Übersetzung für "Low speed shaft" in Deutsch

An overflow of counting register R4 from FF to 0 at an only low speed of arm shaft 1 is prevented by interrogating the counting register in the subroutine "timer II" for the value FF, since otherwise an overflow of register R4 from FF to 0 would cause misinterpretations.

In addition, this motor operates more efficiently at the low shaft speed available on the platform compared to gear pumps.

This information may include, for example, the pressure of the hydraulic fluid in the hydraulic motor, the torque between the hydraulic motor and the structure of the wind turbine, the oil temperature of the gearbox of the wind turbine, the wind speed and wind direction, and/or the angular position of the low-speed shaft of the gearbox of the wind turbine.

The shaft 17 that extends from the rotor 14, 15 as far as the gearbox 18 is at the same time the rotor shaft and the low-speed gear shaft.

Due to the horizontal formation of the shafts 39, the chains 43 at low shaft speed, for example, during stoppage of the device, will wind up around the shafts so that an unhindered access to the interior region of the container 31 is possible.

At a low speed the tee shafts are connected to the arms for lower speeds.

In the case of an energy-generating unit with low drive-shaft speeds, the speed of the differential drive is preferably set at 0.

For long, low-speed shafts, steel pipe profiles or CFK round profiles with a lower modulus of elasticity may be used.

In Experiment B, great magnetic values but poor electroacoustic values were obtained for the tape in spite of relatively low shaft speeds of 20/40 rpm and a small radial shear gradient of 167/335 l/s.

In Experiment B, great magnetic values but poor electroacoustic values were obtained for the tape in spite of relatively low shaft speeds of 20/40 rpm and a small radial shear gradient of 167/335 1/s.

The generic bearings are not suited for unsteady operation, i.e. operation with frequent start and braking operations, nor for use at low speeds of the shaft and simultaneously high transverse forces.

Composite materials for sintered slide bearings consist of at least one ceramic sintered material and at least one metallic sintered material and have a short service life during operation at low speeds of the shaft and in the case of a simultaneously high radial load because the lubricant stored in the bearing cracks.

In tests all of these materials have turned out to be very advantageous over other materials as they increase the service life and loadability of the slide bearing at low speeds of the shaft.

At low speeds the lever shaft 22 is rotated back by its drive, and the switching flap 18 is pivoted into its closing position.

In the context of this application, the rotation speed of the crankshaft is to be doubled at low shaft speeds in order to raise the output of the generator.

This is suitable for instance for low-speed heddle shafts, in which the only criterion is to close off the inner chamber 24 to avoid accumulations of dust.

It is therefore the object of the present invention to provide a slide bearing and a method of producing a sintered slide bearing which at low production costs and at a number of steps that is as small as possible has a long service life during operation at low speeds of the shaft and a simultaneously high transverse force.

The two solutions are simple and, surprisingly enough, have the effect that during continuous operation at low speeds of the shaft and at a high transverse load the lubricant no longer cracks and that a measurable wear is no longer detected on the bearing.