Translation of "Kurvenpunkt" in English

Both options will be displayed at the mouse cursor, if it is close to any poly line point.

Thus the Mean value theorem says that given any chord of a smooth curve, we can find a point lying between the end-points of the chord such that the tangent at that point is parallel to the chord.

The characteristic point K3 lies exactly at a point of coordination with the cutoff frequency of 1 MHz and the associated wall thickness of about 5.9 mm.

When the disk is revolving, the molded articles come to lie in the passage openings and are transported to an upper curve point, where they are received in drop chutes.

If it is found that the catalytic reaction in the NOx reservoir catalyst causes the ageing threshold temperature to be exceeded, for example because of an excessive temperature rise at the point B of the curve I, the exhaust gas temperature-raising procedure is reduced as shown at the point C of curve I.

When switching on, this maximum remanence must then be taken into account in such a manner that an exact relationship exists between the stationary remanent induction and the associated point of the magnetization curve (B/H).

In connection with curves 2 and 4, it is pointed out that e.g. at curve point 1000 ppm of additive, both the lubricant and the antiblocking agent are present in a quantity of 1000 ppm.

If one assumes the Q-scale as fixed, then the time scale will become stretched, with the effect, that in certain respects one jumps back on the curve, to a point lying before tg.

If the coating operation is to be carried out in a state corresponding to another point on the curve, then the latter may be characterized by associating therewith a value of the torque or a time-dependent change of the torque.

The ending of the agglomeration operation at the curve point Pg or within the aforementioned close vicinity thereof, will have the result, that the granulated particles will have ball-like shapes as well as size distributions lying within comparatively narrow limits, and sizes that lie within the range of, for example, 0.25 mm to 2 mm, convenient for pharmaceutical applications requiring the production of granulated particles to be filled into capsules, or even sizes lying within the particularly advantageous range between 0.5 and 1 mm.

Subsequent to this jump, liquid may be sprayed for a certain additional time, to get to the point on the curve preset for the termination of the agglomeration operation.

In this regard it should be pointed out, to be sure, that not all of the properties of the agglomerated particles will participate in such a "backward time jump"; consequently, if the agglomeration operation is terminated after a jump of this kind, at a time te fictitiously lying on the curve before the time tg, then the particles will not have the same properties as they would, if the point in question would be reached on the curve without said "backward time jump".

It is therefore of advantage, when coating particles, to make sure that the point corresponding to the curve point Pg be not passed beyond, or at least not significantly so, when approaching the point on the curve from the left.

The coating operation progresses, at least in certain cases, particularly efficiently and uniformly, if the operational parameters and conditions correspond to a state lying slightly in front of the point Pg on the curve.

Therefore, the operation for coating particles for example, may be carried out by spraying liquid, subsequent to the initial introduction of a certain quantity of the particles to serve as coating material, until the curve point Pg is at least approximately reached, or slightly passed beyond.

Starting from this maximum rotational speed n H of the drive motor 2 the control characteristic line 10 is configured so that the torque T (motor current I) has a first characteristic line segment 11 a which runs steeply upward up to a curve point 50 on the motor-specific characteristic line 3 .

The line segment 10 c slopes upward up to a curve point 62 of maximum input power P input and then stays approximately constant (dotted line 40) along the line segment 10 d according to the given control characteristic line 10 or drops off to a minimum value of 63.

The rotational speed n 2 is defined by a curve point 60 of the control characteristic line 10 from which point on the control characteristic line starts dropping steeply downward and the torque curve 11 deviates from the motor-specific characteristic line 3 and falls steeply downward toward zero.

The calculation of the public key in step 316 is effected in the case of elliptical curves, for example, by the public key being calculated by multiplication of the private key by a curve point of an elliptical curve.

The values a, b, n, and a chosen curve point P, form the so-called domain parameters of the elliptical curve, which have to be concomitantly disclosed in order to carry out cryptographic methods using the further first and further second keys.

The first data object key constitutes a natural number, and the further second data object key, a point on the curve, is the result of multiplying the further first data object key by the curve point P of the elliptical curve.

By way of example, in the case of elliptical curves, the public key, that is to say the second data object key, is calculated from the first private data object key by a curved point on an elliptical curve being multiplied by the secret key.

The method as claimed in claim 1, wherein the asymmetric cryptographical key generation method for calculating the second public key is a method on elliptic curves, wherein the second public key is calculated by multiplying the second private key by a curve point on an elliptic curve.