Lab VIEW and PID Action-Based Brake Lever Effect for Validation …
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Fig. 3 Calibration of pressure sensor—Lab VIEW front panel
Fig. 4 Calibration of torque sensor—Lab VIEW front panel
The real effect of pedaling motion in brake lever is achieved by PID control
action in the programmable logical control by using servo motor for the operation
and testing of the vacuum booster.
Figure 5 is the block diagram of Timeout. A “case structure” and “while” loop are
used in this block diagram. The time has provided 100 s for the event “case structure.”
It returns to its original position and runs continuously after 100 s, by using “while”
condition. In addition to the “stop” button, numerical data are included in “case
439
Fig. 3 Calibration of pressure sensor—Lab VIEW front panel
Fig. 4 Calibration of torque sensor—Lab VIEW front panel
The real effect of pedaling motion in brake lever is achieved by PID control
action in the programmable logical control by using servo motor for the operation
and testing of the vacuum booster.
Figure 5 is the block diagram of Timeout. A “case structure” and “while” loop are
used in this block diagram. The time has provided 100 s for the event “case structure.”
It returns to its original position and runs continuously after 100 s, by using “while”
condition. In addition to the “stop” button, numerical data are included in “case