CN106742212A - A kind of tied note mechanism - Google Patents
A kind of tied note mechanism Download PDFInfo
- Publication number
- CN106742212A CN106742212A CN201710042932.6A CN201710042932A CN106742212A CN 106742212 A CN106742212 A CN 106742212A CN 201710042932 A CN201710042932 A CN 201710042932A CN 106742212 A CN106742212 A CN 106742212A
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- note
- paper money
- press
- money
- plate
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B27/00—Bundling particular articles presenting special problems using string, wire, or narrow tape or band; Baling fibrous material, e.g. peat, not otherwise provided for
- B65B27/08—Bundling paper sheets, envelopes, bags, newspapers, or other thin flat articles
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B13/00—Bundling articles
- B65B13/18—Details of, or auxiliary devices used in, bundling machines or bundling tools
- B65B13/20—Means for compressing or compacting bundles prior to bundling
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B55/00—Preserving, protecting or purifying packages or package contents in association with packaging
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B57/00—Automatic control, checking, warning, or safety devices
- B65B57/10—Automatic control, checking, warning, or safety devices responsive to absence, presence, abnormal feed, or misplacement of articles or materials to be packaged
- B65B57/14—Automatic control, checking, warning, or safety devices responsive to absence, presence, abnormal feed, or misplacement of articles or materials to be packaged and operating to control, or stop, the feed of articles or material to be packaged
-
- G—PHYSICS
- G07—CHECKING-DEVICES
- G07D—HANDLING OF COINS OR VALUABLE PAPERS, e.g. TESTING, SORTING BY DENOMINATIONS, COUNTING, DISPENSING, CHANGING OR DEPOSITING
- G07D11/00—Devices accepting coins; Devices accepting, dispensing, sorting or counting valuable papers
- G07D11/50—Sorting or counting valuable papers
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- Pile Receivers (AREA)
Abstract
The invention discloses a kind of tied note mechanism, including, money binding machine part, paper money base plate is connect, paper money front apron, fixed supporting plate is connect, is picked paper money component, press-note component；Press-note component includes that press-note power rail, press-note board component connect paper money base plate and be provided with press-note power hole；Press-note power rail is provided with assembling projection, and press-note power hole is provided with half groove for allowing assembling projection to pass through；Press-note board component includes money pressing plate, assembling cylinder, and money pressing plate is connected integrally with assembling cylinder, and money pressing plate is provided with ball groove, and press-note ball is provided with described ball groove, and press-note ball is arranged in ball groove by ball mounting pin；Press-note power rail is assembled in the groove of press-note half press-note board component in being fitted into the endoporus of assembling cylinder；Driven gear is installed, driven gear engages to form gear transmission structure with half tooth is driven on press-note power rail one end.The present invention realizes tying up the functions such as arrangement, alignment, the press-note of bill, is capable of achieving the full-automatic treatment of tied note process.
Description
Technical field
The present invention relates to a kind of finance device, more particularly to a kind of tied note mechanism.
Background technology
At present, China is still the big country of cash flow, because use environment, identification device, the usage amount of cash are each
The otherness in area is very big, and this has resulted in needs and has designed corresponding counting-binding integrated machine according to each department feature.
In the remote area in part, shortage, the reason such as old due to currency examination equipment, most people simply by experience,
Feel to carry out currency examination.This just gives lawless person very big space of committing a crime, make they according to locals distinguish the custom of counterfeit money come
Imitated counterfeit money, so as to reach illegal profit.Cause the loss of disorderly and people's property in financial market.
Further, since various regions counterfeit money by it is different the characteristics of, typically after a large amount of counterfeit moneys occurs in locality, people can be according to phase
Feature is answered to change currency examination mode.Part lawless person utilizes this feature, often flees to commit a crime in different places, allows people's air defense not
Victory is anti-.
Although had being analyzed various regions counterfeit money information at present, the technology of each financial machine and tool is then shared to,
It is usually all to be recorded using the paper money information for being checked equipment, is then stored, analyzed, shared, and this just makes
Into the larger wasting of resources, because the effect for differentiating counterfeit money of genuine notes information is simultaneously little.In addition, existing currency examination device exists
When checking counterfeit money, typically can all stop currency examination, then notify that operator notes, this mode is carrying out the larger currency examination of quantity
When, currency examination efficiency can be had a strong impact on.
Have again and be exactly, the sanitary condition in remote districts is typically poor, therefore it is miscellaneous that many dusts, particle etc. can be adsorbed on bill
Thing.In currency examination, the debris on bill can be brought in equipment, so as to pollute inside equipment, even caused for currency examination
The damages such as magnetic head, sensor or currency examination are inaccurate.
During a large amount of uses of cash, often relate to large batch of cash examine item by item, tie up situations such as, it is general at present
Placed into after being examined item by item bill using currency counting and detecting machine and carry out tied note in money binding machine.Certainly needed bill one in currency examination
Ground is put into currency counting and detecting machine one is examined item by item, the bill examined item by item is put into money binding machine again then carries out tied note.It is this
Mode efficiency is very low, and operation is inconvenient, artificial to waste also very serious.
Therefore it is applicant's understanding that design one kind during bundled bank notes, once find counterfeit money after can further check,
The essential characteristic of doubtful counterfeit money or counterfeit money is gathered simultaneously, and it is very necessary that the equipment of interim card does not occur during currency examination
, it can greatly improve currency examination efficiency, collection counterfeit money information；Certainly, this equipment should also have and can clean on bill
The function of the debris such as dust, particle, so as to increase the service life.
The content of the invention
In view of the drawbacks described above of prior art, the technical problems to be solved by the invention are to provide a kind of tied note mechanism,
It such as can realize connecing paper money automatically, arrange, send paper money, tie up at function.
To achieve the above object, the invention provides a kind of tied note mechanism, including, money binding machine part, connect paper money base plate, connect paper money
Front apron, fixed supporting plate, pick paper money component, press-note component；
Described press-note component, including, press-note power rail, press-note board component, it is described connect paper money base plate and be provided with press-note move
Power hole；
Described press-note power rail is provided with assembling projection, and described press-note power hole is provided with and allows what assembling projection passed through
Half groove；
Described press-note board component, including money pressing plate, assembling cylinder, described money pressing plate are connected into assembling cylinder
Integrally, described money pressing plate is provided with ball groove, and press-note ball, described press-note ball are provided with described ball groove
It is arranged in ball groove by ball mounting pin；
Described assembling inner barrel is provided with endoporus, and is additionally provided with cylinder half groove of cooperation coordinated with assembling projection, described
Press-note power rail be fitted into the endoporus of assembling cylinder in press-note board component is assembled in the groove of press-note half, the described groove of press-note half point
The tied note channel bottom for connecing paper money base plate and money binding machine part is not arranged on；
Driven gear is installed, described driven gear to be formed with driving half tooth to engage on described press-note power rail one end
Gear transmission structure, the described tooth of driving half is arranged on the output shaft of press-note motor；
Only no more than the tooth form of its circumference 1/2 on the described tooth of driving half；
Torsion spring is provided between described press-note power rail and press-note power hole, described torsion spring makes money pressing plate group for generation
Part is produced to the torsion for connecing the rotation of paper money platform.
As a further improvement on the present invention, during original state, during described press-note board component is fitted into and connects paper money groove.
As a further improvement on the present invention, spacing skewback is additionally provided with the described groove of press-note half, described is spacing oblique
Block is provided with the spacing inclined-plane coordinated with money pressing plate, and described spacing inclined-plane is used to limit the turned position with money pressing plate.
As a further improvement on the present invention, it is described to pick paper money component, including, money-pushing plate, the first money supporting plate, the second support
Paper money plate, described money-pushing plate is connected with the paper money telescopic shaft that pushes away for pushing away paper money cylinder；
Described the first money supporting plate and the second money supporting plate is connected by connection sliding block, and described connection sliding block is provided with power
Block；
It is described connect paper money front apron and be provided with pick paper money chute, described paper money chute of picking coordinates and described with power block
Power block can be slided in paper money chute is picked；
With leading screw by threaded engagement, described leading screw one end is fitted into money binding machine part described power block, the other end
Stretch out and connect that paper money robs baffle plate and external part is connected with paper money motor output shaft is picked；
The first described money supporting plate, including, the first support paper money base plate and the first support paper money side plate, described the first support paper money base plate with
Bill bottom side contact to be tied up, described the first support paper money side plate and bill end contact；
The second described money supporting plate, including, the second support paper money, the second support paper money, the second support paper money side plate, the second support paper money pair side plate；
The second described support paper money base plate is contacted with bill bottom surface to be tied up, the second described support paper money side plate and the second support paper money pair
Side plate is contacted with clamping bill to be tied up with the front/rear end for treating tied note bank note respectively；
The second described support paper money riser with treat tied note bank note left side and contact.
As a further improvement on the present invention, a laser inductor is provided with banknote passage.
As a further improvement on the present invention, tied note passage with pick be provided with paper money chute corresponding side surface extension slide
Groove, described extension chute coordinates slip with connection sliding block.
As a further improvement on the present invention, it is provided with money-pushing plate bottom and pushes away paper money guide pad, described pushes away paper money guide pad
Coordinate with the paper money gathering sill that pushes away connect on paper money plate top surface is arranged on.
A kind of counting-binding integrated machine, it is characterized in that：It is integrated with above-mentioned tied note mechanism.
As a further improvement on the present invention, described counting-binding integrated machine also includes currency feeding mechanism, point currency examination body；
Described point currency examination body is used to count bill and currency examination, including：Top plate member, connect dirt box assembly；The
Two banknote receiving board components, note distribution component, paper money component is picked, described paper money component of picking belongs to tied note mechanism；
Described point currency examination body also includes frame, the first cover body, the second cover body, described frame include the first riser,
Second riser, described the first riser, the second riser bottom is connected by base plate and top is provided with top plate member；
Described frame is sequentially provided with from bill flow direction：Lead paper money swash plate, the first supporting plate, note-twisting wheel, connect dirt case group
Part, the first banknote feeding frame, the second note-twisting wheel, note distribution component, the second banknote receiving board component, picks paper money component；
The described dirt box assembly lower section that connects is provided with supersonic generator, and described supersonic generator is used to produce ultrasonic wave
So as to there is dither by the bill of note-twisting wheel；
The first limiting plate and are respectively provided between note-twisting wheel and the first bank note accepting wheel, the first bank note accepting wheel and the second bank note accepting wheel
Two limiting plates, the first described limiting plate and the second limiting plate two ends are connected with the first riser and the second riser respectively；Institute
The the second limiting plate lower section stated is provided with sensor cluster；
Described the second banknote feeding frame lower section is provided with the second supporting plate, and the second described supporting plate coordinates to convey with the second banknote feeding frame
Bill.
As a further improvement on the present invention, described currency feeding mechanism, including, enter paper money support, described enters paper money top of support
Face is provided with two piece of first coaming plate, and two piece of first coaming plate is parallel to each other and point of distance currency examination body one end inner side is enclosed with second respectively
Plate two ends are connected, and the second described coaming plate is vertical with two piece of first coaming plate respectively；
Described the first coaming plate, the second coaming plate define bill storage chamber jointly with the support paper money bottom surface for entering paper money support, described
Bill storage chamber in be placed with bill；
The first described coaming plate is provided with interval banknote placing plate, described interval banknote placing plate top on away from second coaming plate one end
Rotatably assembled with two piece of first coaming plate respectively by the first connection rotating shaft；
Interval gathering sill is additionally provided with the first described coaming plate, described interval banknote placing plate center section is additionally provided with power and turns
Axle, described power shaft passes interval gathering sill and stretches out interval gathering sill one end and is fitted into flexible connection set, described work
Dynamic adapter sleeve can be relatively rotated with power shaft；
Described flexible connection set is connected with power expansion link one end of power electromagnet, described power electromagnet
Bottom is provided with electromagnet mounting post, and described electromagnet installs column bottom and is connected and formed with reverse support base by connected ball
Spherical linkage attachment structure.
As a further improvement on the present invention, described currency feeding mechanism also includes pushing away paper money component, and described pushes away paper money component, bag
Include, bill push pedal, stepping cylinder, the cylinder that described stepping cylinder is fixed for each run, the stepping of described stepping cylinder
Telescopic shaft is connected through the second coaming plate with bill push pedal.
As a further improvement on the present invention, push pedal gathering sill is provided with the first coaming plate, while in bill push pedal two
Side is provided with bill guide pad, and described bill guide pad is fitted into push pedal gathering sill.
As a further improvement on the present invention, setting barrier sliding block on push pedal gathering sill one end is stretched out in bill guide pad,
Described barrier sliding block is fixed on bill guide pad by fixing bolt；
The first described coaming plate is provided with the first arc chute on the side of barrier sliding block side；
Described barrier sliding block and the first arc chute corresponding position is provided with the second arc chute, and the first described arc is slided
Ball is installed, described ball contacts rolling with the first arc chute and the second arc chute respectively in groove.
As a further improvement on the present invention, the Oscillation Amplitude of bill is not more than -1~1 millimeter.
As a further improvement on the present invention, described note distribution component includes note distribution board component and note distribution conveying assembly, institute
The note distribution board component stated includes note distribution plate, and described note distribution plate passes through the tenth axis body and the first riser near second banknote feeding frame one end
It is hinged with the second riser；
Described note distribution plate bottom is additionally provided with hinged block, and described hinged block is by the first bearing pin and the expansion plate of electromagnet
Be hinged, described electromagnet is fixed on the 3rd supporting plate, described the 3rd two ends of bearing plate respectively with the first riser and the second riser
It is connected；
Two pieces of axis body installing plates are additionally provided with described note distribution plate, the 4th axis body is passed through on the first riser and the second riser
Slot to make way and the 4th axis body also cross axis body installing plate and described are provided with the part between two pieces of axis body installing plates
3rd banknote feeding frame；
The 4th described axis body one end is stretched out slot to make way and is connected with the output shaft of the second synchronous motor, and described second is synchronous
Motor can directly drive the 4th axis body to rotate；
Described axis body installing plate top is additionally provided with trigger board, when note distribution plate reaches the gradient of setting, described triggering
Plate can trigger the trigger switch being fixed on the first riser or the second riser, and after trigger switch is triggered, expansion plate stops
Stretch out.
As a further improvement on the present invention, expansion plate is arranged on the center of gravity of note distribution plate with note distribution plate hinged place.
As a further improvement on the present invention, described note distribution conveying assembly includes rechecking platform, note output platform, described reinspection
Platform includes rechecking inclined-plane；Described reinspection inclined-plane coordinates to convey bill with the 4th banknote feeding frame, the 5th banknote feeding frame respectively, described
Prp sensor component is provided between 4th banknote feeding frame and the 5th banknote feeding frame, described prp sensor component is used to verify again
The true and false of bill, and correlated characteristic to bill is acquired, prp sensor component is joined directly together with controller, and it is obtained
Data be directly deposited in local storage or be uploaded to cloud server.
As a further improvement on the present invention, when note distribution plate by expansion plate jack-up to maximum position when, described note distribution plate
The inclined-plane of formation is with reinspection inclined-plane on same inclined-plane.
As a further improvement on the present invention, when note distribution plate by expansion plate jack-up to maximum position when, note distribution plate shape into
Also inclined-plane is slightly above rechecked in inclined-plane.
As a further improvement on the present invention, thickness transducer, described thickness transducer are provided with inclined-plane is rechecked
Taken for detecting bank paper thickness, and high in the clouds being stored in local storage or upload to by the control of controller by corresponding data
In business device.
As a further improvement on the present invention, described note output platform is provided with the first roller bearing groove, banknote passage, the second roller bearing
Groove, the 6th banknote feeding frame and the 7th banknote feeding frame are separately installed with described the first roller bearing groove, the second roller bearing groove；Described bill leads to
Maintain an equal level with note distribution plate top surface at road import；
The 6th described banknote feeding frame and the 7th banknote feeding frame are separately mounted at banknote passage import and center section, and it passes through
Coordinate to transmit bill with banknote passage inwall；
Described banknote passage exit maintains an equal level with paper money platform outer surface is connect, and described connecing is additionally provided with paper money platform and connects paper money groove,
Described being connect be provided with bank note accepting wheel in paper money groove, and described bank note accepting wheel is arranged on the 9th axis body, the 9th described axis body two ends
Rotatably assembled with the first riser and the second riser.
As a further improvement on the present invention, described note-twisting wheel, the first banknote feeding frame, the second banknote feeding frame, the 3rd banknote feeding frame,
5th banknote feeding frame, the 6th banknote feeding frame, the 7th banknote feeding frame are separately mounted to the first axle body, the second axle body, three-axis body, the 5th axle
On body, the 6th axis body, the 7th axis body, the 8th axis body, the 9th axis body.
As a further improvement on the present invention, it is separately installed with belt wheel on the first axle body, the second axle body, the first auxiliary axis body
And connected by the first Timing Belt between them and form V belt translation structure, the first described auxiliary axis body and the first synchronous motor
Output shaft is connected；
It is connected with the second belt by the belt wheel being arranged on them respectively between described the second axle body and three-axis body
And form V belt translation structure；
Described three-axis body is connected by the belt wheel being arranged on them with the 3rd belt respectively with the second auxiliary axis body
And form V belt translation structure；
The second described auxiliary axis body and the 7th axis body are connected by the belt wheel being fixed on them with the 4th belt respectively
And form V belt translation structure；
Described the 7th axis body, the 8th axis body, the 9th axis body are synchronous with the 6th by the belt wheel being arranged on them respectively
Band is connected and forms V belt translation structure；
The 5th described axis body and the 6th axis body are connected and shape by the belt wheel being arranged on them with the 5th belt respectively
Into V belt translation structure, the 5th described axis body one end is connected with the output shaft of the 3rd synchronous motor.
As a further improvement on the present invention, the first synchronous motor, the second synchronous motor, the 3rd synchronous motor are same
The synchronous motor of model, it is mainly realizes that synchronous rotational speed is rotated, and they are connected with controller, are controlled by the controller.
As a further improvement on the present invention, described top plate member, including, the first top board and the second top board；Described
It is equipped with first top board and the second top board and is hinged mounting blocks, the described mounting blocks that are hinged is by connecting pin and the first riser and the
Two risers are rotatably assembled；
The second described top board is arranged distant from being hinged mounting blocks one end and being provided with engaging tray and the second described top board
Be provided with engaging tray one end is provided with the groove of the second engaging half；
The first described top board has been arranged distant from being hinged mounting blocks one end and has been provided with the groove of the first engaging half, the first described card
Close and elastic Fastener is installed in half groove；
Described elastic Fastener includes Fastener fixed part, elastic part, described elastic part's
One end is connected with Fastener fixed part, and described Fastener fixed part is fixed in the groove of the first engaging half；Described
Top board block is provided with one riser and the second riser, described top board block contacts to limit the second top board dress with engaging tray
Enter the depth in frame；
The first described top board be fixed with elastic Fastener one end with engaging tray top surface contact to limit the first top board
Load the depth in frame；
When the first top board is buckled to the second top board, described elastic part can be fitted into the groove of the second engaging half and
There is elastic deformation in second half groove of engaging, the elastic force produced by elastic Fastener is by the first top board and the second top board clamping.
As a further improvement on the present invention, bullet is passed through between Fastener fixed part and elastic part's front of motor
Property connection skin connection, described elastic connection skin is made of elastomeric material.
As a further improvement on the present invention, described elastic part's top surface should be higher than that Fastener fixed part.
As a further improvement on the present invention, it is provided with bottom on elastic part and Fastener fixed part linkage section
Portion is to the inclined targeting part of Fastener fixed part.
As a further improvement on the present invention, also include that, into paper money baffle plate, described entering has between paper money baffle plate and the first top board
Gap；Flexible dust block board is set entering, described elastic dust block board top inclines to elastic Fastener direction on the inside of paper money baffle plate,
And its projected length in the horizontal direction should be at least 1.5 times of above-mentioned gap；Described elastic dust block board is using elasticity
Material is made.
As a further improvement on the present invention, gear paper money rubber is provided with the second top board.
As a further improvement on the present invention, it is described to connect dirt box assembly, including, both sides respectively with the first riser and second
The back vertical plate that riser is connected, described back vertical plate is provided with and connects dirt case groove；
Described back vertical plate inner side is connected with the openend of saddle, and described saddle top surface is provided with dust fall groove, bottom
Portion is provided with sound wave groove；Described sound wave groove lower section is the acoustic wave outlet of supersonic generator；Appearance is provided with described saddle
Receive chamber, be provided with described accommodating chamber and connect dirt case；It is described meet dirt bottom portion and be provided with connect dirt case groove, and connect dirt case connect dirt
It is provided with chamber and connects dirt cloth component；It is described that to connect dirt case groove just right with sound wave groove.
As a further improvement on the present invention, it is described to connect dirt cloth component, also include, framework, it is provided with described framework
Screwed hole, is coated with one layer of ash layer for ash in described framework, four sides of described ash layer exceed frame
Body and it is adjacent to framework lateral surface；
Clamping frame is buckled in framework and compresses edge using it and ash layer is pressed in framework.
Described compression edge length is not more than 1/3 of the length of side where it, and described compression both sides of edges sets
There is a fixed part, described fixed part is provided with clamping through hole, screw is revolved through clamping through hole and assembled with screwed hole with will
Compress frame and be fixed on framework.
As a further improvement on the present invention, described ash layer is made using dust removing cloth, and is set on ash layer top surface
It is equipped with mucigel.
As a further improvement on the present invention, the second described banknote receiving board component can close the first riser and the second riser it
Between；
The second described banknote receiving board component, including, the second banknote receiving board, the second banknote receiving board saddle, the second described banknote receiving board
Saddle is provided with and connects the groove of paper money half, spacing base plate, installs short slot, and the second described banknote receiving board is arranged in installation short slot and both sides are logical
Bearing pin is crossed rotatably to be assembled with the first riser, the second riser respectively；The second described banknote receiving board and the first riser and the second riser
Spacing plate top surface is not higher than at assembling；Gear paper money is additionally provided with the second described banknote receiving board raised.
As a further improvement on the present invention, engaging groove is provided with the second banknote receiving board, at the same in the first riser and
Engaging projection is provided with second riser, described engaging projection can be fitted into engaging groove；
Described engaging projection includes projection part and clamping head part, and described clamping head part uses elastomeric material system
Into.
As a further improvement on the present invention, the second described banknote receiving board be provided with can allow gear paper money adhesive tape pass through it is anti-tampering
Groove.
As a further improvement on the present invention, described dust suction subassembly, including dust suction shell, dust suction top cover, described suction
Dirt shell side is fixed on the second riser, and the second described riser is provided with dust suction through hole with dust suction shell contact portion；
Dust suction installation cavity is surrounded between described dust suction housing and the second riser, filter is installed in described dust suction installation cavity
Dirt plate, the first power plate, point air parcel, the second power plate；
The second described power plate is provided with the groove of the first tracheae half, and the described trench bottom of the first tracheae half is provided with adapter half
Groove；
The first described power plate is provided with the groove of power half towards dust-filtering plate side, and towards setting on the second power plate side
There is the groove of the first accessory trachea half, the described trench bottom of the first accessory trachea half is provided with the secondary groove of adapter half；The described groove of the first tracheae half with
Power air flue is collectively formed between the groove of first accessory trachea half；Adapter is collectively formed between the described groove of adapter half and the secondary groove of adapter half
Air flue；Described power air flue one end is connected with the groove of power half, and the other end is connected with adapter air flue；
Described adapter air flue connects air guide with trachea head, and described trachea head is connected with total air cavity, and described is total
Air cavity is also connected with first tracheae one end, and the first described tracheae other end is connected with pumping pump steam inlet, described aspiration pump
Gas outlet connected with second tracheae one end, the second described tracheae other end is connected with dedusting box assembly air inlet, described
Dedusting box assembly gas outlet connects with the 3rd pipeline one end, and the 3rd described pipeline other end stretches into air guide mesh plate lower section, institute
The air guide mesh plate stated is arranged in the first cover body.
As a further improvement on the present invention, described dust-filtering plate, including, dirt groove is filtered, it is solid in described filter dirt groove
Surely there is dust removing cloth；
Described filter dirt groove bottom is provided with encloses block, and the described block that encloses is together constituted with dust removing cloth, filter dirt groove bottom surface
Dust storage groove；Described dust-filtering plate bottom is provided with the dust-filtering plate groove for allowing the first tracheae to pass through.
As a further improvement on the present invention, described dedusting box assembly, including, outer case, dust settling pocket, described outer container
Body one side is provided with opening, and other sides seal, and is provided with storage chamber in described outer case, and described dust settling pocket is positioned over
Dust settling pocket in storage chamber and described connects fixation with the second tracheae；The second described tracheae passes through outer case and the 3rd tracheae
Connection；Described dust settling pocket using dust removing cloth or other can be made with the material of dust adsorption；Net is provided with described storage chamber
Orifice plate, described mesh plate is provided with mesh plate through hole；Casing shrouding is provided with outer case opening, the 3rd tracheae is sealed through casing
Plate connects air guide with storage chamber；Gas in 3rd tracheae is directly blowed in the first cover body.
As a further improvement on the present invention, gas-distributing pipe is provided with the 3rd air pipe outlet, described gas-distributing pipe leads to
Gas is divided to discharge in the gas outlet for crossing its two ends.
The beneficial effects of the invention are as follows：
1st, the present invention ties up the functions such as arrangement, alignment, the press-note of bill using paper money component and press-note component, realization is picked,
It is capable of achieving the full-automatic treatment of tied note process.
3rd, the present invention normal banknote and suspicious banknote are shunted by note distribution component, from without influence counting efficiency,
Suspicious banknote can also be again identified that in addition and be gathered its data, basis is provided to set up anti-fake paper money database, with anti-
The only effect of counterfeit money circulation.
4th, the present invention use ultrasonic wave make bill occur vibrate to clean bill, so as to avoid dust, the particle on bill
Deng into causing core component to pollute in core component.This mode is not only able to reduce the pollution level in equipment, additionally it is possible to
Improve sophisticated sensor, the life-span of magnetic head in equipment.
5th, the present invention is finally direct by purified gas using timely dust sucking-off, the purification by inside of dust suction subassembly
For radiating, more than one action, the pollution level in equipment is not only reduced, also significantly reduce energy consumption.
6th, top plate member of the invention uses double-open type so that whole equipment maintenance is more convenient, and in top plate member
Dustproof construction is devised, can effectively prevent the debris such as external dust from entering in equipment.
Brief description of the drawings
Fig. 1 is the structural representation of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention.
Fig. 2 is enlarged drawing at F1 in Fig. 1.
Fig. 3 is the partial structural diagram of top plate member.
Fig. 4 is the structural representation of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention.
Fig. 5 is the structural representation of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention.
Fig. 6 is enlarged drawing at F2 in Fig. 5.
Fig. 7 is the structural representation of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention.
Fig. 8 is the structural representation of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention.
Fig. 9 is the structural representation of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention.
Figure 10 is the currency feeding mechanism structural representation of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention
Figure.
Figure 11 is enlarged drawing at F4 in Figure 10.
Figure 12 is the currency feeding mechanism structural representation of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention
Figure.
Figure 13 is enlarged drawing at F3 in Figure 12.
Figure 14 is the currency feeding mechanism structural representation of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention
Figure.
Figure 15 is enlarged drawing at F5 in Figure 14.
Figure 16 is enlarged drawing at F6 in Figure 14.
Figure 17 is the currency feeding mechanism structural representation of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention
Figure.
Figure 18 is the structural representation of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention.
Figure 19 is the structural representation of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention.
Figure 20 is the structural representation of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention.
Figure 21 is the structural representation of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention.
Figure 22 is the structural representation of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention.
Figure 23 is the structural representation of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention.
Figure 24 is that the dirt box assembly structure that connects of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention is shown
It is intended to.
Figure 25 is that the dirt box assembly structure that connects of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention is shown
It is intended to.
Figure 26 is that the dirt box assembly structure that connects of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention is shown
It is intended to.
Figure 27 is that the dirt cloth modular construction that connects of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention shows
It is intended to.
Figure 28 is that the dirt cloth modular construction that connects of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention shows
It is intended to.
Figure 29 is enlarged drawing at F7 in Figure 28.
Figure 30 is the dust suction subassembly structural representation of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention
Figure.
Figure 31 is the dust suction subassembly structural representation of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention
Figure.
Figure 32 is point air parcel structural representation of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention.
Figure 33 is the dust suction subassembly structural representation of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention
Figure.
Figure 34 is the dust suction subassembly structural representation of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention
Figure.
Figure 35 is that the dust cleaning case modular construction of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention shows
It is intended to.
Figure 36 is the structural representation of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention.
Figure 37 is the structural representation of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention.
Figure 38 is that the note distribution modular construction of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention is illustrated
Figure.
Figure 39 is that the note distribution modular construction of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention is illustrated
Figure.
Figure 40 is the second banknote receiving board component knot of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention
Structure schematic diagram.
Figure 41 is the second banknote receiving board component knot of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention
Structure schematic diagram.
Figure 42 is the second banknote receiving board component knot of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention
Structure schematic diagram.
Figure 43 is the structural representation of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention.
Figure 44 is that the paper money mechanism structure of picking of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention is shown
It is intended to.
Figure 45 is that the press-note modular construction of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention is illustrated
Figure.
Figure 46 is that the press-note power rail structure of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention is shown
It is intended to.
Figure 47 is that the press-note modular construction of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention is illustrated
Figure.
Figure 48 is that the press-note modular construction of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention is illustrated
Figure.
Figure 49 is that the press-note modular construction of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention is illustrated
Figure.
Figure 50 is that the modular construction of picking of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention is illustrated
Figure.
Figure 51 is that the modular construction of picking of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention is illustrated
Figure.
Figure 52 is that the modular construction of picking of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention is illustrated
Figure.
Figure 53 is that the modular construction of picking of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention is illustrated
Figure.
Figure 54 is that the modular construction of picking of the counting-binding integrated machine specific embodiment for being integrated with tied note mechanism of the present invention is illustrated
Figure.
Specific embodiment
The invention will be further described with reference to the accompanying drawings and examples：
Referring to Fig. 1 to Figure 23, a kind of counting-binding integrated machine for being integrated with tied note mechanism, including, currency feeding mechanism N, point currency examination sheet
Body, tied note mechanism D；
Described point currency examination body is used to count bill and currency examination, including：Top plate member A, meet dirt box assembly B；
Second banknote receiving board component C, note distribution component G, paper money component is picked, described paper money component of picking belongs to tied note mechanism D；
Described point currency examination body includes frame, the first cover body 201, the second cover body 202, and described frame includes that first stands
Plate 201, the second riser 202, described the first riser 201, the bottom of the second riser 202 is connected by base plate 509 and top is provided with
Top plate member A.
Referring to Fig. 8-Figure 16, described currency feeding mechanism N, including, enter paper money support N500, described enters paper money support N500 top surfaces
Be provided with two piece of first coaming plate N212, two piece of first coaming plate N212 be parallel to each other and point of distance currency examination body one end inner side respectively with
Second coaming plate N211 two ends are connected, and the second described coaming plate N211 is vertical with two piece of first coaming plate N212 respectively；
Described the first coaming plate N212, the second coaming plate N211 and support paper money bottom surface N400 for entering paper money support N500 is defined jointly
Bill storage chamber, bill Q is placed with described bill storage chamber；
The first described coaming plate N212 is provided with interval banknote placing plate N300 on away from second coaming plate N211 one end, it is described between
Have a rest banknote placing plate N300 top rotatably assembled with two piece of first coaming plate N212 respectively by the first connection rotating shaft N302；
Interval gathering sill N2123, described interval banknote placing plate N300 pars intermedias are additionally provided with the first described coaming plate N212
Point being additionally provided with power shaft N303, described power shaft N303 passes interval gathering sill N2123 and stretches out interval gathering sill
N2123 one end is fitted into flexible connection set N3042, and described flexible connection set N3042 relative with power shaft N303 can turn
It is dynamic；
Power expansion link N3041 one end of described flexible connection set N3042 and power electromagnet N304 is connected, institute
The power electromagnet N304 bottoms stated are provided with electromagnet mounting post N306, and described electromagnet mounting post N306 bottoms are by connecting
The N3061 that receives is connected with reverse support base N305 and forms spherical linkage attachment structure；
Needing opening interval banknote placing plate N300 makes when in bill inlet point currency examination body, power expansion link N3041 to be made first
Stretch out, now, because power electromagnet N304 bottoms are hinged with reverse support base N305, therefore power expansion link N3041 will lead to
Cross activity adapter sleeve N3042 propulsion power rotating shaft N303 to be moved upwards in interval gathering sill N2123, this has turned on interval and has put
Paper money plate N300.Now, bill Q can be by interval banknote placing plate inlet point currency examination body.During this, power electromagnet
Can be rotated by connected ball N3061 between N304 and reverse support base N305.
When power shaft N303 reaches interval gathering sill N2123 tops, power electromagnet N304 is reversely powered, power
In expansion link N3041 retraction power electromagnets N304.Meanwhile, power expansion link N3041 drives power shaft N303 to return to just
Beginning position, interval banknote placing plate N300 also returns to initial position, so that bill Q is unable in inlet point currency examination body.
In order to the bill Q in bill storage chamber can by successfully push-in point currency examination body in, one can be set and push away paper money
Component, it is described to push away paper money component, including, bill push pedal N230, stepping cylinder N101, described stepping cylinder N101 are each row
The cylinder that journey is fixed, the stepping telescopic shaft N102 of described stepping cylinder N101 passes through the second coaming plate N211 and bill push pedal N230
Connection.
When using, described interval banknote placing plate N300 is opened, and bill Q is put in then stepping cylinder N101 air inlets to interval
Paper money plate N300 directions promote, and then bill is by leading paper money swash plate N401 inlet point currency examination bodies.
Further, in order that bill push pedal N230 does not deviate during movement, can be in the first coaming plate
Push pedal gathering sill N2121 is set on N212, while setting bill guide pad N231, described bill in bill push pedal N230 both sides
Guide pad N231 is fitted into push pedal gathering sill N2121.So when bill push pedal N230 is moved, can be by bill guide pad
N231 does not shift when moving bill push pedal N230 with the cooperation of push pedal gathering sill N2121.
Will not be by when further, in order to prevent from being slided between bill guide pad N231 and push pedal gathering sill N2121
It is excessive in frictional force and cause excessive abrasion between them, push pedal gathering sill N2121 mono- can be stretched out in bill guide pad N231
Barrier sliding block N232, described barrier sliding block N232 are set on end bill guide pad N231 is fixed on by fixing bolt N233
On；
The first described coaming plate N212 is provided with the first arc chute N2122 on the side of barrier sliding block N232 sides；
Described barrier sliding block N232 and the first arc chute N2122 corresponding positions is provided with the second arc chute N2321, institute
Ball N234 is installed in the first arc chute N2122 for stating, described ball N234 respectively with the first arc chute N2122 and
Second arc chute N2321 contacts are rolled.This mode can make the contact position of bill guide pad N231 and the first coaming plate N212
It is replaced by and is rolled by ball contact, the frictional force between them can be greatly reduced.
Certainly, described bill guide pad N231, barrier sliding block N232 is not contacted preferably both with the first coaming plate N212.This is same
Sample is to reduce frictional force.
Referring to Fig. 1-Figure 54, described frame is sequentially provided with from bill flow direction：Lead paper money swash plate N401, the first supporting plate
501st, note-twisting wheel H301, connect dirt box assembly B, the first banknote feeding frame H302, the second note-twisting wheel H303, note distribution component G, the second banknote receiving board
Component C, pick paper money component；
The described dirt box assembly B lower sections that connect are provided with supersonic generator H101, and described supersonic generator is used to produce
Ultrasonic wave is so that the bill generation dither for passing through note-twisting wheel H301, the ash on bill can be just made by this dither
Dirt departs from bill, so as to reach the purpose of purification bill；
Further, caused to prevent bill Oscillation Amplitude excessive it is follow-up connect paper money, currency examination inconvenience, paper can be limited
The Oscillation Amplitude of paper money is not more than -1~1 millimeter.
Further, deviate to prevent bill from track occurring in transmitting procedure, can be in note-twisting wheel H301 and first
The first limiting plate 502 and second is respectively provided between bank note accepting wheel H302, the first bank note accepting wheel H302 and the second bank note accepting wheel H303 spacing
Plate 503, the first described limiting plate 502 and the two ends of the second limiting plate 503 connect with the first riser 201 and the second riser 202 respectively
Connect fixation；
The lower section of described the second limiting plate 503 is provided with sensor cluster H102, can be with described sensor cluster H102
The optical pickocffs such as CIS imageing sensors, UV sensor, infrared ray sensor are installed；
Described second banknote feeding frame H303 lower sections are provided with the second supporting plate 504, when using, described the second supporting plate 504 and the
Two banknote feeding frame H303 coordinate to convey bill；
Include note distribution board component G100 and note distribution conveying group referring to Fig. 1-Figure 23, Figure 36-Figure 39, described note distribution component G
Part G200, described note distribution board component G100 include note distribution plate G102, and described note distribution plate G102 is near the second banknote feeding frame H303
One end is hinged by the tenth axis body H210 with the first riser 201 and the second riser 202；
Described note distribution plate G102 bottoms are additionally provided with hinged block G1011, described hinged block G1011 and pass through the first bearing pin
The expansion plate G112 of G113 and electromagnet G111 is hinged, and described electromagnet G111 is fixed on the 3rd supporting plate 505, and described
The two ends of three supporting plate 505 are connected with the first riser 201 and the second riser 202 respectively.When using, can be by controlling electromagnet
The power on/off of G111 controls stretching out or retracting for expansion plate G112, and when expansion plate G112 rises, described expansion plate
G112 can upwards push up note distribution plate G102, and the note distribution plate G102 that this just makes is rotated centered on the tenth axis body H210, so that note distribution
Plate G102 forms a upward inclined-plane.
Two pieces of axis body installing plates G101, the 4th axis body H204 are additionally provided with described note distribution plate G102 and pass through the first riser
201 and second slot to make way 1020 on riser 202 and exist also cross axis body installing plate G101, and the 4th described axis body H204
The 3rd banknote feeding frame H304 is installed on part between two pieces of axis body installing plate G101；
The 4th described axis body H204 one end is stretched out slot to make way 1020 and is connected with the output shaft of the second synchronous motor H502, institute
The the second synchronous motor H502 for stating can directly drive the 4th axis body H204 to rotate；
Described axis body installing plate G101 tops are additionally provided with trigger board G103, when note distribution plate G102 reaches the gradient of setting
When, described trigger board G103 can just trigger the trigger switch being fixed on the first riser 201 or the second riser 202
H901, after trigger switch H901 is triggered, expansion plate G112 stops stretching out.
Further, due to adding the second synchronous motor H502 on the 4th axis body H204 one end, in order to ensure note distribution plate
Do not deviate during by jack-up, expansion plate G112 and note distribution plate G102 hinged places can be arranged on the center of gravity of note distribution plate G102
Place, the 4th axis body H204 run-off the straights in the axial direction when this just can solve the problem that note distribution plate G102 is lifted.
Described note distribution conveying assembly G200 includes rechecking platform G220, note output platform G201, and described reinspection platform G220 includes
Recheck inclined-plane G221, note distribution plate shape described in when note distribution plate G102 is by expansion plate G112 jack-up into inclined-plane preferably with recheck it is oblique
Face G221 on same inclined-plane, certainly, now note distribution plate G102 formed inclined-plane can also slightly higher (0.5-1 millimeter) in recheck tiltedly
Face G221, is so conducive to bill to pass through note distribution plate G102 and enters on reinspection inclined-plane G221；
Described reinspection inclined-plane G221 coordinates to convey bill with the 4th banknote feeding frame H305, the 5th banknote feeding frame H306 respectively,
Prp sensor component H103, described reinspection sensing are provided between the 4th described banknote feeding frame H305 and the 5th banknote feeding frame H306
Device assembly H103 is used to verify again the true and false of bill, and correlated characteristic to bill is acquired, such as ink thickness, ultraviolet
The image of bill, bill full image etc. under light, Infrared irradiation, can be CIS imageing sensors, ultraviolet light generator,
Infrared light generator etc., prp sensor component is joined directly together with controller, and its data for obtaining is directly deposited in and locally deposits
In reservoir (hard disk), or it is uploaded to cloud server.
It is possible to further set a thickness transducer H104, described thickness transducer on inclined-plane G221 is rechecked
H104 is Non-contacting caliper sensors, can be ultrasonic thickness sensor etc..Described thickness transducer is used to detect paper
Paper money thickness, and corresponding data stored in local storage or uploaded to cloud server by the control of controller.
Described note output platform G201 is provided with the first roller bearing groove G2011, banknote passage G2012, the second roller bearing groove G2013,
The 6th banknote feeding frame H307 and the 7th banknote feeding frame are separately installed with described the first roller bearing groove G2011, the second roller bearing groove G2013
H308；
Maintain an equal level with note distribution plate G102 top surfaces at described banknote passage G2012 imports, this can transmit note distribution plate G102
The bill for coming smoothly can enter in banknote passage G2012；
The 6th described banknote feeding frame H307 and the 7th banknote feeding frame H308 are separately mounted at banknote passage G2012 imports with
Between part, it coordinates transmitting bill by with banknote passage inwall；
Described banknote passage G2012 exits maintain an equal level with the outer surface of paper money platform 507 is connect, and what this can make goes out from banknote passage
, to connecing on paper money platform 507, described connecing be additionally provided with paper money platform 507 and connect paper money groove, and described connects paper money groove for the bill smooth delivery of power come
In bank note accepting wheel 508 is installed, described bank note accepting wheel 508 is arranged on the 9th axis body H209, the 9th described axis body H209 two ends
With the first riser 201 and the rotatable assembling of the second riser 202.
Described note-twisting wheel H301, the first banknote feeding frame H302, the second banknote feeding frame H303, the 3rd banknote feeding frame H304, the 5th send
Paper money wheel H306, the 6th banknote feeding frame H307, the 7th banknote feeding frame H308 are separately mounted to the first axle body H201, the second axle body H202,
On three-axis body H203, the 5th axis body H205, the 6th axis body H206, the 7th axis body H207, the 8th axis body H208；
Referring to Figure 17-Figure 23, band is separately installed with the first axle body H201, the second axle body H202, the first auxiliary axis body H01
Wheel and they between connect by the first Timing Belt H401 and form V belt translation structure, described first aids in axis body H01 and the
One synchronous motor H501 output shafts are connected, and the first described synchronous motor H501 can drive the first auxiliary axis body H01 to rotate；
Respectively by the belt wheel being arranged on them and second between described the second axle body H202 and three-axis body H203
Belt H402 is connected and is formed V belt translation structure；
The auxiliary axis bodies of described three-axis body H203 and second H02 belt wheels and the 3rd skin respectively by being arranged on them
Band H403 is connected and is formed V belt translation structure；
The second described auxiliary axis body H02 and the 7th axis body H207 belt wheels and the 4th skin respectively by being fixed on them
Band H404 is connected and is formed V belt translation structure；
Described the 7th axis body H207, the 8th axis body H208, the 9th axis body H209 bands respectively by being arranged on them
Wheel is connected with the 6th Timing Belt H406 and forms V belt translation structure.
The 5th described axis body H205 and the 6th axis body H206 belt wheel and the 5th belt respectively by being arranged on them
H405 is connected and is formed V belt translation structure, and the 5th described axis body H205 one end connects with the output shaft of the 3rd synchronous motor H503
Connect, the 3rd described synchronous motor H503 can drive the 5th axis body H205 to rotate.
The magnetic head for currency examination is additionally provided with described three-axis body H203, the 5th axis body H205.
Currency examination process of the invention approximately as：Bill is entered in equipment by note-twisting wheel, and is sent in note-twisting wheel and first
Between paper money wheel in sending into the second banknote feeding frame by the first banknote feeding frame after ultrasonic wave dither, removal ash discharge trifle in the world matter, institute
The bill stated is between the first banknote feeding frame and the second banknote feeding frame by sensor cluster, the magnetic head being arranged on three-axis body to paper
Paper money carries out first time currency examination, and its principle is identical with current currency examination device principle, mainly by detect the magnetic on bill ink distribution,
The modes such as thickness, identification bill crown word number realize currency examination.
If upchecked, bill enters banknote passage by note distribution plate, is stored in finally by bank note accepting wheel and picks paper money
On component；
If detection does not pass through, that is, has the suspicion of counterfeit money, controller can control electromagnet by expansion plate toward rising, directly
To trigger board triggers trigger switch.Now, bill can enter reinspection inclined-plane by note distribution plate；Suspicious bill enters to be rechecked
Behind inclined-plane, note distribution plate is then restored to horizontality, continues currency examination.
Magnetic head, prp sensor component, thickness transducer being arranged on behind bill entrance reinspection inclined-plane on the 5th axis body etc.
Bill can further be detected, and store or upload corresponding detection data, image etc.；
If regarding as genuine notes after into the bill detection for rechecking inclined-plane, then controller controls the first synchronous motor to stop
Rotate, the 3rd synchronous motor and the reversion of the second synchronous motor are returned on note distribution plate with by bank note；
After bank note is returned on note distribution plate, the first synchronous motor is rotated, the second synchronous motor is rotated forward, and bank note is sent into bank note
In passage.
If the bill verified on inclined-plane is rechecked is counterfeit money, then the counterfeit money directly enters second by the 5th banknote feeding frame
On banknote receiving board.
Can be by for the magnetic head being arranged on the 5th axis body, prp sensor component, the thickness transducer of reinspection etc.
Accuracy of detection is set above sensor cluster, the accuracy of detection of the magnetic head being arranged on three-axis body.Can either so save
Cost, it is also possible to reduce false drop rate.Because general precision sensor ratio higher is costly, its service life is also extremely limited.
Referring to Fig. 1 to Fig. 6, described top plate member A, including, the first top board A101 and the second top board A102；Described
It is equipped with one top board A101 and the second top board A102 and is hinged mounting blocks A501, described is hinged mounting blocks A501 by connecting pin
With the first riser 201 and the rotatable assembling of the second riser 202；
The second described top board A102 has been arranged distant from being hinged mounting blocks A501 one end and being provided with engaging tray A1022 and institute
What the second top board A102 for stating was provided with engaging tray A1022 one end is provided with the groove A1021 of the second engaging half；
The first described top board A101 has been arranged distant from being hinged mounting blocks A501 one end and has been provided with the groove of the first engaging half
A1011, elastic Fastener A301 is provided with the first described half groove A1011 of engaging；
Described elastic Fastener A301 includes Fastener fixed part A3011, elastic part A3013, described
One end of elastic part A3013 is connected with Fastener fixed part A3011, and described Fastener fixed part A3011
It is fixed in the groove A1011 of the first engaging half；
Top board block A401, described top board block A401 are provided with the first described riser 201 and the second riser 202
Contact to limit the depth in the second top board A102 loading frames with engaging tray A1022；
The first described top board A101 be fixed with elastic Fastener A301 one end with engaging tray A1022 top surfaces contact with
Limit the depth that the first top board A101 loads in frame.
When the first top board A101 closes up, buckles to the second top board A102, described elastic part A3013 can load
There is elastic deformation in second half groove A1021 of engaging and in the second half groove A1021 of engaging, this is just by elastic Fastener A301
The elastic force of generation is by the first top board A101 and the second top board A102 clampings.
Further, in order to increase the intensity of elastic Fastener and benefit from the life-span, can be in Fastener fixed part A3011
It is connected by elastic connection skin A3012 between elastic part's A3013 front of motors, described elastic connection skin A3012
It is made of elastomeric material, such as rubber, silica gel.When in use, elastic connection skin A3012 can be neatly elastic part
Provided auxiliary is strengthened, so as to improve elastic Fastener intensity.
Further, described elastic part's A3013 top surfaces should be higher than that Fastener fixed part A3011, such energy
Elastic part's top edge and the second clamping slot A1021 contacts side surfaces are enough prevented, so as to cause it due to withstanding on the second card
Tight groove A1021 sides and cause the taking-up difficulty of elastic Fastener even to damage.
Further, elastic part rapidly enters the groove A1021 of the second engaging half for convenience, can be in elastic deformation
A bottom is set to the inclined guide part of Fastener fixed part on part A3013 and the linkage section of Fastener fixed part 3011
Divide A3014.When using, targeting part to elastic part A3013 into second engaging half groove A1021 in play a guiding
Effect.
Further, also include that, into paper money baffle plate A2011, described entering has between paper money baffle plate A2011 and the first top board A101
Certain gap, machine is polluted in order to prevent outside debris from entering in frame by this gap, can enter paper money baffle plate A2011
Inner side sets an elastic dust block board A2012, and described elastic dust block board A2012 tops are inclined to elastic Fastener A301 directions
Tiltedly, and its projected length in the horizontal direction should be at least 1.5 times of above-mentioned gap.So elasticity dust block board A2012 with
Entering the region formed between paper money baffle plate A2011 can just stop that outside debris enter internal body.
Described elastic dust block board A2012 is made of elastomeric material, can be elastoplast, elastic sheet metal etc..
Further, in order to prevent the bill for sending into the second banknote receiving board component C by the 6th banknote feeding frame H307 from flying out body
Outward, gear paper money rubber A601 can be set on the second top board A102.
It is described to meet dirt box assembly B referring to Fig. 8-Figure 35, including, both sides respectively with the first riser 201 and the second riser
202 back vertical plates 401 being connected, described back vertical plate 401 is provided with and can make to connect that dirt case B201 passes through connects dirt case groove
4011；
The described inner side of back vertical plate 401 is connected with the openend of saddle B101, is set on described saddle B101 top surfaces
There are dust fall groove B1011, bottom to be provided with sound wave groove B1013；Described sound wave groove B1013 lower sections are the sound of supersonic generator
Ripple is exported；
Accommodating chamber B1012 is provided with described saddle B101, is provided with described accommodating chamber B1012 and is met dirt case B201；
It is described connect dirt case B201 bottoms and be provided with meet dirt case groove B2011, and connect connecing for dirt case B201 and pacify in the B2012 of dirt chamber
Equipped with meeting dirt cloth component B300, it is described connect dirt cloth component B300 for receive the debris such as the dust, the particle that are fallen from bill；
It is described to meet dirt cloth component B300, including, framework B301 is provided with screwed hole on described framework B301, described
One layer of ash layer B302 for ash is coated with framework B301, four sides of described ash layer B302 exceed framework
B301 and it is adjacent to framework B301 lateral surfaces；
Clamping frame B303 is buckled on framework B301 and compresses edge B3031 using it and ash layer B302 is pressed on into framework
On B301；
Described compression edge B3031 length is not more than 1/3 of the length of side where it, and described compression edge
B3031 both sides are provided with fixed part B3032, and described fixed part B3032 is provided with clamping through hole B30321, and screw B304 wears
Clamping through hole B30321 is crossed to be fixed on framework B301 so that frame B303 will be compressed with screwed hole rotation and assembling；
Described ash layer B302 can be made using dust removing cloth, and can also set one layer on ash layer B302 top surfaces
Mucigel, is sticked debris using viscose；
It is described that to meet dirt case groove B2011 just right with sound wave groove B1013.
This structure can make the ultrasonic wave vibrate bank note through ash layer first, next, dust, particle etc. are from paper
Can be directly fallen in after being come off on coin on ash layer B302, this just make they will not run helter-skelter in whole body again, so as to cause two
Secondary pollution.
It is described to meet the second banknote receiving board component C and close in the first riser 201 and the second riser 202 referring to Figure 40-Figure 42
Between；
The second described banknote receiving board component C, including, the second banknote receiving board C200, the second banknote receiving board saddle C100, described
Two banknote receiving board saddles are provided with and meet the groove C101 of paper money half, spacing base plate C102, install short slot C104, the second described banknote receiving board C200
In short slot C104 is installed and both sides by bearing pin respectively with the first riser 201, the rotatable assembling of the second riser 202；Institute
The the second banknote receiving board C200 for stating and it is not higher than spacing base plate C102 top surfaces at the first riser 201 and the assembling of the second riser 202.It is this
The second banknote receiving board C200 that structure can make can not be rotated completely, its maximum rotation scope be the second banknote receiving board C200 with it is spacing
When base plate C102 is contacted, this just can control second by controlling the contact position of spacing base plate C102 and the second banknote receiving board C200
The maximum rotation angle of banknote receiving board C200；
Be additionally provided with gear paper money projection C203 on the second described banknote receiving board C200, described gear paper money projection C203 for prevent from
The bill that 6th banknote feeding frame H307 sends flies out outside the second money retaining plate.
Further, can stablize between the second banknote receiving board C200 and the first riser 201 and the second riser 202 for convenience
Ground is buckled, and engaging groove C202 can be set on the second banknote receiving board C200, while in the first riser 201 and the second riser 202
Upper setting engaging projection C300, described engaging projection C300 can be fitted into engaging groove C202；
Described engaging projection C300 includes projection part C301 and clamping head part C302, described clamping head part
C302 is made of elastomeric material, such as rubber, silica gel.
When using, there is elastic deformation in described clamping head part C302, it is adjacent to card with the second banknote receiving board C200
Tight second banknote receiving board C200.This mode can realize more reliable clamping, and can be by clamping head part and convex pillar part
Divide C301 to be designed to the structure assembled by threaded engagement, so can also in time change clamping head part, safeguard its
More facilitate.Specifically, connection screw thread hole can be set on clamping head part, at the same set on projection part can be connected
The screw thread that screwed hole is screwed, projection part and connection screw thread hole finally revolved and assembled.
Further, the second described banknote receiving board C200 is provided with the interference preventing slots that gear paper money adhesive tape A601 can be allowed to pass through
C201.It is mainly the motion that gear paper money adhesive tape A601 is interfered with when preventing the second top panel turns.
Referring to Fig. 1-Figure 35, in order to the dust for preventing internal body is fled in internal body under floating state, Jin Erzao
It is contaminated into internal body, a dust suction subassembly E for drawing internal body dust can also be set；
Described dust suction subassembly E, including dust suction shell E102, dust suction top cover E101, described dust suction shell E102 sides
It is fixed on the second riser 202, the second described riser 202 is provided with dust suction through hole with dust suction shell E102 contact portions
2021；
Dust suction installation cavity E1021 is surrounded between described dust suction housing E102 and the second riser 202, described dust suction is installed
Dust-filtering plate E501, the first power plate E401, point air parcel E301, the second power plate E201 are installed in the E1021 of chamber；
The second described power plate E201 is provided with the groove E211 of the first tracheae half, and the described trench bottom of the first tracheae half sets
There is the groove E221 of adapter half；
The first described power plate E401 is provided with the groove E411 of power half towards dust-filtering plate E501 sides, and dynamic towards second
Power plate E201 sides are provided with the groove E210 of the first accessory trachea half, and the described groove E210 bottoms of the first accessory trachea half are provided with secondary adapter half
Groove E220；
Power air flue E230 is collectively formed between the described groove E211 of the first tracheae half and the groove E210 of the first accessory trachea half；
Adapter air flue E231 is collectively formed between the described groove E221 of adapter half and the secondary groove E220 of adapter half；
Described power air flue E230 one end is connected with the groove E411 of power half, and the other end is connected with adapter air flue E231；
Described adapter air flue E231 connects air guide, described trachea head E304 and total air cavity with trachea head E304
E3011 is connected, and described total air cavity E3011 is also connected with first tracheae E901 one end, the first described tracheae E901 other ends
Connected with aspiration pump E601 air inlets, the gas outlet of described aspiration pump E601 connects with second tracheae E902 one end, described
The second tracheae E902 other ends are connected with dedusting box assembly E701 air inlets, described dedusting box assembly E701 gas outlets and the 3rd
Pipeline E903 one end connects, and the 3rd described pipeline E903 other ends stretch into the lower section of air guide mesh plate 506, described air guide mesh
Plate 506 is arranged in the first cover body 102.Described air guide mesh plate 506 has the scattered effect of gas, same so as to avoid
Air-flow on direction is excessively concentrated and influences radiating.
Described dust-filtering plate E501, including, dirt groove E5011 is filtered, it is fixed with dust removing cloth in described filter dirt groove E5011
E511, described dust removing cloth E511 can be made using current industrial dedusting cloth；
Described filter dirt groove E5011 bottoms are provided with encloses block E512, and described enclose block E512 and dust removing cloth E511, filter dirt leads to
Groove E5011 bottom surfaces together constitute dust storage groove E513, described dust storage groove E513 is used to store the whereabouts from dust removing cloth E511
Dust, particle etc.；
Described dust-filtering plate E501 bottoms are provided with the dust-filtering plate groove E5012 for allowing the first tracheae E901 to pass through；
Referring to Figure 35, described dedusting box assembly E701, including, outer case E7011, dust settling pocket E711, described outer container
Body one side is provided with opening, and other sides seal, and is provided with storage chamber E7012 in described outer case E7011, and described removes
Dirt bag E711 is positioned in storage chamber E7012, and described dust settling pocket E711 connects fixation with the second tracheae E902；
The second described tracheae E902 is connected through outer case E7011 with the 3rd tracheae E903；
Described dust settling pocket E711 using dust removing cloth or other can be made with the material of dust adsorption；
Mesh plate E721, described mesh plate E721 are provided with described storage chamber E7012 and are provided with mesh plate through hole
E7211.Described mesh plate E721 is used to limit dust settling pocket E711 positions, and wears the air in dust settling pocket E711 out
Cross mesh plate through hole E7211 discharges；
Casing shrouding E741, the 3rd tracheae E903 through casing shrouding E741 and storage are provided with outer case E7011 openings
Chamber E7012 connects air guide；When using, by gas that aspiration pump is sent by being discharged to the 3rd from mesh plate after dedusting bag filtration
In tracheae E903.
Gas in 3rd tracheae E903 is directly blowed to for radiating in the first cover body, being capable of effectively energy saving.
Further, in order to avoid the gas blown out in the 3rd tracheae E903 is excessively concentrated, can be in the 3rd tracheae E903
One gas-distributing pipe E801 is set at gas outlet, and gas is divided to discharge in the gas outlet that described gas-distributing pipe E801 passes through its two ends.
Referring to Figure 43-Figure 54, described tied note mechanism D, including, money binding machine part D900, meet paper money base plate D102, connect paper money before
Baffle plate D101, fixed supporting plate D103, pick paper money component D300, press-note component D200；
Described money binding machine part D900 can be existing small-sized money binding machine, because this portion of techniques is highly developed, this
In just no longer describe in detail.
Described press-note component D200, including, press-note power rail D201, press-note board component D231, described connects paper money base plate
D102 is provided with press-note power hole D1023；
Described press-note power rail D201 is provided with assembling projection D2011, and described press-note power hole D1023 is provided with and allows
Half groove that assembling projection D2011 passes through；
Described press-note board component D231, including money pressing plate D2311, assembling cylinder D2314, described money pressing plate D2311
It is connected integrally with assembling cylinder D2314, described money pressing plate D2311 is provided with ball groove D23111, described rolling
Press-note ball D2313 is installed, described press-note ball D2313 is by ball mounting pin D2312 installations in pearl groove D23111
In ball groove D23111；
Endoporus is provided with inside described assembling cylinder D2314, and is additionally provided with the cylinder coordinated with assembling projection D2011 and coordinated
Half groove D23141, described press-note power rail D201 are fitted into press-note board component D231 assemblings in the endoporus of assembling cylinder D2314
In the groove D1021 of press-note half, the described groove D1021 of press-note half is separately positioned on and connects paper money base plate D102's and money binding machine part D900
Tied note passage D902 bottoms；
Driven gear D211, described driven gear D211 and driving are installed on described press-note power rail D201 one end
Half tooth D212 is engaged to form gear transmission structure, and the described tooth D212 of driving half is arranged on the output shaft of press-note motor D213.
Only no more than the tooth form of its circumference 1/2 on the described tooth D212 of driving half, that is to say, that the described tooth of driving half
Not whole circumference has tooth form to D212；
Torsion spring is provided between described press-note power rail D201 and press-note power hole D1023, described torsion spring is used to produce
Press-note board component D231 is set to produce to the torsion for connecing the rotation of paper money platform；
Further, spacing skewback D221, described spacing skewback D221 are additionally provided with the described groove D1021 of press-note half
The spacing inclined-plane D2211 coordinated with money pressing plate D2311 is provided with, described spacing inclined-plane D2211 is used to limit and money pressing plate
The turned position of D2311.
During original state, during described press-note board component D231 is fitted into and connects paper money groove, so as to hinder bank note accepting wheel to connect paper money.
When using, setting first drives the engagement place of half tooth and driven gear, can be any one tooth form in two ends, so
Start press-note motor afterwards.Due to driving, half tooth D212 is not all-round all to have tooth form, so press-note board component D231 can drive
Half tooth compresses bill D400 to be tied up when being engaged with driven gear, and when driving half tooth not engaged with driven gear, money pressing plate group
Part D231 so repeatedly, can be treated in the presence of torsion spring toward the rotation of paper money platform is connect so as to realize that press-note board component D231 is constantly patted
Bill D400 is tied up so that bill D400 to be tied up is more neat and the effect that is adjacent to.
When wait tie up bill D400 pat finish after, press-note motor stalls, and drive half tooth it is necessary with driven half tooth
Ingear state, such press-note board component D231 is at compressing all the time the state of bill D400 to be tied up.
It is described to pick paper money component D300 referring to Figure 50-Figure 54, including, money-pushing plate D301, the first money supporting plate D302,
Two money supporting plate D303, described money-pushing plate D301 are connected with the paper money telescopic shaft D602 that pushes away for pushing away paper money cylinder D502, and described pushes away paper money gas
Cylinder D502 can be moved up by pushing away paper money cylinder to drive paper money telescopic shaft D602 axles are pushed away；
Described the first money supporting plate D302 and the second money supporting plate D303 is connected by connection sliding block D304, and described connection is slided
Block D304 is provided with power block D305；
It is described meet paper money front apron D101 and be provided with pick paper money chute D1011, described picks paper money chute D1011 and power
Block D305 coordinates and described power block D305 can be slided in paper money chute D1011 is picked；
Described power block D305 and leading screw D601 loads money binding machine portion by threaded engagement, described leading screw D601 one end
In point D900, the other end stretches out and connects that paper money robs baffle plate D101 and external part is connected with paper money motor D501 output shafts are picked, and described connects
Sending paper money motor D501 can drive leading screw D601 to rotate；
The first described money supporting plate D302, including, the first support paper money base plate D3022 and the first support paper money side plate D3021 is described
First support paper money base plate D3022 is contacted with bill bottom side to be tied up, and the first described support paper money side plate D3021 connects with bill end face
Touch；
The second described money supporting plate D303, including, the second support paper money base plate D3034, the second support paper money riser D3032, the second support
Paper money side plate D3031, the second support paper money pair side plate D3033；
The second described support paper money base plate D3034 is contacted with bill bottom surface to be tied up, described the second support paper money side plate D3031 and
Second support paper money pair side plate D3033 is contacted with clamping bill to be tied up with the front/rear end for treating tied note bank note respectively；
The second described support paper money riser D3032 with treat tied note bank note left side and contact.
When using, the bill to be tied up sent from bank note accepting wheel 508 is stored in the first support paper money base plate D3022 and the second support first
On paper money base plate D3034, when reach it is default tie up quantity after, bank note accepting wheel stop connect paper money.Then, described press-note component D200 is not
It is disconnected to pat bill end face to be tied up, while the described paper money cylinder D502 that pushes away drives money-pushing plate D301 to move back and forth, constantly from right-hand member
Pat bill side to be tied up in face.Smoothly enter the second support paper money side plate D3031 and the second support paper money pair side this makes it possible to make bill
Between plate D3033.After bill enters between the second support paper money side plate D3031 and the second support paper money pair side plate D3033, press-note component
D200 stops patting and compressing bill to be tied up, and paper money cylinder stop motion is pushed away in addition.Then, the described paper money motor D501 that picks leads to
Electricity simultaneously drives leading screw D601 to rotate, and described leading screw D601 just drives the first money supporting plate D302, the second money supporting plate D303 when rotating
Predetermined tied note position in reaching money binding machine part D900 is moved to money binding machine part D900.
Banknote passage D9021 is provided with the tied note passage of money binding machine part D900, described banknote passage D9021 is for making
The paper tape 921 for tying up bill for strapping passes through, in addition, it is easy to paper tape 921 to pass through bill D40 to be tied up mono- week, Ke Yi
Bill groove D306 is set on connection sliding block D304.Tie up when bill is tied up, described paper tape D921 passes through bill groove
D306 passes through connection sliding block D304, so as to realize, around bill to be tied up a week, then being tied up.
It is possible to further set a laser inductor in banknote passage D9021, when bill to be tied up is first through too drastic
During optical inductor, described laser inductor is instructed to paper money motor D501 and money binding machine part D900 is picked, and the instruction is them
A period of time is interior after receiving instruction, picks paper money motor stalls, and the setting in motion of money binding machine part 900 is used in the paper of tied note
Band D921 begins around bill to be tied up and moves for one week；When paper money motor D501 stop motions are sent, described bill to be tied up is just
Default bundling position is reached well.
Referring to Figure 48, further, in order that connection sliding block D304 smoothly can enter in the D900 of money binding machine part, can be with
Extend chute D911, described extension chute D911 with setting in paper money chute D1011 corresponding side surfaces is picked in tied note passage D902
Coordinate with connection sliding block D304 and slide.
Further, in order that money-pushing plate D301 is more smoothly moved, can be set in money-pushing plate D301 bottoms and push away paper money
Guide pad D3011, it is described to push away paper money guide pad D3011 and push away paper money gathering sill D1024 on paper money base plate D102 top surfaces with being arranged on to connect
Coordinate.Do not shifted in moving process this makes it possible to prevent money-pushing plate D301.
Further, described money pressing plate D2311 is made using elastomeric material, such as elastic sheet metal, elastoplast.This
Money pressing plate can be made has certain bit space that allows so that using will not occur stuck phenomenon.
Preferred embodiment of the invention described in detail above.It should be appreciated that one of ordinary skill in the art without
Need creative work just can make many modifications and variations with design of the invention.Therefore, all technologies in the art
Personnel under this invention's idea on the basis of existing technology by logical analysis, reasoning, or a limited experiment can with arrive
Technical scheme, all should be in the protection domain being defined in the patent claims.
Claims (7)
1. a kind of tied note mechanism, including, money binding machine part, paper money base plate is connect, paper money front apron, fixed supporting plate is connect, is picked paper money component, pressure
Paper money component；It is characterized in that：
Described press-note component, including, press-note power rail, press-note board component, the described paper money base plate that connects are provided with press-note power hole；
Described press-note power rail is provided with assembling projection, and described press-note power hole is provided with allow assembling projection to pass through half
Groove；
Described press-note board component, including money pressing plate, assembling cylinder, described money pressing plate are connected into one with assembling cylinder
Body, described money pressing plate is provided with ball groove, and press-note ball is provided with described ball groove, and described press-note ball leads to
Ball mounting pin is crossed to be arranged in ball groove；
Described assembling inner barrel is provided with endoporus, and is additionally provided with cylinder half groove of cooperation coordinated with assembling projection, described pressure
Paper money power rail is assembled in the groove of press-note half press-note board component in being fitted into the endoporus of assembling cylinder, and the described groove of press-note half sets respectively
Put and connecing the tied note channel bottom of paper money base plate and money binding machine part；
Driven gear is installed, described driven gear engages to form gear with half tooth is driven on described press-note power rail one end
Drive mechanism, the described tooth of driving half is arranged on the output shaft of press-note motor；
Only no more than the tooth form of its circumference 1/2 on the described tooth of driving half；
Torsion spring is provided between described press-note power rail and press-note power hole, described torsion spring produces press-note board component for generation
Life is to the torsion for connecing the rotation of paper money platform.
2. tied note mechanism as claimed in claim 1, it is characterized in that：During original state, described press-note board component loading connects paper money
In groove.
3. tied note mechanism as claimed in claim 1, it is characterized in that：Spacing skewback, institute are additionally provided with the described groove of press-note half
The spacing skewback stated is provided with the spacing inclined-plane coordinated with money pressing plate, and described spacing inclined-plane is used to limit the rotation with money pressing plate
Position.
4. tied note mechanism as claimed in claim 1, it is characterized in that：It is described to pick paper money component, including, money-pushing plate, the first support
Paper money plate, the second money supporting plate, described money-pushing plate are connected with the paper money telescopic shaft that pushes away for pushing away paper money cylinder；
Described the first money supporting plate and the second money supporting plate is connected by connection sliding block, and described connection sliding block is provided with power block；
It is described connect paper money front apron and be provided with pick paper money chute, described paper money chute of picking coordinates and described power with power block
Block can be slided in paper money chute is picked；
With leading screw by threaded engagement, described leading screw one end is fitted into money binding machine part described power block, and the other end stretches out
Connect that paper money robs baffle plate and external part is connected with paper money motor output shaft is picked；
The first described money supporting plate, including, the first support paper money base plate and the first support paper money side plate, described the first support paper money base plate with wait to tie
Prick the contact of bill bottom side, described the first support paper money side plate and bill end contact；
The second described money supporting plate, including, the second support paper money, the second support paper money, the second support paper money side plate, the second support paper money pair side plate；
The second described support paper money base plate is contacted with bill bottom surface to be tied up, the second described support paper money side plate and the second support paper money pair side plate
Contacted with clamping bill to be tied up with the front/rear end for treating tied note bank note respectively；
The second described support paper money riser with treat tied note bank note left side and contact.
5. tied note mechanism as claimed in claim 4, it is characterized in that：A laser inductor is provided with banknote passage.
6. tied note mechanism as claimed in claim 5, it is characterized in that：Tied note passage with pick in paper money chute corresponding side surface set
There is extension chute, described extension chute coordinates slip with connection sliding block.
7. tied note mechanism as claimed in claim 6, it is characterized in that：It is provided with money-pushing plate bottom and pushes away paper money guide pad, it is described
Push away paper money guide pad and coordinate with the paper money gathering sill that pushes away connect on paper money plate top surface is arranged on.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710042932.6A CN106742212B (en) | 2017-01-20 | 2017-01-20 | Paper money bundling mechanism |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710042932.6A CN106742212B (en) | 2017-01-20 | 2017-01-20 | Paper money bundling mechanism |
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| CN106742212A true CN106742212A (en) | 2017-05-31 |
| CN106742212B CN106742212B (en) | 2022-08-02 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107918969A (en) * | 2017-12-11 | 2018-04-17 | 浙江维融电子科技股份有限公司 | A kind of serial number management equipment of the RMB based on bar code |
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| CN102496206A (en) * | 2011-12-16 | 2012-06-13 | 广州广电运通金融电子股份有限公司 | Clearing and binding all-in-one machine and bill stacking and sorting module thereof |
| CN202563588U (en) * | 2012-03-20 | 2012-11-28 | 上海古鳌电子科技股份有限公司 | Improved automatic binding banknote pressing mechanism |
| CN104134296A (en) * | 2014-08-01 | 2014-11-05 | 广州御银科技股份有限公司 | Paper money pressing structure |
| CN105416658A (en) * | 2015-11-27 | 2016-03-23 | 浙江越创电子科技有限公司 | Money counting, detecting and bundling all-in-one machine |
| CN106097572A (en) * | 2016-06-14 | 2016-11-09 | 上海古鳌电子科技股份有限公司 | A kind of press-note mechanism being applied to paper currency sorter |
| CN206511174U (en) * | 2017-01-20 | 2017-09-22 | 浙江维融电子科技股份有限公司 | A kind of tied note mechanism |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107918969A (en) * | 2017-12-11 | 2018-04-17 | 浙江维融电子科技股份有限公司 | A kind of serial number management equipment of the RMB based on bar code |
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Address after: 325800 No. 188 Yongjin Road, Lingxi Town, Cangnan County, Zhejiang Province Patentee after: Weirong Technology Co.,Ltd. Address before: 325800 No. 188 Yongjin Road, Lingxi Town, Cangnan County, Zhejiang Province Patentee before: ZHEJIANG WEIRONG ELECTRONIC Co.,Ltd. |
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Denomination of invention: A banknote bundling mechanism Effective date of registration: 20231222 Granted publication date: 20220802 Pledgee: Bank of China Limited by Share Ltd. Cangnan County branch Pledgor: Weirong Technology Co.,Ltd. Registration number: Y2023330003082 |