CN105678892A - Vibration type coin separating packaging machine - Google Patents
Vibration type coin separating packaging machine Download PDFInfo
- Publication number
- CN105678892A CN105678892A CN201610221136.4A CN201610221136A CN105678892A CN 105678892 A CN105678892 A CN 105678892A CN 201610221136 A CN201610221136 A CN 201610221136A CN 105678892 A CN105678892 A CN 105678892A
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- China
- Prior art keywords
- coin
- cylinder
- rotating cylinder
- nylon rotating
- separation
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Classifications
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07D—HANDLING OF COINS OR VALUABLE PAPERS, e.g. TESTING, SORTING BY DENOMINATIONS, COUNTING, DISPENSING, CHANGING OR DEPOSITING
- G07D3/00—Sorting a mixed bulk of coins into denominations
- G07D3/02—Sorting coins by means of graded apertures
- G07D3/08—Sorting coins by means of graded apertures arranged on a helix
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B67—OPENING, CLOSING OR CLEANING BOTTLES, JARS OR SIMILAR CONTAINERS; LIQUID HANDLING
- B67B—APPLYING CLOSURE MEMBERS TO BOTTLES JARS, OR SIMILAR CONTAINERS; OPENING CLOSED CONTAINERS
- B67B3/00—Closing bottles, jars or similar containers by applying caps
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07D—HANDLING OF COINS OR VALUABLE PAPERS, e.g. TESTING, SORTING BY DENOMINATIONS, COUNTING, DISPENSING, CHANGING OR DEPOSITING
- G07D3/00—Sorting a mixed bulk of coins into denominations
- G07D3/16—Sorting a mixed bulk of coins into denominations in combination with coin-counting
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- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Combined Means For Separation Of Solids (AREA)
Abstract
The invention provides a vibration type coil separating packaging machine. The packaging machine is characterized by comprising a vibrating pedestal, the vibrating pedestal is provided with a vibration disk, the inner wall of the vibrating disk is provided with a coin rising track, the tail end of the coil rising track is connected with an inlet of a coil separating track, an outlet of the coil separating track is arranged over an inlet of a tunnel, a 1 jiao separating tank and a 5 jiao separating tank are formed in the coin separating track, an outlet of the tunnel is arranged over a 1 yuan packaging mechanism, the 1 jiao separating tank and the 5 jiao separating tank are connected with an inlet of a 1 jiao separating slideway and an inlet of a 5 jiao separating slideway respectively, and an outlet of the 1 jiao separating slideway and an outlet of the 5 jiao separating slideway are arranged over a 1 jiao packaging mechanism and a 5 jiao packaging mechanism respectively. The vibration type coil separating packaging machine is characterized by being small in size, high in efficiency, controllable in separating speed, capable of packaging and higher in practicality.
Description
Technical field
The coin that the present invention relates to a kind of speed controlled is automatically separated packing device, specifically a kind of according to vibration make coin separate one by one after serially entering helical orbit and carry out the device packed.
Background technology
The coin mainly passed through in CONTINENTAL AREA OF CHINA at present has three kinds, and the first is unitary coin, and the second is five maos of coins, and the third is one mao of coin. Within a period of time in the future, a yuan note is by the stoppage of publication, this has further promoted the circulation of coin, and the circulation of coin facilitates daily life beyond doubt, but bring certain burden to these financial institutions of bank, substantial amounts of coin cleaning work is loaded down with trivial details and inefficiency, and use specific automatic machinery to clear up mixed and disorderly coin, it is greatly improved efficiency and has saved manpower. Machine for clearing up coin of the prior art, but because its production cost is of a relatively high, and there is no packaging process, cause that it does not commercially circulate on a large scale.
Summary of the invention
The technical problem to be solved is by vibration type coin separator, it is achieved the sorting of mass of coins, and separated coin is packed.
In order to solve above-mentioned technical problem, the invention provides a kind of vibration type coin separation packer, it is characterized in that, including vibrating base, vibrating base is provided with vibrating disk, vibrating disk inwall is provided with coin ascending track, the end of coin ascending track connects the entrance of coin separation track, under the effect of vibration of vibrating disk, unitary coin in vibrating disk, five maos of coins and one mao of coin can rise along described coin ascending track and enter coin separation track, the top of funnel inlet is located in the outlet of coin separation track, described coin separation track has one mao of separating tank and five maos of separating tanks, one mao of described separating tank and five maos of separating tanks set gradually along the entrance of coin separation track to Way out, the outlet of funnel is located on the upside of unitary package mechanism, unitary coin in coin separation track can fall into unitary package mechanism through funnel, one mao of separating tank and five maos of separating tanks connect the entrance of one mao of separation slideway and the entrance of five maos of separation slideways respectively, the outlet of one mao of described separation slideway is respectively arranged on the upside of one mao of package mechanism with the outlet of five maos of separation slideways and on the upside of five maos of package mechanisms, one mao of coin in coin separation track can fall into one mao of package mechanism through one mao of separating tank and one mao of separation slideway successively, five maos of coins in coin separation track can fall into five maos of package mechanisms through five maos of separating tanks and five maos of separation slideways successively.
Preferably, described unitary package mechanism includes transporting cylinder slideway, funnel, capping machine, nylon rotating cylinder outer core, motor, nylon rotating cylinder inner core, coin collected in drums track;Described nylon rotating cylinder inner core is located at the outer in-core of nylon rotating cylinder, the sidewall of the outer core of described nylon rotating cylinder has collection cylinder outlet, collect cylinder outlet and connect the upper end of coin collected in drums track, the bottom of nylon rotating cylinder inner core connects motor, described motor can drive nylon rotating cylinder inner core to rotate, described nylon rotating cylinder inner core is provided with four coin collecting chutes, the upside of nylon rotating cylinder inner core is located at by transport cylinder slideway and capping machine, transport in cylinder slideway and be provided with collection cylinder, it is provided with in described capping machine and collects the cover that cylinder coordinates, described collection cylinder can be located in described coin collecting chute, described transport cylinder slideway, funnel and capping machine set gradually in the rotation direction of nylon rotating cylinder inner core, when described nylon rotating cylinder inner core turns to certain position, the described collection cylinder transported in cylinder slideway, cover in the outlet of funnel and capping machine lays respectively at the surface of three coin collecting chutes, another coin collecting chute is positioned at the described inner side collecting cylinder outlet, cylinder of collecting in this coin collecting chute can from collecting the coin collected in drums track that cylinder outlet entrance is described, being arranged over of the entrance of described funnel perception can collect the photoelectric sensor of coin total height in cylinder, described photoelectric sensor connects PLC, PLC connects motor.
Preferably, one mao of described package mechanism includes transporting cylinder slideway, capping machine, nylon rotating cylinder outer core, motor, nylon rotating cylinder inner core, coin collected in drums track, described nylon rotating cylinder inner core is located at the outer in-core of nylon rotating cylinder, the sidewall of the outer core of described nylon rotating cylinder has collection cylinder outlet, collect cylinder outlet and connect the upper end of coin collected in drums track, the bottom of nylon rotating cylinder inner core connects motor, described motor can drive nylon rotating cylinder inner core to rotate, described nylon rotating cylinder inner core is provided with four coin collecting chutes, the upside of nylon rotating cylinder inner core is located at by transport cylinder slideway and capping machine, transport in cylinder slideway and be provided with collection cylinder, it is provided with in described capping machine and collects the cover that cylinder coordinates, described collection cylinder can be located in described coin collecting chute, described transport cylinder slideway, one mao of separation slideway and capping machine set gradually in the rotation direction of nylon rotating cylinder inner core, when described nylon rotating cylinder inner core turns to certain position, the described collection cylinder transported in cylinder slideway, cover in the outlet of one mao of separation slideway and capping machine lays respectively at the surface of three coin collecting chutes, another coin collecting chute is positioned at the described inner side collecting cylinder outlet, cylinder of collecting in this coin collecting chute can from collecting the coin collected in drums track that cylinder outlet entrance is described, being arranged over of the entrance of one mao of described separation slideway perception can collect the photoelectric sensor of coin total height in cylinder, described photoelectric sensor connects PLC, PLC connects motor.
Preferably, five maos of described package mechanisms include transporting cylinder slideway, capping machine, nylon rotating cylinder outer core, motor, nylon rotating cylinder inner core, coin collected in drums track, described nylon rotating cylinder inner core is located at the outer in-core of nylon rotating cylinder, the sidewall of the outer core of described nylon rotating cylinder has collection cylinder outlet, collect cylinder outlet and connect the upper end of coin collected in drums track, the bottom of nylon rotating cylinder inner core connects motor, described motor can drive nylon rotating cylinder inner core to rotate, described nylon rotating cylinder inner core is provided with four coin collecting chutes, the upside of nylon rotating cylinder inner core is located at by transport cylinder slideway and capping machine, transport in cylinder slideway and be provided with collection cylinder, it is provided with in described capping machine and collects the cover that cylinder coordinates, described collection cylinder can be located in described coin collecting chute, described transport cylinder slideway, five maos of separation slideways and capping machine set gradually in the rotation direction of nylon rotating cylinder inner core, when described nylon rotating cylinder inner core turns to certain position, the described collection cylinder transported in cylinder slideway, cover in the outlet of five maos of separation slideways and capping machine lays respectively at the surface of three coin collecting chutes, another coin collecting chute is positioned at the described inner side collecting cylinder outlet, cylinder of collecting in this coin collecting chute can from collecting the coin collected in drums track that cylinder outlet entrance is described, being arranged over of the entrance of five maos of described separation slideways perception can collect the photoelectric sensor of coin total height in cylinder, described photoelectric sensor connects PLC, PLC connects motor.
It is highly preferred that the bottom of the outer core of described nylon rotating cylinder is provided with for filling the collection cylinder jack-up of coin, capping machine is enable to be pressed in by cover on collection cylinder.
It is highly preferred that the bottom of the outer core of described nylon rotating cylinder is provided with round platform protruding block, described round platform protruding block is located at the inner side collecting cylinder outlet, for collection cylinder press lid ejecting outside nylon rotating cylinder core to coin collected in drums track.
It is highly preferred that the upside of described capping machine is provided with for avoiding collection cylinder to have not arrived the Magnet that cover just falls.
Preferably, described coin ascending track is spiral type.
Preferably, described coin separation track inclination is arranged downwards.
Preferably, the outlet of described funnel is provided with for collecting, by exposing, the hairbrush that the coin of cylinder brushes.
Preferably, described vibration type coin separation packer also includes section bar support, described section bar support is provided with platform, described vibrating base is located on described platform, described unitary package mechanism, one mao of package mechanism and five maos of package mechanisms are located on section bar support, unitary package mechanism, one mao of package mechanism and five maos of package mechanisms are positioned at the left side of platform, being additionally provided with the coin collected in drums box for the good unitary coin of collecting packing, one mao of coin and five maos of coins on described section bar support, described coin collected in drums box is positioned at the lower section of platform.
Compared with prior art, the invention has the beneficial effects as follows:
1, the present invention utilizes vibrating chassis separating coin, the three kinds of coins generally circulated in efficient separation domestic market, according to the frequency regulating vibrating base of the reasonable quantity of required separating coin, can control separating rate with this while separating; Isolated three kinds of coins can also be packed respectively, further decrease manpower. Comparing other coin separating devices developed at present, this device has the characteristic that volume is little, efficiency is high, separating rate is controlled, can realize packaging, has higher practicality.
2, the vibration type Coin sorting packer of the present invention, can carry out the sorting of mass of coins, and the bodily form is less, and separating rate can be adjusted according to number of coins, is the coin sorter of a kind of controllable type; And separated coin is packed, there is controlled sorting speed, hand labor intensity can be greatly saved, improve working performance.
3, the present invention is for solving the problem that bank's mixed and disorderly coin in a large number is difficult to clear up, and equipment is simple to operate, and accuracy rate is high, it may be achieved automatic partition, from packaging, can greatly reduce bank's aspect and arrange the manpower that coin consumes.
Accompanying drawing explanation
Fig. 1 is vibration type coin separation packer overall structure schematic diagram.
Fig. 2 is unitary packing device structure expanded view.
Fig. 3 is the outer cored structure schematic diagram of nylon rotating cylinder.
Fig. 4 is coin separation track structure schematic diagram.
Fig. 5 is spiral track structure schematic diagram.
Detailed description of the invention
Below in conjunction with specific embodiment, the present invention is expanded on further. Should be understood that these embodiments are merely to illustrate the present invention rather than restriction the scope of the present invention. In addition, it is to be understood that after having read the content that the present invention lectures, the present invention can be made various changes or modifications by those skilled in the art, and these equivalent form of values fall within the application appended claims limited range equally.
Embodiment 1
As shown in Figure 1, for vibration type coin separation packer overall structure schematic diagram, described vibration type coin separation packer includes vibrating base 1, vibrating disk 2,3, five maos of package mechanisms 4 of coin separation track, 5, one mao of package mechanism 6 of unitary package mechanism, coin collected in drums box 7 and section bar support 8.Vibrating base 1 is provided with vibrating disk 2, vibrating disk 2 inwall is welded with spiral coin ascending track, the end of coin ascending track connects the entrance of coin separation track 3, coin separation track 3 is arranged diagonally downward, under the effect of vibration of vibrating disk 2, unitary coin in vibrating disk 2, five maos of coins and one mao of coin can rise along described coin ascending track and enter coin separation track 3, the top of funnel 11 entrance is located in the outlet of coin separation track 3, described coin separation track 3 has one mao of separating tank 20 and five maos of separating tanks 19, the entrance that one mao of described separating tank 20 separates track 3 with five maos of separating tanks 19 along coin sets gradually to Way out, the outlet of funnel 11 is located on the upside of unitary package mechanism 5, unitary coin in coin separation track 3 can fall into unitary package mechanism 5 through funnel 11, one mao of separating tank 20 and five maos of separating tanks 19 connect the entrance of one mao of separation slideway 22 and the entrance of five maos of separation slideways 21 respectively, the outlet of one mao of described separation slideway 22 is respectively arranged on the upside of one mao of package mechanism 6 with the outlet of five maos of separation slideways 21 and on the upside of five maos of package mechanisms 4, one mao of coin in coin separation track 3 can fall into one mao of package mechanism 6 through one mao of separating tank 20 and one mao of separation slideway 22 successively, five maos of coins in coin separation track 3 can fall into five maos of package mechanisms 4 through five maos of separating tanks 19 and five maos of separation slideways 21 successively. described section bar support 8 is provided with platform, described vibrating base 1 is located on described platform, 5, one mao of package mechanism 6 of described unitary package mechanism and five maos of package mechanisms 4 are located on section bar support 8,5, one mao of package mechanism 6 of unitary package mechanism and five maos of package mechanisms 4 are positioned at the left side of platform, being additionally provided with the coin collected in drums box 7 for the good unitary coin of collecting packing, one mao of coin and five maos of coins on described section bar support 8, described coin collected in drums box 7 is positioned at the lower section of platform.
As in figure 2 it is shown, described unitary package mechanism 5 includes transporting cylinder slideway 9, funnel 11, capping machine 12, nylon rotating cylinder outer core 13, motor 14, nylon rotating cylinder inner core 15, coin collected in drums track 16, described nylon rotating cylinder inner core 15 is located in the outer core 13 of nylon rotating cylinder, nylon rotating cylinder inner core 15 is shaft hole matching with the outer core 13 of nylon rotating cylinder, the sidewall of the outer core 13 of described nylon rotating cylinder has collection cylinder outlet 24, collect the upper end of cylinder outlet 24 connection coin collected in drums track 16, the lower end of coin collected in drums track 16 is located at above coin collected in drums box 7, the bottom key of nylon rotating cylinder inner core 15 connects motor 14, described motor 14 can drive nylon rotating cylinder inner core 15 to rotate, described nylon rotating cylinder inner core 15 is provided with four coin collecting chutes 23, the upside of nylon rotating cylinder inner core 15 is located at by transport cylinder slideway 9 and capping machine 12, transport in cylinder slideway 9 and be provided with collection cylinder, it is provided with in described capping machine 12 and collects the cover that cylinder coordinates, described collection cylinder can be located in described coin collecting chute 23, described transport cylinder slideway 9, funnel 11 and capping machine 12 set gradually in the rotation direction of nylon rotating cylinder inner core 15, when described nylon rotating cylinder inner core 15 turns to certain position, the described collection cylinder transported in cylinder slideway 9, cover in the outlet of funnel 11 and capping machine 12 lays respectively at the surface of three coin collecting chutes 23, another coin collecting chute 23 is positioned at the described inner side collecting cylinder outlet 24, cylinder of collecting in this coin collecting chute 23 can from collecting the coin collected in drums track 16 that cylinder outlet 24 entrance is described, eventually fall into coin collected in drums box 7, being arranged over of the entrance of described funnel 11 perception can collect the photoelectric sensor 10 of coin total height in cylinder, described photoelectric sensor 10 connects PLC, PLC connects motor 14.Described photoelectric sensor 10 detects when in lower section collection cylinder, coin is stacked into setting height, motor 14 drives nylon rotating cylinder inner core 15 to rotate, described setting height, it it is the vertical dimension in cylinder between coin and photoelectric sensor, according to setting this distance, it is possible to accurately control to load the number of coins of cylinder. As it is shown on figure 3, the bottom of the outer core 13 of described nylon rotating cylinder is provided with for filling the collection cylinder jack-up of coin, make capping machine 12 that cover can be pressed in the triangle protruding block 18 collected on cylinder. The bottom of the outer core 13 of described nylon rotating cylinder is provided with round platform protruding block 17, described round platform protruding block 17 is located at the inner side collecting cylinder outlet 24, for the collection cylinder having pressed lid ejects outer core 13 to the coin collected in drums track 16 of nylon rotating cylinder, the outlet of described funnel 11 is provided with for collecting, by exposing, the hairbrush that the coin of cylinder brushes. All containing Magnet in described collection cylinder and cover, the collection cylinder filling coin is carried out gland by magnetic-adsorption effect by described capping machine 12.
One mao of described package mechanism 6 includes transporting cylinder slideway 9, capping machine 12, nylon rotating cylinder outer core 13, motor 14, nylon rotating cylinder inner core 15, coin collected in drums track 16, described nylon rotating cylinder inner core 15 is located in the outer core 13 of nylon rotating cylinder, nylon rotating cylinder inner core 15 is shaft hole matching with the outer core 13 of nylon rotating cylinder, the sidewall of the outer core 13 of described nylon rotating cylinder has collection cylinder outlet 24, collect the upper end of cylinder outlet 24 connection coin collected in drums track 16, the lower end of coin collected in drums track 16 is located at above coin collected in drums box 7, the bottom key of nylon rotating cylinder inner core 15 connects motor 14, described motor 14 can drive nylon rotating cylinder inner core 15 to rotate, described nylon rotating cylinder inner core 15 is provided with four coin collecting chutes 23, the upside of nylon rotating cylinder inner core 15 is located at by transport cylinder slideway 9 and capping machine 12, transport in cylinder slideway 9 and be provided with collection cylinder, it is provided with in described capping machine 12 and collects the cover that cylinder coordinates, described collection cylinder can be located in described coin collecting chute 23, described transport cylinder slideway 9, one mao of separation slideway 22 and capping machine 12 set gradually in the rotation direction of nylon rotating cylinder inner core 15, when described nylon rotating cylinder inner core 15 turns to certain position, the described collection cylinder transported in cylinder slideway 9, cover in the outlet of one mao of separation slideway 22 and capping machine 12 lays respectively at the surface of three coin collecting chutes 23, another coin collecting chute 23 is positioned at the described inner side collecting cylinder outlet 24, cylinder of collecting in this coin collecting chute 23 can from collecting the coin collected in drums track 16 that cylinder outlet 24 entrance is described, eventually fall into coin collected in drums box 7, being arranged over of the entrance of one mao of described separation slideway 22 perception can collect the photoelectric sensor 10 of coin total height in cylinder, described photoelectric sensor 10 connects PLC, PLC connects motor 14. described photoelectric sensor 10 detects when in lower section collection cylinder, coin is stacked into setting height, motor 14 drives nylon rotating cylinder inner core 15 to rotate, described setting height, it it is the vertical dimension in cylinder between coin and photoelectric sensor, according to setting this distance, it is possible to accurately control to load the number of coins of cylinder. as it is shown on figure 3, the bottom of the outer core 13 of described nylon rotating cylinder is provided with for filling the collection cylinder jack-up of coin, make capping machine 12 that cover can be pressed in the triangle protruding block 18 collected on cylinder.The bottom of the outer core 13 of described nylon rotating cylinder is provided with round platform protruding block 17, and described round platform protruding block 17 is located at the inner side collecting cylinder outlet 24, for the collection cylinder having pressed lid ejects outer core 13 to the coin collected in drums track 16 of nylon rotating cylinder. All containing Magnet in described collection cylinder and cover, the collection cylinder filling coin is carried out gland by magnetic-adsorption effect by described capping machine 12.
Five maos of described package mechanisms 4 include transporting cylinder slideway 9, capping machine 12, nylon rotating cylinder outer core 13, motor 14, nylon rotating cylinder inner core 15, coin collected in drums track 16, described nylon rotating cylinder inner core 15 is located in the outer core 13 of nylon rotating cylinder, nylon rotating cylinder inner core 15 is shaft hole matching with the outer core 13 of nylon rotating cylinder, the sidewall of the outer core 13 of described nylon rotating cylinder has collection cylinder outlet 24, collect the upper end of cylinder outlet 24 connection coin collected in drums track 16, the lower end of coin collected in drums track 16 is located at above coin collected in drums box 7, the bottom key of nylon rotating cylinder inner core 15 connects motor 14, described motor 14 can drive nylon rotating cylinder inner core 15 to rotate, described nylon rotating cylinder inner core 15 is provided with four coin collecting chutes 23, the upside of nylon rotating cylinder inner core 15 is located at by transport cylinder slideway 9 and capping machine 12, transport in cylinder slideway 9 and be provided with collection cylinder, it is provided with in described capping machine 12 and collects the cover that cylinder coordinates, described collection cylinder can be located in described coin collecting chute 23, described transport cylinder slideway 9, five maos of separation slideways 21 and capping machine 12 set gradually in the rotation direction of nylon rotating cylinder inner core 15, when described nylon rotating cylinder inner core 15 turns to certain position, the described collection cylinder transported in cylinder slideway 9, cover in the outlet of five maos of separation slideways 21 and capping machine 12 lays respectively at the surface of three coin collecting chutes 23, another coin collecting chute 23 is positioned at the described inner side collecting cylinder outlet 24, cylinder of collecting in this coin collecting chute 23 can from collecting the coin collected in drums track 16 that cylinder outlet 24 entrance is described, and then fall into coin collected in drums box 7. being arranged over of the entrance of five maos of described separation slideways 21 perception can collect the photoelectric sensor 10 of coin total height in cylinder, and described photoelectric sensor 10 connects PLC, PLC and connects motor 14. described photoelectric sensor 10 detects when in lower section collection cylinder, coin is stacked into setting height, motor 14 drives nylon rotating cylinder inner core 15 to rotate, described setting height, it it is the vertical dimension in cylinder between coin and photoelectric sensor, according to setting this distance, it is possible to accurately control to load the number of coins of cylinder. as it is shown on figure 3, the bottom of the outer core 13 of described nylon rotating cylinder is provided with for filling the collection cylinder jack-up of coin, make capping machine 12 that cover can be pressed in the triangle protruding block 18 collected on cylinder. the bottom of the outer core 13 of described nylon rotating cylinder is provided with round platform protruding block 17, and described round platform protruding block 17 is located at the inner side collecting cylinder outlet 24, for the collection cylinder having pressed lid ejects outer core 13 to the coin collected in drums track 16 of nylon rotating cylinder. all containing Magnet in described collection cylinder and cover, the collection cylinder filling coin is carried out gland by magnetic-adsorption effect by described capping machine 12.
Being provided with impulse mgnet in described vibrating base 1, regulating voltage by remote controller is 220V, and frequency of vibration is 260Hz.Now coin separating rate and degree of accuracy are best. As it is shown in figure 5, described coin ascending track is slightly tilted inward, inclination alpha is 4 °, and pitch is 80mm, and helical angle is 5.5 °. The angle of inclination beta that is tilted to the left of described coin separation track 3 is 10 °, and downward-sloping γ=25 °, rectangular grooves different sized by described one mao of separating tank 20 and five maos of separating tanks 19, one mao is separated successively according to the width of groove, five maos, the diameter of one mao of coin is 19.00mm, the diameter of unitary coin is 25.00mm, the diameter of five maos of coins is 20.50mm, the width of one mao of separating tank 20 is 19.75mm, the width of five maos of separating tanks 19 is 22.75mm, and length is all 60mm, and the spacing between one mao of separating tank 20 and five maos of separating tanks 19 is 50mm.
During use, by one mao, five maos, unitary coin pour in vibrating disk 2, the diameter of vibrating disk 2 is 264mm, the 1 of vibrating base is utilized to vibrate, all kinds of coins rise along coin ascending track one by one, coin enters coin separation track 3 by coin ascending track, makes coin utilize gravity obliquely can slide along left rail wall, improves the accuracy of separation; Coin separation track 3 is provided with one mao of separating tank 20 and five maos of separating tanks 19, therefore the width of one mao of separating tank 20 is 19.75mm, its width is more than one mao of coin less than five maos of coins, therefore only one mao of coin drops one mao of separation slideway 22 of entrance, it is achieved that the separation to one mao of coin; Five maos of separating tanks 19 of residue coin process, width is 22.75mm, and the width of five maos of separating tanks 19 less than unitary coin, makes five maos of coins slip into five maos of separation slideways 21, it is achieved that the separation to five maos of coins more than five maos of coins; Final unitary coin from coin separation track 3 end drop menometrorrhagia bucket 11 fall to collection cylinder. Through this coin separator structure, make one mao, five maos, three kinds of coins of unitary are successfully separated.
One mao, five maos, the Packaging Principle of unitary identical, with the example that is packaged as of unitary coin, specific implementation process is as follows:
Unitary coin drops through coin separation track 3 end, the collection cylinder in nylon rotating cylinder inner core 15 is fallen into by funnel 11, cylinder is collected for making nylon rotating cylinder inner core 15 can hold 4, it is 115mm by the diameter design of nylon rotating cylinder inner core 15, coin collecting chute 23 is cylindrical, diameter is 30mm, the external diameter of the outer core 13 of nylon rotating cylinder is 137mm, it is highly 7.5mm, for making unitary coin can be in compared with slight drag and will not be stuck, the diameter collecting cylinder is decided to be 27mm, coin is heap height in collecting cylinder, funnel 11 arranged above with a photoelectric sensor 10, this is a range sensor, by regulating the knob on photoelectric sensor 10, it is set to when coin is piled up and exceeded the height collecting 5 coins of cylinder, sensor produces a signal and passes to PLC, PLC controls motor 14 half-twist counterclockwise, and the hairbrush that funnel 11 outlet is arranged can brush collecting unnecessary coin above cylinder, it is possible to prevent coin too much to cause stuck simultaneously, so that collection cylinder just filled by coin, again through rotation, to next capping machine 12, transport the collection cylinder becoming loaded with sky in cylinder slideway 9, when nylon rotating cylinder inner core 15 drives the internal existing empty collection rotary drum of its coin collecting chute 23 to leave, due to the effect of gravity, the new empty cylinder of collecting that top is transported in cylinder slideway 9 falls, and enables packing work to continuously perform, after motor 14 drives nylon rotating cylinder inner core 15 half-twist counterclockwise, the cylinder of collecting having collected full set number unitary coin goes to the lower section of capping machine 12, bottle cap is filled in capping machine 12, downward-sloping angle, φ=10 ° of whole device, bottom is unsettled, it is easy to gland, just fall for avoiding collection cylinder to have not arrived cover, consider that cover is metal, the problem that one Magnet solves to fall is set on the upside of capping machine 12, triangle protruding block 17 is positioned at the underface of capping machine 12, the angle of wedge is 20 °, it is highly 15mm, collection cylinder so can be made to increase smoothly, also can guarantee that the impulsive force needed for gland.Pressing the collection cylinder of lid is driven half-twist counterclockwise to round platform protruding block 18 by motor 14, sliding after round platform protruding block 18 jack-up, the basal diameter of described round platform protruding block 18 is 25mm, is highly 15mm, through coin collected in drums track 16, eventually arrive at coin collected in drums box 7.
Claims (10)
1. a vibration type coin separation packer, it is characterized in that, including vibrating base (1), vibrating base (1) is provided with vibrating disk (2), vibrating disk (2) inwall is provided with coin ascending track, the end of coin ascending track connects the entrance of coin separation track (3), under the effect of vibration of vibrating disk (2), unitary coin in vibrating disk (2), five maos of coins and one mao of coin can rise along described coin ascending track and enter coin separation track (3), the top of funnel (11) entrance is located in the outlet of coin separation track (3), described coin separation track (3) has one mao of separating tank (20) and five maos of separating tanks (19), the entrance that one mao of described separating tank (20) separates track (3) with five maos of separating tanks (19) along coin sets gradually to Way out, unitary package mechanism (5) upside is located in the outlet of funnel (11), unitary coin in coin separation track (3) can fall into unitary package mechanism (5) through funnel (11), one mao of separating tank (20) and five maos of separating tanks (19) connect the entrance of one mao of separation slideway (22) and the entrance of five maos of separation slideways (21) respectively, the outlet of one mao of described separation slideway (22) and the outlet of five maos of separation slideways (21) are respectively arranged on one mao of package mechanism (6) upside and five maos of package mechanism (4) upsides, one mao of coin in coin separation track (3) can fall into one mao of package mechanism (6) through one mao of separating tank (20) and one mao of separation slideway (22) successively, five maos of coins in coin separation track (3) can fall into five maos of package mechanisms (4) through five maos of separating tanks (19) and five maos of separation slideways (21) successively.
2. vibration type coin separation packer as claimed in claim 1, it is characterized in that, described unitary package mechanism (5) includes transporting cylinder slideway (9), funnel (11), capping machine (12), nylon rotating cylinder outer core (13), motor (14), nylon rotating cylinder inner core (15), coin collected in drums track (16), described nylon rotating cylinder inner core (15) is located in the outer core (13) of nylon rotating cylinder, the sidewall of the outer core (13) of described nylon rotating cylinder has collection cylinder outlet (24), collect cylinder outlet (24) and connect the upper end of coin collected in drums track (16), the bottom of nylon rotating cylinder inner core (15) connects motor (14), described motor (14) can drive nylon rotating cylinder inner core (15) to rotate, described nylon rotating cylinder inner core (15) is provided with four coin collecting chutes (23), the upside of nylon rotating cylinder inner core (15) is located at by transport cylinder slideway (9) and capping machine (12), transport in cylinder slideway (9) and be provided with collection cylinder, it is provided with in described capping machine (12) and collects the cover that cylinder coordinates, described collection cylinder can be located in described coin collecting chute (23), described transport cylinder slideway (9), funnel (11) and capping machine (12) set gradually in the rotation direction of nylon rotating cylinder inner core (15), when described nylon rotating cylinder inner core (15) turns to certain position, the described collection cylinder in transport cylinder slideway (9), cover in the outlet of funnel (11) and capping machine (12) lays respectively at the surface of three coin collecting chutes (23), another coin collecting chute (23) is positioned at the inner side of described collection cylinder outlet (24), collection cylinder in this coin collecting chute (23) can enter described coin collected in drums track (16) from collecting cylinder outlet (24), being arranged over of the entrance of described funnel (11) perception can collect the photoelectric sensor (10) of coin total height in cylinder, described photoelectric sensor (10) connects PLC, PLC connects motor (14).
3. vibration type coin separation packer as claimed in claim 1, it is characterized in that, one mao of described package mechanism (6) includes transporting cylinder slideway (9), capping machine (12), nylon rotating cylinder outer core (13), motor (14), nylon rotating cylinder inner core (15), coin collected in drums track (16), described nylon rotating cylinder inner core (15) is located in the outer core (13) of nylon rotating cylinder, the sidewall of the outer core (13) of described nylon rotating cylinder has collection cylinder outlet (24), collect cylinder outlet (24) and connect the upper end of coin collected in drums track (16), the bottom of nylon rotating cylinder inner core (15) connects motor (14), described motor (14) can drive nylon rotating cylinder inner core (15) to rotate, described nylon rotating cylinder inner core (15) is provided with four coin collecting chutes (23), the upside of nylon rotating cylinder inner core (15) is located at by transport cylinder slideway (9) and capping machine (12), transport in cylinder slideway (9) and be provided with collection cylinder, it is provided with in described capping machine (12) and collects the cover that cylinder coordinates, described collection cylinder can be located in described coin collecting chute (23), described transport cylinder slideway (9), one mao of separation slideway (22) and capping machine (12) set gradually in the rotation direction of nylon rotating cylinder inner core (15), when described nylon rotating cylinder inner core (15) turns to certain position, the described collection cylinder in transport cylinder slideway (9), cover in the outlet of one mao of separation slideway (22) and capping machine (12) lays respectively at the surface of three coin collecting chutes (23), another coin collecting chute (23) is positioned at the inner side of described collection cylinder outlet (24), collection cylinder in this coin collecting chute (23) can enter described coin collected in drums track (16) from collecting cylinder outlet (24), being arranged over of the entrance of one mao of described separation slideway (22) perception can collect the photoelectric sensor (10) of coin total height in cylinder, described photoelectric sensor (10) connects PLC, PLC connects motor (14).
4. vibration type coin separation packer as claimed in claim 1, it is characterized in that, five maos of described package mechanisms (4) include transporting cylinder slideway (9), capping machine (12), nylon rotating cylinder outer core (13), motor (14), nylon rotating cylinder inner core (15), coin collected in drums track (16), described nylon rotating cylinder inner core (15) is located in the outer core (13) of nylon rotating cylinder, the sidewall of the outer core (13) of described nylon rotating cylinder has collection cylinder outlet (24), collect cylinder outlet (24) and connect the upper end of coin collected in drums track (16), the bottom of nylon rotating cylinder inner core (15) connects motor (14), described motor (14) can drive nylon rotating cylinder inner core (15) to rotate, described nylon rotating cylinder inner core (15) is provided with four coin collecting chutes (23), the upside of nylon rotating cylinder inner core (15) is located at by transport cylinder slideway (9) and capping machine (12), transport in cylinder slideway (9) and be provided with collection cylinder, it is provided with in described capping machine (12) and collects the cover that cylinder coordinates, described collection cylinder can be located in described coin collecting chute (23), described transport cylinder slideway (9), five maos of separation slideways (21) and capping machine (12) set gradually in the rotation direction of nylon rotating cylinder inner core (15), when described nylon rotating cylinder inner core (15) turns to certain position, the described collection cylinder in transport cylinder slideway (9), cover in the outlet of five maos of separation slideways (21) and capping machine (12) lays respectively at the surface of three coin collecting chutes (23), another coin collecting chute (23) is positioned at the inner side of described collection cylinder outlet (24), collection cylinder in this coin collecting chute (23) can enter described coin collected in drums track (16) from collecting cylinder outlet (24), being arranged over of the entrance of five maos of described separation slideways (21) perception can collect the photoelectric sensor (10) of coin total height in cylinder, described photoelectric sensor (10) connects PLC, PLC connects motor (14).
5. the vibration type coin separation packer as according to any one of claim 2-4, it is characterized in that, the bottom of the outer core (13) of described nylon rotating cylinder is provided with for filling the collection cylinder jack-up of coin, makes capping machine (12) can be pressed in by cover on collection cylinder.
6. the vibration type coin separation packer as according to any one of claim 2-4, it is characterized in that, the bottom of the outer core (13) of described nylon rotating cylinder is provided with round platform protruding block (18), described round platform protruding block (18) is located at the inner side collecting cylinder outlet (24), for collection cylinder press lid ejecting nylon rotating cylinder core (13) outward to coin collected in drums track (16).
7. the vibration type coin separation packer as according to any one of claim 2-4, it is characterised in that the upside of described capping machine (12) is provided with for avoiding collection cylinder to have not arrived the Magnet that cover just falls.
8. vibration type coin separation packer as described in claim 1, it is characterised in that described coin ascending track is spiral type.
9. vibration type coin separation packer as described in claim 1, it is characterised in that the outlet of described funnel (11) is provided with for collecting, by exposing, the hairbrush that the coin of cylinder brushes.
10. vibration type coin separation packer as described in claim 1, it is characterized in that, described vibration type coin separation packer also includes section bar support (8), described section bar support (8) is provided with platform, described vibrating base (1) is located on described platform, described unitary package mechanism (5), one mao of package mechanism (6) and five maos of package mechanisms (4) are located on section bar support (8), unitary package mechanism (5), one mao of package mechanism (6) and five maos of package mechanisms (4) are positioned at the left side of platform, described section bar support (8) is additionally provided with the unitary coin good for collecting packing, coin collected in drums box (7) of one mao of coin and five maos of coins, described coin collected in drums box (7) is positioned at the lower section of platform.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201610221136.4A CN105678892A (en) | 2016-04-11 | 2016-04-11 | Vibration type coin separating packaging machine |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201610221136.4A CN105678892A (en) | 2016-04-11 | 2016-04-11 | Vibration type coin separating packaging machine |
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| CN105678892A true CN105678892A (en) | 2016-06-15 |
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| CN105976499A (en) * | 2016-06-27 | 2016-09-28 | 浙江科技学院 | Automatic coin sorting counting packing machine and sorting counting packing method thereof |
| CN106296963A (en) * | 2016-11-09 | 2017-01-04 | 上海电力学院 | A kind of coin dividing counting device |
| CN106296965A (en) * | 2016-07-27 | 2017-01-04 | 东南大学 | Coin sorter based on slide way type |
| CN106780946A (en) * | 2016-12-30 | 2017-05-31 | 苏州市职业大学 | A kind of high-efficiency multi-function coin sorter |
| CN107067529A (en) * | 2017-03-23 | 2017-08-18 | 浙江工业大学之江学院 | A kind of centrifugal coin ordering and feeding gear |
| CN108846946A (en) * | 2018-06-08 | 2018-11-20 | 留丹翠 | A kind of automatic coin sorting counting packaging facilities towards banking system |
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| CN108846946A (en) * | 2018-06-08 | 2018-11-20 | 留丹翠 | A kind of automatic coin sorting counting packaging facilities towards banking system |
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Application publication date: 20160615 |