maximum permissible safe working load as a function of the reach

The plurality of charging brushes on the charging arm is positioned to contact a charging interface of the electric vehicle.

A charging arm comprising a plurality of charging brushes is then positioned relative to the position of the electric vehicle.

The slider has a proximal end closest to the proximal end of the load beam.

Such closing elements are used to seal carrier arms in spinning frames comprising pneumatically loaded upper roll carrier arms and weighting arms.

In the method, proximal and distal clamping members 198 and 180, respectively, are attached to a load beam 148 of the HGA 122 and are separated by a distance 200 of 4-30% of the length 194 of the load beam 148.

A loader arm assembly (10) for use in a packaging system, comprising an arm (94), a housing (98), and a load jam detector.

The sleeve (4) comprises a protuberance (8) which is laid on the crown-plug (9) during the opening thereof, so as to clearly define the load arm (L) and the power arm (K).

In a preferred embodiment, both the dies (1) and the carrier and load brackets (2) have recesses (8) enabling them to be fixed and preferably clamped in a fixed manner onto the two support tubes.

Load arms (118, 120, 124) in the mechanism are extendible and retractable between stowed travel and extended operating conditions, and include telescopic sections in a parallelogram arrandement.

The load arms (24) are moveable, by an arm cylinder (27), relative to main arm (17).

A force modification device may be included to dynamically adjust the resilient member termination point position in response to motion of the load arm.

The contact carrier frame (5) is provided with lateral pins (14) and the work arm (10) of the actuating element (8, 9, 10) is designed as a fork whose arms in the disengaged position rest loosely on the pins (14).

The support track of the hoisting device runs completely within the machine housing and comprises a roller mechanism and a load arm.

Embodiments provide head suspension load beams formed from a sheet of material with one or more stiffening members molded on the sheet.