Übersetzung für "Verwendungsform" in Englisch

The invention is not limited to the presently described embodiment.

The preferred use is the cathodic electrodeposition.

In a particularly preferred form of application, they can, however, be provided with a coating sheet.

FIG. 5 shows another example of a preferred application of the device in accordance with the invention.

In a particular use form, however, they can be provided with a coating shell.

Furthermore, the form of application of a cooling box is to be extended.

The form of usage here is ultimately the surgeon's choice.

FIG. 4 shows a possible form of use of measuring device 10 as a schematic top view.

This is the most frequently used form of mobile data transmitter, but other data transmitters are also in use.

A particularly advantageous application is the manufacture of nappies, towels, liners and the like.

This particular use of hydroquinone must not therefore be authorised, meaning that Part I of Annex III to the abovementioned Directive needs to be amended.

The "Resources" side indicates the quantities of all feedstuffs actually used (in whatever form) expressed in terms of basic product weight, during the reference period.

The seat can be adapted to the intended use of the sledge, in its form and materials, and may, for example, also be made from a profiled plastics bowl.

In this embodiment, it is also possible to make the inside of the supporting layer porous or provide it with an absorptive insert, so that water penetration to the supporting layer is aided and the dissolving process accelerated.

In a preferred form for use, the resulting end products Ia, in pure or crude form, are converted by the procedure described in German Patent Application P 32 42 266.0 to 2-halopyrazines or 2-cyanopyrazines of the formula ##STR16## by reaction at from -50° to +50° C.

Very favorable elastomer properties are also obtained. In another preferred application for the production of polyurethanes, polyisocyanates obtained by the above-described processes and stabilized with "amine stabilizers", more particularly with difunctional or higher (preferably difunctional or trifunctional) compounds containing aliphatically bound primary and/or secondary amino groups and having molecular weights of from 60 to 3000 are used in the form of suspensions in relatively high molecular weight polyols (B) with aromatic polyamines as chain-extending agents (C).

In one particularly preferred application for the production of polyurethane-(ureas), the polyisocyanates stabilized by the above-mentioned "amine stabilizers" are used in the form of a suspension in a relatively high molecular weight aromatic and/or aliphatic polyamine, optionally containing an addition of low molecular weight aromatic polyamines, preferably diamines, and optionally low molecular weight polyols having molecular weights in the range from 62 to 399.

One particularly preferred form of use for the production of polyurethanes is the use of the polyisocyanates stabilized by the above-mentioned amidines/guanidine stabilizers, in suspension in relatively high molecular weight aromatic and/or aliphatic polyamines, optionally in combination with low molecular weight aromatic polyamines, preferably diamines, and/or, optionally, low molecular weight polyols having molecular weights in the range from 62 to 399.

Another preferred form of use in the production of polyurethanes is the use of polyisocyanates stabilized with amidine/guanidine stabilizers in suspension in relatively high molecular weight polyols (B) in combination with aromatic polyamines as chain-extending agents (C), component (C) already having been used in the preparation of the suspension or being subsequently added as chain-extending agent to the polyurethane-forming reactive mixture.

The use of mixtures of diorganotin compounds according to formula I and other stabilizers (co-stabilizers), for example other organotin stabilizers, preferably a mixed dialkyltin carboxylate, as a stabilizer for the chlorine-containing thermoplastics is also of importance and can be regarded as a preferred use form.

In a particularly preferred use form, they can, however, be provided with a coating sheath by processes known per se.

A preferred application of the present invention is the use in aqueous base coats, in particular in effect base coats and clear coats for the coating or the final coating of motorcars.

The inhibition of this type of arrhythmias induced by antiarrhythmics by NHE inhibitors therefore represents a surprising use form of the NHE inhibitors.

A preferred application of the invention is the use in solvent-containing base coats, in particular effect base coats and clear coats for the coating or final coating of motorcars.

In a preferred embodiment, the catalyzer 1 can be inserted into a burner, whereby a fuel/oxidant mixture then is able to flow through the catalyzer 1 in a main flow direction 7 symbolized by an arrow.

In one advantageous embodiment, the film is composed of three layers, the base layer (B) and outer layers (A) and (C) applied to the two sides of this base layer, the outer layer (A) being high-gloss and comprising the inventive amount of pigment system.

In its advantageous usage form, the film of the invention is composed of three layers: the base layer B and, applied on both sides of this base layer, outer layers A and C, and outer layer A is sealable with respect to itself and with respect to outer layer C.

Consequently, the process according to the invention opens up for this substance class, too, new ways of decoupling the manufactured form of the raw materials (amine stage) and the used form of the end products (isocyanate stage) by fractionation and/or enrichment in the amine stage and separate further processing of the fractions, such that it becomes easier, or even for the first time possible, to optimize both stages separately up to and including obtaining completely new isocyanate mixtures, where hitherto suitable processes and methods have been either lacking or largely impracticable.