Abstract: The invention relates to a nano-embossed mouthpiece lining paper which has a lacquer layer comprising nitrocellulose or ethyl cellulose, wherein the lacquer layer is either a clear lacquer layer or a colored lacquer layer and is provided with a nano-structure by mechanical embossing.

Abstract: A method for producing a diffusion-optimized tipping paper for tobacco products, especially filter cigarettes, by plasma perforation of the web of tipping paper for the purpose of maximum carbon monoxide reduction, wherein the diffusivity and the permeability P of the perforated tipping paper are measured in-line and diffusivity is maximized by controlling the perforation parameters, the definable target permeability Psoll being maintained at all times.

Abstract: The invention relates to a device for detecting the quality of a liquid in a supply pipe, in particular for detecting the water quality in a water pipe, comprising a flow cell, which has an inlet opening, an outlet opening and at least one receiving device for the arrangement of at least one sensor. The inlet opening and the outlet opening are provided on a base surface of the flow cell intended for connection to the supply pipe, the inlet opening of the flow cell is connected to an intake pipe, the free end of which is intended for arrangement in the supply pipe, said intake pipe being received displaceably in its longitudinal direction in the flow cell or having an adjustable length, and a liquid pump of a flow of the liquid in the supply pipe is connected to the intake pipe.

Abstract: A method for producing a diffusion-optimized tipping paper for tobacco products, especially filter cigarettes, by plasma perforation of the web of tipping paper for the purpose of maximum carbon monoxide reduction, wherein the diffusivity and the permeability P of the perforated tipping paper are measured in-line and diffusivity is maximized by controlling the perforation parameters, the definable target permeability Psoll being maintained at all times.

Abstract: The invention relates to a device for detecting the quality of a liquid in a supply pipe, in particular for detecting the water quality in a water pipe, comprising a flow cell, which has an inlet opening, an outlet opening and at least one receiving device for the arrangement of at least one sensor. The inlet opening and the outlet opening are provided on a base surface of the flow cell intended for connection to the supply pipe, the inlet opening of the flow cell is connected to an intake pipe, the free end of which is intended for arrangement in the supply pipe, said intake pipe being received displaceably in its longitudinal direction in the flow cell or having an adjustable length, and a liquid pump of a flow of the liquid in the supply pipe is connected to the intake pipe.

Abstract: A method for adhesively bonding a first component to a second component, the two components being bonded, for preliminary fixing, with a first adhesive to form a first adhesive bond, and the two components being bonded, for producing an elastic second adhesive bond, with a second adhesive. The first adhesive bond after the second adhesive bond has been cured is stressed in such a way that it is destroyed so the second adhesive bond is elastically deformable unhindered by the first adhesive bond. An assembly produced in such a way is also described.

Abstract: A method and device for the plasma perforation of tipping paper, wherein a low temperature plasma is generated on the surface of the tipping paper by briefly ionizing a gas mixture using an energy source that is as close in form to a point as possible, wherein the ionizable gas mixture is locally restricted to a very small surface region of the tipping paper.

Abstract: A method for producing a diffusion-optimized tipping paper for tobacco products, especially filter cigarettes, by plasma perforation of the web of tipping paper for the purpose of maximum carbon monoxide reduction, wherein the diffusivity and the permeability P of the perforated tipping paper are measured in-line and diffusivity is maximized by controlling the perforation parameters, the definable target permeability Psoll being maintained at all times.

Abstract: A method and device for the plasma perforation of tipping paper, wherein a low temperature plasma is generated on the surface of the tipping paper by briefly ionizing a gas mixture using an energy source that is as close in form to a point as possible, wherein the ionizable gas mixture is locally restricted to a very small surface region of the tipping paper.

Abstract: An interferometric measuring device for recording geometric data for surfaces of at least one object, including a beam supply section including a modulation interferometer fed by a light source including temporarily coherent broadband radiation, a measuring interferometer system that is connected thereto and includes a plurality of probe units for emitting radiation of measuring beams onto the assigned surface locations and recording the radiation reflected by the surface locations, the radiation forming interference with radiation reflected by a related reference element system, and including a downstream receiving and evaluation device for determining geometric data on the basis of the interfering radiation.

Abstract: An interferometric measuring device, especially for measuring the shape of a surface of an object, includes a radiation source emits a short coherent electromagnetic radiation, a component, in particular a beam splitter, to form an object beam that is guided to the object via an object light path, and a reference beam guided to a reference plane via a reference light path, and a pickup element, by the use of which an electromagnetic radiation, that is reflected by the object and the reference plane and brought to interference, is able to be picked up. In this context, an adaptive optical element is provided, with the aid of which the imaging of the object on the pickup element and/or the wave front of the reference beam and/or the optical path length in the reference light path and/or in the object light path may be influenced.

Abstract: An optical measuring system for detecting geometric data of surfaces of at least one object is described, comprising a beam delivery section, a probe system which is connected to the latter and has a plurality of probe outputs for output of a particular measuring beam to an assigned particular surface location and recording the light reflected back by the surface, and having a downstream analyzer unit for determining the geometric data on the basis of light reflected back by the surface locations. A very accurate and mechanically robust determination of surface geometric data, e.g.

Abstract: An interferometric measuring device for three-dimensional measurement of shapes on an object to be measured having: a beam splitter receiving via an input light path, and splitting into measuring and reference light paths, light from a light source; an image pick-up, to which light reflected from the object and from a reference and brought into interference can be supplied via an output light path for conversion into electrical signals; an evaluation unit for determining the surface shape from the signals; and an adaptation device adapting the light intensity or interfering light signals. For increased measuring precision, the measuring device is configured to measure planar regions of the surface which extend over at least the measuring device's lateral resolution and the adaptation device is configured for adjusting the intensity of the light and/or the signals by locally varying reflective properties of the surface with respect to the measuring optics.

Abstract: An interferometric measuring device for measuring the shape or profile of a surface of an object by depth scanning includes a radiation source emitting a short coherent beam, a beam splitter for forming an object beam guided by panorama optics to the object via an object light path and a reference beam guided to a reflecting reference element via a reference light path, and an image pick-up which receives the radiation reflected by the object and the reference element and brought into interference and transmits it to an evaluator for determining the surface shape. An accurate and rapid measurement of surfaces, e.g., in narrow cavities, may be accomplished relatively easily in that a reference surface oriented at an angle to the object surface is formed by the reference element, and the measuring device is configured so that the depth scanning for measuring shape is accomplished by laterally moving the object in relation to the object beam.

Abstract: A water and flame resistant dry mix stucco is disclosed. The dry mix stucco includes water and flame resistant materials as an integral part of the mixture. The dry mix stucco is combined with water and applied to structures.

Abstract: An interferometric measuring device for the three-dimensional measurement of shapes on objects to be measured having a beam splitter receiving light from a light source via an input light path and splitting it into a measuring light path and a reference light path, having an image pick-up, to which light reflected back from the object to be measured and from a reference and brought into interference can be supplied via an output light path for conversion into electrical signals, having an evaluation unit for determining the surface shape from the signals and having an adaptation device for adapting the light intensity or the signals received from the interfering light.

Abstract: An optical measuring system for detecting geometric data of surfaces of at least one object is described, comprising a beam delivery section, a probe system which is connected to the latter and has a plurality of probe outputs for output of a particular measuring beam to an assigned particular surface location and recording the light reflected back by the surface, and having a downstream analyzer unit for determining the geometric data on the basis of light reflected back by the surface locations. A very accurate and mechanically robust determination of surface geometric data, e.g.

Abstract: A water and flame resistant dry mix stucco is disclosed. The dry mix stucco includes water and flame resistant materials as an integral part of the mixture. The dry mix stucco is combined with water and applied to structures.

Abstract: A fuel supply system, having a housing, in which a pistonlike element is disposed longitudinally displaceably in a bore and is guided sealingly in the bore by a guide portion. On one end, the guide portion adjoins a first fuel-filled chamber, and on its other end it adjoins a second fuel-filled chamber. At least one recess extending at least approximately in the circumferential direction is embodied in the guide portion of the pistonlike element and extends over at least part of the circumference of the pistonlike element and, viewed in the longitudinal direction of the pistonlike element, has an asymmetrical cross section.

Abstract: An interferometric measuring device for measuring a surface or an interface of an object to be measured is provided. The effect of vibration on the measurement result is suppressed by providing a connecting unit by which at least one section of the measuring device assigned to the object to be measured is mechanically rigidly and detachably connectable directly to the object to be measured.