 is transported belt 37 foldback after supporting a period of time.

Pallet 35 can rotate by pallet eccentric wheel 38 described later.One end of pallet 35 and use Connect in the rolling axle 372 transporting running roller 371 making conveyance belt 37 rotate, and opposite side or centre Side is glued with pallet eccentric wheel 38, now, promotes the degree of pallet 35 with the rotation of pallet eccentric wheel 38 Then become different, therefore pallet 35 will rotate on the basis of rolling axle 372.

Increased pressure board 36 is equipped to open with predetermined angle of inclination with pallet 35.Therefore, pallet 35 He Splice 36 may be constructed that " < " form, at this point it is possible to allow medium to invest the space opened.

Splice 36 can support the lower end of medium.That is, medium can be to be perpendicular to the upper of increased pressure board 36 The mode on surface is stacked, or can obtain with the published method solidification forming predetermined angle of inclination Stacking, and medium can not be arranged in parallel in splice 36.

Splice 36 is equipped with in the way of can rotating, here, the rotation of pallet 35 is with rolling axle Carrying out on the basis of 372, on the contrary, the rotation of splice 36 can be to have the side of the pivot of movement Formula moves.Now, if splice 36 moves, opening between splice 36 and pallet 35 Angle will reduce.

That is, the direction that splice 36 can reduce along the angle of inclination between pallet 35 rotates, Now, the angle of inclination that the medium being supported by splice 36 and splice 36 are formed will be gradually reduced.

If splice 36 rotates fully, then splice 36 can be placed in the position parallel with pallet 35, And medium can be compressed between splice 36 and pallet 35.Afterwards, if pallet 35 is further Rotate, then splice 36 and pallet 35 will angle phases to be opened before rotating with pallet 35 Anti-direction is flared, thus medium will be placed between conveyance belt 37 and splice 36, and matchmaker Jie can be transported by conveyance belt 37.

When pallet 35 rotates by pallet eccentric wheel 38, splice 36 can be with pallet 35 Rotation move in linkage.To this end, splice 36 in its one end equipped with bearing 361, at pallet During 35 rotation, bearing 361 can keep the state being close to pallet 35 to rotate.

I.e., as shown in figure 27, splice 36 is arranged with "/" state, and is provided to lower end Bearing 361 is close to pallet 35.Now, pallet 35 is simply close to by bearing 361, can not fix At pallet 35.

Afterwards, as shown in figure 28, if pallet 35 rotates with the rotation of pallet eccentric wheel 38, The bearing 361 of the lower end being then provided to increased pressure board 36 will be along torr in the state of being close to pallet 35 The face of dish 35 and decline, therefore increased pressure board 36 will be rotated into " " state.

Now, increased pressure board 36 does not pivot about with fixing pivot, and is made by special The elastomeric element (not shown) etc. being equipped with, is pushed to left side on the basis of accompanying drawing and rotates, pressurization Plate 36 can move to the left along while counterclockwise rotation.

Therefore, the angle of inclination between increased pressure board 36 and pallet 35 will reduce, the structure with Media Exposure One-tenth can be become transporting belt 37 from pallet 35, when medium is returned conveyance by conveyance belt 37, Increased pressure board 36 is possible to prevent medium to be departed from.

That is, increased pressure board 36 can form the other end from pallet on the basis of the one end being equipped with bearing 361 35 away from angle of inclination, be rotated into afterwards and become the other end and be close to pallet 35 and one end from pallet 35 Away from angle of inclination.

Now, increased pressure board 36 can be on the surface with Media Exposure equipped with the transfer direction along medium There is predetermined length and prominent media support projection 363.Media support projection 363 is provided as at least One, it can make frictional force by the contact area between minimizing medium and storage box increased pressure board 36 Littleization.

Additionally, increased pressure board 36 can be joined in the opposition side (that is, the other end) of the one end being equipped with bearing 361 It is ready for use on the idle pulley (Idle roller) 362 of the transfer assisting medium.Idle pulley 362 is a kind of not by extra Revolving force and the composition that naturally rotates, it can guide the movement of medium when transporting medium.

Medium is transferred to storage box portion 20 by conveyance belt 37.Conveyance belt 37 can be that a kind of width is big Width, the belt with wider width in idle pulley 362.The matchmaker being transferred by conveyance belt 37 Jie can be one piece or many pieces.

Conveyance belt 37 can be provided as a pair, and a pair conveyance belt 37 can arrange with being separated by and Realize prevention interference each other.Idle pulley 362 also can be provided as a pair, and a conveyance belt Medium can be clamped in centre and be close to an idle pulley 362 by 37.

Conveyance belt 37 can be at least partially isolated in medium when pallet 35 supports medium.Therefore, exist In the case of this, even if conveyance belt 37 is rotating the foldback that also cannot realize medium.

On the contrary, when pallet 35 rotates by the rotation of pallet eccentric wheel 38, belt 37 is transported Can integrally be close to medium and transfer medium.I.e., in the present invention, pallet 35 can be close to medium And wait the foldback of medium, and transport belt 37 and can be close to medium and perform the foldback of medium.

Conveyance belt 37 is the reason that as the rotation of pallet 35 is exposed, as described above, pallet 35 forms being equipped to the space opened as " W " form or " | | | " etc., certainly, pallet 35 Can have other the various forms in addition to above-mentioned form.

Conveyance belt 37 can rotate by conveyance running roller 371, and it is permissible to transport running roller 371 Rotate by conveyance belt drives motor 373 described later.Conveyance running roller 371 can with directly from Conveyance belt drives motor 373 receives revolving force and actively carries out rotating so that transporting belt 37 and rotating, or Person transports belt drives motor 373 can directly make conveyance belt 37 rotate, and transports running roller 371 and be in Idle state.

As described above, the rolling axle 372 of conveyance running roller 371 can be the pivot of pallet 35, and The driving of the driving of conveyance running roller 37 and pallet 35 can link.Therefore, if pallet 35 rotates, Then transport belt 37 can while with Media Exposure foldback medium.

Pallet eccentric wheel 38 is provided to the opposition side of splice 36 in pallet 35 and rotates.Pallet Eccentric wheel 38 when rotated, makes pallet 35 rotate on the basis of one end.Specifically, to Figure 27 Situation for, pallet eccentric wheel 38 is the state pushed pallet 35 to the right open as much as possible；To figure For the situation of 28, pallet eccentric wheel 38 is the state making pallet 35 rotate to the left as much as possible.

So, when pallet eccentric wheel 38 rotates, pallet 35 is pressurizeed and Xiang Yifang by pallet eccentric wheel 38 To rotation, or the pressurization by pallet eccentric wheel 38 is released from and rotates to other direction, therefore, and torr Dish 35 can be rotated into and make conveyance belt 37 be close to medium according to demand, thus realizes returning of medium Send.

Pallet eccentric wheel 38 can be driven by torr disk-drive motor 351.Now, pallet drives electricity Machine 351 and pallet eccentric wheel 38 can be connected to each other by belt, of course, it is possible to by except belt Other various compositions in addition and make power be delivered to pallet eccentric wheel 38.

If pallet eccentric wheel 38 makes pallet 35 rotate, then transporting belt 37 will be outside pallet 35 Side exposes and transports medium.To this end, between the driving of the rotation of pallet eccentric wheel 38 and conveyance belt 37 There may be and contact, it can be by torr disk-drive motor 351 and conveyance belt drives motor 373 Link and realize.

Torr disk-drive motor 351 makes pallet eccentric wheel 38 rotate.Torr disk-drive motor 351 can make pallet Eccentric wheel 38 rotates and makes pallet 35 rotate by pallet eccentric wheel 38.Torr disk-drive motor 351 is a kind of composition being close to medium for making conveyance belt 37 replace pallet 35.

Torr disk-drive motor 351 can be made pallet eccentric wheel 38 rotate by the connection of belt etc., and Torr disk-drive motor 351 and conveyance belt drives motor 373 described later can carry out operating simultaneously or across Time difference and operate.In this regard, will be described below.

Conveyance belt drives motor 373 makes conveyance belt 37 rotate.Conveyance belt drives motor 373 is permissible Make conveyance belt 37 directly rotate, or pulley (pulley) being equipped with extraly etc. can be used and make Conveyance belt 37 rotates, or conveyance running roller 371 can be made forcibly to rotate and make conveyance belt 37 enter Row operation.

Torr disk-drive motor 351 and conveyance belt drives motor 373 can operate, in this feelings simultaneously Under condition, expose to the outside of pallet 35 by the operation of torr disk-drive motor 351 at conveyance belt 37 While, medium can be transferred along conveyance belt 37.

Only, in the case, if medium is returned while departing from pallet 35, then also exist Medium is wrinkling or blocks the possibility of (jam), therefore asks disk-drive motor 351 and conveyance belt to drive Dynamic motor 373 can operate according to priority across the time difference.In the case, belt 37 is transported After the rotation of pallet 35 touches medium, medium is transported by conveyance belt 37, thus The stability of medium transfer can be improved.

Discriminating portion 40 differentiates medium.Discriminating portion 40 can be known by image taking, magnetic field identification etc. Various method and differentiate medium, thus whether judge the true and false of medium.

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

Only, in the case that medium envelope is put into stacker portion 30, discriminating portion 40 can save Slightly discrimination process.In the case, user can trust the amount of money being input to picture portion 74 described later, from And in the case of not differentiating, storage box portion 20 can be accumulated to by medium.

Certainly, discriminating portion 40 can be delivered to the phase in storage box portion 20 at medium envelope from stacker portion 30 Interior identification is provided to the recognition factor of medium envelope, thus confirms the true and false of medium envelope.I.e., it is possible to Confirm whether medium envelope is the medium envelope that can use legally by discriminating portion 40.Additionally, also may be used To confirm whether medium envelope is put into by suitable user by discriminating portion 40.

Only, the possibly total amount that cannot be pointed to the medium within medium envelope in discriminating portion 40 is counted Number.Its reason is, reality cannot have an X-rayed medium envelope and to each medium gathering of stacking ground Confirm.

Conveying unit 50 transports medium.Medium can be returned to storage box from stacker portion 30 by conveying unit 50 Portion 20, now can utilize known various roller arrangement transfer media such as intake roller (not shown).

Only, the present invention can transport medium envelope, and medium envelope can be to contain 1～200 The thickness of piece medium, therefore conveying unit 50 can extend or reduce the transfer path of medium.It means that join Standby interval between the belt or running roller of conveying unit 50 can be adjusted.

Secure chest portion 60 transports the conveying unit 50 of medium by being used for and storage box portion 20 connects.Secure chest portion 60 be internally formed the space that can house storage box portion 20, and can be by by storage box portion 20 Entrance and conveying unit 50 outlet connect so that medium can be accumulated to through conveying unit 50 Storage box portion 20.

Now, as shown in Figure 29 to Figure 33, secure chest portion 60 can comprise: safety box gate is the 61st, Safety box gate lock opening/closing portion the 62nd, safety box gate lock adjustment portion the 63rd, safety box shutter opening and closing adjusts The 65th, safety box gate drive division the 66th, safe door 67, the 64th, Access Division, portion.

Safety box gate 61 is for the transfer path of opening and closing medium.Safety box gate 61 is and storage box lock Door 22 is similarly comprised, its can be identical with storage box gate 22 open by translational motion or seal Lock transfer path.

Safety box gate 61 and storage box gate 22 can be provided to corresponding position.That is, by insurance Case gate 61 and open transfer path can be with the transfer path being opened by storage box gate 22 Connection.It represents that transfer path can be by storage box gate 22 and safety box gate 61 conversely speaking, And by double cutting off inflow.

Safety box gate 61 opening and closing can transfer path when being stored in medium every time.As long as storage box 21 is not Being separated, storage box gate 22 just can keep open state, and on the contrary, safety box gate 61 is often Secondary can open and block transfer path when being traded.

Whether the opening of safety box gate 61 can be controlled according to the carrying out 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 through the safety box gate 61 being opened and the storage box gate 22 having opened And it is 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 moves.That is, safety box gate lock opening/closing portion 62 is at locking safety box gate 61 The movement of safety box gate 61 can also be realized simultaneously.

If in unilateral observation, safety box gate lock opening/closing portion 62 can have " people " type matrix sample.That is, The form that lower end is opened to both sides, upper end is converged.Now, the angle that lower end is opened to both sides can change, Accordingly, the height of safety box gate lock opening/closing portion 62 can change.

Safety box gate lock opening/closing portion 62 can set or arming according to the opening angle of lower end The mobile locking of case gate 61.Although can be described below, if the opening angle of downside diminishes, from And the height of safety box gate lock opening/closing portion 62 becomes more than predetermined value, then safety box gate lock opening and closing The one end (upper end) in portion 62 can be connected in Access Division 65 as shown in figure 30.This will limit safety box Gate 61 locks the movement of opening/closing portion as a result, the mobile meeting of safety box gate 61 is locked.

On the contrary, if the opening angle of both sides becomes big, then the height of safety box gate lock opening/closing portion 62 will Predetermined value can be less than, and, as shown in figure 31, one end of safety box gate lock opening/closing portion 62 (on End) can depart from from Access Division 65.This will allow the movement of safety box gate lock opening/closing portion 62, because of This, 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 by safety box gate lock adjustment portion 63 It is changed.Additionally, in the state of the movement of safety box gate lock opening/closing portion 62 is allowed to, insurance The movement of case gate lock opening/closing portion 62 can realize by safety box shutter opening and closing adjustment portion 64.

Safety box gate lock adjustment portion 63 can being flared with safety box gate lock opening/closing portion 62 Make opposite side move on the basis of side in two ends, thus change safety box gate lock opening/closing portion 62 Highly.Side in the two ends being flared of safety box gate lock opening/closing portion 62 is (on the basis of accompanying drawing Left side) it is fixed on safety box shutter opening and closing adjustment portion 64, but safety box gate lock adjustment portion 63 Can move on the basis of safety box shutter opening and closing adjustment portion 64, therefore, if Safe lock is seted the tone Whole 63 the opposite side in the two ends being flared of safety box gate lock opening/closing portion 62 (with accompanying drawing On the basis of right side) fixing in the state of move along the direction away from side, then as shown in figure 31, protect The opening angle at the two ends of danger case gate lock opening/closing portion 62 will become larger.

In the case, the height of safety box gate lock opening/closing portion 62 will gradually decrease, and therefore insures One end of case gate lock opening/closing portion 62 can depart from from Access Division 65 and be allowed to move.

Now, safety box gate lock adjustment portion 63 can be along being formed at safety box shutter opening and closing adjustment portion The path portion 641 of 64 and move.Path portion 641 is that one has being recessed into or runs through and extend and protect The composition of the form of the suitable distance of displacement in danger case gate lock adjustment portion 63, it is used for may move Ground and combine safety box gate lock adjustment portion 63 both sides with avoiding generation disengaging.

Safety box gate lock adjustment portion 63 can be along path portion 641 to a direction (with accompanying drawing as base Accurate right side) mobile, afterwards safety box opening and closing adjustment portion 64 is promoted and make safety box gate lock opening and closing Portion 62 moves, thus open safety box gate 61.On the contrary, attempting to block the feelings of safety box gate 61 Under condition, safety box gate lock adjustment portion 63 can be by the path portion in safety box shutter opening and closing adjustment portion 64 Pressurize and move in one end (right side on the basis of accompanying drawing) of 641, rather than along path portion 641 Mobile to other direction (left side on the basis of accompanying drawing).

That is, the safety box gate 61 being positioned at release position is made to move to block position the situation as purpose Under, as shown in figure 33, safety box gate lock adjustment portion 63 can keep not increasing safety box gate lock Determine the state of the height of opening/closing portion 62.

Safety box gate lock adjustment portion 63 can move by safety box gate drive division 66, to this It is described below.

Safety box opening and closing adjustment portion 64 can guide the movement in safe locking adjustment portion 63, or permissible Move together with safety box gate lock adjustment portion 63.Safety box shutter opening and closing adjustment portion 64 can make guarantor At least one side shifting in the two ends being flared of danger case gate lock opening/closing portion 62, so that locking opening/closing portion 62 move, thus opening and closing safety box gate 61.

If the height of safety box gate lock opening/closing portion 62 is by safety box gate lock adjustment portion 63 Reduce, then safety box gate 61 will prepare mobile.Afterwards, safety box shutter opening and closing adjustment portion 64 can So that the safe locking opening/closing portion 62 of moveable state will be in along predetermined side as shown in figure 32 To movement, and the safety box gate 61 being connected with safe locking opening/closing portion 62 will open transfer road Footpath.

Safety box shutter opening and closing adjustment portion 64 can move by safety box gate lock adjustment portion 63 Dynamic.When safety box gate lock adjustment portion 63 moves along path portion 641, if path portion 641 End is pressurizeed by safety box gate lock adjustment portion 63, then safety box shutter opening and closing adjustment portion 64 can borrow Safety box gate lock adjustment portion 63 is helped to move, so that safety box gate lock opening/closing portion 62 moves.

Only, this is the situation for opening safety box gate 61, on the contrary, is being used for blocking safety box In the case of gate 61, for safety box shutter opening and closing adjustment portion 64, compare by safety box lock Door lock set the tone whole 63 and the situation of movement more preferably, in order to make safe locking adjustment portion 63 Move and move.Its reason is, if safety box gate lock adjustment portion 63 moves, then insures The height of case gate lock opening/closing portion 62 will raise again, thus the movement locking opening/closing portion 62 may Limited by Access Division 65.

Access Division 65 can make one end of safety box gate lock opening/closing portion 62 be stuck and limit safety box The movement of gate lock opening/closing portion 62.If safety box gate lock adjustment portion 63 reduces safety box gate The height of locking opening/closing portion 62, then with the disengaging Access Division, one end 65 of safe locking opening/closing portion 62, The movement in safety box shutter opening and closing portion 62 can be allowed.

Now, when safety box gate 61 is positioned at open position and/or block position, Access Division 65 movements that can limit safe locking opening/closing portion 62 respectively.I.e., even purpose is that block is protected In the case that danger case gate 61 blocks, if the height of safety box gate lock opening/closing portion 62 is predetermined More than value, then the movement of safety box gate lock opening/closing portion 62 still can be limited because of Access Division 65.

Safety box gate drive division 66 realizes the movement in safety box gate lock adjustment portion 63.In order to realize The movement in safety box gate lock adjustment portion 63, safety box gate drive division 66 can comprise: safety box Floodgate driving motor 661；Safety box gate drives gear 662, with safety box floodgate driving motor 661 even Connect；Safety box gate drives pulley 663, is provided to the position driving gear 662 to be separated by with safety box gate Put；Safety box gate drives belt 664, is wound on safety box gate and drives gear 662 and safety box lock Door drives pulley 663 to rotate, so that safety box gate lock adjustment portion 63 moves.

Additionally, safety box gate drive division 66 could be included for safety box gate is driven gear 662 Power passes to lock various composition in adjustment portion 63, and the composition of safety box gate drive division 66 It is not limited to above-mentioned composition.

The side of safe door 67 opening and closing secure chest portion 60.Now, " side " represents that permission introduces or takes Go out the side in storage box portion 20.Safe door 67 can realize locking, and if safe door 67 quilt Close and lock, then the storage box gate 22 in the storage box portion 20 placed in secure chest portion 60 can be automatic Be opened.

That is, whether the locking of safe door 67 can be passed to storage box drive division 23, and stores Case drive division 23 can realize the opening of storage box gate 22, so that storage box 21 is in permission medium The state of introducing.This series of process can be realized by following control unit 80.

Input and output portion 70 receives information or output information.Input and output portion 70 can comprise card reader 71st, bar code reader the 72nd, keyboard the 73rd, the 74th, printing machine 75, picture portion, in addition can also wrap Containing the various composition for inputting or exporting information.

Card reader 71 can be identified the information of user by card.User can will be used for confirming my card It is inserted into card reader 71 and is persistently traded, and determine my mistake by card reader 71 Journey can be by every predetermined time or repeatedly perform in each process of exchange.

Bar code reader 72 is identical with card reader 71, may be used for identifying the information of user.Only not The information crossing user can be equipped with the form of bar code, and user can make bar code close to barcode reading Device 72 and the identification that realizes bar code.

Or bar code reader 72 can identify medium envelope.Medium envelope can possess bar code, and And bar code reader 72 can identify and store the bar code that medium envelope is possessed, such that it is able to monitoring Which type of medium envelope be placed into is.

Keyboard 73 is received information by key-press input.User can directly utilize keyboard 73 input transaction Relevant information or user profile.In order to ensure security, keyboard 73 can have the prominent shape of peripheral part Shape, therefore, it is difficult to confirm that in outside user is input to the information of keyboard 73.

Picture portion 74 shows various Transaction Information or user profile etc..Picture portion 74 can be located at pars infundibularis 10 Upper end, it is possible to be equipped with in the way of can rotating.Therefore, user can suitably adjust picture portion The angle of 74, thus perform transaction with comfortable state.

Picture portion 74 can be touch-screen, and in the case, keyboard 73 can be removed.Only, Picture portion 74 is prominent to top, and can the information by picture portion 74 easily accessible from the outside defeated Enter.Therefore, in order to ensure security, even if picture portion 74 is configured to touch-screen, Password Input etc. Can be performed by keyboard 73.

Printing machine 75 is used for printing detail list etc..Printing machine 75 can comprise the detail list of Transaction Information Print and be supplied to user.Now, user can confirm that whether medium is correctly gathered.

Or, printing machine 75 can be with printed medium envelope.Medium envelope printed by printing machine 75 is permissible Possesses the recognition factor such as bar code, fast reaction (QR) code.If user utilizes picture portion 74 or key Dish 73 and input for generating the information (medium species, the medium amount of money etc.) of medium envelope, then printing machine 75 can be with printed medium envelope and provide it to user.

Certainly, user can simply just input medium envelope printing signal, and does not input for generating matchmaker The information of Jie's envelope, in the case, is labeled identified corresponding with user profile by card etc. The medium envelope of recognition factor can automatically be printed.Therefore, it is put into by stacker portion 30 The information which user to have put into this medium envelope with regard to can be made by the medium envelope in memory portion 20 Retain for record.

Control unit 80 controls various composition, and control unit 80 can control the behaviour of various motor as above Make, drive conveying unit 50 or input and output portion 70 is operated.That is, control unit 80 can be combined Close all of composition of ground management.

Additionally, control unit 80 can realize each step in following mordanting method.That is, control Portion 80 can control all of composition, so that medium can according to the present invention more effectively, easily Processed.

Figure 34 is the precedence diagram of the mordanting method according to one embodiment of the invention；Figure 35 is basis The precedence diagram of the mordanting method of one embodiment of the invention.Figure 34 is the figure being stored in regard to medium； Figure 35 is the figure being stored in regard to medium envelope.

With reference to Figure 34, the mordanting method according to one embodiment of the invention can comprise the steps: Select medium by type of transaction is stored in (S110)；Medium is put into pars infundibularis 10 (S120)； Discriminating portion 40 differentiates medium (S130)；Stacker portion 30 houses medium (S140) temporarily；Confirm transaction Whether carry out (S150)；Medium is accumulated to storage box portion 20 (S160)；Stacker portion 30 is opened (S170)；After medium departs from stacker portion 30, stacker portion 30 is blocked (S180).

That is, medium can be arrived by interim collecting through discriminating portion 40 after putting into funnel organ portion 10 Stacker portion 30, now, if being inputted by picture portion 74 or keyboard 73 etc. and confirming friendship from user Whether easy carrying out to be, then medium can be accumulated to storage box portion 20, thus terminate medium be stored in transaction.

Only, if whether not confirming the carrying out of transaction from user or client, or from user or Gu Visitor confirms interruption or the termination of transaction, then stacker portion 30 is opened, and medium can be by stacking Device portion 30 and exit, thus complete to be stored in the cancellation of transaction.

With reference to Figure 35, the mordanting method according to one embodiment of the invention comprises the steps: press Type of transaction and select medium be stored in (S210)；Stacker portion 30 is opened (S220)；Medium envelope It is put into stacker portion 30 (S230)；Stacker portion 30 is blocked (S240)；Medium envelope is amassed Gather in storage box portion 20 (S250).

Certainly, mordanting method can also comprise the step of printing machine 75 printed medium envelope in advance, and And the step that discriminating portion 40 differentiates medium envelope can also be comprised.

Medium can be received storage box portion with the state (rather than individually) being installed in medium envelope 21, in this case, it is possible to be placed into by stacker portion 30 (rather than pars infundibularis 10) and obtain Conveyance.The situation that the situation that medium is encased in medium envelope and is placed into is expressed as follows: owing to medium breaks Damage more serious and be difficult to carry out differentiating by discriminating portion 40 or medium is the reasons such as foreign currency, although medium energy Enough recognized by the user, it can be difficult to realize by discriminating portion 40 grade identification or be difficult to enter by conveying unit 50 Row conveyance, even if such user also requires that is stored in medium.

As described above, the present invention can effectively and stably be stored in medium or medium envelope, thus significantly Can also simplify constituting while degree ground improves security such that it is able to make the Maximum Satisfaction of user.

Above, with reference to specific embodiment, the present invention has been described in detail, but this has been used only for Specifically describe the present invention, the invention is not limited in this, it will be apparent that, in the technological thought of the present invention There is can being deformed the present invention and improve per capita of this field ABC.

The change that is simply deformed into of the present invention belongs to the field of the invention, and therefore the present invention's is concrete Protection domain needs to be determined clearly by the scope that appended claims is recorded.

Claims

1. a media processing device, it is characterised in that

Including: storage box portion, it is used for gathering medium；And

Stacker portion, will be transferred to the described medium in described storage box portion for interim storage,

Wherein, described stacker portion includes: pallet, is used for supporting described medium；

Splice, is equipped with described pallet and together supports described matchmaker with described pallet with opening predetermined angular It is situated between；

Described medium is transferred to described storage box portion by conveyance belt；And

Pallet eccentric wheel, is provided to the opposition side of described splice at described pallet, makes described when rotated Pallet rotates on the basis of one end,

And, when described pallet rotates by described pallet eccentric wheel, described splice to described The direction that angle of inclination between pallet is reduced rotates.

2. media processing device as claimed in claim 1, it is characterised in that

Described increased pressure board is at one end equipped with bearing, and when described pallet rotates, and described pressurization version root It is held against rotating in the state of described pallet according to described bearing,

Further, described increased pressure board moves in the way of the pivot with movement.

3. media processing device as claimed in claim 2, it is characterised in that

It is remote from described pallet that described splice forms the other end on the basis of equipped with one end of described bearing From angle of inclination.

4. media processing device as claimed in claim 3, it is characterised in that

Described splice makes the described other end be close to described pallet and make described one end from described torr to be formed Dish away from the mode at angle of inclination rotate.

5. media processing device as claimed in claim 1, it is characterised in that

One end of described pallet is connected with the rolling axle transporting running roller for making described conveyance belt rotate, Thus described pallet rotates on the basis of described rolling axle.

6. media processing device as claimed in claim 1, it is characterised in that

When described tray support medium, described conveyance belt and described medium are at least partially isolated,

And when described pallet rotates by the rotation of described pallet eccentric wheel, described conveyance belt with Described medium is integrally close to and is transferred medium.

7. media processing device as claimed in claim 1, it is characterised in that

Also include: torr disk-drive motor, be used for making described pallet eccentric wheel rotate；And

Conveyance belt drives motor, is used for making described conveyance belt rotate.

8. media processing device as claimed in claim 1, it is characterised in that

Described splice includes: at least one media support projection, on the surface with described Media Exposure There is predetermined length along the transfer direction of described medium and highlight.

9. media processing device as claimed in claim 1, it is characterised in that

Described splice at the other end equipped with the idle pulley of transfer for assisting described medium.

10. a media processing device, it is characterised in that

Including for the storage box portion gathering medium, wherein,

Described storage box portion includes: storage box, is provided as at least one, and houses described medium in inside；

Storage box gate, is provided to described storage box, for the transfer path of medium described in opening and closing；

Storage box gate drive division, is releasably provided to described storage box, is used for driving described storage box Gate；And

Storage box gate power transfering part, is provided to described storage box, for driving described storage box gate The power in dynamic portion passes to described storage box gate,

Described storage box gate power transfering part includes: recessed mouth；And master gear, from the female mouth Prominent, possess the combination projection with pentagonal cross section,

Described storage includes to gate drive division: main shaft, and inner side is equipped with having the prominent of pentagonal cross section Playing intake, surrounding described combination projection, and outside is introduced in the female mouth, thus in rotation Described combination projection is made to rotate when turning, so that described master gear rotates.

11. media processing devices as claimed in claim 10, it is characterised in that

Described master gear is worm gear,

Described storage box gate power transfering part includes:

Helical gear, engages with described master gear and rotates；

Storage box gate drives belt, is connected with described helical gear and makes described storage box gate move；

First drive shaft, is connected with described helical gear；And

Second drive shaft, is connected with described storage box gate.

12. media processing devices as claimed in claim 11, it is characterised in that

Described storage box gate drive belt one end be connected with described first drive shaft, the other end with described Second drive shaft connects, thus the revolving force by described first drive shaft passes to described second drive shaft.

13. media processing devices as claimed in claim 12, it is characterised in that

Also include: residual medium removal portion, mobile highlight for the transfer path towards described medium, with can The described medium that can remain on the transfer path of described medium is pushed open.

14. media processing devices as claimed in claim 13, it is characterised in that

Described storage box gate power transfering part also includes:

3rd drive shaft, is connected with described residual medium removal portion；And

Residual medium removal belt, one end is connected with described first drive shaft, the other end and the described 3rd Drive shaft connects, thus the revolving force by described first drive shaft passes to described 3rd drive shaft.

15. media processing devices as claimed in claim 14, it is characterised in that

Described residual medium removal portion and described storage box gate linkage and move in the opposite direction.