Übersetzung für "Abstand zu gering" in Englisch

The gap to Toyota is small.

If the spacing 14 is too small, as illustrated in FIG.

If the distance is too small, a critical short circuit can occur during the later operation.

Among other things, this means that the distance to the microscope axis is too short.

In this case, the vehicle F is stopped before the front distance becomes too small.

If this distance is too small, not a fog, i.e. individual fog droplets, are pressed through the restriction, but a closed liquid filament is passed from the restriction into the specimen chamber.

That distance must be short because otherwise the fact that the flutes of twist drills from different manufacturers have different helix angles will result in an excessive deviation from the proper position of the clearance surface of some of such twist drills relative to the grinding surface.

Above all between adjacent threshing cylinders the gap is sometimes too small to be able to carry out assembly or dismounting operations on the cylinders themselves or on the associated concave and separating grates through this gap.

A temperature profile which fluctuates in the circumferential direction of the cylinder or which is uneven, such as can occur, for example, in connection with individual axially extending conduits and/or with wall thicknesses which are too small in comparison with the distance of the conduits, is avoided.

If this distance is too small, not a fog, i.e. individual fog droplets, are pressed through the restriction, but a closed liquid filament is passed from the restriction into the specimen chamber.

This distance is too small for the formation of a light-tight layer; this would require a layer thickness of the order of >1 ?m.

If the spacing is too small, a contact between the pump wheel 12 and the cover disk 16 may occur and in this way result in damage.

If the distance is too small, the liquid with respect to the ball bearing and the fan cannot be removed or can only be removed with difficulty by the capillary effect.

In order to keep the distance as small as possible and thereby to prevent the formation of magnetic fields arising, it has proved advantageous to arrange an insulator between the busbars.

When the distance D 7 is adjusted too small, the amount of air is insufficient to pull all filaments into the central plate.

A warning is preferably output in display unit 16, for example, “distance to door too short.”

Here it was found to be suitable to not make this distance too small so as not to subject the material of the conveyor belt 23 to excessive strain owing to the bending stresses occurring in the process, and on the other hand nevertheless to choose the distance so small that even loose cargo having smaller dimensions than the usual ones, such as small-sized suitcases, still have a sufficiently great longitudinal extension in relation to this distance so that they are reliably guided through the existing local deflection to the conveying side 37 of the first conveyor module 31 without getting caught at the front edge thereof.

If such a strategy is no longer possible because, for example, the spacing is already too short, the evaluation unit determines whether an avoidance strategy without a collision is possible by, for example, steering the vehicle into a traffic-free area.

The modules safely report (up to SIL 3) whether the input signal (such as temperature or distance) is within freely configurable ranges .

However, it is also advantageous to select the spacing a to be smaller.

In general, small distances lead to low deformations, while large distances result in strong deformations.

In accordance with still further advantageous features of the present invention, the gelatinous layer is constructed so that the illumination intensities are applied differently to the individual solar cell surfaces, namely, so that the illumination intensity becomes smaller with increasing distance from the contacts.

This assures that during welding, on the one hand the projections of material which are located between the windings will assure a reliable anchoring of the winding, and on the other hand the contact force will become too small due to too large of spacing.

In case of a relatively large weight and a multiple bended cable channel pipe smaller distances have to be selected than in case of small weight and a relatively straight cable channel pipe.

A further reduction in the influence on energy conversion is achieved by another feature of the invention wherein the increased spacing present between the turns of the coil and the membrane in regions of high voltage difference continuously decreases toward regions of lower voltage difference.

Using the device disclosed by U.S. Pat. No. 6,876,107 B2 or the operating method thereof, it is therefore not possible to deliver items, which have a dimension or, respectively, length in the direction of transportation that is less than that of the transport element, to the downstream conveyor device so as to be spaced apart at a distance which is less than the difference between the length of the transport element and the items.

According to another variant of the present invention, an optimal implementation of the ignitable mixture located in the prechamber results when the laser spark plug is designed for radiating laser radiation onto an ignition point lying in the prechamber, the distance of which from a combustion chamber window is less than its distance from an end area of the prechamber facing the combustion chamber, in particular by at least approximately 50% less.

A large spacing leads to a lower irradiation density, while a smaller spacing is associated with a higher irradiation density.

If the distances are too small, one possible adverse effect is that of mechanical instability in the course of processing.

Use is made of the fact that a damping of the oscillator with a nonferrous target in the case of very short spacings leads to a lower inductance and therefore to a higher oscillation frequency compared with greater spacings.

The light receiver must be able to detect low received signals with sufficient precision to also correctly determine the distance of objects having low reflectivity or remittance.