Abstract: The invention relates to a method for applying an electrical microstructure on or in an object of any type, wherein the electrical microstructure is first applied to a flexible film and the film is fastened, with the electrical microstructure applied thereto in front, to a fastening surface of the object by adhesive bonding and/or vulcanization attachment. The invention further relates to an elastomer structure, to a fiber composite component, and to a motor-vehicle tire, each having at least one electrical microstructure fastened thereto by adhesive bonding and/or vulcanization attachment.

Abstract: A bi-phasic pharmaceutical composition for oral administration including one or more solid active ingredient containing particles dispersed within a semi-solid carrier formulation. The solid particles include a coating with pH-triggered drug release properties and the semi-solid carrier formulation is formulated at a pH that is different than the pH at which the active ingredient release properties of the coating are triggered. Also described is a delivery system for delivery of the bi-phasic pharmaceutical composition including the bi-phasic pharmaceutical composition described above and a dispenser pouch formed from flexible laminate sheets. Further, a process for manufacturing the two-phase pharmaceutical delivery system is described including the filling the bi-phasic pharmaceutical composition into flexible dispenser pouches, which allows the patient to squeeze and dispense the contents of the package directly into the oral cavity.

Abstract: In a method for producing a motor vehicle component and a motor vehicle component produced according to the invention a steel sheet with a stacking fault energy between 10 and 40 mJ/m2 and a manganese content between 10 and 30% is provided, which is prone to twin formation at room temperature and has at least regions with a predominantly austenitic microstructure. Regions of this steel sheet are first temperature treated to a temperature between +30° C. and ?250° C. and subsequently cold formed.

Abstract: A bi-phasic pharmaceutical composition for oral administration including one or more solid active ingredient containing particles dispersed within a semi-solid carrier formulation. The solid particles include a coating with pH-triggered drug release properties and the semi-solid carrier formulation is formulated at a pH that is different than the pH at which the active ingredient release properties of the coating are triggered. Also described is a delivery system for delivery of the bi-phasic pharmaceutical composition including the bi-phasic pharmaceutical composition described above and a dispenser pouch formed from flexible laminate sheets. Further, a process for manufacturing the two-phase pharmaceutical delivery system is described including the filling the bi-phasic pharmaceutical composition into flexible dispenser pouches, which allows the patient to squeeze and dispense the contents of the package directly into the oral cavity.

Abstract: An effervescent preparation of glucosamine sulfate or a mixed salt thereof, suitable for preparing a drinkable medicine and applying a patient's daily dosage in a single dose. In a preferred embodiment of the invention, the preparation comprises a fruit acid, preferably citric acid, as acid component and for the improvement of storage-stability. A further preferred dosage form is effervescent tablets.

Abstract: A lubricant for the lubrication of extrusions, preferably strips 4, 4a, made of a biopolymeric substance, in particular of gelatin, in a work process and a method of manufacturing soft gelatin capsules, wherein the lubricant is water-soluble and contains one or more polyglycerols having 2-28 monomeric units, preferably 2-10 monomeric units. The advantage of the hydrophilic lubricant is that it becomes obsolete to remove the residual lubricant on the capsule's wrapper before the drying of the capsules 8 as well as the possible recycling of the lattices of waste 14.

Abstract: The description relates to a process and a device for checking for the presence of metal in refuse contained in a refuse container. To check the contents of a refuse container (12), the latter is scanned by at least one metal detector (15) at the pick-up site before being emptied and an electric and/or acoustic and/or optical signal is generated when metal is detected.