Übersetzung für "Metal swarf" in Deutsch

While the metal swarf flies down below, ideas are exchanged above.

After this drying cycle, the extraction chamber contains the oil- and solvent-free metal swarf.

The electrical connection produced in this way is reliably protected against any short circuit produced by metal swarf.

Moreover, metal swarf can perforate the shaft seal in the housing so that fluid may enter into the interior of the housing.

The additional seal provided in accordance with the invention completely prevents metal swarf from reaching the shaft seal.

The seal provided in accordance with the invention completely prevents metal swarf from reaching the passage seal.

Moreover, metal swarf can perforate the shaft passage seal in the housing so that fluids may enter into the interior of the housing.

Optical processes such as bar codes were eliminated due to the severe operating conditions (oils, metal swarf).

The protective body prevents metal swarf from being deposited directly on the insulator and, in particular, at the triple point.

ArnoBrik briquetting presses are on demand world-wide and allow an especially efficient and sustainable treatment of metal swarf.

The wide transparent shield protects the operator from moving parts, metal swarf and chips while cutting.

This refinement of the materials has the advantage that no metal swarf can be produced during removal of the transport support 17, which could result in dielectric problems in the interior of the housing 2.

Metal swarf may, for example, become trapped between the housing and the checking element in such a manner as to hinder the rotation of the shaft.

Moreover, metal swarf can perforate the seal between the passage for the shaft in the housing whereby fluids can enter into the interior of the housing.

With our systems, metal swarf and all cooling lubricants based on oils and esters – native lubricants as well – can be recovered.

According to a further embodiment, the electrically conductive edge region of the printed circuit board with which contact is made is arranged at a distance from the leadframe, so that a short circuit cannot be produced, for example on account of small fragments of metal swarf, grit from carbon brushes of an electric motor or scaling which can occur over the course of time.

After the last washing cycle, the extraction chamber is heated so that the solvent still remaining in the metal swarf can be piped into the storage tank, via a second recooler unit.

Instead such cutting tools tended above all to form metal cuttings or swarf when cutting out tin cans and lodging of the cut-out portions, which metal cuttings or swarf can end up in the can.

The object of the invention is to provide a cutting tool of the initially described type which functions in a reproducible way and with which practically no cuttings or swarf, in particular no metal cuttings or swarf, arise.

Surprisingly, it has been found that agglomerates of this nature comprising iron oxide-containing residual substances can be produced by a method by means of which paper sludge and, as the case may be, the residual substances are comminuted and a mixture of dry residual substances and dry paper sludge is briquetted at a temperature ranging between 70 and 350° C., with the water content of the dry residual materials and the dry paper sludge in each case being less than 5% w/w and wherein the mixture contains 15 to 35% w/w of dry paper sludge and wherein steel shavings, cast-material swarf, metal-containing steel mill residual material and/or metal-containing composite packing material are added to the mixture.

Method for the agglomeration of iron oxide-containing residual substances by means of which paper sludge is comminuted and, optionally, the residual substances are comminuted, and a mixture of residual substances, either having a residual substance water content of less than 5% by weight or dried to a water content less than 5% by weight, and dry paper sludge dried to a water content of less than 5% by weight, is briquetted at a temperature ranging between 70 and 350° C., wherein the mixture contains 15 to 35% by weight of dry paper sludge and wherein material selected from the group consisting of steel shavings, cast-material swarf, metal-containing steel mill residual material and metal-containing composite packing material are added to the mixture.

Electrically conductive particles, such a metal swarf, which enters the encapsulation during installation, or particles detached from the conductor, which can be formed by thermal cycling and the movement resulting from it, have the tendency to adhere to the surface of the insulator body, owing to the high dielectric constant of said insulator body.

In this case, the distance is such that impurities, for example metal swarf or grit from the carbon brushes of an actuating motor which is arranged in the same housing, can be collected in this recess over the course of time, without being able to result in a short circuit.

Electrically conductive particles such as metal swarf, which are produced by way of example by erosion in disconnector circuits or by wear products from the conductor owing to thermal cycling and the movement resulting from it, have the tendency to adhere to the surface of the insulator, and to accumulate there, owing to the high dielectric constant of the insulator.