CN201312171Y - Motor with shielding front cover, shielding rear cover, shielding housing, shielding magnetic shoe sleeve and start-stop brake controller - Google Patents
Motor with shielding front cover, shielding rear cover, shielding housing, shielding magnetic shoe sleeve and start-stop brake controller Download PDFInfo
- Publication number
- CN201312171Y CN201312171Y CNU2008201646764U CN200820164676U CN201312171Y CN 201312171 Y CN201312171 Y CN 201312171Y CN U2008201646764 U CNU2008201646764 U CN U2008201646764U CN 200820164676 U CN200820164676 U CN 200820164676U CN 201312171 Y CN201312171 Y CN 201312171Y
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- shielding
- control circuit
- shape
- magnetic shoe
- stop
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Abstract
A motor with shielding front cover, shielding rear cover, shielding housing, shielding magnetic shoe sleeve and start-stop brake controller belongs to the field of motor manufacture, which is characterized in that a front cover, a rear cover and a magnetic shoe sleeve are shielding, the shielding magnetic shoe sleeve is tightly connected with a cassette mechanism casing, the cassette mechanism casing is covered by a shielding housing outside, and is matched with a shell, the cassette mechanism casing is movably matched with the shielding housing, a start-stop brake controller is arranged between the rear cover and a cassette mechanism rear cover to electrically connect with a motor power circuit, the shielding front cover and the shielding magnetic shoe sleeve both have six shapes, and the shell, the shielding rear cover and the shielding housing all have seven shapes, and the shielding front cover, the shielding rear cover, the shielding housing and the shielding magnetic shoe sleeve in various shapes are combined with the shell in various shapes to form various shielding structures. The start-stop brake controller comprises an alternative current power incoming interface, a computer control input interface, an alternative current power incoming line protective circuit, a bridge rectification filter circuit, a starting execution control circuit, a stopping brake circuit and a start/stop brake control circuit. The operation of the motor can be accurately controlled, the start-stop reliable brake force is large, the shielding is strengthened, and the money counting precision of a money counter is improved.
Description
Technical field
The utility model relates to the motor manufacturing, particularly is used in the motor that shielding front and rear covers, outer cover, magnetic shoe cover and start-stop brake controller are housed on the paper money counter.
Background technology
In the past, on paper money counter as the direct current machine of power section, because the inertia of motor in the running, cause the counting arbor when needs shut down, also to continue to change several circles, cause misoperation, influence the accuracy of paper money counter point cash amount, and because extraneous electromagnetic interference makes the counting precision of paper money counter be difficult to guarantee fully.
The utility model content
The purpose of this utility model is at above-mentioned defective, and a kind of motor that shielding front and rear covers, outer cover, magnetic shoe cover and start-stop brake controller are housed is provided.Be intended to solve motor in outage, brake is immediately guaranteed that the motor noninertia rotates, and is strengthened shielding, prevents electromagnetic interference.
The technical solution of the utility model is the motor that shielding front and rear covers, outer cover, magnetic shoe cover and start-stop brake controller are housed, comprise motor shaft 1, bearing 2, protecgulum 3, casing 4, magnetic shoe cover 5, magnetic shoe 6, rotor 7, movement bonnet 8, bonnet 9 and movement housing 10, it is characterized in that said protecgulum 3 is shielding protecgulums, said bonnet 9 is shielding bonnets; Said magnetic shoe cover 5 is that shielding magnetic shoe cover is fastenedly connected with movement housing 10; Be inclusive with shielding outer cover 11 and be connected with casing 4 outside movement housing 10, movement housing 10 is connected with 11 activities of shielding outer cover; In the cavity between movement bonnet 8 and bonnet 9 start-stop brake controller 12 is installed, start-stop brake controller 12 is electrically connected with motor power circuit.
It is that tight fit is connected or activity is connected that said shielding outer cover 11 is connected with casing 4; Said casing 4 has seven kinds of shapes, be stamped six kinds of shapes before the shielding, the shielding magnetic shoe is with six kinds of shapes, and shielding is covered with seven kinds of shapes, the shielding bonnet also has seven kinds of shapes, and the shielding front and rear covers of different shape, outer cover, shielding magnetic shoe cover and casing are combined into various shielding constructions mutually.
Said shielding is covered with seven kinds of shapes: be round cup shape or mesopore hood-shaped or cylindrical shape or middle boss bottle cap shape or the reel shape or middle indent is hood-shaped or reel shape of cracking; Said shielding magnetic shoe cover also has six kinds of shapes: have the porose hood-shaped or porose other end inner chamber in center in annular steps shape or center that step or the porose bottle cap shape of convexity are arranged in the middle of having in step or the cylinder in cylindrical shape or the cylinder; Said casing 4 has seven kinds of shapes: be that cylindrical shape or center are porose hood-shaped or the mesopore inner convex platform is hood-shaped or mesopore outer lug boss hood-shaped or outer opening bottle cap shape or inner opening bottle cap shape or round cup shape; Said shielding protecgulum also has six kinds of shapes: be that the center has hole shape or bottle cap center to have porose inside convex of hole shape or center or the porose capping in center to have the porose cover cavity again of round spacer ring shape or center that round spacer ring shape is arranged greater than interior cast or cover cavity; Said shielding bonnet also has seven kinds of shapes: be that the center has hole shape or bottle cap shape or center to have projection shape or projection center to have hole shape or cover cavity to have the porose cover cavity again of round spacer ring shape or center to have on round spacer ring shape or the capping hole shape is arranged.
Said start-stop brake controller 11 comprises AC power inlet wire interface J
1, computer control input interface J
3, AC power incoming relay-protection circuit, bridge rectifier filter circuit, startup carry out control circuit, shut down the brake circuit, starting/the stop control circuit that brakes; AC power inlet wire interface J
1Be connected with AC power incoming relay-protection circuit input end, AC power incoming relay-protection circuit output end is connected with the bridge rectifier filter circuit input; The bridge rectifier filter circuit output is carried out the control circuit input with startup and is connected, and starts execution control circuit output and is connected with the starting/control circuit input that stops to brake; Start/stop to brake the control circuit output with shut down brake control circuit input and be connected, shut down brake control circuit output and motor interface J
2Be connected; Start/stop to brake another output of control circuit and computer control input interface J
3Be connected.
Said bridge rectifier filter circuit passes through resistance R
1One of two ends end and the triode T that starts on the execution control circuit
1Link to each other, again with resistance R
2R
3Be connected the other end and triode T
3T
4Emitter link to each other; The triode T on the control circuit is carried out in said startup
1Again with start/stop the resistance R of braking on the control circuit
5Be connected the triode T on it
3Base stage and resistance R
6Be connected triode T
3T
4Emitter and triode T
5Emitter be connected; Resistance R on the said starting/control circuit that stops to brake
5And resistance R
9Common ends and the T that shuts down on the brake control circuit
2Pipe is connected, resistance R
9The other end and T
2Pipe positive pole and resistance 10 link to each other T
5The pipe emitter again with T
2Pipe negative pole and R10 link to each other; Said shutdown brake control circuit T
2Resistance R is passed through at pipe output two ends
11With motor interface J
2Join; Said computer control input interface J
3With resistance R
8Two ends link to each other to insert and start/stop the control circuit that brakes.
The utility model has the advantages that owing to adopt start and stop brake control circuit, to startup, the driving of paper money counter motor, rotate and stop to add brake and realize accurately control, finish motor when outage and stopping operating, it is motionless to brake immediately, thereby solves the inertia rotational problems of motor.It is big that startup stops reliable brake weight, and circuit design is simple, and it is low to use common components and parts cost, and owing to strengthened shielding, the counting precision of paper money counter is improved.。
Description of drawings
Fig. 1 is a structural representation of the present utility model.
Fig. 2-Fig. 8 is seven kinds of shape cross-sectional schematic of shielding bonnet.
Fig. 9-Figure 16 is seven kinds of shape cross-sectional schematic of shielding outer cover.
Figure 17-Figure 22 is six kinds of shape cross-sectional schematic of shielding magnetic shoe cover.
Figure 23-Figure 29 is seven kinds of shape cross-sectional schematic of casing.
Figure 30-Figure 35 is six kinds of shape cross-sectional schematic of shielding protecgulum.
Figure 36 is the start-stop brake controller electrical schematic diagram.
Embodiment
Further specify embodiment below in conjunction with accompanying drawing.
With reference to Fig. 1,1-motor shaft, 2-bearing, 3-protecgulum, 4-casing, 5-magnetic shoe cover, 6-magnetic shoe, 7-rotor, 8-movement bonnet, 9-bonnet, 10-movement housing, 11-shielding outer cover, 12-start-stop brake controller.The general structure of motor core is stator and rotor, at its external application protecgulum 3 made of iron, casing 4, add bonnet 9 made of iron, add shielding magnetic shoe cover 5 made of iron, add shielding outer cover 11 made of iron, change parts in the past made of plastic, protecgulum 3 is shielding protecgulums, and bonnet 9 also is the shielding bonnet, strengthens the shielding to movement, make movement not be subjected to outside electromagnetic interference, thereby make motor application on RMB discriminating machine for fake RMB (dynamically).It is gluing the connection that shielding magnetic shoe cover is fastenedly connected with movement housing 10, movement housing 10 is that close-fitting is connected or activity is connected with casing 4, movement housing 10 is inclusive with shielding outer cover 11 outward and is connected with casing 4, shielding outer cover 11 can be that tight fit is connected with casing 4, also can be that activity is connected; Between bonnet 9 and movement bonnet 8, start-stop brake controller 11 is housed and is electrically connected, just be electrically connected with motor interface with motor power.Shielding magnetic shoe cover is made six kinds of shapes, as Figure 17-shown in Figure 22, is to have the porose hood-shaped or porose other end inner chamber in center in annular steps shape or center that step or the porose bottle cap shape of convexity are arranged in the middle of having in step or the cylinder in cylindrical shape or the cylinder; Simultaneously, as Figure 23-shown in Figure 29, the casing 4 that matches is also made seven kinds of shapes: be cylindrical shape, center porose hood-shaped, the mesopore inner convex platform is hood-shaped, hood-shaped, the outer opening bottle cap of mesopore outer lug boss shape, inner opening bottle cap shape and round cup shape; As Fig. 9-shown in Figure 16, wherein Figure 13 is the cutaway view of Figure 14, and shielding is covered with seven kinds of shapes: be round cup shape or mesopore hood-shaped or cylindrical shape or middle boss bottle cap shape or the reel shape or middle indent is hood-shaped or reel shape of cracking; As Figure 30-shown in Figure 35, be six kinds of shapes of shielding protecgulum: be that the center has hole shape or bottle cap center to have porose inside convex of hole shape or center or the porose capping in center to have the porose cover cavity again of round spacer ring shape or center that round spacer ring shape is arranged greater than interior cast or cover cavity; As Fig. 2-shown in Figure 8, said shielding bonnet also has seven kinds of shapes: be that the center has hole shape or bottle cap shape or center to have projection shape or projection center to have hole shape or cover cavity to have the porose cover cavity again of round spacer ring shape or center to have on round spacer ring shape or the capping hole shape is arranged, form all size.The shielding front and rear covers of different shape, outer cover, magnetic shoe cover are combined into various shielding constructions with the casing 4 of different shape.
Start-stop brake controller 12 comprises AC power inlet wire interface J
1, computer control input interface J
3, by AC power incoming relay-protection circuit, bridge rectifier filter circuit, startup carry out control circuit, shut down the brake control circuit, the starting/control circuit that stops to brake is formed, be installed on the printed substrate after, be installed in again in the direct current machine housing.By the reasonable connection of each circuit realize the dynamo-electric machine of control counting startup, driving, rotate and stop to add the whole process of brake.
With reference to Figure 36, be the start-stop brake controller electrical schematic diagram.As shown, AC power inlet wire interface J
1Be connected with the input of protective circuit, and the output of AC power incoming relay-protection circuit is connected with the bridge rectifier filter circuit input; The output of bridge rectifier filter circuit passes through resistance R
1One of two ends end and the triode T that starts input on the execution control circuit
1Link to each other again and resistance R
2R
3Be connected, and the other end and triode T
3T
4Emitter link to each other.Start triode T on the output of carrying out control circuit
1With start/stop the resistance R of control circuit input of braking
5Be connected triode T
3Base stage and resistance R
6Be connected triode T
3T
4Emitter and triode T
5Emitter be connected.Start/stop the control circuit output resistance R of braking
5And resistance R
9Common ends and the T that shuts down brake control circuit input
2Pipe is connected, resistance R
9The other end and T
2Positive pole and resistance 10 link to each other T
5The pipe emitter again with T
2Pipe negative pole and resistance R 10 link to each other.Shut down the T of brake control circuit
2Resistance R is passed through at pipe output two ends
11With motor interface J
2Join.Computer control input interface J
3With resistance R
8Two ends link to each other and insert and start/stop the output of control circuit of braking.
The components and parts configuration is as follows in the circuit: YMPPT, D1-D4 1N007, C1 10 μ f/250V, R1=R2=R4=R9=100K, R3=10K, R5=10 Ω/5W, R6=R10=20K, R8=10K, triode T
3, R
4, T
5Be 13001, T
1ZRF9640, R
2ZRF640, D
5TLP521.This control circuit is by the power supply of 110V power supply, by starting/stop the two condition interlock function that brakes control circuit realization startup and stop, do not stop brake when promptly starting, and brake the time stops to start, and with the realization of 74H00 chip flip and flop generator the locking of control circuit order of braking is started/stopped in input.RC adjusts the two condition time-lag action of swap time in this circuit, the time of exchange between may command starting and the brake.
The circuit working principle is the whole control process of controlling starting, the driving of the dynamo-electric machine of counting, rotating and stop to add brake, and when requiring computer control input starting command, controller can provide the order of starting rotation, and motor is normally rotated; When receiving computer control input when stopping operating order, just send the order that stops operating, and in the motor stall, provide the function of brake at once, finish the rotation noninertia that motor brakes immediately and makes motor in the outage that stops operating, it is motionless to brake immediately.
Claims (5)
1, the motor of shielding front and rear covers, outer cover, magnetic shoe cover and start-stop brake controller is housed, comprise motor shaft (1), bearing (2), protecgulum (3), casing (4), magnetic shoe cover (5), magnetic shoe (6), rotor (7), movement bonnet (8), bonnet (9) and movement housing (10), it is characterized in that said protecgulum (3) is the shielding protecgulum, said bonnet (9) is the shielding bonnet; Said magnetic shoe cover (5) is that shielding magnetic shoe cover is fastenedly connected with movement housing (10); Be inclusive with shielding outer cover (11) and be connected with casing (4) outside movement housing (10), movement housing (10) is connected with the activity of shielding outer cover (11); In the cavity between movement bonnet (8) and bonnet (9) start-stop brake controller (12) is installed, start-stop brake controller (12) is electrically connected with motor power circuit.
2, according to the said motor that shielding front and rear covers, outer cover, magnetic shoe cover and start-stop brake controller are housed of claim 1, it is characterized in that it is that tight fit is connected or activity is connected that said shielding outer cover (11) and casing (4) are connected; Said shielding front and rear covers, shielding outer cover, shielding magnetic shoe cover and casing are combined into shielding construction mutually.
3, according to claim 1 or the 2 said motors that shielding front and rear covers, outer cover, magnetic shoe cover and start-stop brake controller are housed, it is characterized in that said shielding is covered with seven kinds of shapes: be round cup shape or mesopore hood-shaped or cylindrical shape or middle boss bottle cap shape or the reel shape or middle indent is hood-shaped or reel shape of cracking; Said shielding magnetic shoe cover also has six kinds of shapes: have the porose hood-shaped or porose other end inner chamber in center in annular steps shape or center that step or the porose bottle cap shape of convexity are arranged in the middle of having in step or the cylinder in cylindrical shape or the cylinder; Said casing (4) has seven kinds of shapes: be that cylindrical shape or center are porose hood-shaped or the mesopore inner convex platform is hood-shaped or mesopore outer lug boss hood-shaped or outer opening bottle cap shape or inner opening bottle cap shape or round cup shape; Said shielding protecgulum also has six kinds of shapes: be that the center has hole shape or bottle cap center to have porose inside convex of hole shape or center or the porose capping in center to have the porose cover cavity again of round spacer ring shape or center that round spacer ring shape is arranged greater than interior cast or cover cavity; Said shielding bonnet also has seven kinds of shapes: be that the center has hole shape or bottle cap shape or center to have projection shape or projection center to have hole shape or cover cavity to have the porose cover cavity again of round spacer ring shape or center to have on round spacer ring shape or the capping hole shape is arranged.
4, according to the said motor that shielding front and rear covers, outer cover, magnetic shoe cover and start-stop brake controller are housed of claim 1, it is characterized in that said start-stop brake controller (12), comprise AC power inlet wire interface J
1, computer control input interface J
3, AC power incoming relay-protection circuit, bridge rectifier filter circuit, startup carry out control circuit, shut down the brake circuit, starting/the stop control circuit that brakes; AC power inlet wire interface J
1Be connected with AC power incoming relay-protection circuit input end, AC power incoming relay-protection circuit output end is connected with the bridge rectifier filter circuit input; The bridge rectifier filter circuit output is carried out the control circuit input with startup and is connected, and starts execution control circuit output and is connected with the starting/control circuit input that stops to brake; Start/stop to brake the control circuit output with shut down brake control circuit input and be connected, shut down brake control circuit output and motor interface J
2Be connected; Start/stop to brake another output of control circuit and computer control input interface J
3Be connected.
5, according to the said motor that shielding front and rear covers, outer cover, magnetic shoe cover and start-stop brake controller are housed of claim 4, it is characterized in that said bridge rectifier filter circuit passes through resistance R
1One of two ends end and the triode T that starts on the execution control circuit
1Link to each other, again with resistance R
2R
3Be connected the other end and triode T
3T
4Emitter link to each other; The triode T on the control circuit is carried out in said startup
1Again with start/stop the resistance R of braking on the control circuit
5Be connected the triode T on it
3Base stage and resistance R
6Be connected triode T
3T
4Emitter and triode T
5Emitter be connected; Resistance R on the said starting/control circuit that stops to brake
5And resistance R
9Common ends and the T that shuts down on the brake control circuit
2Pipe is connected, resistance R
9The other end and T
2Pipe positive pole and resistance 10 link to each other T
5The pipe emitter again with T
2Pipe negative pole and R10 link to each other; Said shutdown brake control circuit T
2Resistance R is passed through at pipe output two ends
11With motor interface J
2Join; Said computer control input interface J
3With resistance R
8Two ends link to each other to insert and start/stop the control circuit that brakes.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008201646764U CN201312171Y (en) | 2008-09-13 | 2008-09-13 | Motor with shielding front cover, shielding rear cover, shielding housing, shielding magnetic shoe sleeve and start-stop brake controller |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008201646764U CN201312171Y (en) | 2008-09-13 | 2008-09-13 | Motor with shielding front cover, shielding rear cover, shielding housing, shielding magnetic shoe sleeve and start-stop brake controller |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201312171Y true CN201312171Y (en) | 2009-09-16 |
Family
ID=41109425
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2008201646764U Expired - Fee Related CN201312171Y (en) | 2008-09-13 | 2008-09-13 | Motor with shielding front cover, shielding rear cover, shielding housing, shielding magnetic shoe sleeve and start-stop brake controller |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201312171Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104295505A (en) * | 2013-07-18 | 2015-01-21 | 现代自动车株式会社 | Canned-motor pump for vehicle |
-
2008
- 2008-09-13 CN CNU2008201646764U patent/CN201312171Y/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104295505A (en) * | 2013-07-18 | 2015-01-21 | 现代自动车株式会社 | Canned-motor pump for vehicle |
| CN104295505B (en) * | 2013-07-18 | 2018-08-28 | 现代自动车株式会社 | Canned motor pump for the vehicles |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20090916 Termination date: 20100913 |