CN2296541Y - Dynamic magnetic violet infrared three identification banknote counter - Google Patents

Dynamic magnetic violet infrared three identification banknote counter Download PDF

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Publication number
CN2296541Y
CN2296541Y CN 97202583 CN97202583U CN2296541Y CN 2296541 Y CN2296541 Y CN 2296541Y CN 97202583 CN97202583 CN 97202583 CN 97202583 U CN97202583 U CN 97202583U CN 2296541 Y CN2296541 Y CN 2296541Y
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China
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resistance
capacitor
ground connection
negative pole
terminating resistor
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CN 97202583
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谭伟基
郭守业
陈伟华
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Abstract

The utility model relates to a dynamic magnetic violet infrared three identification banknote counter, which adopts magnetic identification, and obtains signals by banknote through a sensor MS; after amplified and compared, a detection circuit alarms to a counterfeit banknote buzzer and shuts down; the true and counterfeit of the banknote can be indentified by adopting fluorescent effect which is acted on the banknote by a violet light; the sensor can also be adopted to collect signals which are amplified, and meanwhile the penetrating performance of the infrared is adopted; the counterfeit banknote can be indentified by the detection circuit and the buzzer is adopted to alarm; the banknote counter combines the function of banknote identification and can avoid false identification or miss identification.

Description

Infrared three fake-identifying bank-note counting machines of dynamic type magnetic purple light
The utility model relates to infrared three fake-identifying bank-note counting machines of a kind of dynamic type magnetic purple light, is that a kind of combining with purple light, Infrared and magnetic differentiated the dynamic type equipment of its counterfeit money, belongs to the technical field that paper money counter equipment is equipped with.
Counterfeit money has been upset economy, and the manufacturing technology of counterfeit money also keeps on improving, and degree true to nature also is enough to alert people, make general paper money counter commonly used or cash inspecting machine be difficult to identification, therefore need a kind of more perfect equipment badly, counting and currency examine are combined as a whole, can solve an above-mentioned difficult problem.
The purpose of this utility model is that a kind of dynamic type purple light magnetic, infrared three fake-identifying bank-note counting machines that penetrate will be provided, it can overcome above-mentioned shortcoming, can effectively check the counterfeit money that has or not fluorescent effect, add and utilize the detection of magnetic the printing ink used of seal paper money, can improve the efficient of detection, utilize papery, the printing ink difference of Infrared penetration performance in addition to true and false paper money, can judge genuine notes or counterfeit money by circuit, stop the situation of flase drop and omission, and it is simple in structure, cost is also lower, dependable performance during use.
The purpose of this utility model is achieved in that
A kind of dynamic type magnetic purple light, infrared, three fake-identifying bank-note counting machines, its paper money counter has magnetic sensor circuit, purple light testing circuit and infrared penetration-detection circuit;
A, magnetic detection circuit, chip IC 11 end and capacitor C 14Join 8 termination capacitor C 15, C 15Another termination capacitor C 19, be connected to the potentiometer W of MS magnetic sensor simultaneously 4, the potentiometer W of sensor MS 5Respectively with capacitor C 18And C 20And connect, be connected in resistance R simultaneously again 35, be connected to-5V W again 4And W 5Join, again with capacitor C 18And C 20And C 19The other end respectively and after connecing, be connected to capacitor C again 14With-15V, IC 12 termination capacitor C 13, IC 14 be terminated at capacitor C 12And C 11, be connected to resistance R again 32After, be connected to+5V IC 15 ends and capacitor C 12, C 11The other end joins, IC 16 ends and 7 ends be connected to capacitor C respectively 10And resistance R 20Two ends, and 7 ends and C 10And R 30Together be connected to resistance R 29, be connected to capacitor C again 9, and 6 ends and C 10The other end and R 30Together be connected to capacitor C 8, C 8Other end branch is connected to resistance R 28And capacitor C 16, R 28And C 16The other end is connected to 2/4IC 28 ends, tap one resistance R again simultaneously 20, ground connection divides to be connected to IC then again 213 ends, 2/4IC 29 be terminated at resistance R 31After, ground connection again, and also connecting resistance R of 10 ends 31After ground connection again, its 10 end is connecting resistance R also 27After, ground connection again, 2/4IC 212 terminating resistor R 25, tap one variable potentiometer W again 3, ground connection again, R 25Tap one resistance R again 24, IC 214 terminating diode D 3Positive pole, D 3Negative pole connecting resistance R 23, the other end is connected to resistance R again 21, be connected to IC again 36 ends, resistance R 23Simultaneously again with capacitor C in parallel 7And resistance R 22After the tap, ground connection again, IC 35 terminating resistor R 19, ground connection divides again to be connected to resistance R simultaneously again 20, IC 38 be terminated at resistance R 20The other end divides to be connected to+5V IC again 37 terminating resistor R 18, be connected to AND circuit 1/4IC again 41 end, IC 42 terminating resistor R 34, be connected to counter again, IC 43 be terminated at 1/4IC 51 end, divide again simultaneously to be connected to capacitor C 17After, ground connection again, IC 52 be terminated at K switch 2-3The contact, K switch 2-3Meet diode D again 8Positive pole, D 8Negative pole is connected to diode D 4Negative pole.
B, purple light testing circuit, IC 63 terminating resistor R 1, ground connection again, and IC 62 terminating resistor R 2, being connected to the positive pole of photosensitive tube TE again, the negative pole of TE is ground connection again, IC 62 ends be parallel to capacitor C again 1And resistance R 3, C 1And R 3Be connected to potentiometer W again 1, W 1One end ground connection, the other end and IC 66 end parallel connections, be connected to resistance R again 4, R 4Be connected to IC again 33 ends, R 4Be connected in capacitor C again 2And resistance R 6, be connected to resistance R again 7, ground connection again, IC 76 ends meet diode D again 1Positive pole, D 1Negative pole is connected to IC 86 ends, IC 84 ends and 8 ends be connected in resistance R 8, resistance R 8The other end and IC 82 end parallel connections after be connected to button switch K 1, K 1Contact ground connection again;
C, the infrared circuit that penetrates, its IC 91 end and 5 ends be parallel to capacitor C 5, ground connection again, IC 94 ends and 8 ends be connected in+5V, be connected to simultaneously resistance R again 13With potentiometer W 2, resistance R 13The other end is connected to photosensitive tube HGD 1Positive pole, its negative pole is ground connection again, potentiometer W 2Be connected to resistance R again 14, R 14The other end is connected to photosensitive tube HGD 2Collector, HGD 2Grounded emitter, R 14Be connected to simultaneously resistance R again 15, be parallel to IC again 96 ends and 2 ends, IC 93 terminating resistor R 16, be connected to 1/4IC again 45 ends, 1/4/IC 46 terminating resistor R 35After be connected to the synchronization pulse of fetching from counter again, IC 44 ends be connected to 1/6IC again 53 ends, connect simultaneously capacitor C again 18After, ground connection, IC 54 terminating diode D 4Positive pole, its negative pole again with diode D 8Negative pole be parallel to IC 86 ends.
Warning circuit IC 83 terminating resistor R 9, be connected to triode Q again 1Base stage, Q 1Grounded emitter, its collector again with relay J 1Join, be parallel to diode D simultaneously 2Positive pole, D 2Negative pole again with J 1Join.
The synoptic diagram of Fig. 1 long runway horizontal type cash counter;
The synoptic diagram of Fig. 2 long runway horizontal type cash counter;
Fig. 3 dash road horizontal type cash counter synoptic diagram;
Fig. 4 twists with the fingers the structural representation of paper money part;
Fig. 5 is the A-A cut-open view of Fig. 4
Fig. 6 cash dispenser axis part-structure synoptic diagram;
Fig. 7 cash dispenser axis bearing levelling synoptic diagram;
Fig. 8 twists with the fingers paper money and defeated paper money axle synoptic diagram;
Fig. 9 cash register circuit figure;
The counter sand intention of Figure 10 paper money counter;
Now in conjunction with the accompanying drawings the infrared structure that penetrates triple fake-identifying bank-note counting machines of purple light magnetic is described in detail:
By Fig. 1, the inner casing of paper money counter (6) is a polygon, the equal level of upper right side and left upper end, the middle part is downward-sloping from right to left, and the lower-left end is inwardly recessed again, outer cage (12) places between the inner casing (6) of both sides, the both ends horizontal middle part tilts, similar stepped appearance, and motor switch (2) power switch (3) and reset key (4) are equipped with in inner casing (6) left end top, the left upper end of rear portion inner casing (6) is equipped with display (13), and paper money bucket (7) is equipped with down at the paper money counter rear portion.The inner casing of paper money counter (6) lower-left end is equipped with arrangement amplitude bar (1), on the transmission shaft at paper money counter middle part cash dispenser axis (5) is housed, and infrared sensor (8) magnetic sensor (9) is equipped with, probe (10) infrared tube (11) successively in this top, right side of taking turns (5).
By Fig. 2, the structure of long runway horizontal type cash counter and structural similarity shown in Figure 1, just the lower-left end of paper money counter inner casing (6) is equipped with an arrangement amplitude knob (14), inner casing (6) left upper end has counting switch (15) and reset key (4), the left part of outer cage (11) has display (13), on the transmission shaft at paper money counter middle part money out wheel (5) is housed, top, wheel right side is infrared sensor (8), magnetic sensor (9) probe (10) and infrared tube (11) paper money counter, the rear portion has following paper money bucket (7) equally.
By Fig. 3, the horizontal type paper money counter in dash road is identical with Fig. 2 structure, and just runway is short slightly.
By Fig. 4, Fig. 5, rubber tire core (35) is housed on the counting shaft (36) and twists with the fingers paper money cushion rubber (34), there have been resistance rubber clamping plate (31) top, counting shaft (36) back, its underpart is connected with 4 and send paper money tongue (32), just in time be positioned between each rubber tire core (35) and the cushion rubber (34), be connected with a curved supporting plate (33) below clamping plate (31) right-hand member, banknote-sliding board (21) is screwed, banknote-sliding board (21) inboard is equipped with resistance rubber (22) and is sent paper money tongue clamping plate (23), its right side has up-down adjustment screw (24) to be fixed on to send on the paper money plate (25), on the front and back adjusting screw (26) spring (27) is arranged, this adjusting screw (26) is connected with adjustable column (28), adjustable column spring (29) is sleeved on the adjustable column (28), and resistance rubber clamping plate (31) right side has a shelf bracket (30).
By Fig. 6, Fig. 7, there is bearing seat (42) at cash dispenser axis (41) two ends, bearing (42) is contained on the bearing bridge (43), 4 core wheels (40) are housed on the cash dispenser axis (41) and twist with the fingers paper money cushion rubber (34), below the cash dispenser axis (41) three press-note bars (45), press-note bar (45) one ends have money pressing wheel (47) to be contained on the little axle of money pressing wheel (46), paper-note conveying belt (44) places below the press-note bar (45), be with a front shaft sleeve (48) on the front axle (49), be equipped with on the countershaft (51) runner circle (39), press-note bar axle (37) is contained on the press-note jack-post (38), and rear axle (52) is contained in the left side of press-note bar axle (37).
Bearing (42) is on support (43), and adjusting bolt (50) is arranged at the bottom, also is with spring (58) on the bolt (50).
By Fig. 8, belt pulley (53) is housed on the counting shaft (36), be connected with beating power wheel (56) by driving-belt (57), go out paper money power wheel (54) is housed out on the paper money transmission shaft (41), go up note conveying wheel (55-1) by driving-belt (57) and defeated paper money axle (52) and join, also have a note conveying wheel (55-2) and driving-belt outside surface to join in driving-belt (57) outside.
By Fig. 9, chip IC 11 end and the capacitor C of (model BA328) 14Join 8 termination capacitor C 15, C 15Another termination capacitor C 19, be connected to the potentiometer W of MS magnetic sensor simultaneously 4, the potentiometer W of sensor MS 5Respectively with capacitor C 18And C 20And connect, be connected in resistance R simultaneously again 33, be connected to-5V W again 4And W 5Join and capacitor C 18And C 20And C 19The other end respectively and after connecing, be connected to capacitor C again 14With-15V, IC 12 termination capacitor C 13, IC 14 be terminated at capacitor C 12And C 11, be connected to resistance R again 32After, be connected to+5V IC 15 ends and capacitor C 12, C 11The other end joins, IC 16 ends and 7 ends be connected to capacitor C respectively 10And resistance R 20Two ends, and 7 ends and C 10And R 30Together be connected to resistance R 29, be connected to capacitor C again 96End and C 10The other end and R 30Together be connected to capacitor C 8, C 8Other end branch is connected to resistance R 28And capacitor C 16, R 28And C 16The other end is connected to 1/4IC 212 ends, 2/4IC 29 be terminated at resistance R 31After, ground connection again, 10 ends are connecting resistance R also 27After ground connection again, 2/4IC 24 terminations+5V, 11 terminations-5V, 12 terminating resistor R 25, tap one variable potentiometer W again 3, ground connection again, R simultaneously 25Tap one resistance R again 24, 2/4 IC 214 terminating diode D 3Positive pole, its negative pole connecting resistance R 23, resistance R 23Other end connecting resistance R 21Be connected to IC again 38 ends of (model C F358), resistance R 23Simultaneously again with capacitor C in parallel 7And resistance R 22After the tap, ground connection again.
Resistance R 21Also tap capacitor C of the other end 6, ground connection again, IC 34 terminations-5V, 5 terminating resistor R 19, ground connection divides again to be connected to resistance R simultaneously again 20, IC 38 be terminated at resistance R 20The other end, together divide to be connected to+5V IC 37 terminating resistor R 18, be connected to AND circuit 1/4IC again 41 end of (model C D4077), IC 42 terminating resistor R 34, obtain synchronous pulse signal, IC by counter 43 be terminated at 1/4IC 59Model 40106) 1 end, tap capacitor C simultaneously 17After, ground connection again.
IC 52 termination K switch 2-3The contact, K switch 2-3The contact is connected to diode D again 8Positive pole, its negative pole meets diode D 4Negative pole, D 4Positive pole and 1/6IC 54 ends of chip (model C D4077) join 1/6IC 53 termination capacitor C 18Back ground connection, simultaneously 3 ends again with 1/4IC 44 ends join 1/4IG 45 terminating resistor R 16Be connected to IC again 99 models 555) 3 ends, 1/4IC 46 terminating resistor R 35, be connected K switch with the counter synchronisation pulse signal again 2-3Contact (4) connecting resistance R 17, meet photodiode D again 6Positive pole, D 6Negative pole is ground connection again, K 2-3The contact 3 of switch is connected to IC 8(model 555) 8 ends meet+5V IC again simultaneously 84 ends and 8 ends be connected in resistance R 8, resistance R 8The other end and IC 82 ends and connect after be connected to button switch K 1, K switch 1The contact is ground connection again, IC 85 termination capacitor C 3, again with IC 8End be connected in ground, IC 83 terminating resistor R 9, be connected to triode Q again 1Base stage, the Q utmost point grounded emitter, collector and relay J 1Join, be connected in diode D simultaneously 2Positive pole, D 2Negative pole again with J 1Relay joins, IC 83 ends meet simultaneously IC again 55 ends and 7 ends, be parallel to resistance R again 11Be connected to light emitting diode D 6Positive pole, its minus earth, IC 56 terminating resistor R 10, be connected to triode Q again 2Positive pole, Q 2Grounded emitter, and collector meets hummer 2D, is parallel to capacitor C simultaneously 4, 2/6IC 58 terminating resistor R 12, be connected to light emitting diode D again 6Positive pole, its minus earth, IC 6(model 3140) 3 terminating resistor R 1, ground connection again, 2 terminating resistor R 2, connecing the positive pole of photosensitive tube (TE) again, the negative pole of TE is ground connection again, IC 62 ends of (model 3140) are connected in capacitor C again to be held and resistance R 3, R 3And C 1Other end parallel connection, be connected to potentiometer W 1, W 1One end ground connection, the other end and IC 66 end parallel connections, be connected to resistance R 4, R 4The other end is connected to CI 73 ends, R simultaneously 4Be connected in capacitor C again 2And resistance R 6, be connected to resistance R then 7, ground connection again, IC 77 terminations+5V, 4 terminations-5V, 6 ends are parallel to diode D again 1Positive pole, D 1Negative pole is connected to IC again 86 ends of (model 555).
IC 91 end and 5 ends of (model 555) are parallel to capacitor C 5, ground connection again, IC 94 ends and 8 ends be connected in+5V, be connected to simultaneously resistance R again 13With potentiometer W 2, resistance R 13The other end is connected to photosensitive tube HGD 1Positive pole, its negative pole is ground connection again, potentiometer W 2Be connected to resistance R again 14, R 14The other end is connected to photosensitive tube HGD 2Collector, HGD 2Grounded emitter, R 14Be connected to simultaneously resistance R again 15, be parallel to IC again 96 ends and 2 ends, IC 93 terminating resistor R 16, be connected to 1/4IC again 45 ends (model C D4077), 1/4/IC 46 terminating resistor R 35After be connected to the synchronization pulse of fetching from counter again, IC 44 ends be connected to 1/6IC again 53 ends, connect simultaneously capacitor C again 18After, ground connection, IC 54 terminating diode D 4Positive pole, its negative pole again with diode D 8Negative pole be parallel to IC 86 ends.
Transformer B 1Elementary winding connect-the 220V power supply, its secondary winding is connected to by diode D 8- D 111,2 end of the bridge rectifier of forming time is connected to ground again around winding simultaneously, output terminal 3,4 ends of bridge rectifier, and it 3 is terminated at capacitor C 26, C 22And IC 101 end of (model 7905), and 4 ends of bridge rectifier also are parallel to capacitor C 25And C 21And IC 111 end of (model 7605), IC 113 ends be parallel to capacitor C 27, C 23And be connected to+5V IC 103 ends also be connected in capacitor C 28And C 24, and be connected to-5V IC 102 ends and IC 112 ends join and capacitor C 21, C 22, C 23, C 24, C 25, C 26, C 27, C 28The other end also connect ground connection again.
The 2 terminating resistor R of counter portion U1A (model 74HC04) 51And 3 ends of U1B (model 74HC04), 4 of U1B (74HC04) is terminated at 5 ends of U1C, and 4,5 ends connect capacitor C again 32After, ground connection again, 4 ends connect 13 ends of U1F simultaneously again, divide to be connected to resistance R again 56, be connected to U again 21 end of chip, U 2And L 1Chip joins, and 6 of U1C is terminated at JP 23 ends of chip, JP 210 ends of 1 termination U1E of chip, 11 ends of U1E are connected with 8 ends of U1D, are connected to resistance R simultaneously again altogether 57, again with U 1, U 2, U 315 ends (R) of chip, JP 22 ends and JP 36,5,8 ends join and ground connection, JP 39 ends of 4 termination U1D, divide again simultaneously to be connected to R 59And V Cc, tap capacitor C again 33Back ground connection, U 2And L 1, U 3With L 2, U 4And L 3Join U successively 25 termination U 31 end, U 35 termination U 41 end.
AC 1Meet diode D 11Positive pole, AC 2Meet diode D 12Positive pole, D 1, D 2Negative pole joins, again the tap capacitor C 34And C 35And U 5(model LM7005) 1 end, C 34And C 35And U 52 ends and capacitor C 36, capacitor C 37After joining, ground connection again.
The principle of work of three false distinguishings:
1, magnetic detection
Bank note to by sensor MS produces a magnetoelectricity dynamic formula signal, by IC 1Signal to this collection carries out first order amplification, by 1/2IC 2Carry out the second time and amplify, shaping is later on by IC 3Compare and deliver to 1/4IC again 41 end, 1/4IC 42 ends absorb synchronizing signal from counter, through 1/6IC 5Pass through double-break switch K after the guiding 2-2 Trigger IC 86 ends, make IC 8Upset, and make the circuit breaker action, so motor shuts down while buzzer warning, counterfeit money pilot lamp D 6Light.
2, purple light detects
Operating bank note is subjected to exciting of purple light, produces different fluorescent effects, is gathered by optical sensor TE, through IC 6After the preposition amplification, through IC 7Carry out the second time and amplify, again by D 1Deliver to IC 8So genuine note passes through smoothly, and counterfeit money will trigger IC 8Sending out changes, and causes the actuating of relay, and motor just stops moving the commentaries on classics, so hummer is just reported to the police the pilot lamp D of expression counterfeit money 6Shinny.
3, infrared penetration-detection
HGD 1Produce fixing transmitting illuminant, when banknote in service passes through, HGD 2Different partial pressure value signals will be collected, control IC 9Counter-rotating or bundle, deliver to 1/4IC again 45 ends, synchronously whether the 6th end is got the counter synchronisation signal,, make 4 to bring out existing no pulse number, and 1/6IC 5After the paraphase, trigger IC again 8To counterfeit money with regard to stopping alarm, pilot lamp D simultaneously 5Shinny.
Compared with prior art, infrared three fake-identifying bank-note counting machines of dynamic type magnetic purple light have following advantage:
1, magnetic detection, purple light detection and the detection of infrared light are combined as a whole, make the false distinguishing performance aobvious Work improves, and can stop omission and mistake inspection situation;
2, have warning circuit in the circuit, capable of automatic alarm to counterfeit money;
3, infrared light penetration capacity is strong, utilizes infrared light to the difference of the genuine notes counterfeit money amount of penetrating, can True or false with correct detection banknote;
4, purple light is different to the fluorescence effect of genuine notes and counterfeit money, can reflect thus and survey the true or false of banknote;
5, magnetic head can correctly be judged the true or false of banknote to the magnetic reaction of the printing ink of printing of bank note;
6, simple in structure, cost is low.

Claims (2)

1, a kind of dynamic type magnetic purple light, infrared, three fake-identifying bank-note counting machines is characterized in that paper money counter has magnetic sensor circuit, purple light testing circuit and infrared penetration-detection circuit;
A, magnetic detection circuit, chip IC 11 end and capacitor C 14Join 8 termination capacitor C 15, C 15Another termination capacitor C 19, be connected to the potentiometer W of MS magnetic sensor simultaneously 4, the potentiometer W of sensor MS 5Respectively with capacitor C 18And C 20And connect, be connected in resistance R simultaneously again 33, be connected to-5V W again 4And W 5Join, again with capacitor C 18And C 20And C 19The other end respectively and after connecing, be connected to capacitor C again 14With-15V, IC 12 termination capacitor C 13, IC 14 be terminated at capacitor C 12And C 11, be connected to resistance R again 32After, be connected to+5V IC 15 ends and capacitor C 12, C 11The other end joins, IC 16 ends and 7 ends be connected to capacitor C respectively 10And resistance R 20Two ends, and 7 ends and C 10And R 30Together be connected to resistance R 29, be connected to capacitor C again 9, and 6 ends and C 10The other end and R 30Together be connected to capacitor C 8, C 8Other end branch is connected to resistance R 28And capacitor C 16, R 28And C 16The other end is connected to 2/4IC 28 ends, tap one resistance R again simultaneously 20, ground connection divides to be connected to IC then again 213 ends, 2/4IC 29 be terminated at resistance R 31After, ground connection again, and also connecting resistance R of 10 ends 31After ground connection again, its 10 end is connecting resistance R also 27After, ground connection again, 2/4IC 212 terminating resistor R 25, tap one variable potentiometer W again 3, ground connection again, R 25Tap one resistance R again 24, IC 214 terminating diode D 3Positive pole, D 3Negative pole connecting resistance R 23, the other end is connected to resistance R again 21, be connected to IC again 36 ends, resistance R 23Simultaneously again with capacitor C in parallel 7And resistance R 22After the tap, ground connection again, IC 35 terminating resistor R 19, ground connection divides again to be connected to resistance R simultaneously again 20, IC 38 be terminated at resistance R 20The other end divides to be connected to+5V IC again 37 terminating resistor R 18, be connected to AND circuit 1/4IC again 41 end, IC 42 terminating resistor R 34, be connected to counter again, IC 43 be terminated at 1/4IC 5I end, divide again simultaneously to be connected to capacitor C 17After, ground connection again, IC 52 be terminated at K switch 2-3The contact, K switch 2-3Meet diode D again 8Positive pole, D 8Negative pole is connected to diode D 4Negative pole.
B, purple light testing circuit, IC 63 terminating resistor R 1, ground connection again, and IC 62 terminating resistor R 2, being connected to the positive pole of photosensitive tube TE again, the negative pole of TE is ground connection again, IC 62 ends be parallel to capacitor C again 1And resistance R 3, C 1And R 3Be connected to potentiometer W again 1, W 1One end ground connection, the other end and IC 66 end parallel connections, be connected to resistance R again 4, R 4Be connected to IC again 33 ends, R 4Be connected in capacitor C again 2And resistance R 6, be connected to resistance R again 7, ground connection again, IC 76 ends meet diode D again 1Positive pole, D 1Negative pole is connected to IC 86 ends, IC 84 ends and 8 ends be connected in resistance R 8, resistance R 8The other end and IC 82 end parallel connections after be connected to button switch K 1, K 1Contact ground connection again;
C, the infrared circuit that penetrates, its IC 91 end and 5 ends be parallel to capacitor C 5, ground connection again, IC 94 ends and 8 ends be connected in+5V, be connected to simultaneously resistance R again 13With potentiometer W 2, resistance R 13The other end is connected to photosensitive tube HGD 1Positive pole, its negative pole is ground connection again, potentiometer W 2Be connected to resistance R again 14, R 14The other end is connected to photosensitive tube HGD 2Collector, HGD 2Grounded emitter, R 14Be connected to simultaneously resistance R again 15, be parallel to IC again 96 ends and 2 ends, IC 93 terminating resistor R 16, be connected to 1/4 IC again 45 ends, 1/4/IC 46 terminating resistor R 35After be connected to the synchronization pulse of fetching from counter again, IC 44 ends be connected to 1/6IC again 53 ends, connect simultaneously capacitor C again 18After, ground connection, IC 54 terminating diode D 4Positive pole, its negative pole again with diode D 8Negative pole be parallel to IC 86 ends.
2, paper money counter according to claim 1 is characterized in that warning circuit IC 83 terminating resistor R 9, be connected to triode Q again 1Base stage, Q 1Grounded emitter, its collector again with relay J 1Join, be parallel to diode D simultaneously 2Positive pole, D 2Negative pole again with J 1Join.
CN 97202583 1997-03-27 1997-03-27 Dynamic magnetic violet infrared three identification banknote counter Expired - Fee Related CN2296541Y (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN 97202583 CN2296541Y (en) 1997-03-27 1997-03-27 Dynamic magnetic violet infrared three identification banknote counter

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Application Number Priority Date Filing Date Title
CN 97202583 CN2296541Y (en) 1997-03-27 1997-03-27 Dynamic magnetic violet infrared three identification banknote counter

Publications (1)

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CN2296541Y true CN2296541Y (en) 1998-11-04

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CN 97202583 Expired - Fee Related CN2296541Y (en) 1997-03-27 1997-03-27 Dynamic magnetic violet infrared three identification banknote counter

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105632023A (en) * 2016-03-03 2016-06-01 浙江维融电子科技股份有限公司 Longitudinal banknote counting and distinguishing machine

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105632023A (en) * 2016-03-03 2016-06-01 浙江维融电子科技股份有限公司 Longitudinal banknote counting and distinguishing machine

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