CN101249910B

CN101249910B - A sheet medium processing device

Info

Publication number: CN101249910B
Application number: CN2008100272250A
Authority: CN
Inventors: 侯巨祥; 李珣; 吕宇栋
Original assignee: Guangdian Yuntong Financial Electronic Co Ltd
Current assignee: Guangdian Yuntong Financial Electronic Co Ltd
Priority date: 2008-04-03
Filing date: 2008-04-03
Publication date: 2010-06-02
Anticipated expiration: 2028-04-03
Also published as: CN101249910A

Abstract

The present invention relates to a sheet medium processing device, which comprises a frame; an input channel installed on the frame; The flake medium is conveyed to the hub assembly in the stacking and sorting assembly; the stacking and sorting component includes a supporting plate for stacking and receiving the thin medium, and a limit side arranged on both sides of the supporting plate and used for aligning the thin medium A plate and a one-way rotating baffle arranged in the conveying channel of the sheet medium; a conveying assembly connected with the supporting plate and used to drive the supporting plate to convey the sheet medium out. The input passage includes a reversing segment rotatably installed on the frame, a guide plate located above the reversing segment, and an abnormal medium storage box is arranged below the reversing segment. The device can realize the separation of abnormal media, stacking, alignment and transmission of thin sheet media, and has fewer components and simple structure and principle.

Description

A kind of laminated medium processing unit

Technical field

The present invention relates to a kind of laminated medium processing unit, relate in particular to a kind of dispensing apparatus of thin slice class ticket card.

Background technology

The processing equipment of papery class media such as flaky medium such as ticket, check, banknote has multiple, but its principle, structure more complicated all.For example financial sector has whole folded cash-out machine structure, can realize that the heap of banknote is built, transmit and reclaim, and China Patent No. is 200420094376.5 the folded paper money of bidirectional slip-cover, send paper money, receives paper money mechanism.This mechanism is specially the folded paper money of bidirectional slip-cover, send paper money, receives paper money mechanism.This mechanism is made up of the linkage of last folded paper money assembly, folded paper money portion lever, wing wheel, folded paper money portion positioning plate, following folded paper money assembly, following folded paper money assembly.Down folded paper money assembly is installed on the linkage, and following folded paper money assembly is equipped with belt transmission agency, and following folded paper money assembly is done wad of bills spacing when neat with folded paper money portion positioning plate, and following folded paper money assembly is equipped with wing wheel, and wing wheel adopts the abrasion resistant flexible material to make.In the upper end of folded paper money assembly path of motion down folded paper money portion lever is installed, an end of folded paper money portion lever connects the movable end of going up folded paper money assembly, following folded paper money assembly by folded paper money portion lever the path of motion upper end with on folded paper money assembly close up coupling.

Said apparatus relies on belt to clamp as can be seen, electric machine control or electromagnetic control conversion, the alignment of rotation wing wheel, thus cause structural principle complexity, member numerous with high costs.

For this reason, industry need provide a kind of structure, the simple laminated medium processing unit of principle.

Summary of the invention

Based on the deficiencies in the prior art, the problem that the present invention need solve provides a kind of structure, the simple laminated medium processing unit of principle.

For addressing the above problem, the present invention has adopted following technical scheme: a kind of laminated medium processing unit, and it includes:

Frame; Be installed on the input channel on this frame;

Hub unit is installed on the described frame and is positioned at the exit of described input channel, is used for that flaky medium is sent to heap and builds hub unit in the clearing up assembly;

Heap is built clearing up assembly, comprises being used for piling building the supporting plate of admitting flaky medium, being arranged at these supporting plate both sides and being used to align the spacing side plate of flaky medium and the unidirectional butterfly that is arranged at the transfer passage of flaky medium;

Transfer assembly, linking to each other with described supporting plate is used to drive the transfer assembly that this supporting plate transfers out flaky medium.

Compared with prior art, laminated medium processing unit of the present invention utilizes hub unit that the flaky medium heap is built on supporting plate; Under the driving of transfer assembly, described supporting plate promotes heap base flaky medium thereon and moves to unidirectional butterfly, contact at this flaky medium and will pile alignment before and after the multi-disc flaky medium of building on supporting plate in the process of unidirectional butterfly, simultaneously, described two blocks of spacing side plates also can align on its direction between the two and pile the flaky medium of building on described supporting plate; Under the continuation of described transfer assembly drives,, described supporting plate promotion flaky medium sends described flaky medium thereby pushing over unidirectional butterfly.Therefore, laminated medium processing unit of the present invention can be realized the function that the heap of flaky medium is built, alignd and transmit, and its member is less, and structural principle is simple, thereby has the beneficial effect of saving manufacturing cost, simple and easy installation and maintenance.

As the improvement of laminated medium processing unit of the present invention, laminated medium processing unit of the present invention also can comprise part or all of following technical characterictic:

Described transfer assembly includes and is installed on the transmission belt wheel of first on the described frame and the second transmission belt wheel, is around in this first belt conveyor that transmits on the belt wheel and the second transmission belt wheel, and described supporting plate is connected with this belt conveyor.

Described supporting plate is " L " type.

Described input channel comprises the commutator segment that is rotatably mounted on the described frame, the guide plate that is positioned at this commutator segment top, and the below of this commutator segment is provided with unusual media storing case.

The below of described unidirectional butterfly is provided with collection box.

Described supporting plate top is provided with and is used to clamp the piece under pressure that heap is built the flaky medium on this supporting plate.Be overlapped with the locating part that props up described piece under pressure on the described spacing side plate, described locating part comprises supportive body and the projection that is used to prop up described piece under pressure that is connected with this supportive body.

Described supporting plate links to each other with described piece under pressure by hinge.This device also comprises two guide rails that are installed on the described frame and are positioned at the belt both sides, and described hinge is overlapped on this guide rail.

Describe the present invention in detail below in conjunction with accompanying drawing, it illustrates principle of the present invention as the part of this specification sheets by embodiment, and other aspects of the present invention, feature and advantage thereof will become very clear by this detailed description.

Description of drawings

Fig. 1 is a laminated medium processing unit of the present invention block diagram in a preferred embodiment.

Fig. 2 is the birds-eye view of Fig. 1.

Fig. 3 is the side schematic view under the laminated medium processing unit of the present invention mode of operation in a preferred embodiment.

Fig. 4 is the side schematic view under laminated medium processing unit of the present invention another mode of operation in a preferred embodiment.

Fig. 5 is described clamp assemblies and supporting plate structural representation in a preferred embodiment.

Fig. 6 builds dismantle behind the supporting plate in a preferred embodiment structural representation of clearing up assembly for described heap.

Fig. 7 is the structural principle scheme drawing of laminated medium processing unit of the present invention.

Fig. 8 a-8f is the principle of work scheme drawing of laminated medium processing unit of the present invention.

The specific embodiment

The preferred embodiments of the present invention now are described in conjunction with the accompanying drawings.

Shown in Fig. 1,3-4, laminated medium processing unit comprises frame 10, input channel 20, unusual media storing case 30, hub unit 40, heap base clearing up assembly 50, clamp assemblies 60, transfer assembly 70 and forgets collection box 80.

Shown in Fig. 3-4,7, described input channel 20 comprises commutator segment 21 and guide plate 22, and this commutator segment 21 is rotatably mounted on the described frame 10, and this guide plate 22 is positioned at this commutator segment 21 tops.Described unusual media storing case 30 is installed on the frame 10, and is positioned under this commutator segment 21.Described commutator segment 21 is rotatable by electromagnet or other driving original paper control, and can return back to level attitude under the effect of coupled extension spring or other elasticity original paper, and commutator segment 21 and guide plate 22 constitute the input channel 20 of normal flaky medium 100.Hub unit 40 is made of first motor 42 that is installed on a pair of

wheel hub

41a, 41b on the frame 10 and drives this wheel hub.This is installed on the outlet of described input channel 20 to

wheel hub

41a, 41b, and this line of centers to

wheel hub

41a, 41b is parallel to each other.Two

wheel hub

41a, 41b are clamped by elastic element, and have the separated space greater than a medium.

Shown in Fig. 2-3,5-6, described heap is built clearing up assembly 50 and is comprised heap base pocket 51,

unidirectional butterfly

52a, 52b, locating part 53, and supporting plate 54.Described heap is built pocket 51 and is comprised 511,512, two blocks of spacing side plates 513,514 of two base plates.These two base plates 511,512 are distributed in the both sides (not shown) of described supporting plate 54 respectively, basic and these supporting plate 54 levels in present position.Two blocks of spacing side plates 513,514 are vertically connected at respectively on these two base plates 511,512, and the distance between the biside plate 513,514 is slightly larger than the width of described flaky medium 100.The length of this spacing side plate 513,514 is greater than the length of described flaky medium.Described base plate 511,512 and spacing side plate 513,514 and the supporting plate 54 common rooms that constitute a heap base flaky medium.These two base plates 511,512 are used to support piles the flaky medium of building on described supporting plate 54, in case these flaky medium 100 landings.Because the distance between described two blocks of spacing side plates 513,514 is few with the stand out of described flaky medium 100, therefore the flaky medium 100 that falls on the described supporting plate 54 is aligned on the direction between described two blocks of spacing side plates 513,514.Described

unidirectional butterfly

52a, 52b are installed on two spacing side plate 513,514 opposed inside respectively.The flaky medium 100 on supporting plate 54 should be built in order to stop heap in two unidirectional butterfly 52a, the residing positions of 52b in the transmission passage in described flaky medium 100 transport process, and the flaky medium 100 at alignment heap base.Leave the gap between two unidirectional butterfly 52a, the 52b, the width in this gap is selected heap for described supporting plate 54 and is built pocket 51 more than or equal to the width of described supporting plate 54.Described

unidirectional butterfly

52a, 52b are connected with torsion spring or other elasticity original papers, after

unidirectional butterfly

52a, 52b topple over, can reset under the effect of torsion spring or other elasticity original papers.Described base plate 511,512 props up this

unidirectional butterfly

52a, 52b respectively so that this

unidirectional butterfly

52a, 52b can only topple over to pocket 51 outsides, heap base, but can not topple over to its inboard.

Shown in Fig. 2-3,5, described clamp assemblies 60 comprises piece under pressure 62 and hinge 61.This piece under pressure 62 is arranged at the top of described supporting plate 54, and both are connected by hinge 61.This supporting plate 54 is " L " type and be positioned at this below to

wheel hub

41a, 41b, the length of this supporting plate 54 is more than or equal to the length of described flaky medium 100.Described piece under pressure 62 is made up of T-shape plate 621 and the roller 622 that is coupling on this T-shape plate 621, and this piece under pressure 62 is connected on the both sides of supporting plate 54 by hinge 61.

Shown in Fig. 2-3,6, described locating part 53 comprises supportive body 531 and the projection 532 that links to each other with this supportive body 531.Described supportive body 531 is overlapped on described two blocks of spacing side plates 513,514.When clamp assemblies 60 was in heap and builds 51 li in pocket, this projection 532 was used to prop up this piece under pressure 62; When clamp assemblies 60 pushed over described

unidirectional butterfly

52a, 52b under the driving of transfer assembly 70, described piece under pressure 62 can break away from this projection 532 and be rotated down.Described locating part 53 also comprises the guides 533,534 from this supportive body 531 oblique extensions down formation respectively two sensings described

unidirectional butterfly

52a, 52b.

Shown in Fig. 2-3,7, described transfer assembly 70 comprises second motor 71 that is installed on the frame 10, be coupling on frame 10 first transmit belt wheel 72, second transmit belt wheel 73, be around in this first, second transmit belt conveyor 74 on the belt wheel 72,73.Described frame 10 is respectively equipped with

guide rail

90a, 90b in the both sides of belt conveyor 74, and described hinge 61 is overlapped on these two guide rail 90a, 90b.Described belt conveyor 74 links to each other with supporting plate 54, and described supporting plate 54 is reciprocating at the driving lower edge of transmission device 60

guide rail

90a, 90b.

With reference to figure 8a, when the medium of sending into input channel 20 is unusual medium, commutator segment 21 upward deflects under electromagnet or other driving original paper control, seal the passage that normal medium enters, make unusual medium enter in the unusual media storing case 30 along the suitable slip circle face of commutator segment 21 bottoms, described commutator segment 21 drives under the restoring force effect of original paper at spring or other, can automatically return to initial position.

With reference to figure 2,6,8b, when the medium of sending into input channel 20 is normal medium, this normal medium enters hub unit 40 along the passage that commutator segment 21 tops and guide plate 22 constitute, and so just can realize separating of unusual medium and normal medium.Described flaky medium 100 falls into by heap and builds in the semiclosed chamber that pocket 51, supporting plate 54 and unidirectional butterfly 52 constitute one by one under the transmission of two

wheel hub

41a, 41b of hub unit 40.This flaky medium 100 is under the barrier effect of spacing side plate 513,514, guide 533,534 and the unidirectional butterfly 52 of heap base pocket 51, and the upper surface of falling described supporting plate 54 so just can be finished the heap of normal medium and be built.Owing to the distance between two blocks of spacing side plates 513,514 is slightly big than the width of flaky medium 100, the heap that can align between two blocks of spacing side plates 513,514 is like this built the flaky medium 100 on this supporting plate 54.

With reference to figure 8c, after flaky medium 100 heaps of finishing some are built, need build flaky medium 100 disposable the sending of 51 li in pocket being temporarily stored in heap.Described belt conveyor 74 transmits

belt wheel

72,73 rotations around first, second under the driving of second motor 71.Under the drive of this belt conveyor 74, described clamp assemblies 60 is done straight-line motion forward along guide rail 90a, the 90b on the frame 10.Because supporting plate 54 be " L " type structure, pile the flaky medium of building on this supporting plate 54 100 and can be pushed to unidirectional butterfly 52 and move.Because described guide 533,534 oblique described unidirectional butterflys 52 tilt, this guide 533,534 can stop described flaky medium 100 to run out of described heap base pocket 51, this guide 533,534 plays directional tagging simultaneously, and described flaky medium 100 is moved to unidirectional butterfly 52 along these guide 533,534 bevelled directions.When described flaky medium touches unidirectional butterfly 52, since unidirectional butterfly 52 stop and the continuation of described belt conveyor 74 drives down, the uneven flaky medium 100 that heap is built can be by alignment between " L " type supporting plate 54 and unidirectional butterfly 52.

With reference to figure 8d, after finishing heap and building the alignment of medium, described transfer assembly 70 continues to drive clamp assemblies 60 along

guide rail

90a, 90b on the frame 10 moving linearly forward.At this moment break away from the restriction of the projection 532 on the described locating part 53 with supporting plate 54 proal piece under pressures 62, clamp thereby this piece under pressure 62 is rotated down the flaky medium of heap being built with supporting plate 54 100.Because the continuation of supporting plate 54 promotes, flaky medium 100 front end faces of clamping overcome the elastic force of unidirectional butterfly 52, thereby are sent heap base pocket 51 after pushing over unidirectional butterfly 52.When supporting plate 54 broke away from unidirectional butterfly 52 fully, the unidirectional butterfly 52a, the 52b that are pushed over automatically returned to vertical position under the effect of torsion spring or other elasticity original papers.Clamp the flaky medium 100 that heap is built at piece under pressure described in the course of conveying, medium can keep stacking states all the time always.

With reference to figure 8e, roll the flaky medium 100 that heap builds behind the pocket 51 away from and move to the position that the end of described belt conveyor 74 is promptly got medium forward along

guide rail

90a, 90b on the frame 10.

With reference to figure 2,6,8f, after taking out flaky medium 100, described clamp assemblies 60 is made returning movement, and during by unidirectional butterfly 52, described supporting plate 54 passes the gap between two unidirectional butterflys 52 and gets back to the reference position that described heap is built pocket 51.If flaky medium 100 does not have removed, topple over because unidirectional butterfly 52 can only unidirectionally rotate, can not build pocket 51 inboards to heap, thereby the flaky medium 100 that is sandwiched in 60 li of clamp assemblies is blocked in unidirectional butterfly 52 parts and promptly piles the outside of building pocket 51.Because the return of clamp assemblies 60, this supporting plate 54 returns back to heap by the gap between the unidirectional butterfly 52 and builds in the pocket 51, simultaneously, projection 532 jack-up that described piece under pressure is 62 limited 53 return back to original position, at this moment not removed flaky medium 100 is just fallen in the collection box 80, realizes forgeing the function of recovery.

Certainly, described unidirectional butterfly can only be provided with one, it can be installed on above-mentioned wherein spacing side plate, only needs distance between this unidirectional butterfly and the spacing side plate of above-mentioned another piece less than the width of flaky medium, but can get final product for described supporting plate turnover.Described unidirectional butterfly also can described base plate, props up this unidirectional butterfly it can only unidirectionally be rotated and a member is set specially.Described supportive body also can be installed on the frame.The above, those of ordinary skill in the art can realize according to the foregoing description, just no longer it has been discussed in detail here.

Above disclosed only is preferred embodiment of the present invention, can not limit the present invention's interest field certainly with this, and therefore the equivalent variations of being done according to the present patent application claim still belongs to the scope that the present invention is contained.

Claims

1. A sheet medium processing device, comprising a frame, an input channel installed on the frame, characterized in that it also includes:

The hub assembly is installed on the frame and is located at the exit of the input channel, and is used to transfer the sheet medium to the hub assembly in the stacking assembly;

The stacking and sorting assembly includes a pallet for stacking and receiving sheet media, limiting side plates arranged on both sides of the pallet and used for aligning sheet media, and a one-way switch provided in the conveying channel of sheet media. rotating baffle;

The conveying assembly is connected with the supporting plate and is used to drive the supporting plate to convey the sheet medium out.

2. The sheet medium processing device according to claim 1, wherein the conveying assembly includes a first conveying pulley and a second conveying pulley mounted on the frame, and winds around the first conveying pulley and the second conveying pulley. The conveyor belt on the two conveyor pulleys, the pallet is connected with the conveyor belt.

3. The sheet medium processing device according to claim 1, wherein the supporting plate is in an "L" shape.

4. The thin-sheet medium processing device according to claim 1, wherein the input channel comprises a reversing piece rotatably mounted on the frame, a guide plate located above the reversing piece, and the reversing piece There is an abnormal medium storage box under the tablet.

5 . The sheet medium processing device according to claim 1 , wherein a recovery box is arranged under the one-way rotating baffle. 5 .

6 . The sheet medium processing device according to claim 1 , wherein a pressing member for clamping the sheet medium stacked on the support plate is arranged above the support plate. 6 .

7. The thin-sheet medium processing device according to claim 6, wherein a limiting member is overlapped on the limiting side plate against the pressing member, and the limiting member includes a supporting body and a The supporting body is connected to the protrusion for resisting the pressing piece.

8 . The sheet medium processing device according to claim 7 , wherein the limiting member further includes a guiding member extending obliquely downward from the supporting body to point to the one-way rotating baffle. 9 .

9 . The sheet medium processing device according to claim 6 , wherein the supporting plate is connected to the pressing member through a hinge. 10 .

10 . The sheet medium processing device according to claim 9 , further comprising two guide rails installed on the frame and located on both sides of the belt, and the hinges are overlapped on the guide rails. 11 .