41results about How to "Reduce structural loads" patented technology

In a system and method for aircraft brake metering to alleviate structural loading, one or more electric brake actuators for wheel brakes having a range of brake clamping force are provided, and a brake actuation controller is configured to monitor commanded initiation of the aircraft, to limit initial brake effort of the electric brake actuators to a preset fraction of a maximum possible braking effort for a preset period of time, and to permit brake effort of the electric brake actuators up to the maximum possible braking effort after the preset period of time after initiation of braking has been commanded. The preset fraction is preferably approximately 50% of the maximum possible braking effort, and may be tuneable. The preset period of time is preferably approximately one second, and also may be tuneable.

The invention relates to a steel wire hanging frame and a construction method thereof. A steel wire hanging frame at the part, adjacent to a vertical column, of a device pipeline comprise a column anchor ear bracket, a beam anchor ear bracket I, a device pipeline connecting piece and a vertical steel wire; the column anchor ear bracket is formed by connecting a two-column upper cross arm, a two-column lower cross arm and a split bolt; a steel wire hanging frame at the part, away from the vertical column, of the device pipeline comprises a beam anchor ear bracket II, a device pipeline connecting piece, a horizontal steel wire and an obliquely pulling steel wire; the device pipeline connecting pieces are distributed along the device pipeline at intervals; the obliquely pulling steel wire is connected between the beam anchor ear bracket II and each corresponding device pipeline connecting piece at the lower part of the beam anchor ear bracket II; and the horizontal steel wire is connected between the device connecting pieces. According to the invention, the manufacturing cost for installing the device pipeline in buildings with large space is lowered, the construction difficulty is reduced, and the safety and quality of the construction are ensured; and the method provided by the invention is suitable for plants and machinery rooms with large spaces, especially for installation of the supporters and hanging frames of electromechanical construction in steel construction with large space.

A formed sheet heat exchanger is provided for exchanging heat between fluids is provided. The apparatus includes flow divider sheets that are positioned in a stacked configuration and extend in a longitudinal direction so that adjacent pairs of the sheets define flow passages therebetween for receiving first and second fluids. Each of the sheets is nonuniform in the longitudinal direction, having a manifold portion and a corrugated portion. The corrugated portions of each adjacent pair of sheets define a plurality of fluid channels therebetween that are connected to the portion of the flow passage defined between the manifold portions. The fluid channels are configured to receive the first or second fluids and transfer thermal energy therebetween through the flow divider sheets.