3results about "Pneumatic programme control" patented technology

The present invention provides a fuel delivery management system comprising a control module installed on a vehicle to receive delivery manifest data and manage unloading operations The system includes one or more fuel storage modules equipped with valve modules to regulate fuel flow, and one or more sensor modules positioned at a predetermined fuel unloading location. The system further includes an override module for manual valve control during emergencies and a communication module enabling data exchange among the control module, fuel storage modules, sensor modules, and a monitoring module. Each sensor module has a unique identification number and fuel type, continuously tracks the vehicle's position relative to unloading sections, and monitors the position and angular displacement of one or more lids at the unloading sections. The sensor modules detect lid orientation beyond a predefined angular limit and communicate a fault detection alert to the control module, while indicator modules display valve status through color-coded indicators.

[Object] To provide a control input generating device that generates a control input for controlling a pneumatic actuator with high accuracy. [Solution] A control input generating device configured to generate a control input for controlling a pneumatic actuator includes a first control input generation function, a second control input generation function, and an output generation function. The first control input generation function is configured to generate a first control input when an error exists between a target value and a controlled variable. The second control input generation function is configured to, when the controlled variable is varying with time, generate a second control input that increases as the error between the target value and the controlled variable decreases. The output generation function is configured to generate the control input based on the first control input and the second control input. Using the generated control input for controlling the pneumatic actuator can improve the actuator's responsiveness near the target value and reduce overshoot relative to the target value, thereby enhancing the accuracy of operating the pneumatic actuator to reach the target value. This can even prevent overshoot relative to the target value.

The application discloses a low-reflection remote control system of a myocardial minimally invasive rotary cutter, which comprises a controller, an instruction input module, an air source, a pneumatic control mechanism and a plurality of pneumatic buttons, the pneumatic control mechanism is provided with an air inlet end and a plurality of air outlet ends which are equal in number to the pneumatic buttons and one-to-one corresponding, the air inlet end of the pneumatic control mechanism is communicated with the air source, the plurality of air outlet ends of the pneumatic control mechanism are respectively communicated with the air inlets of the corresponding pneumatic buttons, the instruction input module and the pneumatic control mechanism are respectively electrically connected with the controller, the instruction input module is used for sending instructions to the controller, and the controller controls the pneumatic control mechanism to inflate or deflate any pneumatic button, so that the pneumatic button is pressed or released. The low-reflection remote control system can enable a tester to remotely operate the myocardial minimally invasive rotary cutter, thereby avoiding the tester from suffering from radiation hazards in the process of radiation emission and radiation immunity tests and avoiding disturbance to a test field.