Eaton Intelligent Power Limited

Other

Matthew M Kuhns

Robert L Sbonek

A fluid system includes a fluid valve, a fluid filter connected to the fluid valve, a first pressure sensor in fluid communication the fluid filter, a second pressure sensor disposed downstream of the fluid filter, and a controller configured to determine a condition of the fluid filter according to information from the first pressure sensor and the second pressure sensor. The controller may be configured to control operation of the fluid valve according to the condition of the fluid filter and the information from the first pressure sensor and the second pressure sensor. Methods for controlling a fluid system are also disclosed.

Fluid system with filter differential pressure control

A sunset prediction system performs the steps of determining a location of interest, and collecting weather forecast data at or around the time of either sunrise or sunset, at the location and a surrounding area adjacent the location. The collected weather forecast data includes cloud density and cloud altitude. The sun prediction system then determines from the collected weather forecast data whether there will be clouds at the location that are advantageous for photography at or around the time of sunrise or sunset, and whether the sunlight will be obstructed by obstructing clouds in the surrounding area. A forecast rating is then reported so that the user can determine whether to plan photography at the location.

System and method for predicting sunset vibrancy

The present disclosure includes a fluid system that may include a fluid conduit () that may be configured for connection with a fluid source () and a fluid destination (). The system may include a fluid regulator () that may be configured to regulate fluid flow between said fluid source () and said fluid destination (). The system may include a nozzle () that may be connected to the fluid conduit and may configured to connect the fluid conduit with said fluid destination. The system may include a first sensor () that may be connected to the fluid conduit, and a second sensor () that may be configured to acquire information from which a height of the nozzle can be determined. The system may include a controller () that may be configured to control operation of the fluid regulator according to (i) an output of the first sensor and (ii) the information acquired by the second sensor.

High wing compensation system

A device includes an outer cylinder having a cylinder inner wall and a cylinder outer wall and at least one magnet disposed on or between the cylinder inner wall and the cylinder outer wall and a piston having a piston inner wall and a piston outer wall and at least one magnet disposed on or between the piston outer wall and the piston inner wall. In one embodiment, the piston is rotatable within the cylinder and slidably movable along an axis respective to the cylinder. The piston is also disposed within the cylinder such that the at least one magnet disposed on or between the cylinder inner wall and the cylinder outer wall is aligned with the at least one magnet disposed on or between the piston outer wall and the piston inner wall, substantially preventing the piston from rotating relative to the cylinder.

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Santa Clarita, CA, United States of America

Matthew M Kuhns