An innovative bearing support (41) is provided so that the weight of the blind is transferred from the tilter (19) directly to the cradle (17), further reducing the frictional drag on the traversing rod (11).
The work necessary for this is only required for overcoming the frictional resistance.
To improve the frictional resistance while maintaining the same bearing performance, an edge osculation of less than 90% is proposed.
The reduction in the co-efficient of friction resulting from the addition of this product to crude oil will allow crude oil to pump through pipelines with a minimum amount of resistance due to friction (drag).
The invention further relates to the use of a cooling medium used for cooling the sliding bearings and for reducing the frictional resistance in the same.
In the yarn control unit (10), the resistance due to the friction of the yarn (4) in the second position (II) of the yarn guiding loop (12, 14) is higher than the starting yarn tension.
In the first position (I), the resistance due to the friction is smaller than the yarn tension required for transporting the yarn for the yarn conveying roller (6).
This limits the friction resistance between a fuel assembly and a channel wall when inserting an assembly with such deformations that it will make contact with a channel wall.
Since a frictional resistance between the contact surfaces works on this relative slip, the vibration of the drum is damped quickly, and a searching of the brake is minimized.
Temperature control and efficient heat transfer are important to producing high quality polymer drag reducing agents from alpha-olefin and/or other monomers.
These reactors can be operated in a continuous filling and harvesting mode to facilitate the continuous production of polymer drag reducing agent and related formulations.
Advantageously, the sheet metal parts (3) are produced by punching and are introduced into the cavity (1) against frictional resistance between the tool and the sheet metal part (3).