Примеры использования Proportional control на Английском языке и их переводы на Русский язык
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Proportional Control Valve.
High performance hydraulics with proportional control.
Proportional control with external operative signal.
The use of independent channels for command and proportional control.
Proportional control was performed in compliance with the algorithm presented on Figure 3 b.
Rd control circuit andtelescoping function with proportional control.
The usage for proportional control of a channel with maximum activity contribution to EMG pattern.
Adjustment with 2-point control(ON/OFF) or proportional control(PWM).
The perfectly balanced proportional control and two simultaneous functions enable precise and fast handling.
Keywords: electromyography; EMG;machine learning; proportional control; robot; exoskeleton.
Proportional control can be recommended for fast-response systems with a large transmission coefficient.
In Scheme 2 seven electrodes were used for classification, andelectrode 8 was used for proportional control.
Proportional control in the easiest Scheme 1 was performed regardless of command control, for this purpose two myobracelets were used.
And command execution speed was determined by the value calculated by a proportional control block.
For proportional control at any time point there was chosen MAV of that channel, which contribution in a gesture under classification was maximal.
Basic Machine+Cab with 2doors+Cab lighting front and rear+Long dipper stick+Proportional control aux.
As optional, selective proportional control system enables highly efficient mowing with steady and smooth control of the mower.
The scheme enabled to achieve maximum accuracy of classification and proportional control that can be estimated visually Figure 5.
Proportional control was performed by calculating the mean absolute value of an EMG signal, and command execution speed adjustment proportional to this value.
EMG patterns were classified based on eight electrodes situated on the upper extremity,while one of the electrodes on the second bracelet was used for proportional control.
In turn, proportional control is highly sought in the absence of such local control system, as well as if it is necessary to provide the accuracy of a movement executed.
Such dependence type enables to use a recorded EMG signal for proportional control, when the controlled value depends on signal amplitude, and respectively, on muscle strain degree.
To study proportional control and its possible combination with command control, we developed a functional realized in a Proportional control block of the principal form of software.
The single-channel system of EMG signal registration and processing was tested for the quality of online interfacing with various actuators on an electromechanical prosthetic wrist anda lower limb exoskeleton in the proportional control mode.
In combined command and proportional control experiments a test subject was to perform one of the six static gestures simultaneously with the abovementioned proportional control task.
Conventional techniques are based on one-channel recording andlimited to either trigger control based on detecting a threshold signal, or proportional control in case of continuous monitoring of some discriminating feature extracted from an EMG signal.
Selective proportional control(SPC) enables the joystick to control a single cylinder, while full proportional control enables control of multiple cylinders, providing maximum working efficiency.
Among four presented schemes of combined command-proportional control, Scheme 4 appeared to be the most optimal one, since it enabled to do with a myobracelet using only one extremity for control; in addition,it demonstrated high classification accuracy and proportional control.
If flow compensation(i.e., proportional control of sample flow) is used, it must be demonstrated that the ratio of main tunnel flow to particulate sample flow does not change by more than+- 2.5 per cent of its set value except for the first 10 seconds of sampling.
If flow compensation(i.e., proportional control of sample flow) is used, it shall be demonstrated that the ratio of main tunnel flow to particulate sample flow does not change by more than +-5 per cent of its set value except for the first 10 seconds of sampling.