Translation of "Elektrischer impuls" in English

Nerves stimulated by electrical impulses produce muscular contractions. That implies movement.

Near as I can tell, it's... an electrical impulse.

Electrical impulse bouncing between the Klystron and the fried buttons.

The discharge current (the output electrical pulse) flows through the primary side of the current transformer.

An electric pulse is provided to the hollow needle here.

A subsequent electrical pulse allows the demagnetization and the workpiece removal.

The load push originating from it can be measured as an electric impulse.

At Aries, the energy can be experienced as an electrical impulse in the head.

In an embodiment of the method according to the invention, an electric pulse is conducted along the capacitor.

Each time a magnetic pole is passed, the respective reverb sensor creates an electric impulse.

From the pacemaker (sinus node), an electrical impulse spreads throughout the heart muscle.

In the event of a fire, an electric pulse ensures that a standarm close the door securely.

This medicine may cause an electrocardiogram (ECG) abnormality demonstrating a long time for an electrical impulse to travel through a certain part of the heart (known as “QT prolongation”).

Furthermore, this research has increased our knowledge of the hearing mechanism: i.e. how a soundwave can be transmitted from the outer ear to the inner ear and be sent to the brain as an electrical signal.

During the last decade, new self-feeder systems were designed in different European laboratories in such a way, that each time a fish activates a rod, an electric pulse is generated and, through an interface (computer or electronic device), triggers an electric feeder that delivers a predetermined amount of food.

FIG. 2 shows a typical electrical pulse 19 that can be output to the biological tissue 1 as a current circuit curve.

When a suitable electric pulse is applied to a coil, the magnetic force created by the high energy permanent magnet is counteracted resulting in the related hammer being released.

Subsequently, a pulse generator generates an electrical pulse which travels along the second section of the tube 10 which also serves as an electrical conductor.

With the liquid jet methods, and also with the jet cascade according to the invention, an initial information medium is scanned optically, electrically or also magnetically with regard to its information content, the individual pieces of information are converted opto-electrically with optical scanning, then amplified and fed to the deflecting unit as an electric pulse for each piece of information.

When an electrical pulse travels along the tube, or through this tube when the electrical conductor is arranged in the interior of the tube, the circumferential magnetic field generated by the electrical (current) pulse is superimposed by the longitudinal field of the permanent magnet located at the relevant position to form a helical field.

When an electrical pulse from the pulse generator travels along the tube under these conditions this leads, analogously to generation of a measuring signal, to the magnetic dipoles being turned or their direction altered.

If the system receives an interference in the form of a short pulse, (which can either be an electrical pulse directly applied to the oscillation coil or it can also be an additional short beam pulse emitted to the detector,) so that the operating point, due to the resulting deviation of the oscillatable plate exceeds the next transmission maximum, the system remains in the high transmission state attained in this way, even if the "interference" has again died away from the outside.

In one embodiment, upon the detection of each discontinuity, an electric pulse is produced and the pulses counted, and a period of time determined within which the pulses of all discontinuities of the rotating part are counted precisely once, and the speed of the wheel determined from this.

After the expiration of the playing time, an electrical pulse is given to the electromagnets 13 which then withdraw the fixing elements 12 from their functional position, which causes the locking beam 1 with the pins 7 to move into its upper stop position in the direction of the rods 2 because of the force exerted by the pressure springs 4.

The present invention relates to a method for the exact determination of the speed of a rotating part, in particular the speed of the wheel of a motor vehicle, in which discontinuities present on the circumference of the rotating part are scanned without contact and, upon the detection of a discontinuity, an electric pulse is produced and the number of pulses so produced is counted, the invention relating also to a system for carrying out the method.

The pulse generator 30 is connected via the communications interface 10 to the signal line 6, so that an electrical pulse generated by the pulse generator 30 can be supplied to the antenna 16 as and when required.

In this way, an electrode was introduced into a particular area of the brain and an electrical impulse applied, the consequent response of the person being examined to the electrical impulse, for example the twitching of a muscle or the perception of visual impressions, being observed.

The device of claim 1 wherein the pulse is a mechanical and/or electrical pulse.