A Motor Torque Adjustment Control System for a Banner Printer
A technology of motor torque and adjustment control, applied in the control system, motor speed or torque control, electrical components and other directions, can solve the problem of inconsistent output torque, reduce defective products, improve economic efficiency, high value Effect
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Embodiment 1
[0040]Example 1: Such asfigure 1 As shown, the motor torque adjustment control system of a banner printer includes a circuit board 1 and a motor, and a controller 3, a display module 4, a power module 6, and a driving circuit 8 are provided on the circuit board 1;
[0041]The motor includes a pressure print head motor 10, a colored tape motor 11, a receiving motor 12, and a brake motor, the brake motor including a first motor 13 and a brake 14;
[0042]The controller 3 is connected by a driving circuit 8, a colored tape motor 11, a receiving motor 12, and a first motor 13, and a first motor 13, and a first motor 13 are connected between the brakes 14;
[0043]The controller 3 is connected to display module 4 and buttons 5;
[0044]The power module 6 is configured to convert a 220V AC electrically converted to 5V direct current, which is powered by controller 3, drive circuit 8, and control circuit 9;
[0045]The controller 3 employs a single chip microcomputer; the controller 3 is adjusted by cont...
Embodiment 2
[0046]Example 2: The present invention provides a motor torque adjustment control system of another banner printer, including a circuit board 1 and a motor, and a controller 3, a display module 4, a power module 6, and a driving circuit 8 are provided on the circuit board 1; The motor includes a pressure print head motor 10, a colored tape motor 11, a receiving motor 12, and a brake motor, the brake motor including a first motor 13 and a brake device 14; said controller 3 is connected by driving circuit 8 The printhead motor 10, the colored tape motor 11, the receiving motor 12 and the first motor 13, the controller 3 and the brake 3 are connected between the control circuit 9; the controller 3 is connected to display module 4 and buttons. 5; The power supply module 6 is configured to convert the 220V AC electrically converted to 5V direct current, which is powered by the controller 3, the driving circuit 8, and the control circuit 9; the controller 3 employs a single chip microcomp...
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