CN203753898U - Bundled banknote reversing mechanism - Google Patents
Bundled banknote reversing mechanism Download PDFInfo
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- CN203753898U CN203753898U CN201420054525.9U CN201420054525U CN203753898U CN 203753898 U CN203753898 U CN 203753898U CN 201420054525 U CN201420054525 U CN 201420054525U CN 203753898 U CN203753898 U CN 203753898U
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Abstract
The utility model relates to the field of financial equipment, in particular to a bundled banknote reversing mechanism for reversing bundled banknotes on a banknote processing line. The bundled banknote reversing mechanism comprises a drive mechanism, a transfer transmission mechanism, a banknote reversing mechanism, an electromagnet control mechanism and a bottom plate; the banknote reversing mechanism comprises a reversing transmission mechanism and a turning mechanism; a driving gear of the drive mechanism meshes with a turn-key gear of the transfer transmission mechanism; a transfer gear of the transfer transmission mechanism meshes with a reversing gear of the reversing transmission mechanism; the turn-key gear and the transfer gear are controlled to synchronously rotate by a clutch member and the electromagnet control mechanism; the turning mechanism is driven to rotate by the reversing transmission mechanism; after the electromagnet control mechanism receives a signal from a maser control portion of the line, a limit shaft, for controlling engaging and disengaging of the gears, of the electromagnet control mechanism rises; after a retaining bar of the clutch member passes, the limit shift falls. The bundled banknote reversing mechanism allows bundled banknotes be reversed quickly efficiently and accurately.
Description
Technical field
The utility model relates to finance device field, specifically a kind of on bill handling conveyor line for making into the one-tenth of bank note commutation bank note direction reverser.
Background technology
Financial institution is in the middle of bill handling process, generally 100 bank note being pricked with bundling belt is one, every 10 stack bank note tie up as a bundle, as shown in Figure 1, every bundling belt bank note is not the midway location that is banded in bank note, but one end of deflection bank note, according to the requirement of " five is good " money bundle of People's Bank of China's regulation, in the time one-tenth being stacked bank note pricked into a bundle, because bundling belt self has certain thickness, in order to prevent the low situation in high one end, bundled bank note one end, as shown in Figure 2, conventionally need to will become bank note is stacked together by different directions fifty-fifty, this just need to commutate some one-tenth on bill handling conveyor line bank note, so that the bundled bank note two-end thickness of balance when bundled bank notes.Prior art is by manually completing above-mentioned one-tenth, the commutation of bank note to be moved, and labour intensity is large, and execution speed is slow, it is low to complete efficiency, and in tied note process, easily forgets commutation action, therefore cannot complete fast, efficiently and accurately commutation action.
Utility model content
The purpose of this utility model be to provide a kind of become bank note direction reverser, can be fast, complete into efficiently and accurately the commutation of bank note is moved.
The purpose of this utility model is achieved through the following technical solutions:
A kind ofly be arranged on one-tenth on bill handling conveyor line bank note direction reverser, comprise driver train, transfer transmission device, bank note direction reverser, magnet control mechanism and base plate, wherein base plate is arranged on the framework of bill handling conveyor line, driver train, transfer transmission device and magnet control mechanism are installed on described base plate, bank note direction reverser comprises reversing transmission mechanism and steering hardware, described reversing transmission mechanism is arranged on base plate, and described steering hardware is arranged between base plate and the belt of bill handling conveyor line; Driving gear on described driver train is meshed with the turn key gear on described transfer transmission device, transfer gear on described transfer transmission device is meshed with the reversing gear on described reversing transmission mechanism, described transfer transmission device is provided with clutch part, described transfer gear and turn key gear are by described clutch part and magnet control mechanism controls synchronous rotary, for making into the steering hardware that bank note is turned to by described reversing transmission mechanism driven rotary; Described clutch part comprises pin, described magnet control mechanism is provided with limit shaft, described transfer gear is quiescence in the time that described limit shaft blocks described pin, described limit shaft rises while receiving in described magnet control mechanism the signal that bill handling conveyor line main control part sends, now described transfer gear and turn key gear start synchronous rotary by described clutch part control, and described limit shaft falls by rear at described pin.
Described driver train, except driving gear, also comprises motor and column, and motor is arranged on base plate by column, and driving gear is arranged on the output shaft of described motor.
The transfer gear of described transfer transmission device comprises gear body and clutch sleeve, described clutch sleeve enters in described turn key gear away from one end plug-in mounting of described gear body, on described base plate, be provided with anchor shaft, the clutch sleeve of described transfer gear is set on described anchor shaft, and the gear body center of described transfer gear and the free end of described anchor shaft are rotationally connected, and described clutch part is arranged on the clutch sleeve of described transfer gear.
Described clutch part also comprises clutch shaft except pin, described clutch shaft is provided with the half-round bar for pinion clutch, on the inside circumference face of described turn key gear, be provided with deep-slotted chip breaker, the one end that enters described turn key gear at described clutch sleeve plug-in mounting is provided with storage tank, described storage tank is becoming when bank note is commutated with together with arbitrary deep-slotted chip breaker on turn key gear inside circumference face to form a cylindrical cavity, half-round bar on clutch shaft is now arranged in described cylindrical cavity, and when described transfer gear rotates with turn key gear synchronous, in deep-slotted chip breaker on storage tank and the turn key fillet of gear side face of described half-round bar while in clutch sleeve.
On described clutch sleeve, be provided with boss, described boss is provided with limiting stopper, on the outer circumference surface of described boss, be provided with the extension spring for pulling described pin rotation, one end of described extension spring is connected with described limiting stopper, the other end is fixed on described pin, and the end edge of described pin by described limiting stopper and described boss is along limiting rotating range.
On described base plate, be provided with fixed muffle, the reversing transmission mechanism of bank note direction reverser is arranged on described fixed muffle, described reversing transmission mechanism also comprises rotating disc and stops adjusting mechanism except described reversing gear, wherein rotating disc comprises the disc being connected with steering hardware and the vertical shaft that is arranged at described disc center, described vertical shaft rotating is arranged in the fixed muffle on base plate, and the free end of described vertical shaft is connected with described reversing gear through after described fixed muffle, fixed muffle both sides at described base plate are respectively equipped with cylinder, stopping adjusting mechanism being arranged in described cylinder.
The described adjusting mechanism that stops comprises stage clip, steel ball, adjustment screw and jam nut, described stage clip and steel ball are arranged in described cylinder, on the vertical shaft of described rotating disc, be provided with a through hole, described steel ball offsets with the two ends of described through hole respectively, adjusting screw is arranged on respectively on described cylinder, and offset by stage clip and described steel ball, jam nut is arranged to be adjusted on screw.
The steering hardware of described bank note direction reverser comprises arc backplate and deflecting plate, wherein arc backplate is symmetricly set on the framework of bill handling conveyor line both sides, deflecting plate is arranged on respectively in the flat side of described arc backplate and is connected with the rotating disc on reversing transmission mechanism, is into the transmission path that turns to bank note between described deflecting plate; Described deflecting plate is provided with hairbrush assembly near one end of bill handling conveyor line framework, the lower end of described hairbrush assembly is lower than the bottom edge of described deflecting plate, and the lower end of described hairbrush assembly in the time becoming bank note is commutated and the upper surface of bill handling conveyor line belt offset.
On described bank note direction reverser, be provided with fault induction mechanism, described fault induction mechanism comprises light-operated, zero-bit inductive switch and inductive switch support, wherein inductive switch support is arranged on base plate, zero-bit inductive switch is arranged on described inductive switch support, on the reversing gear that light-operated is arranged on reversing transmission mechanism; The bilateral symmetry of described light-operated is provided with induction gap, at described steering hardware when until steering state, in the induction region of the induction gap on described light-operated in zero-bit inductive switch.
Described magnet control mechanism is except limit shaft, also comprise electromagnet, rotating shaft, pedestal and shift fork, wherein magnet control mechanism is arranged on base plate by pedestal, shift fork is hinged away from one end of base plate by rotating shaft and described pedestal, and to extend out to described pedestal outer and hinged with the throw rod of limit shaft and electromagnet respectively at the two ends of described shift fork; Described pedestal is provided with orienting lug near a side of limit shaft, and the free end of described limit shaft, through described orienting lug, is provided with block at the free end of described limit shaft, on the limit shaft between described orienting lug and block, is provided with retracing spring.
Advantage of the present utility model and good effect are:
1. in the middle of paper currency sorting conveyor line, can the bundled bill two-end thickness of balance time, also can meet the requirement of being convenient to read bundled bill handling information.
2. in processing mode manually, the utility model is to becoming more quick the commutation of bill action, accurate.And meet the requirement (under unfaulty conditions) of intervening without personnel in bill handling conveyor line.
3. the utility model characteristics of motion is accurate, dependable performance, and compact conformation, saves space, is applicable to into the occasion that bill is transmitted at a high speed.Can be widely used in and need will become in the bill handling apparatus of bill commutation, can complete fast, efficiently and accurately commutation action.
Brief description of the drawings
Fig. 1 is for becoming bill binding schematic diagram,
Fig. 2 is bundled bill binding schematic diagram,
Fig. 3 is the utility model structural representation,
Fig. 4 is driver train schematic diagram of the present utility model in Fig. 3,
Fig. 5 is transfer transmission device schematic diagram of the present utility model in Fig. 3,
Fig. 6 is the transfer transmission device working state schematic representation one in Fig. 5,
Fig. 7 is the transfer transmission device working state schematic representation two in Fig. 5,
Fig. 8 (a) is the transfer transmission device working state schematic representation three in Fig. 5,
Fig. 8 (b) is the transfer transmission device working state schematic representation four in Fig. 5,
Fig. 9 (a) is the transfer transmission device working state schematic representation five in Fig. 5,
Fig. 9 (b) is the transfer transmission device working state schematic representation six in Fig. 5,
Figure 10 is bank note direction reverser schematic diagram of the present utility model in Fig. 3,
Figure 11 is the lateral plan of the bank note direction reverser in Figure 10,
Figure 12 is I place enlarged drawing in Figure 11,
Figure 13 be in Figure 11 A to view,
Figure 14 is magnet control structural scheme of mechanism of the present utility model in Fig. 3,
Figure 15 is base arrangement schematic diagram of the present utility model in Fig. 3.
Wherein, 1 is driver train, 101 is motor, 102 is column, 103 is driving gear, 2 is transfer transmission device, 201 is transfer gear, 202 is turn key gear, 203 is extension spring, 204 is clutch part, 205 is gear body, 206 is clutch sleeve, 207 is pin, 208 is clutch shaft, 209 is half-round bar, 210 is deep-slotted chip breaker, 211 is storage tank, 212 is limiting stopper, 213 is boss, 3 is bank note direction reverser, 31 is reversing transmission mechanism, 32 is steering hardware, 33 is fault induction mechanism, 301 is fixed leg, 302 is fixing yoke plate, 303 is reversing gear, 304 is light-operated, 305 is rotating disc, 306 is arc backplate, 307 is stage clip, 308 is steel ball, 309 is light-operated adapter plate, 310 is zero-bit inductive switch, 311 is deflecting plate, 312 for stopping adjusting mechanism, 313 is disc, 314 is vertical shaft, 315 is hairbrush assembly, 316 is erection column, 317 is inductive switch support, 4 is magnet control mechanism, 401 is limit shaft, 402 is electromagnet, 403 is rotating shaft, 404 is pedestal, 405 is shift fork, 406 is retracing spring, 407 is orienting lug, 408 is block, 5 is base plate, 501 is fixed muffle, 502 is anchor shaft, 503 is fixed leg, 504 is cylinder.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model is described in further detail.
As shown in Figure 3, the utility model is arranged on bill handling conveyor line and is arranged at the top of bill handling conveyor line belt, the utility model comprises driver train 1, transfer transmission device 2, bank note direction reverser 3, magnet control mechanism 4 and base plate 5, wherein base plate 5 is arranged on by fixed leg 503 on the framework of bill handling conveyor line both sides, driver train 1, transfer transmission device 2 and magnet control mechanism 4 are installed on described base plate 5, bank note direction reverser 3 comprises reversing transmission mechanism 31, steering hardware 32 and fault induction mechanism 33, described reversing transmission mechanism 31 and fault induction mechanism 33 are arranged on base plate 5, described steering hardware 32 is arranged at the below of base plate 5.
As shown in Figure 4, driver train 1 comprises motor 101, column 102 and driving gear 103, and motor 101 is arranged on base plate 5 by column 102, and driving gear 103 is arranged on the output shaft of motor 101.
As shown in Fig. 5～9, described transfer transmission device 2 comprises transfer gear 201, turn key gear 202, extension spring 203 and clutch part 204, wherein turn key gear 202 is meshed with the driving gear 103 of driver train 1, the gear body 205 that transfer gear 201 comprises clutch sleeve 206 and is connected with one end of described clutch sleeve 206, described clutch sleeve 206 enters in described turn key gear 202 away from one end plug-in mounting of described gear body 205, and described turn key gear 202 can rotate around described clutch sleeve 206.As shown in figure 15, on described base plate 5, be provided with anchor shaft 502, as shown in Fig. 6～7, the clutch sleeve 206 of transfer gear 201 is set on described anchor shaft 502, and gear body 205 centers of described transfer gear 201 and the free end of described anchor shaft 502 are rotationally connected.Clutch part 204 is arranged on the clutch sleeve 206 of transfer gear 201, as shown in Figure 5, described clutch part 204 is L-type, comprise orthogonal pin 207 and clutch shaft 208, described clutch shaft 208 comprises one section of half-round bar 209, described half-round bar 209 parts are for controlling the clutch of transfer gear 201 and turn key gear 202, on the inside circumference face of turn key gear 202, be evenly equipped with deep-slotted chip breaker 210, on the outer circumference face of described clutch sleeve 206, the one end that enters described turn key gear 202 at described clutch sleeve 206 plug-in mountings is provided with a storage tank 211, in the time that transfer gear 201 is not synchronizeed with turn key gear 202, half-round bar 209 parts on clutch shaft 208 are only arranged in described storage tank 211, set motor 101 rotating speeds by calculating, make the arbitrary deep-slotted chip breaker 210 on turn key gear 202 inside circumference faces in the time becoming bank note is commutated, just in time rotate to described storage tank 211 places, described storage tank 211 forms a complete cylindrical cavity together with described deep-slotted chip breaker 210, half-round bar 209 parts on clutch shaft 208 are now arranged in described cylindrical cavity.On the outer circumference wall of clutch sleeve 206, circumferencial direction along described clutch sleeve 206 self is provided with a boss 213, described boss 213 is provided with a breach, clutch shaft 208 is entered in the cylindrical cavity being made up of the storage tank 211 of clutch sleeve 206 and the deep-slotted chip breaker 210 of turn key gear 202 by described indentation, there plug-in mounting, on described boss 213, be also provided with one for limiting the limiting stopper 212 of pin 207 positions, one side surface of 212 position-limiting actions of described limiting stopper and smooth linking of breach edge of described boss 213, extension spring 203 is arranged on the outer circumference surface of described boss 213, as shown in Fig. 8 (a) and Fig. 8 (b), one end of described extension spring 203 is connected with described limiting stopper 212, the other end is fixed on the pin 207 of clutch part 204, the end edge of described pin 207 by described limiting stopper 212 and described boss 213 is along limiting rotating range.
As shown in Fig. 6～9, magnet control mechanism 4 comprises limit shaft 401, when mechanism works, in the time that the pin 207 of clutch part 204 is stopped by described limit shaft 401, as shown in Fig. 6 and Fig. 8 (a), described pin 207 is near living limiting stopper 212, as shown in Fig. 9 (a), half-round bar 209 parts of clutch shaft 208 are now only arranged in the storage tank 211 of clutch sleeve 206, driver train 1 can only drive turn key gear 202 to rotate, transfer gear 201 does not rotate with turn key gear 202, and now extension spring 203 is in extended state.Need to commutate time, magnet control mechanism 4 receives the signal that bill handling conveyor line main control part sends rises limit shaft 401, make limit shaft 401 no longer stop the pin 207 of clutch part 204, as shown in Fig. 7 and Fig. 8 (b), pin 207 rotates under the effect of extension spring 203, as shown in Figure 9 (b), pin 207 drives the half-round bar 209 on clutch shaft 208 to rotate, make described half-round bar 209 simultaneously in the deep-slotted chip breaker 210 of the storage tank 211 in clutch sleeve 206 and turn key gear 202 inner peripheral surfaces, realize transfer gear 201 with turn key gear 202 synchronous rotaries.The end edge of described pin 207 by limiting stopper 212 and boss 213, along limiting rotating range, prevents that half-round bar 209 from turning over head, ensures that half-round bar 209 is simultaneously in the deep-slotted chip breaker 210 of the storage tank 211 in clutch sleeve 206 and turn key gear 202 inner peripheral surfaces.
As shown in Figure 10～11, bank note direction reverser 3 comprises reversing transmission mechanism 31, steering hardware 32 and fault induction mechanism 33, as shown in figure 15, on described base plate 5, be provided with fixed muffle 501, described reversing transmission mechanism 31 is arranged on described fixed muffle 501, and steering hardware 32 is arranged at the below of base plate 5 and is arranged on the framework of bill handling conveyor line.As shown in figure 11, described reversing transmission mechanism 31 comprises reversing gear 303, rotating disc 305 and stops adjusting mechanism 312, wherein rotating disc 305 comprises the disc 313 being connected with steering hardware 32 and the vertical shaft 314 that is arranged at described disc 313 centers, described vertical shaft 314 supports in the fixed muffle 501 being arranged on base plate 5 by bearing, and the free end of described vertical shaft 314 passes described fixed muffle 501 afterwards and reversing gear 303 is connected.Stop adjusting mechanism 312 and comprise stage clip 307, steel ball 308, adjust screw and jam nut, as shown in figure 15, fixed muffle 501 both sides at described base plate 5 are respectively equipped with cylinder 504, the coaxial setting of described cylinder 504 and center are the tapped bore connecting, described stage clip 307 and steel ball 308 are arranged in described cylinder 504, on the vertical shaft 314 of described rotating disc 305, be provided with a through hole, described steel ball 308 offsets with the two ends of described through hole respectively, adjusting screw is threaded connection on the cylinder 504 that is arranged on respectively fixed muffle 501 both sides, and offset by stage clip 307 and described steel ball 308, described stage clip 307 is compressive state, adjust screw by rotation and can adjust the size of steel ball 308 to vertical shaft 314 resistance that produces, jam nut is arranged to be adjusted on screw, to be adjusted suitable after, jam nut is locked for stopping adjusting mechanism 312.When mechanism works, ensure, after the each Rotate 180 degree of steering hardware 32 under base plate 5, can reliably stop by the effect of described steel ball 308 and the elastic force effect of described stage clip 307, can not turn over head or rotate not in place.
As shown in Figure 10～12, described steering hardware 32 comprises arc backplate 306, deflecting plate 311 and hairbrush assembly 315, wherein arc backplate 306 is symmetricly set on the framework of bill handling conveyor line both sides, and the flat side of described arc backplate 306 is positioned at inner side, two deflecting plates 311 are arranged on respectively in the flat side of described arc backplate 306, and described deflecting plate 311 is connected with the rotating disc 305 of reversing transmission mechanism 31, between two deflecting plates 311, formed and become the transmission path of bank note, described steering hardware 32 is made into bank note is turned to by described deflecting plate 311.The bottom edge of described deflecting plate 311 is apart from the gapped L of upper surface of bill handling conveyor line belt, when ensureing that deflecting plate 311 rotates and bill handling conveyor line belt do not come in contact, gap L=1mm described in the present embodiment.As shown in figure 12, be provided with hairbrush assembly 315 at described deflecting plate 311 near one end of bill handling conveyor line framework, the lower end of described hairbrush assembly 315 is lower than the bottom edge of described deflecting plate 311, in the time that bank note commutates, the upper surface of the lower end of described hairbrush assembly 315 and bill handling conveyor line belt offsets, ensure that deflecting plate 311 is driving into when bank note is rotated, become bank note is folded neatly all the time, can be because of not gapped between deflecting plate 311 and belt, cause at described interstitial site place the bank note not contacting with deflecting plate 311 in the time of commutation rotation and other bank note stagger.Described hairbrush assembly 315 is made by having flexible material, in the present embodiment, it is nylon wire that described hairbrush assembly 315 is made material, when this makes hairbrush assembly 315 through bill handling conveyor line belt, can not produce and damage belt compared with large friction force belt.
As shown in Figure 10～11, described fault induction mechanism 33 comprises light-operated 304, zero-bit inductive switch 310 and inductive switch support 317, wherein inductive switch support 317 comprises fixed leg 301, fixing yoke plate 302 and light-operated adapter plate 309, fixing yoke plate 302 is arranged on base plate 5 by fixed leg 301, light-operated adapter plate 309 is arranged on described fixing yoke plate 302, zero-bit inductive switch 310 is arranged on described light-operated adapter plate 309, coaxially arrange with the reversing gear 303 of reversing transmission mechanism 31 for light-operated 304, and be arranged on described reversing gear 303 by erection column 316, as shown in figure 13, be provided with induction gap the bilateral symmetry of light-operated 304, when the passage forming when two deflecting plates 311 is parallel with the service direction of bill handling conveyor line, mechanism is in treating steering state, now in two induction gap should just in time be positioned at the induction region of zero-bit inductive switch 310 on described light-operated 304, as do not reached this requirement, show that steering hardware 32 does not turn in place, zero-bit inductive switch 310 will send signal prompt fault, in the present embodiment, zero-bit inductive switch 310 is photoelectric switch, this is commercial product, model is OS808, manufacturer is Zhong jing, Beijing Shunda commerce and trade Co., Ltd.
As shown in figure 14, magnet control mechanism 4 is except limit shaft 401, also comprise electromagnet 402, rotating shaft 403, pedestal 404, shift fork 405 and retracing spring 406, wherein magnet control mechanism 4 is arranged on base plate 5 by pedestal 404, shift fork 405 is hinged away from one end of base plate 5 by rotating shaft 403 and described pedestal 404, and it is outer and hinged with the throw rod of limit shaft 401 and electromagnet 402 respectively that the two ends of described shift fork 405 extend out to described pedestal 404, described pedestal 404 is provided with orienting lug 407 near a side of limit shaft 401, the free end of described limit shaft 401 is through described orienting lug 407, be provided with block 408 at the free end of described limit shaft 401, described block 408 is for stopping the pin 207 of clutch part 204, retracing spring 406 is set on described limit shaft 401, and described retracing spring 406 is arranged between described orienting lug 407 and block 408.When having after commutation signal, electromagnet 402 is switched on, the throw rod of electromagnet moves down and drives shift fork 405 403 to rotate around the shaft, described shift fork 405 drives described limit shaft 401 to rise, now retracing spring 406 is in compressive state, after the pin 207 of clutch part 204 passes through, electromagnet 402 is power-off, limit shaft 401 is fallen under the effect of retracing spring 406, thereby ensure often to obtain one time commutation signal, the turn key gear 202 of transfer transmission device 2 only revolves and turns around, pin 207 just offsets with limit shaft 401 again afterwards, make transfer gear 201 and turn key gear 202 no longer synchronize rotation.In the present embodiment, described electromagnet 402 is commercial, and model is MC0837US-24A24, and manufacturer is Dongguan Xin Hui Electronic Science and Technology Co., Ltd..
Speed ratio between the transfer gear 201 of transfer transmission device 2 and the reversing gear 303 of bank note direction reverser 3 is 2:1, thereby while ensureing that transfer gear 201 encloses with turn key gear 202 synchronous rotaries one at every turn, the steering hardware 32 of bank note direction reverser 3 only can Rotate 180 degree, ensures bank note commutation.
Principle of work of the present utility model is:
Treat as when bank note is not entered into the steering hardware 32 of bank note direction reverser 3, on transfer transmission device 2, the limited axle 401 of pin 207 of clutch part 204 blocks, and driver train 1 can only drive turn key gear 202 to rotate, and transfer gear 201 does not rotate with turn key gear 202.Become bank note is entered into after bank note direction reverser 3, magnet control mechanism 4 receives the signal that bill handling conveyor line main control part sends rises limit shaft 401, make limit shaft 401 no longer stop the pin 207 of clutch part 204, pin 207 rotates under extension spring 203 effects, make half-round bar on clutch shaft 208 209 simultaneously in the deep-slotted chip breaker 210 of the storage tank 211 in clutch sleeve 206 and turn key gear 202 inner peripheral surfaces, thereby make transfer gear 201 with turn key gear 202 synchronous rotaries, transfer gear 201 drives the reversing gear 303 of bank note direction reverser 3 to rotate, and then drive steering hardware 32 to rotate, speed ratio between the transfer gear 201 of transfer transmission device 2 and the reversing gear 303 of bank note direction reverser 3 is 2:1, the steering hardware 32 that ensures bank note direction reverser 3 at every turn only can Rotate 180 degree, thereby the one-tenth that enters into steering hardware 32 is commutated bank note.Deflecting plate 311 bottoms at steering hardware 32 are provided with hairbrush assembly 315, for ensureing that deflecting plate 311, driving into when bank note is rotated, becomes bank note is folded neatly all the time.On reversing transmission mechanism 31, be provided with and stop adjusting mechanism 312,, after the each Rotate 180 degree of steering hardware 32, can reliably stop for ensureing.On bank note direction reverser 3, be also provided with fault induction mechanism 33, make steering hardware 32 cannot forward to during when breaking down, the entrance that is stuck in steering hardware 32 such as bank note cannot be rotated in place steering hardware 32, and fault induction mechanism 33 gives the alarm, and bill handling conveyor line is out of service.
Claims (10)
1. one kind is arranged on one-tenth on bill handling conveyor line bank note direction reverser, it is characterized in that: comprise driver train (1), transfer transmission device (2), bank note direction reverser (3), magnet control mechanism (4) and base plate (5), wherein base plate (5) is arranged on the framework of bill handling conveyor line, driver train (1), transfer transmission device (2) and magnet control mechanism (4) are installed on described base plate (5), bank note direction reverser (3) comprises reversing transmission mechanism (31) and steering hardware (32), described reversing transmission mechanism (31) is arranged on base plate (5), described steering hardware (32) is arranged between base plate (5) and the belt of bill handling conveyor line, driving gear (103) on described driver train (1) is meshed with the turn key gear (202) on described transfer transmission device (2), transfer gear (201) on described transfer transmission device (2) is meshed with the reversing gear (303) on described reversing transmission mechanism (31), described transfer transmission device (2) is provided with clutch part (204), described transfer gear (201) and turn key gear (202) are controlled synchronous rotary by described clutch part (204) and magnet control mechanism (4), for making into the steering hardware (32) that bank note is turned to by described reversing transmission mechanism (31) driven rotary, described clutch part (204) comprises pin (207), described magnet control mechanism (4) is provided with limit shaft (401), described transfer gear (201) is quiescence in the time that described limit shaft (401) blocks described pin (207), described limit shaft (401) rises while receiving in described magnet control mechanism (4) signal that bill handling conveyor line main control part sends, now described transfer gear (201) is controlled and is started synchronous rotary by described clutch part (204) with turn key gear (202), described limit shaft (401) falls by rear at described pin (207).
2. one-tenth according to claim 1 is bank note direction reverser, it is characterized in that: described driver train (1) is except driving gear (103), also comprise motor (101) and column (102), it is upper that motor (101) is arranged on base plate (5) by column (102), and driving gear (103) is arranged on the output shaft of described motor (101).
3. one-tenth according to claim 1 is bank note direction reverser, it is characterized in that: the transfer gear (201) of described transfer transmission device (2) comprises gear body (205) and clutch sleeve (206), described clutch sleeve (206) enters in described turn key gear (202) away from one end plug-in mounting of described gear body (205), on described base plate (5), be provided with anchor shaft (502), the clutch sleeve (206) of described transfer gear (201) is set on described anchor shaft (502), and gear body (205) center of described transfer gear (201) and the free end of described anchor shaft (502) are rotationally connected, described clutch part (204) is arranged on the clutch sleeve (206) of described transfer gear (201).
4. one-tenth according to claim 3 is bank note direction reverser, it is characterized in that: described clutch part (204) also comprises clutch shaft (208) except pin (207), described clutch shaft (208) is provided with the half-round bar (209) for pinion clutch, on the inside circumference face of described turn key gear (202), be provided with deep-slotted chip breaker (210), the one end that enters described turn key gear (202) at described clutch sleeve (206) plug-in mounting is provided with storage tank (211), described storage tank (211) is becoming when bank note is commutated with together with arbitrary deep-slotted chip breaker (210) on turn key gear (202) inside circumference face to form a cylindrical cavity, half-round bar (209) on clutch shaft (208) is now arranged in described cylindrical cavity, and described transfer gear (201) is during with turn key gear (202) synchronous rotary, in deep-slotted chip breaker (210) on storage tank (211) and turn key gear (202) inner peripheral surface of described half-round bar (209) while in clutch sleeve (206).
5. one-tenth according to claim 4 is bank note direction reverser, it is characterized in that: on described clutch sleeve (206), be provided with boss (213), described boss (213) is provided with limiting stopper (212), on the outer circumference surface of described boss (213), be provided with the extension spring (203) for pulling described pin (207) rotation, one end of described extension spring (203) is connected with described limiting stopper (212), the other end is fixed on described pin (207), the end edge of described pin (207) by described limiting stopper (212) and described boss (213) is along limiting rotating range.
6. one-tenth according to claim 1 is bank note direction reverser, it is characterized in that: on described base plate (5), be provided with fixed muffle (501), the reversing transmission mechanism (31) of bank note direction reverser (3) is arranged on described fixed muffle (501), described reversing transmission mechanism (31) also comprises rotating disc (305) and stops adjusting mechanism (312) except described reversing gear (303), wherein rotating disc (305) comprises the disc (313) being connected with steering hardware (32) and is arranged at the vertical shaft (314) of described disc (313) center, described vertical shaft (314) rotates in the fixed muffle (501) being arranged on base plate (5), and the free end of described vertical shaft (314) is through being connected with described reversing gear (303) after described fixed muffle (501), fixed muffle (501) both sides in described base plate (5) are respectively equipped with cylinder (504), stopping adjusting mechanism (312) is arranged in described cylinder (504).
7. one-tenth according to claim 6 is bank note direction reverser, it is characterized in that: described in stop adjusting mechanism (312) and comprise stage clip (307), steel ball (308), adjust screw and jam nut, described stage clip (307) and steel ball (308) are arranged in described cylinder (504), on the vertical shaft (314) of described rotating disc (305), be provided with a through hole, described steel ball (308) offsets with the two ends of described through hole respectively, adjusting screw is arranged on respectively on described cylinder (504), and offset by stage clip (307) and described steel ball (308), jam nut is arranged to be adjusted on screw.
8. one-tenth according to claim 1 is bank note direction reverser, it is characterized in that: the steering hardware (32) of described bank note direction reverser (3) comprises arc backplate (306) and deflecting plate (311), wherein arc backplate (306) is symmetricly set on the framework of bill handling conveyor line both sides, deflecting plate (311) is arranged on respectively in the flat side of described arc backplate (306) and is connected with the rotating disc (305) on reversing transmission mechanism (31), is into the transmission path that turns to bank note between described deflecting plate (311); Described deflecting plate (311) is provided with hairbrush assembly (315) near one end of bill handling conveyor line framework, the lower end of described hairbrush assembly (315) is lower than the bottom edge of described deflecting plate (311), and the lower end of described hairbrush assembly (315) in the time becoming bank note is commutated and the upper surface of bill handling conveyor line belt offset.
9. one-tenth according to claim 1 is bank note direction reverser, it is characterized in that: on described bank note direction reverser (3), be provided with fault induction mechanism (33), described fault induction mechanism (33) comprises light-operated (304), zero-bit inductive switch (310) and inductive switch support (317), wherein inductive switch support (317) is arranged on base plate (5), it is upper that zero-bit inductive switch (310) is arranged on described inductive switch support (317), and light-operated (304) are arranged on the reversing gear (303) of reversing transmission mechanism (31); The bilateral symmetry of described light-operated (304) is provided with induction gap, at described steering hardware (32) when until steering state, in the induction region of the induction gap on described light-operated (304) in zero-bit inductive switch (310).
10. one-tenth according to claim 1 is bank note direction reverser, it is characterized in that: described magnet control mechanism (4) is except limit shaft (401), also comprise electromagnet (402), rotating shaft (403), pedestal (404) and shift fork (405), wherein magnet control mechanism (4) is arranged on base plate (5) by pedestal (404), shift fork (405) is hinged away from one end of base plate (5) by rotating shaft (403) and described pedestal (404), and it is outer and hinged with the throw rod of limit shaft (401) and electromagnet (402) respectively that the two ends of described shift fork (405) extend out to described pedestal (404), described pedestal (404) is provided with orienting lug (407) near a side of limit shaft (401), the free end of described limit shaft (401) is through described orienting lug (407), be provided with block (408) at the free end of described limit shaft (401), on the limit shaft (401) between described orienting lug (407) and block (408), be provided with retracing spring (406).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420054525.9U CN203753898U (en) | 2014-01-27 | 2014-01-27 | Bundled banknote reversing mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420054525.9U CN203753898U (en) | 2014-01-27 | 2014-01-27 | Bundled banknote reversing mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203753898U true CN203753898U (en) | 2014-08-06 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420054525.9U Expired - Fee Related CN203753898U (en) | 2014-01-27 | 2014-01-27 | Bundled banknote reversing mechanism |
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| Country | Link |
|---|---|
| CN (1) | CN203753898U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104670558A (en) * | 2015-02-18 | 2015-06-03 | 杨承然 | Vertical currency bundle conveying type fixed-number steering mechanism |
| CN104803176A (en) * | 2014-01-27 | 2015-07-29 | 聚龙股份有限公司 | Bundled paper currency reversing gear |
-
2014
- 2014-01-27 CN CN201420054525.9U patent/CN203753898U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104803176A (en) * | 2014-01-27 | 2015-07-29 | 聚龙股份有限公司 | Bundled paper currency reversing gear |
| WO2015109837A1 (en) * | 2014-01-27 | 2015-07-30 | 辽宁聚龙金融设备股份有限公司 | Bundled paper currency reversing mechanism |
| CN104670558A (en) * | 2015-02-18 | 2015-06-03 | 杨承然 | Vertical currency bundle conveying type fixed-number steering mechanism |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C56 | Change in the name or address of the patentee |
Owner name: JULONG CO., LTD. Free format text: FORMER NAME: LIAONING JULONG FINANCIAL EQUIPMENT CORP. |
|
| CP01 | Change in the name or title of a patent holder |
Address after: 114051, Anshan Province, east of the eastern part of the town of Liaoning Qianshan Road No. 308 Patentee after: JULONG CO., LTD. Address before: 114051, Anshan Province, east of the eastern part of the town of Liaoning Qianshan Road No. 308 Patentee before: Liaoning Julong Financial Equipment Co., Ltd. |
|
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140806 Termination date: 20170127 |