CN205367213U - Paper -back edition is put in paper currency friction exhibition - Google Patents
Paper -back edition is put in paper currency friction exhibition Download PDFInfo
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- CN205367213U CN205367213U CN201620116694.XU CN201620116694U CN205367213U CN 205367213 U CN205367213 U CN 205367213U CN 201620116694 U CN201620116694 U CN 201620116694U CN 205367213 U CN205367213 U CN 205367213U
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Abstract
The utility model discloses a paper -back edition is put in paper currency friction exhibition, a serial communication port, exhibition flat -bed machine structure, shaping mechanism and paper currency collecting box including feed mechanism and linking setting in proper order, the exhibition flat -bed machine constructs including the whole bottom plate that is rectangle, the bottom plate sets up along the length direction slope, and its upper surface landing can be followed to messenger's paper currency, the top of bottom plate is provided with friction mechanism, friction mechanism is close to one side of bottom plate can be followed the length direction downstream of bottom plate, and the clearance between the two is less than the gross thickness of two paper currency, the upper end of bottom plate with form the pan feeding mouth between the friction mechanism, this pan feeding mouth is located feed mechanism's discharge end below. To sum up, the utility model discloses have can realize the snatching of paper currency, material loading, automatic exhibition is flat and the collection of paper currency, snatchs reliably, material loading rhythm is better, zhan ping is fast, and is efficient, and the reliability is better, is favorable to lightening workman's intensity of labour, improves advantages such as work efficiency.
Description
Technical field
This utility model relates to bill handling field, in particular to a kind of bank note friction flattening device.
Background technology
When checking a large amount of bank note, it is generally adopted the equipment such as paper money counter and completes to check work, check efficiency to improve, reduce error rate.The bill handling machines such as paper money counter rapidly to paper money counting, counting and classification, even can be chosen worn coin, old coin, scribble coin etc. be not suitable for continuing the currency in market circulation with glue coin, malice.But such machine can only process on the smooth bank note put in order.For there being the bank note of fold, volume foot, doubling or surface irregularity often cannot process identification；Additionally, when bank note has fold, the volume phenomenon such as foot or out-of-flatness, bring difficulty also can to the work such as tie up of bank note.The bus automatic coin-freed apparatus of such as public transport company receives substantial amounts of bank note every day, often adopt artificial mode, with hands, bank note is bit by bit flattened, tie up after counting, but this method amount of labour is big and inefficiency, and cannot note surface be processed smooth completely.
Utility model content
For above-mentioned the deficiencies in the prior art, technical problem to be solved in the utility model is: how providing a kind of collection being capable of the crawl of bank note, feeding, automatically flattening and bank note, capture reliable, feeding rhythm is better；Flattening speed is fast, and efficiency is high, the bank note friction flattening device of good reliability, is conducive to alleviating the labor intensity of workman, improves work efficiency.
In order to solve above-mentioned technical problem, this utility model have employed following technical scheme:
A kind of bank note friction flattening device, it is characterised in that include feed mechanism and flatten mechanism；Described flattening mechanism includes the base plate that entirety is rectangle, and described base plate is obliquely installed along its length, enables bank note along its upper surface landing；Described base plate be provided above friction mechanism, described friction mechanism can move downward along the length direction of described base plate near the side of described base plate, and gap therebetween is less than the gross thickness of two pieces of paper coin, and individual bank note can pass from this gap；Forming feeding mouth between upper end and the described friction mechanism of described base plate, this feeding mouth is positioned at below the discharge end of described feed mechanism.
During work, bank note is fallen the base plate flattening mechanism from the discharge end of feed mechanism, bank note is slipped between friction mechanism and base plate along the upper surface of base plate, owing to friction mechanism can move downward along the length direction of described base plate near the side of described base plate so that bank note enters in the gap between friction mechanism and base plate with friction mechanism.Simultaneously, owing to the gap between friction mechanism and base plate is less than the gross thickness of two pieces of paper coin, for unfolded paper coin, bank note pressure experienced is less, frictional force between bank note and friction mechanism or base plate is also less, bank note moves down along the upper surface of base plate with friction mechanism, and passes from base plate lower end.For folding bank note, bank note pressure experienced is bigger, the both sides of bank note folded part frictional force respectively and between friction mechanism and base plate is bigger, the side contacted with friction mechanism moves down along the upper surface of base plate with the bottom surface of friction mechanism, side transfixion with contacts baseplate, flattening into unfolded state until rubbing with the hands to divide by bank note, moving down along the upper surface of base plate with friction mechanism, and passing from base plate lower end.Adopt said structure, it is possible to rub volume foot, folding bank note with the hands a point flattening, alleviate the labor intensity of workman, improve work efficiency.
As optimization, described friction mechanism includes the roller that two axial lines are arranged along the width of described base plate, and is arranged on the friction belt on two described rollers；Two described rollers are arranged along the length direction of described base plate；Being connected to the drive motor rotated for driving rolls on arbitrary described roller, described roller drives described friction belt to move downward towards the side of described base plate along the length direction of described base plate under the driving of described drive motor.
Adopt roller that the mode of friction belt is installed so that mechanism is simple, it is achieved easily, it is possible to reduce manufacturing cost and manufacture difficulty.Meanwhile, adopt two rollers that friction belt is installed, it is possible to the distance making friction belt stranding separation coin is elongated, consistent with the distance of two rollers.As such, it is possible to fully ensure that bank note is rubbed with the hands separately by friction belt, improve and rub the efficiency and reliability divided with the hands.
As optimization, described friction belt is the rubber strip that cross section is rounded, described roller has some annular troughs of belt arranged along roller length direction, and in each described annular trough of belt, correspondence is provided with described friction belt.
So, compare all-in-one-piece friction belt, use many circular rubber strips, it is possible to be easy to the installation of friction belt, it is simple to adjust the distance between friction belt downside and base plate.Furthermore it is possible to reduce the contact area of bank note and friction belt, it is to avoid bank note is torn rotten by friction belt, improve reliability.
As optimization, the lower end of described base plate has the rotating driven voller arranged along baseplate width direction, and described driven voller is located close to the lower section of the roller of described base plate lower end；The thickness of the gap between described driven voller and described friction belt and individual bank note matches, and enables described driven voller and described friction belt to clamp individual bank note.
So, rub the bank note front end after dividing with the hands and arrive the position at driven voller place, owing to driven voller can rotate, and the gap between driven voller and described friction belt is less than the thickness of individual bank note, and friction belt drives driven voller to rotate by bank note, frictional force suffered by bank note front bottom end reduces, cause that speed increases suddenly, thus being pulled out between friction mechanism and base plate by bank note, it is to avoid again folding of bank note, accelerate bank note simultaneously and rub the speed divided with the hands, improve work efficiency.
As optimization, described feed mechanism includes the draw frame machine that picked up by bank note and bank note is transported to the feeding unit below the suction end of draw frame machine；Described draw frame machine includes the suction nozzle that is vertically arranged and is arranged on the sucker on described suction nozzle by coaxial bearing, and described sucker entirety is airtight hollow disc shape；One end of described suction nozzle is closed, and the other end is connected to vacuum pump, and described suction nozzle is positioned on the body of sucker and has some and sucker inner space pore；The bottom surface of described sucker has the suction means that some circumferentially directions are arranged；Described suction means entirety is in the cylinder arranged straight down, and middle part has and the pore of described sucker inner space, and the diameter of this pore is less than the minimum widith of individual bank note；Described suction nozzle is positioned on the body of sucker and is also vertically installed with fan-shaped gas barrier, described gas barrier is positioned at described sucker one end away from described feeding unit, and abut on the bottom sidewall of described sucker, make described suction means be positioned at the pore Guan Bi of described sucker inner chamber.
During work, sucker inner chamber is pumped into negative pressure by the pore on suction nozzle and suction nozzle by vacuum pump, bank note on feeding unit is drawn by suction means, and rotate to one end away from described feeding unit of sucker, owing to suction means is positioned at the pore Guan Bi of described sucker inner chamber by gas barrier so that bank note loses suction and drops.In this manner it is possible to complete crawl and the blanking of bank note.Owing to the hole diameter of suction means is less than the minimum widith of individual bank note.In this manner it is ensured that once draw a piece of paper coin, it is ensured that flatten the work rhythm of mechanism, improve and flatten efficiency, it is to avoid multiple bank note once drawn by suction means, and impact flattens the flattening effect of mechanism.
As optimization, inner barrel that described suction means includes being arranged on described sucker and be sleeved on the outer cylinder body on inner barrel slidably, the internal diameter of the external diameter of described inner barrel and described outer cylinder body matches；The lower section of described sucker is also coaxially fixedly installed overall rounded track, and described outer cylinder body has, towards the side of described track, the roller that can roll along described track；The upper surface of described track is near the recessed formation cambered surface in circumferentially direction, described feeding unit side；Being provided with elastic component between described outer cylinder body and described sucker, when making the lowest point that the roller of described outer cylinder body is positioned at cancave cambered surface under the upper surface of described track, described feeding unit can be pressed close in the lower end of described outer cylinder body.
Adopting said structure, when sucker rotates the absorption position making suction means arrival feeding unit, outer cylinder body is under the effect of spring part, and roller moves down with the cambered surface of the upper surface of track, and outer cylinder body moves to feeding unit from top to bottom.So, being no matter the bank note piled up, or individual bank note, suction means is all that then contact bank note drawn from top to bottom, it is to avoid is pushed open by the bank note of accumulation when suction means moves to feeding unit in the horizontal direction and causes the absorption that cannot complete bank note.Be conducive to the reliability of raising equipment, improve work efficiency.
As optimization, described feeding unit includes being horizontally disposed with the circular conveying dish that can rotate around axle center, the cylindric note input bucket being provided with up/down perforation co-axially over of described conveying dish, the gap between bottom and the upper surface of described conveying dish of described note input bucket is more than the thickness of individual bank note.
During use, bank note is poured in note input bucket from the upper end of note input bucket, coil axle center due to conveying and rotate so that bank note throws away from the gap between the upper surface of the bottom of note input bucket and described conveying dish under the influence of centrifugal force.Owing to the gap between bottom and the upper surface of described conveying dish of note input bucket is more than the thickness of individual bank note.As such, it is possible to avoid the bank note thrown away to pile up as far as possible, it is simple to bank note is drawn by suction means.
As optimization, described bank note friction flattening device also includes shaping mechanism, described shaping mechanism includes being engaged on the guide plate that the lower end of described base plate is obliquely installed, and the upper horizontal of described guide plate is provided with rolling wheel, and the axial line of described rolling wheel is parallel with the upper surface of described guide plate；Having some annular grooves arranged along its length on described rolling wheel, the distance between width and the adjacent annular groove of described annular groove is respectively less than the width of bank note；The thickness of the gap between the upper surface of described rolling wheel and described guide plate and individual bank note matches, and enables the annular groove on described rolling wheel to leave impression on bank note.
So, the bank note after flattening enters between guide plate and rolling wheel, owing to the gap between the upper surface of rolling wheel and described guide plate is less than the thickness of individual bank note so that bank note is subject to the pressure of rolling wheel.Simultaneously, having some annular grooves arranged along its length on rolling wheel, the distance between width and the adjacent annular groove of described annular groove is respectively less than the width of bank note, so, the edge of annular groove can form impression on bank note, it is to avoid the bank note bending after flattening.
As optimization, described rolling wheel is additionally provided with bristle brush wheel near the side of described guide plate upper end, and described bristle brush wheel is paralleled with described rolling wheel；The upper surface of the bristle of described bristle brush wheel and described guide plate.So, under the bristle action of bristle brush wheel, it is possible to make the bank note after flattening enter faster between guide plate and rolling wheel, the work efficiency of equipment is improved.
As optimization, described bank note friction flattening device also includes being arranged on the described bank note collecting box flattened below mechanism, described bank note collecting box includes overall rectangular and open-topped casing, there is in described casing the dividing plate being vertically arranged, the side of described dividing plate has the upper end circular sliding slopes of the first slide plate being obliquely installed towards described dividing plate, described first slide plate and described dividing plate；There is bottom the opposite side of described dividing plate the second slide plate being obliquely installed along septum plate length direction；Described first slide plate tilts along septum plate length direction near the side of described dividing plate, and the direction tilted is contrary with described second slide plate；Described first slide plate has the gas hole blown in the direction along described first slide plate upper surface on the tank wall away from described dividing plate side；Described second slide plate has cash dispensing port bottom the tank wall away from described dividing plate side, and described dividing plate has the gas hole blown towards this cash dispensing port, and this cash dispensing port is outside equipped with the collection frame collecting bank note.
So, after casing fallen into by bank note, first fall on the first slide plate, under the airflow function of gas hole, least significant end towards the first slide plate is slided, owing to described first slide plate is contrary with described second slide plate near the direction of the inclination of the side of described dividing plate, bank note can fall the higher side of the second slide plate.Bank note is slipped on the second slide plate along the first slide plate, due to the upper end circular sliding slopes of the first slide plate Yu described dividing plate so that falling the bank note on the second slide plate is the direction being perpendicular to bottom surface.When bank note is vertically fallen on the second slide plate along its length, owing to the second slide plate is obliquely installed along septum plate length direction, bank note can be oblique to the relatively low inclination of the second slide plate, under bank note self gravitation effect, bank note rotates to vertical second slide plate in the width direction, under dividing plate gas hole airflow function, all bank note will be blown in collection frame.As such, it is possible to make the bank note after all flattenings substantially put in one direction, it is simple to the follow-up arrangement of workman, alleviate the labor intensity of workman.
In sum, this utility model has the collection being capable of the crawl of bank note, feeding, automatically flattening and bank note, captures reliable, and feeding rhythm is better；Flattening speed is fast, and efficiency is high, and reliability is better, is conducive to alleviating the labor intensity of workman, improves the advantages such as work efficiency.
Accompanying drawing explanation
Fig. 1 is the structural representation of an embodiment of the present utility model.
Fig. 2 is the structural representation flattening mechanism, shaping mechanism and bank note collecting box in Fig. 1.
Fig. 3 is the structural representation of feed mechanism in Fig. 1.
Fig. 4 is the structural representation of gas barrier and track in Fig. 3.
Fig. 5 is the structural representation of bank note collecting box in Fig. 1.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model is described in further detail.
When being embodied as: as shown in Fig. 1 ~ Fig. 5, a kind of bank note friction flattening device, including feed mechanism 1 and flattening mechanism 2；Described flattening mechanism 2 includes the base plate 21 that entirety is rectangle, and described base plate 21 is obliquely installed along its length, enables bank note along its upper surface landing；Described base plate 21 be provided above friction mechanism 22, described friction mechanism 22 can move downward along the length direction of described base plate 21 near the side of described base plate 21, therebetween gap is less than the gross thickness of two pieces of paper coin, and individual bank note can pass from this gap；Forming feeding mouth between upper end and the described friction mechanism 22 of described base plate 21, this feeding mouth is positioned at below the discharge end of described feed mechanism 1.
During work, bank note is fallen the base plate flattening mechanism from the discharge end of feed mechanism, bank note is slipped between friction mechanism and base plate along the upper surface of base plate, owing to friction mechanism can move downward along the length direction of described base plate near the side of described base plate so that bank note enters in the gap between friction mechanism and base plate with friction mechanism.Simultaneously, owing to the gap between friction mechanism and base plate is less than the gross thickness of two pieces of paper coin, for unfolded paper coin, bank note pressure experienced is less, frictional force between bank note and friction mechanism or base plate is also less, bank note moves down along the upper surface of base plate with friction mechanism, and passes from base plate lower end.For folding bank note, bank note pressure experienced is bigger, the both sides of bank note folded part frictional force respectively and between friction mechanism and base plate is bigger, the side contacted with friction mechanism moves down along the upper surface of base plate with the bottom surface of friction mechanism, side transfixion with contacts baseplate, flattening into unfolded state until rubbing with the hands to divide by bank note, moving down along the upper surface of base plate with friction mechanism, and passing from base plate lower end.Adopt said structure, it is possible to rub the bank note of volume foot, doubling with the hands a point flattening, alleviate the labor intensity of workman, improve work efficiency.
Wherein, described friction mechanism 22 includes the roller 221 that two axial lines are arranged along the width of described base plate 21, and is arranged on the friction belt 222 on two described rollers 221；Two described rollers 221 are arranged along the length direction of described base plate 21；Being connected to the drive motor rotated for driving rolls on arbitrary described roller 221, described roller 221 drives described friction belt 222 to move downward towards the side of described base plate 21 along the length direction of described base plate 21 under the driving of described drive motor.
Sampling roller installs the mode of friction belt so that mechanism is simple, it is achieved easily, it is possible to reduce manufacturing cost and manufacture difficulty.Meanwhile, adopt two rollers that friction belt is installed, it is possible to the distance making friction belt stranding separation coin is elongated, consistent with the distance of two rollers.As such, it is possible to fully ensure that bank note is rubbed with the hands separately by friction belt, improve and rub the efficiency and reliability divided with the hands.
When being embodied as, it is possible to the gap between friction mechanism and base plate is arranged to along down being diminished successively by floor length direction.So, due to more and more less along floor length gap downwardly so that bank note front end friction is increasing, bank note will move down along the upper surface of base plate with friction mechanism, and passes from base plate lower end.For folding bank note, owing to friction mechanism and base plate have angle of inclination, and gap, porch is relatively big, and the folding bank note fallen into can smoothly enter between the two.Bank note is in the process moved downward with friction mechanism, and the both sides of bank note folded part frictional force respectively and between friction mechanism and base plate is increasing.When between friction mechanism and base plate gap little to a certain extent time, the side that bank note contacts with friction mechanism moves down continuing the upper surface along base plate of the bottom surface with friction mechanism, but owing to note surface contacts the frictional force producing frictional force less than note surface with rubber contact generation with note surface, the side of bank note and contacts baseplate is by transfixion, until bank note is rubbed with the hands and point is flattened into unfolded state, move down along the upper surface of base plate with friction mechanism, and pass from base plate lower end.
Wherein, described friction mechanism 22 also includes the auxiliary wheel 223 be arrangeding in parallel with described roller 221, and described auxiliary wheel 223 is positioned at the top of two described rollers 221, and described friction belt 222 is sleeved on described auxiliary wheel 223 and two described rollers 221.So, use after auxiliary wheel so that friction belt is opened triangular in shape, makes to form bigger feeding mouth between friction mechanism and the upper end of base plate, is conducive to bank note accurately to drop in feeding mouth, improve work efficiency.
Wherein, described friction belt 222 is the rubber strip that cross section is rounded, described roller 221 has some annular troughs of belt arranged along roller 221 length direction, and in each described annular trough of belt, correspondence is provided with described friction belt 222.
So, compare all-in-one-piece friction belt, use many circular rubber strips, it is possible to be easy to the installation of friction belt, it is simple to adjust the distance between friction belt downside and base plate.Furthermore it is possible to reduce the contact area of bank note and friction belt, it is to avoid bank note is torn rotten by friction belt, improve reliability.
Wherein, the position between corresponding adjacent two the described friction belts 222 of described base plate 21 has prominent rubber strip 211, and the height of described rubber strip 211 is less than the thickness of individual bank note.
As such, it is possible to the frictional force increased between bank note and base, improve and rub point efficiency flattened with the hands.Meanwhile, rubber strip and friction belt are crisscross arranged, for folding bank note, described in the be crisscross arranged upper surface of the upper part that ensure that bank note folded part only contact with friction belt, the lower surface of upper part contacts with the upper surface of lower part；The lower surface of lower part and rubber strip, metal base plate contact, due to, rubber contacts the frictional force produced and contact the frictional force of generation with bank note more than bank note and contact the frictional force of generation more than bank note with metal with bank note, therefore, the friction belt of motion and static rubber strip will be rubbed folding bank note with the hands and open so that it is becomes unfolded state.For unfolded paper coin, the upper surface of bank note contacts with friction belt, and bank note lower surface corresponding to this contact wire is only and contacts baseplate；The lower surface remainder of bank note contacts with rubber strip, and the upper surface corresponding to this contact wire does not contact with any object, and owing to rubber strip highlights less, the frictional force suffered by such bank note lower surface is less than bank note upper surface friction.Under the drive of friction belt, the length direction along base plate is moved downward by bank note.At the same time it can also be make to rub the bank note after dividing with the hands to form impression, it is to avoid rub the bank note bending after dividing with the hands.
Wherein, the lower end of described base plate 21 has the rotating driven voller 23 arranged along base plate 21 width, and described driven voller 23 is located close to the lower section of the roller 221 of described base plate 21 lower end；The thickness of the gap between described driven voller 23 and described friction belt 222 and individual bank note matches, and makes described driven voller 23 can clamp individual bank note with described friction belt 222.
So, rub the bank note front end after dividing with the hands and arrive the position at driven voller place, owing to driven voller can rotate, and the gap between driven voller and described friction belt is less than the thickness of individual bank note, and friction belt drives driven voller to rotate by bank note, frictional force suffered by bank note front bottom end reduces, cause that speed increases suddenly, thus being pulled out between friction mechanism and base plate by bank note, it is to avoid again folding of bank note, accelerate bank note simultaneously and rub the speed divided with the hands, improve work efficiency.
Wherein, described feed mechanism 1 includes the feeding unit 12 below the draw frame machine 11 that picked up by bank note and the suction end that bank note is transported to draw frame machine 11；Described draw frame machine 11 includes the suction nozzle 111 that is vertically arranged and is arranged on the sucker 112 on described suction nozzle 111 by coaxial bearing, and described sucker 112 is overall in airtight hollow disc shape；One end of described suction nozzle 111 is closed, and the other end is connected to vacuum pump, and described suction nozzle 111 is positioned on the body of sucker 112 and has some and sucker 112 inner space pore；The bottom surface of described sucker 112 has the suction means 113 that some circumferentially directions are arranged；Described suction means 113 is overall in the cylinder arranged straight down, and middle part has and the pore of described sucker 112 inner space, and the diameter of this pore is less than the minimum widith of individual bank note；Described suction nozzle 111 is positioned on the body of sucker 112 and is also vertically installed with fan-shaped gas barrier 114, described gas barrier 114 is positioned at described sucker 112 one end away from described feeding unit 12, and abut on the bottom sidewall of described sucker 112, make described suction means 113 be positioned at the pore Guan Bi of described sucker 112 inner chamber.
During work, sucker inner chamber is pumped into negative pressure by the pore on suction nozzle and suction nozzle by vacuum pump, bank note on feeding unit is drawn by suction means, and rotating suction disc is to the one end away from described feeding unit, owing to suction means is positioned at the pore Guan Bi of described sucker inner chamber by gas barrier so that bank note loses suction and drops.In this manner it is possible to complete crawl and the blanking of bank note.Owing to the hole diameter of suction means is less than the minimum widith of individual bank note.In this manner it is ensured that once draw a piece of paper coin, it is ensured that flatten the work rhythm of mechanism, improve and flatten efficiency, it is to avoid multiple bank note once drawn by suction means, and impact flattens the flattening effect of mechanism.
Wherein, the downside of described gas barrier 114 has the lobe of the circumferentially circular arc in direction, and the bottom surface of lobe and described sucker 12 inner chamber is tangent.So so that gas barrier 114 is less with the contact area of the bottom surface of described sucker 12 inner chamber, and frictional force is less, it is possible to ensure that sucker rotates more smooth and easy, be conducive to improving the service life of sucker.It addition, adopt this structure, it is possible to make the pore of suction means slowly close, until of completely closed position, bank note just drops, and is conducive to controlling the position of dropping of bank note, improves the reliability of equipment.
When being embodied as, it is also possible to adopting following setting, the pore of described suction means has annular boss towards the lateral edges in sucker, and described gas barrier can abut in and make the pore of suction means hide on the end face of described annular boss.So, gas barrier only contacts with the end face of the annular boss at the suction hole edge of correspondence position on sucker, and the suction hole that barrier is corresponding.Reduce the frictional force between sucker and gas barrier, improve the life-span of sucker.
Wherein, described suction means 113 includes the inner barrel 113a being arranged on described the sucker 112 and outer cylinder body 113b being sleeved on slidably on inner barrel 113a, and the internal diameter of the external diameter of described inner barrel 113a and described outer cylinder body 113b matches；The lower section of described sucker 112 is also coaxially fixedly installed overall rounded track 115, and described outer cylinder body 113b has, towards the side of described track 115, the roller that can roll along described track 115；The upper surface of described track 115 is near the recessed formation cambered surface in circumferentially direction, described feeding unit 12 side；Being provided with elastic component between described outer cylinder body 113b and described sucker 112, when making the lowest point that the roller of described outer cylinder body 113b is positioned at cancave cambered surface under the upper surface of described track 115, described feeding unit 12 can be pressed close in the lower end of described outer cylinder body 113b.
Adopting said structure, when sucker rotates the absorption position making suction means arrival feeding unit, outer cylinder body is under the effect of spring part, and roller moves down with the cambered surface of the upper surface of track, and outer cylinder body moves to feeding unit from top to bottom.So, being no matter the bank note piled up, or individual bank note, suction means is all that then contact bank note drawn from top to bottom, it is to avoid is pushed open by the bank note of accumulation when suction means moves to feeding unit in the horizontal direction and causes the absorption that cannot complete bank note.Be conducive to the reliability of raising equipment, improve work efficiency.
Wherein, described feeding unit 12 includes being horizontally disposed with the circular conveying dish 121 that can rotate around axle center, the cylindric note input bucket 122 being provided with up/down perforation co-axially over of described conveying dish 121, the gap between bottom and the upper surface of described conveying dish 121 of described note input bucket 122 is more than the thickness of individual bank note.The described conveying dish 121 upper surface near described draw frame machine 11 side is positioned at below the suction end of described draw frame machine 11, and described draw frame machine 11 is away from the discharge end that side is described feed mechanism 1 of described conveying dish 121.
During use, bank note is poured in note input bucket from the upper end of note input bucket, coil axle center due to conveying and rotate so that bank note throws away from the gap between the upper surface of the bottom of note input bucket and described conveying dish under the influence of centrifugal force.Owing to the gap between bottom and the upper surface of described conveying dish of note input bucket is more than the thickness of individual bank note.As such, it is possible to avoid the bank note thrown away to pile up as far as possible, it is simple to bank note is drawn by suction means.
Wherein, the middle part of described conveying dish 121 has a conical projection, and the base diameter of this projection is more than the internal diameter of described note input bucket 122.As such, it is possible to enable the bank note pouring in note input bucket better to disperse to surrounding, accelerate the speed of note output, improve work efficiency.
Wherein, the upper surface uniform spreading of described conveying dish 121 is provided with one layer of rubber strip.
Wherein, described bank note friction flattening device also includes shaping mechanism 3, described shaping mechanism 3 includes being engaged on the guide plate 31 that the lower end of described base plate 21 is obliquely installed, the upper horizontal of described guide plate 31 is provided with rolling wheel 32, and the axial line of described rolling wheel 32 is parallel with the upper surface of described guide plate 31；Having some annular grooves arranged along its length on described rolling wheel 32, the distance between width and the adjacent annular groove of described annular groove is respectively less than the width of bank note；The thickness of the gap between described rolling wheel 32 and the upper surface of described guide plate 31 and individual bank note matches, and enables the annular groove on described rolling wheel 32 to leave impression on bank note.
So, the bank note after flattening enters between guide plate and rolling wheel, owing to the gap between the upper surface of rolling wheel and described guide plate is less than the thickness of individual bank note so that bank note is subject to the pressure of rolling wheel.Simultaneously, having some annular grooves arranged along its length on rolling wheel, the distance between width and the adjacent annular groove of described annular groove is respectively less than the width of bank note, so, the edge of annular groove can form impression on bank note, it is to avoid the bank note bending after flattening.
Wherein, described rolling wheel 32 is additionally provided with bristle brush wheel 33 near the side of described guide plate 31 upper end, and described bristle brush wheel 33 is paralleled with described rolling wheel 32；The bristle of described bristle brush wheel 33 and the upper surface of described guide plate.So, under the bristle action of bristle brush wheel, it is possible to make the bank note after flattening enter faster between guide plate and rolling wheel, the work efficiency of equipment is improved.
Wherein, the upper end linking of described guide plate 31 is arranged on the lower end of described base plate 21；The distance of the distance of described rolling wheel 32 and described bristle brush wheel 33 and described bristle brush wheel 33 and the roller 221 being positioned at described base plate 21 lower end is respectively less than the length of individual bank note.So, bristle brush wheel faster by bank note pull-out from flattening mechanism, can be sent into rolling sizing below rolling wheel, be conducive to raising work efficiency.
Wherein, described bank note friction flattening device also includes being arranged on the described bank note collecting box 4 flattened below mechanism 2, described bank note collecting box 4 includes overall rectangular and open-topped casing 41, there is in described casing 41 dividing plate 42 being vertically arranged, the side of described dividing plate 42 has the first slide plate 43 being obliquely installed towards described dividing plate 42, the upper end circular sliding slopes of described first slide plate 43 and described dividing plate 42；There is bottom the opposite side of described dividing plate 42 the second slide plate 44 being obliquely installed along dividing plate 42 length direction；Described first slide plate 43 tilts along dividing plate 42 length direction near the side of described dividing plate 42, and the direction tilted is contrary with described second slide plate 44；Described first slide plate 43 has the gas hole blown in the direction along described first slide plate 43 upper surface on the tank wall away from described dividing plate 42 side；Described second slide plate 44 has cash dispensing port bottom the tank wall away from described dividing plate 42 side, and described dividing plate 42 has the gas hole blown towards this cash dispensing port, and this cash dispensing port is outside equipped with the collection frame 45 collecting bank note.
So, after casing fallen into by bank note, first fall on the first slide plate, as shown in Figure 5, under the airflow function of gas hole, least significant end towards the first slide plate is slided, and owing to described first slide plate is contrary with described second slide plate near the direction of the inclination of the side of described dividing plate, bank note can fall the higher side of the second slide plate.Bank note is slipped on the second slide plate along the first slide plate, due to the upper end circular sliding slopes of the first slide plate Yu described dividing plate so that falling the bank note on the second slide plate is the direction being perpendicular to bottom surface.When bank note is vertically fallen on the second slide plate along its length, owing to the second slide plate is obliquely installed along septum plate length direction, bank note can be oblique to the relatively low inclination of the second slide plate, under bank note self gravitation effect, bank note rotates to vertical second slide plate in the width direction, under dividing plate gas hole airflow function, all bank note will be blown in collection frame.As such, it is possible to make the bank note after all flattenings substantially put in one direction, it is simple to the follow-up arrangement of workman, alleviate the labor intensity of workman.
When being embodied as, relatively low edge, side the sloping downwardly in the direction away from described dividing plate of described second slide plate.So, bank note is conducive to be turned in collection frame around bottom side.
The foregoing is only preferred embodiment of the present utility model, not with this utility model for restriction, all any amendment, equivalent replacement and improvement etc. made within spirit of the present utility model and principle, should be included within protection domain of the present utility model.
Claims (10)
1. a bank note friction flattening device, it is characterised in that include feed mechanism (1) and flatten mechanism (2)；Described flattening mechanism (2) includes the base plate (21) that entirety is rectangle, and described base plate (21) is obliquely installed along its length, enables bank note along its upper surface landing；Described base plate (21) be provided above friction mechanism (22), described friction mechanism (22) can move downward along the length direction of described base plate (21) near the side of described base plate (21), therebetween gap is less than the gross thickness of two pieces of paper coin, and individual bank note can pass from this gap；Forming feeding mouth between upper end and the described friction mechanism (22) of described base plate (21), this feeding mouth is positioned at below the discharge end of described feed mechanism (1).
2. bank note friction flattening device as claimed in claim 1, it is characterized in that, described friction mechanism (22) includes the roller (221) that two axial lines are arranged along the width of described base plate (21), and is arranged on the friction belt (222) on two described rollers (221)；Two described rollers (221) are arranged along the length direction of described base plate (21)；Being connected to the drive motor rotated for driving rolls on arbitrary described roller (221), described roller (221) drives described friction belt (222) to move downward towards the side of described base plate (21) along the length direction of described base plate (21) under the driving of described drive motor.
3. bank note friction flattening device as claimed in claim 2, it is characterized in that, described friction belt (222) is the rounded rubber strip in cross section, described roller (221) has some annular troughs of belt arranged along roller (221) length direction, and in each described annular trough of belt, correspondence is provided with described friction belt (222).
4. bank note friction flattening device as claimed in claim 2, it is characterized in that, the lower end of described base plate (21) has the rotating driven voller (23) arranged along base plate (21) width, and described driven voller (23) is located close to the lower section of the roller (221) of described base plate (21) lower end；The thickness of the gap between described driven voller (23) and described friction belt (222) and individual bank note matches, and makes described driven voller (23) and described friction belt (222) can clamp individual bank note.
5. bank note friction flattening device as claimed in claim 1, it is characterised in that described feed mechanism (1) includes the draw frame machine (11) that picked up by bank note and bank note is transported to the feeding unit (12) below the suction end of draw frame machine (11)；Described draw frame machine (11) includes the suction nozzle (111) being vertically arranged and the sucker (112) being arranged on described suction nozzle (111) by coaxial bearing, and described sucker (112) is overall in airtight hollow disc shape；One end of described suction nozzle (111) is closed, and the other end is connected to vacuum pump, and described suction nozzle (111) is positioned on the body of sucker (112) and has some and sucker (112) inner space pore；The bottom surface of described sucker (112) has the suction means (113) that some circumferentially directions are arranged；Described suction means (113) is overall in the cylinder arranged straight down, and middle part has and the pore of described sucker (112) inner space, and the diameter of this pore is less than the minimum widith of individual bank note；Described suction nozzle (111) is positioned on the body of sucker (112) and is also vertically installed with fan-shaped gas barrier (114), described gas barrier (114) is positioned at described sucker (112) one end away from described feeding unit (12), and abut in the bottom of described sucker (112), make described suction means (113) be positioned at the pore Guan Bi of described sucker (112) inner chamber.
6. bank note friction flattening device as claimed in claim 5, it is characterized in that, described suction means (113) includes the internal diameter of the inner barrel (113a) being arranged on described sucker (112) and the outer cylinder body (113b) being sleeved on inner barrel (113a) slidably, the external diameter of described inner barrel (113a) and described outer cylinder body (113b) and matches；The lower section of described sucker (112) is also coaxially fixedly installed overall rounded track (115), and described outer cylinder body (113b) has, towards the side of described track (115), the roller that can roll along described track (115)；The upper surface of described track (115) is near the recessed formation cambered surface in circumferentially direction, described feeding unit (12) side；It is provided with elastic component between described outer cylinder body (113b) and described sucker (112), when the roller making described outer cylinder body (113b) is positioned at the lowest point of cancave cambered surface under the upper surface of described track (115), described feeding unit (12) can be pressed close in the lower end of described outer cylinder body (113b).
7. bank note friction flattening device as claimed in claim 5, it is characterized in that, described feeding unit (12) includes being horizontally disposed with the circular conveying dish (121) that can rotate around axle center, the cylindric note input bucket (122) being provided with up/down perforation co-axially over of described conveying dish (121), the gap between bottom and the upper surface of described conveying dish (121) of described note input bucket (122) is more than the thickness of individual bank note.
8. bank note friction flattening device as claimed in claim 1, it is characterized in that, described bank note friction flattening device also includes shaping mechanism (3), described shaping mechanism (3) includes being engaged on the guide plate (31) that the lower end of described base plate (21) is obliquely installed, the upper horizontal of described guide plate (31) is provided with rolling wheel (32), and the axial line of described rolling wheel (32) is parallel with the upper surface of described guide plate (31)；Having some annular grooves arranged along its length on described rolling wheel (32), the distance between width and the adjacent annular groove of described annular groove is respectively less than the width of bank note；The thickness of the gap between the upper surface of described rolling wheel (32) and described guide plate (31) and individual bank note matches, and enables the annular groove on described rolling wheel (32) to leave impression on bank note.
9. bank note friction flattening device as claimed in claim 8, it is characterised in that described rolling wheel (32) is additionally provided with bristle brush wheel (33) near the side of described guide plate (31) upper end, and described bristle brush wheel (33) is paralleled with described rolling wheel (32)；The bristle of described bristle brush wheel (33) and the upper surface of described guide plate.
10. bank note friction flattening device as claimed in claim 1, it is characterized in that, described bank note friction flattening device also includes being arranged on the described bank note collecting box (4) flattening mechanism (2) lower section, described bank note collecting box (4) includes overall rectangular and open-topped casing (41), there is in described casing (41) dividing plate (42) being vertically arranged, the side of described dividing plate (42) has the upper end circular sliding slopes of the first slide plate (43) being obliquely installed towards described dividing plate (42), described first slide plate (43) and described dividing plate (42)；There is bottom the opposite side of described dividing plate (42) the second slide plate (44) being obliquely installed along dividing plate (42) length direction；Described first slide plate (43) tilts along dividing plate (42) length direction near the side of described dividing plate (42), and the direction tilted is contrary with described second slide plate (44)；Described first slide plate (43) has the gas hole blown in the direction along described first slide plate (43) upper surface on the tank wall away from described dividing plate (42) side；Described second slide plate (44) has cash dispensing port bottom the tank wall away from described dividing plate (42) side, and described dividing plate has, on (42), the gas hole blown towards this cash dispensing port, and this cash dispensing port is outside equipped with the collection frame (45) collecting bank note.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620116694.XU CN205367213U (en) | 2016-02-05 | 2016-02-05 | Paper -back edition is put in paper currency friction exhibition |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620116694.XU CN205367213U (en) | 2016-02-05 | 2016-02-05 | Paper -back edition is put in paper currency friction exhibition |
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| Publication Number | Publication Date |
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| CN205367213U true CN205367213U (en) | 2016-07-06 |
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| CN201620116694.XU Expired - Fee Related CN205367213U (en) | 2016-02-05 | 2016-02-05 | Paper -back edition is put in paper currency friction exhibition |
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| CN (1) | CN205367213U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105600531A (en) * | 2016-02-05 | 2016-05-25 | 重庆理工大学 | Paper money friction flattening device |
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2016
- 2016-02-05 CN CN201620116694.XU patent/CN205367213U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105600531A (en) * | 2016-02-05 | 2016-05-25 | 重庆理工大学 | Paper money friction flattening device |
| CN105600531B (en) * | 2016-02-05 | 2017-04-12 | 重庆理工大学 | Paper money friction flattening device |
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Granted publication date: 20160706 Termination date: 20180205 |