CN205692260U - Coin sorting collator - Google Patents
Coin sorting collator Download PDFInfo
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- CN205692260U CN205692260U CN201620405790.6U CN201620405790U CN205692260U CN 205692260 U CN205692260 U CN 205692260U CN 201620405790 U CN201620405790 U CN 201620405790U CN 205692260 U CN205692260 U CN 205692260U
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- gear
- shaft
- guide rail
- sprocket
- fixed
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Abstract
Coin sorting collator belongs to coin and checks collator technical field, it is therefore intended that solve the problem that a large amount of manpower of Coin sorting consumption in operation, efficiency are low and can not carry out coin arrangement.Catch tray of the present utility model includes rotating disk, rotating shaft, price fixing and spur gear II；Rotating shaft upper end and rotating disk connect, lower end and the fixing connection of spur gear II, and the multiple slotted throughbore of circumference uniform distribution at rotating disk excircle, price fixing is respectively arranged with slotted throughbore with gear bucket relative to position and at sidewall of the bottom plate；The opening of centrifuge mechanism and the arrival end of adjustable guide rail connect, the adjustable guide rail port of export is that sprocket wheel coin arranges structure, the gear bucket upper end of sprocket wheel coin arrangement structure and the adjustable guide rail port of export are positioned at same level, the lower end of gear bucket and the rotating disk upper surface gapless of catch tray；Collecting vessel is arranged in price fixing slotted throughbore at sidewall of the bottom plate, and sheave dressing mechanism is fixed on base plate, and coordinates drive rotating disk intermittent movement with the spur gear II in catch tray.
Description
Technical field
This utility model belongs to coin and checks collator technical field, is specifically related to a kind of Coin sorting collator.
Background technology
At present, the advantage that coin can not be substituted with its low cost, wear-resistant, easy recovery etc. captures low-denomination money market.
But, coin replacement note of small denominations circulation brings many and the most also brings some problems.At present, mostly
Work checked by coin is all to be carried out by manual type, consumes a large amount of manpower, efficiency low, and to being directly engaged in what coin was checked
Staff is healthy causes injury greatly.
Prior art has many coin separators, but most coin separator can only carry out simple classification, meter
Number, and do not arrange, still need to manual sorting after classification, problem can not be solved well.
Utility model content
The purpose of this utility model is to propose a kind of Coin sorting collator, solves the Coin sorting that prior art exists
The a large amount of manpower of consumption in operation, efficiency is low and the problem that can not carry out coin arrangement.
For achieving the above object, Coin sorting collator of the present utility model include base plate and be arranged on base plate from
Centrifugal separator structure, adjustable guide rail, sprocket wheel coin arrange structure, catch tray, collecting vessel and sheave dressing mechanism；
Described sprocket wheel coin arrange structure include motor cabinet II, motor II, sprocket support, gear bucket, gear bucket support, catch and
Chain-wheel mechanism；Described motor II is fixed on base plate by motor cabinet II, and sprocket support is fixed on base plate, described chain-wheel mechanism
It is fixedly installed on described sprocket support, drives described chain-wheel mechanism to rotate by described motor II；In described chain-wheel mechanism
Each bending part on chain is provided with catch, and described gear bucket is fixed on described sprocket support by gear bucket support, described gear
Sheet is with passing described gear bucket during chain movement, the distance between adjacent two catch is equal to the height of gear bucket；Described gear bucket
Being positioned at the described adjustable guide rail port of export, upper end and the described adjustable guide rail port of export of described gear bucket are positioned at same level,
The lower end of described gear bucket and the rotating disk upper surface gapless of described catch tray；
Described catch tray includes rotating disk, rotating shaft, price fixing and spur gear II；Described rotating disk and price fixing are coaxially disposed, institute
State rotating shaft to connect through described price fixing upper end and described rotating disk, lower end and the fixing connection of described spur gear II, described rotating disk
The multiple slotted throughbore of circumference uniform distribution at excircle, described price fixing sets relative to position and at sidewall of the bottom plate respectively with described gear bucket
It is equipped with slotted throughbore；
The opening of described centrifuge mechanism and the arrival end of described adjustable guide rail connect, and described collecting vessel is arranged on institute
Stating in price fixing slotted throughbore at sidewall of the bottom plate, described sheave dressing mechanism is fixed on described base plate, and with described receipts
Spur gear II in catch basin coordinates the described rotating disk intermittent movement of drive.
Described centrifuge mechanism include motor cabinet I, motor I, bevel gear I, bevel gear II, spur gear I, centrifugal shaft, from
Heart outer wall, centrifugal pan and gear shaft；
Described motor I is fixed on base plate by motor cabinet I, gear shaft upper end and the fixing connection of described centrifugal pan, described
Centrifugal pan and described centrifugal outer wall form centrifugal chamber, the output shaft of described motor I and the fixing connection of bevel gear I, described bevel gear I
Engaging with bevel gear II, described bevel gear II is fixed on centrifugal shaft, and described centrifugal shaft is fixed with spur gear described in spur gear I
I and described gear shaft on gear engagement, described centrifugal outer wall bottom side is provided with opening.
Described centrifuge mechanism also includes left wall, end cap, lower bolster, top cover, upper padding plate, bonnet, right wall and ring flange；
Described left wall, top cover, bonnet and right wall are fixed together formation cavity by corner fittings, and described inside cavity is fixed with
Fence foot rest, described fence foot rest is fixed with section bar, and described lower bolster is respectively by bearing and centrifugal shaft and gear shaft lower end
Connect, be provided with end cap, described lower bolster and described gear shaft outside the bearing of described lower bolster and centrifugal shaft junction and connect
Being provided with ring flange outside the bearing at place, described end cap and ring flange are connected by bolt and described lower bolster are fixing respectively, institute
Stating lower bolster to be fixed on described section bar, described upper padding plate is connected by the upper end of bearing and described gear shaft, described upper padding plate
It is fixed on described section bar.
Described adjustable guide rail includes photoelectric counter, left rail, guide rail bearing, spring, right guide rail, middle springs, double
To leading screw, adjusting knob and disposable box；Described guide rail bearing is fixed on described base plate by a section bar, described two-way leading screw
One end and described guide rail bearing connect, and the other end is provided with adjusting knob, described left rail and right guide rail parallel and arranges, and respectively
With two sections of threaded engagement in two-way leading screw, described middle springs is arranged between left rail and right guide rail, and is enclosed within described double
On leading screw, between described right guide rail and guide rail bearing, it is provided with spring, between described left rail and guide rail bearing, is provided with spring, institute
Stating spring housing on two-way leading screw, described disposable box is arranged on immediately below described left rail and right guide rail, described photoelectric counter
It is arranged on described left rail or the end of right guide rail.
The span of the minimal compression amount of described middle springs is 18mm-26mm.
Described chain-wheel mechanism includes chain, sprocket shaft I, lower sprocket, lining, sprocket shaft II and upper sprocket wheel；Described sprocket shaft I
The output shaft of one end and described motor II connects, and the other end is connected by deep groove ball bearing and described sprocket support, described lower chain
Wheel is fixedly installed on described sprocket shaft I, and described sprocket shaft II one end current flow angle contact ditch ball bearing and described sprocket support connect,
The other end is fixedly installed upper sprocket wheel, and described chain coordinates with described upper sprocket wheel and lower sprocket respectively, and described lining is enclosed within described
On sprocket shaft I, lower sprocket is fixed in lining one end, and the other end fixes deep groove ball bearing inner ring, and the chain of described chain-wheel mechanism passes through
Tensioner tensioning.
Described tensioner includes regulating wheel, tensioning axle sleeve and tensioning frame, and described tensioning frame is fixed on described base plate, institute
State regulating wheel to be set on described tensioning frame by tensioning shaft, the chain interoperation in described regulating wheel and described chain-wheel mechanism.
Described sheave dressing mechanism includes motor cabinet III, motor III, bevel gear III, bevel gear IV, bevel gear shaft, cylinder
Pin, spur gear III, straight-tooth wheel shaft and sheave；Described motor III is fixed on described base plate by motor cabinet III, described motor III
Output shaft and described bevel gear III are fixed and connect, and described bevel gear III and bevel gear IV engage, and described bevel gear IV is fixed on institute
Stating the fixing connection of bevel gear shaft upper end, described bevel gear shaft lower end and described straight pin, described spur gear III is fixed on spur gear
Axle upper end, described straight-tooth wheel shaft lower end and described sheave fix, and described straight pin and described sheave cooperatively form Geneva mechanism, institute
State spur gear II engagement in spur gear III and described catch tray.
Described Coin sorting collator also includes support with adjustable, described support with adjustable and described base plate lower surface screw thread
Connect.
The gear bucket upper surface that described sprocket wheel coin arranges in structure is provided with arc-shaped baffle plate away from adjustable guide rail side.
The beneficial effects of the utility model are: Coin sorting collator collection coin category of the present utility model, arrange, count
In one, the hand labor time can be reduced, improve coin separation efficiency；Utilize centrifugal principle to realize coin to separate, can make hard
Coin sharp separation comes, and improves the separation efficiency of coin separator；Adjustable guide rail is once by different types of coin the most also
Coin is counted；Chain structure is used in combination with sheave structure, it is achieved circulation arranges.Chain structure can realize coin catch
Shuttling movement, be used in combination with sheave structure, whenever the full 20 pieces of coins of counting, sheave rotates, it is provided that an empty coin
Settling drum, moves in circles, it is achieved the circulation of coin arranges；In addition by changing gear bucket, the height of catch tray and the pitch of chain,
The number once arranging coin can be changed, there is marketing using value well；Equipped with scalable height below base plate
The regulation foot of degree, can make base plate be always maintained at level by the height of regulation regulation foot, provide one for Coin sorting collator
Good working environment.
Accompanying drawing explanation
Fig. 1 is the overall structure schematic diagram of Coin sorting collator of the present utility model；
Fig. 2 is the centrifugation structural representation of Coin sorting collator of the present utility model；
Fig. 3 is the guide rail structure the transferred schematic diagram of Coin sorting collator of the present utility model；
Fig. 4 is that the sprocket wheel coin of Coin sorting collator of the present utility model arranges structure and tensioning device structure signal
Figure；
Fig. 5 is that the sprocket wheel coin of Coin sorting collator of the present utility model arranges section of structure；
Fig. 6 is that the sheave of Coin sorting collator of the present utility model arranges structural representation；
Fig. 7 is the sheave structural representation of Coin sorting collator of the present utility model；
Fig. 8 is catch tray and the collecting vessel position view of Coin sorting collator of the present utility model；
Wherein: 1, base plate, 2, centrifuge mechanism, 201, left wall, 202, motor cabinet I, 203, motor I, 204, bevel gear
I, 205, bevel gear II, 206, end cap, 207, lower bolster, 208, spur gear I, 209, centrifugal shaft, 210, top cover, 211, centrifugal outside
Wall, 212, centrifugal pan, 213, upper padding plate, 214, gear shaft, 215, bonnet, 216, You Bi, 217, ring flange, 3, scalable leads
Rail, 301, photoelectric counter, 302, left rail, 303, guide rail bearing, 304, spring, 305, right guide rail, 306, middle springs,
307, two-way leading screw, 308, adjusting knob, 309, disposable box, 4, sprocket wheel coin arrange structure, 401, motor cabinet II, 402, motor
II, 403, sprocket support, 404, gear bucket, 405, gear bucket support, 406, catch, 407, chain, 408, sprocket shaft I, 409, lower chain
Wheel, 410, lining, 411, sprocket shaft II, 412, upper sprocket wheel, 5, tensioner, 501, regulating wheel, 502, tensioning axle sleeve, 503,
Tight frame, 6, catch tray, 601, rotating disk, 602, rotating shaft, 603, price fixing, 604, spur gear II, 7, collecting vessel, 8, sheave collator
Structure, 801, motor cabinet III, 802, motor III, 803, bevel gear III, 804, bevel gear IV, 805, bevel gear shaft, 806, straight pin,
807, spur gear III, 808, straight-tooth wheel shaft, 809, sheave, 9, support with adjustable.
Detailed description of the invention
Below in conjunction with the accompanying drawings embodiment of the present utility model is described further.
See accompanying drawing 1, Coin sorting collator include base plate 1 and the centrifuge mechanism 2 being arranged on base plate 1, can
Regulation guide rail 3, sprocket wheel coin arrange structure 4, catch tray 6, collecting vessel 7 and sheave 809 dressing mechanism 8；
Seeing attached 4 and accompanying drawing 5, described sprocket wheel coin arranges structure 4 and includes that motor cabinet II 401, motor II 402, sprocket wheel prop up
Frame 403, gear bucket 404, gear bucket support 405, catch 406 and chain-wheel mechanism；Described motor II 402 is fixed by motor cabinet II 401
On base plate 1, sprocket support 403 is fixed on base plate 1, and described chain-wheel mechanism is fixedly installed on described sprocket support 403, logical
Crossing described motor II 402 drives described chain-wheel mechanism to rotate；Each bending part on chain 407 in described chain-wheel mechanism is arranged
Having catch 406, described gear bucket 404 is fixed on described sprocket support 403 by gear bucket support 405, and described catch 406 is with chain
Through described gear bucket 404 in 407 motor processs, the distance between adjacent two catch 406 is equal to the height of gear bucket 404；Described
Gear bucket 404 is positioned at described adjustable guide rail 3 port of export, and upper end and described adjustable guide rail 3 port of export of described gear bucket 404 are positioned at
Same level, the lower end of described gear bucket 404 and the rotating disk 601 upper surface gapless of described catch tray 6；
Seeing accompanying drawing 8, described catch tray 6 includes rotating disk 601, rotating shaft 602, price fixing 603 and spur gear II 604；Described
Rotating disk 601 and price fixing 603 are coaxially disposed, and described rotating shaft 602 connects through described price fixing 603 upper end and described rotating disk 601,
Lower end and the fixing connection of described spur gear II 604, the multiple slotted throughbore of circumference uniform distribution at described rotating disk 601 excircle, described
Price fixing 603 is respectively arranged with slotted throughbore with the described relative position of gear bucket 404 and near base plate 1 side-walls；
The opening of described centrifuge mechanism 2 and the arrival end of described adjustable guide rail 3 connect, and described collecting vessel 7 is arranged
At described price fixing 603 in the slotted throughbore of base plate 1 side-walls, described sheave 809 dressing mechanism 8 is fixed on described base plate 1
On, and drive described rotating disk 601 intermittent movement is coordinated with the spur gear II 604 in described catch tray 6.
Seeing accompanying drawing 2, described centrifuge mechanism 2 includes motor cabinet I 202, motor I 203, bevel gear I 204, bevel gear
II 205, spur gear I 208, centrifugal shaft 209, centrifugal outer wall 211, centrifugal pan 212 and gear shaft 214；
Described motor I 203 is fixed on base plate 1 by motor cabinet I 202, gear shaft 214 upper end and described centrifugal pan 212
Fixing connection, described centrifugal pan 212 and described centrifugal outer wall 211 form centrifugal chamber, the output shaft of described motor I 203 and cone tooth
Taking turns I 204 fixing connections, described bevel gear I 204 and bevel gear II 205 engagement, described bevel gear II 205 is fixed on centrifugal shaft
On 209, described centrifugal shaft 209 is fixed with spur gear I 208 described in spur gear I 208 and the gear on described gear shaft 214 is nibbled
Closing, described centrifugal outer wall 211 bottom side is provided with opening.
Described centrifuge mechanism 2 also includes left wall, end cap 206, lower bolster 207, top cover 210, upper padding plate 213, bonnet
215, right wall 216 and ring flange 217；
Described left wall, top cover 210, bonnet 215 and right wall 216 are fixed together formation cavity by corner fittings, described cavity
Inside is fixed with fence foot rest, and described fence foot rest is fixed with section bar, and described lower bolster 207 is respectively by bearing and centrifugal shaft
209 and gear shaft 214 lower end connect, be provided with end cap 206 outside the bearing of described lower bolster 207 and centrifugal shaft 209 junction,
Ring flange 217, described end cap 206 and flange it is provided with outside the bearing of described lower bolster 207 and described gear shaft 214 junction
Dish 217 is fixed with described lower bolster 207 by bolt respectively and is connected, and described lower bolster 207 is fixed on described section bar, described on
Backing plate 213 is connected by the upper end of bearing and described gear shaft 214, and described upper padding plate 213 is fixed on described section bar.
Being rotated by motor I 203 band dynamic bevel gear I 204 during work, bevel gear II 205 is by centrifugal shaft 209 turn spur
I 208 rotate, and spur gear I 208 passes motion to gear shaft 214, final drive centrifugal pan 212 high-speed rotation, make centrifugal pan
Coin in 212 does centrifugal motion, and centrifugal action makes coin sequentially enter adjustable by the opening of centrifugal outer wall 211 bottom side
In guide rail, described opening the most only allows by one piece of coin.
Seeing accompanying drawing 3, described adjustable guide rail 3 includes photoelectric counter 301, left rail 302, guide rail bearing 303, spring
304, right guide rail 305, middle springs 306, two-way leading screw 307, adjusting knob 308 and disposable box 309；Described guide rail bearing 303
Being fixed on described base plate 1 by a section bar, described two-way leading screw 307 one end and described guide rail bearing 303 connect, the other end
Being provided with adjusting knob 308, described left rail 302 and right guide rail 305 be arranged in parallel, and respectively with two in two-way leading screw 307
Section threaded engagement, described middle springs 306 is arranged between left rail 302 and right guide rail 305, and is enclosed within described two-way leading screw
On 307, it is provided with spring 304 between described right guide rail 305 and guide rail bearing 303, between described left rail 302 and guide rail bearing 303
Being provided with spring 304, described spring 304 is enclosed within two-way leading screw 307, and described disposable box 309 is arranged on described left rail 302 He
Immediately below right guide rail 305, described photoelectric counter 301 is arranged on described left rail 302 or the end of right guide rail 305.Work as rotation
Adjusting knob 308, drives two-way leading screw 307 to rotate, so that left rail 302, right guide rail 305 deciliters, spring 304, middle bullet
Spring 306 ensure that left and right rail 305 keeps symmetrical in mediation process；
Adjusting knob 308 is threaded at unitary coin by coin first, remaining coin separated from centrifuge mechanism 2
To fall in the disposable box 309 below guide rail, only enable unitary coin slip down to sprocket wheel coin along guide rail and arrange structure 4
In, carry out the arrangement of unitary coin.After completing for the first time, adjusting knob 308 is threaded to Wu Jiaochu, in disposable box 309
Coin is poured in centrifugal pan 212, again separates, during at this moment dime will fall into disposable box 309.After second time completes, will
Adjusting knob 308 is threaded to, at dime, classify for the last time.
The span of the minimal compression amount of described middle springs 306 is 18mm-26mm.
Described chain-wheel mechanism include chain 407, sprocket shaft I 408, lower sprocket 409, lining 410, sprocket shaft II 411 and on
Sprocket wheel 412；The output shaft of described sprocket shaft I 408 one end and described motor II 402 connects, the other end by deep groove ball bearing and
Described sprocket support 403 connects, and described lower sprocket 409 is fixedly installed on described sprocket shaft I 408, described sprocket shaft II 411 1
End current flow angle contact ditch ball bearing and described sprocket support 403 connect, and the other end is fixedly installed upper sprocket wheel 412, described chain 407
Coordinating with described upper sprocket wheel 412 and lower sprocket 409 respectively, described lining 410 is enclosed within described sprocket shaft I 408, lining 410 1
End fixes lower sprocket 409, and the other end fixes deep groove ball bearing inner ring, and the chain 407 of described chain-wheel mechanism is by tensioner 5
Tightly.
Described tensioner 5 includes that regulating wheel 501, tensioning axle sleeve 502 and tensioning frame 503, described tensioning frame 503 are fixed on
On described base plate 1, described regulating wheel 501 is arranged on described tensioning frame 503 by tensioning axle sleeve 502, described regulating wheel 501 He
Chain 407 in described chain-wheel mechanism coordinates.
Seeing accompanying drawing 6 and accompanying drawing 7, described sheave 809 dressing mechanism 8 includes motor cabinet III 801, motor III 802, bevel gear
III 803, bevel gear IV 804, bevel gear shaft 805, straight pin 806, spur gear III 807, straight-tooth wheel shaft 808 and sheave 809；Described
Motor III 802 is fixed on described base plate 1 by motor cabinet III 801, described motor III 802 output shaft and described bevel gear III
803 fixing connections, described bevel gear III 803 and bevel gear IV 804 engagement, described bevel gear IV 804 is fixed on described bevel gear
Axle 805 upper end, described bevel gear shaft 805 lower end and the fixing connection of described straight pin 806, described spur gear III 807 is fixed on directly
Gear shaft 808 upper end, described straight-tooth wheel shaft 808 lower end and described sheave 809 are fixed, described straight pin 806 and described sheave 809
Cooperatively form Geneva mechanism, spur gear II 604 engagement in described spur gear III 807 and described catch tray 6.Described sheave 809
Divide equally the slotted throughbore number arranged in number and rotating disk 601 equal.
Described Coin sorting collator also includes support with adjustable 9, described support with adjustable 9 and described base plate 1 lower surface
Threaded, realized the regulation of height by the degree of depth screwed in, described for L-type, at six angles of base plate 1 lower surface of L-type and
Support with adjustable 9 connects.
Gear bucket 404 upper surface that described sprocket wheel coin arranges in structure 4 is provided with arc-shaped away from adjustable guide rail 3 side
Baffle plate.
Coin enters into sprocket wheel coin through photoelectric counter 301 and arranges in structure 4, and photoelectric counter 301 often counts one
While secondary, signal passing to single-chip microcomputer, Single-chip Controlling motor II 402 rotates certain angle, makes the gear of carrying coin
The 1/20 of the spacing of vertically moving two catch 406 of sheet 406, whenever the full 20 pieces of coins of photoelectric counter 301 meter,
Motor II 402 stop motion, motor III 802 rotates a circle rapidly, and slotted throughbore adjacent in rotating disk 601 is turned to work
Position, at this moment motor II 402 is started working, and compensates the angle that should work as rotation during quitting work.Work as photoelectric counting
When device 301 does not count within 30s, Single-chip Controlling motor II 402 turns to the next one can make catch tray 6 smooth rotation
Position, and stop operating, controlling motor III 802 and rotate one week, control motor II 402 turns to the next one and can make catch tray afterwards
The position of 6 smooth rotation, and quitting work, controls motor III 802 uniform rotation surrounding, make in coin collection dish 6 remaining firmly
Coin drops in final collecting vessel 7, convenient further packaging.
Claims (10)
1. Coin sorting collator, it is characterised in that include base plate (1) and be arranged on the centrifuge mechanism on base plate (1)
(2), adjustable guide rail (3), sprocket wheel coin arrange structure (4), catch tray (6), collecting vessel (7) and sheave (809) dressing mechanism
(8)；
Described sprocket wheel coin arranges structure (4) and includes motor cabinet II (401), motor II (402), sprocket support (403), gear bucket
(404), gear bucket support (405), catch (406) and chain-wheel mechanism；Described motor II (402) is fixed by motor cabinet II (401)
On base plate (1), sprocket support (403) is fixed on base plate (1), and described chain-wheel mechanism is fixedly installed on described sprocket support
(403), on, described chain-wheel mechanism is driven to rotate by described motor II (402)；On chain (407) in described chain-wheel mechanism
Each bending part is provided with catch (406), and described gear bucket (404) is fixed on described sprocket support by gear bucket support (405)
(403), on, described catch (406) is with passing described gear bucket (404), adjacent two catch (406) in chain (407) motor process
Between distance equal to gear bucket (404) height；Described gear bucket (404) is positioned at described adjustable guide rail (3) port of export, described gear
Upper end and described adjustable guide rail (3) port of export of bucket (404) are positioned at same level, the lower end of described gear bucket (404) and institute
State rotating disk (601) the upper surface gapless of catch tray (6)；
Described catch tray (6) includes rotating disk (601), rotating shaft (602), price fixing (603) and spur gear II (604)；Described rotation
Dish (601) and price fixing (603) are coaxially disposed, and described rotating shaft (602) passes described price fixing (603) upper end and described rotating disk
(601) connecting, lower end and the fixing connection of described spur gear II (604), at described rotating disk (601) excircle, circumference uniform distribution is multiple
Slotted throughbore, described price fixing (603) is respectively arranged with out with the relative position of described gear bucket (404) and near base plate (1) side-walls
Groove through hole；
The opening of described centrifuge mechanism (2) and the arrival end of described adjustable guide rail (3) connect, and described collecting vessel (7) sets
Putting at described price fixing (603) in the slotted throughbore of base plate (1) side-walls, described sheave (809) dressing mechanism (8) is fixed on
On described base plate (1), and coordinate the described rotating disk of drive (601) interval fortune with the spur gear II (604) in described catch tray (6)
Dynamic.
Coin sorting collator the most according to claim 1, it is characterised in that described centrifuge mechanism (2) includes electricity
Support I (202), motor I (203), bevel gear I (204), bevel gear II (205), spur gear I (208), centrifugal shaft (209), from
Heart outer wall (211), centrifugal pan (212) and gear shaft (214)；
Described motor I (203) is fixed on base plate (1) by motor cabinet I (202), gear shaft (214) upper end and described centrifugal
Dish (212) is fixing to be connected, and described centrifugal pan (212) and described centrifugal outer wall (211) form centrifugal chamber, described motor I (203)
Output shaft and the fixing connection of bevel gear I (204), described bevel gear I (204) and bevel gear II (205) engagement, described bevel gear II
(205) it is fixed on centrifugal shaft (209), described centrifugal shaft (209) is fixed with the described spur gear of spur gear I (208) I (208)
Engaging with the gear on described gear shaft (214), described centrifugal outer wall (211) bottom side is provided with opening.
Coin sorting collator the most according to claim 2, it is characterised in that described centrifuge mechanism (2) also includes
Left wall (201), end cap (206), lower bolster (207), top cover (210), upper padding plate (213), bonnet (215), right wall (216) and method
Blue dish (217)；
Described left wall (201), top cover (210), bonnet (215) He Youbi (216) are fixed together formation cavity by corner fittings, institute
Stating inside cavity and be fixed with fence foot rest, described fence foot rest is fixed with section bar, described lower bolster (207) passes through bearing respectively
It is connected with centrifugal shaft (209) and gear shaft (214) lower end, outside the bearing of described lower bolster (207) and centrifugal shaft (209) junction
Side is provided with end cap (206), is provided with flange outside the bearing of described lower bolster (207) and described gear shaft (214) junction
Dish (217), described end cap (206) and ring flange (217) are connected by bolt and described lower bolster (207) are fixing respectively, described
Lower bolster (207) is fixed on described section bar, and described upper padding plate (213) is by the upper end of bearing and described gear shaft (214) even
Connecing, described upper padding plate (213) is fixed on described section bar.
4. according to the Coin sorting collator described in claim 1,2 or 3, it is characterised in that described adjustable guide rail (3) includes
Photoelectric counter (301), left rail (302), guide rail bearing (303), spring (304), right guide rail (305), middle springs
(306), two-way leading screw (307), adjusting knob (308) and disposable box (309)；
Described guide rail bearing (303) is fixed on described base plate (1) by a section bar, described two-way leading screw (307) one end and
Described guide rail bearing (303) connects, and the other end is provided with adjusting knob (308), described left rail (302) and right guide rail (305)
Be arranged in parallel, and respectively with two sections of threaded engagement in two-way leading screw (307), described middle springs (306) is arranged on left rail
(302) and between right guide rail (305), and it is enclosed within described two-way leading screw (307), described right guide rail (305) and guide rail bearing
(303) it is provided with spring (304) between, between described left rail (302) and guide rail bearing (303), is provided with spring (304), described bullet
Spring (304) is enclosed within two-way leading screw (307), and described disposable box (309) is arranged on described left rail (302) and right guide rail (305)
Underface, described photoelectric counter (301) is arranged on described left rail (302) or the end of right guide rail (305).
Coin sorting collator the most according to claim 4, it is characterised in that the minimum pressure of described middle springs (306)
The span of contracting amount is 18mm-26mm.
6. according to the Coin sorting collator described in claim 1,2 or 3, it is characterised in that described chain-wheel mechanism includes chain
(407), sprocket shaft I (408), lower sprocket (409), lining (410), sprocket shaft II (411) and upper sprocket wheel (412)；
The output shaft of described sprocket shaft I (408) one end and described motor II (402) connects, the other end by deep groove ball bearing and
Described sprocket support (403) connects, and described lower sprocket (409) is fixedly installed on described sprocket shaft I (408), described sprocket shaft
II (411) one end current flow angle contact ditch ball bearing and described sprocket support (403) connect, and the other end is fixedly installed upper sprocket wheel
(412), described chain (407) coordinates with described upper sprocket wheel (412) and lower sprocket (409) respectively, and described lining (410) is enclosed within institute
Stating on sprocket shaft I (408), lower sprocket (409) is fixed in lining (410) one end, and the other end fixes deep groove ball bearing inner ring, described chain
The chain (407) of wheel mechanism passes through tensioner (5) tensioning.
Coin sorting collator the most according to claim 6, it is characterised in that described tensioner (5) includes regulating wheel
(501), tensioning axle sleeve (502) and tensioning frame (503), described tensioning frame (503) is fixed on described base plate (1), described tensioning
Wheel (501) is arranged on described tensioning frame (503) by tensioning axle sleeve (502), described regulating wheel (501) and described chain-wheel mechanism
In chain (407) coordinate.
8. according to the Coin sorting collator described in claim 1,2 or 3, it is characterised in that described sheave (809) dressing mechanism
(8) motor cabinet III (801), motor III (802), bevel gear III (803), bevel gear IV (804), bevel gear shaft (805), circle are included
Pin (806), spur gear III (807), straight-tooth wheel shaft (808) and sheave (809)；
Described motor III (802) is fixed on described base plate (1) by motor cabinet III (801), described motor III (802) output shaft
With the described fixing connection of bevel gear III (803), described bevel gear III (803) and bevel gear IV (804) engagement, described bevel gear IV
(804) described bevel gear shaft (805) upper end, described bevel gear shaft (805) lower end and described straight pin (806) it are fixed on fixing even
Connecing, described spur gear III (807) is fixed on straight-tooth wheel shaft (808) upper end, described straight-tooth wheel shaft (808) lower end and described sheave
(809) fixing, described straight pin (806) and described sheave (809) cooperatively form Geneva mechanism, described spur gear III (807) and
Spur gear II (604) engagement in described catch tray (6).
9. according to the Coin sorting collator described in claim 1,2 or 3, it is characterised in that described Coin sorting collator is also
Threaded including support with adjustable (9), described support with adjustable (9) and described base plate (1) lower surface.
10. according to the Coin sorting collator described in claim 1,2 or 3, it is characterised in that described sprocket wheel coin arranges structure
(4) gear bucket (404) upper surface in is provided with arc-shaped baffle plate away from adjustable guide rail (3) side.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620405790.6U CN205692260U (en) | 2016-05-06 | 2016-05-06 | Coin sorting collator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620405790.6U CN205692260U (en) | 2016-05-06 | 2016-05-06 | Coin sorting collator |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205692260U true CN205692260U (en) | 2016-11-16 |
Family
ID=57265470
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620405790.6U Withdrawn - After Issue CN205692260U (en) | 2016-05-06 | 2016-05-06 | Coin sorting collator |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205692260U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105869268A (en) * | 2016-05-06 | 2016-08-17 | 长春理工大学 | Coin clearing machine |
| CN111135540A (en) * | 2020-03-03 | 2020-05-12 | 厦门再刚玩具有限公司 | Quick table tennis counting and arranging device for gymnasium |
-
2016
- 2016-05-06 CN CN201620405790.6U patent/CN205692260U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105869268A (en) * | 2016-05-06 | 2016-08-17 | 长春理工大学 | Coin clearing machine |
| CN105869268B (en) * | 2016-05-06 | 2018-07-27 | 长春理工大学 | Coin sorting collator |
| CN111135540A (en) * | 2020-03-03 | 2020-05-12 | 厦门再刚玩具有限公司 | Quick table tennis counting and arranging device for gymnasium |
| CN111135540B (en) * | 2020-03-03 | 2020-12-11 | 浙江五饼二鱼实业有限公司 | Quick table tennis counting and arranging device for gymnasium |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20161116 Effective date of abandoning: 20180727 |
|
| AV01 | Patent right actively abandoned |