Development of mnemoschemes
Employer
[no-member:pro]Aleksey[/no-member:pro]
Project parameters
Type of cooperationPeriodic employment
SectionEngineering. Drawings
Prepaymentprepayment is possible
Payment methodsCash, Bank transfer, Electronic money
Acceptance of requestsfrom Nov 7, 2020 until Nov 10, 2020
Project description
The services of a design engineer are required. We need to develop a mnemonic circuit. The mnemonic circuit should be implemented on two monitors (main and backup), which work in parallel with the existing electromechanical CPU mnemic circuit and are installed next to it on the central control panel. All information displayed on the existing mnemoscope should be contained on the new mnemoscope and consist of a conditional graphic animation representation that allows visual control and digital representation:
- current and final positions of the gates, and for the segment gate of the HS - additionally distortion;
- water levels;
- water pressures;
- motor currents and control voltage;
Light control:
- traffic lights;
- the readiness of points;
- execution of commands for maneuvering shutters;
- activation of the chamber filling relay (CFR) to protect against camera overflow.
Additional information generated by the new mnemoschema, such as the archive of parameters, the setting of technological parameters (the positions of the gates, the water levels of the chamber), the list of activated locks and protections, should be located on separate windows of the monitor.
In the automated control and control system (ACS), blocking signals should be formed:
- to open the segment gate if there is pressure on them;
- for maneuvering the segment gate when there is a distortion on it is more than the permissible value.
- current and final positions of the gates, and for the segment gate of the HS - additionally distortion;
- water levels;
- water pressures;
- motor currents and control voltage;
Light control:
- traffic lights;
- the readiness of points;
- execution of commands for maneuvering shutters;
- activation of the chamber filling relay (CFR) to protect against camera overflow.
Additional information generated by the new mnemoschema, such as the archive of parameters, the setting of technological parameters (the positions of the gates, the water levels of the chamber), the list of activated locks and protections, should be located on separate windows of the monitor.
In the automated control and control system (ACS), blocking signals should be formed:
- to open the segment gate if there is pressure on them;
- for maneuvering the segment gate when there is a distortion on it is more than the permissible value.
