Abstract: A current-carrying contact element including a base body having at least one structured contact surface for electrically contacting two opposing electrical conductors in a contact direction. The structured contact surface has collecting recesses for receiving oxide between contact protrusions projecting in the contact direction each having a contact point for contacting the conductor. The contact element includes a nickel layer applied to the structured contact surface for hardening the contact protrusions so that the coated contact protrusions break an oxide layer on the conductor to be contacted upon connection to the conductor to expose a bare mating contact point and for sealing the contact points and the bare mating contact points against oxygen. The ratio of the width and height of the contact protrusion is greater than or equal to 2 and less than or equal to 10.

Abstract: Fibrous structures having a surface pattern of a continuous knuckle region and a plurality of discrete pillow regions such that the fibrous structures exhibit improved lotion transfer compared to known fibrous structures and better sheet control during the making of such fibrous structures are provided.

Abstract: Fibrous structures having a surface pattern of a continuous knuckle region and a plurality of discrete pillow regions such that the fibrous structures exhibit improved softness compared to known fibrous structures and better sheet control during the making of such fibrous structures are provided.

Abstract: Fibrous structures having a surface pattern of a continuous knuckle region and a plurality of discrete pillow regions such that the fibrous structures exhibit improved lotion transfer compared to known fibrous structures and better sheet control during the making of such fibrous structures are provided.

Abstract: A rail-type floor conveyor system includes at least two rail pairs of different running directions, at least four rotatably mounted support plates on bearings, located in the intersection region of the rail pairs and on which wheels of a floor conveyor are rotated from a first into a second running direction, at least one floor conveyor having at least four wheel cassettes, rotated about a vertical axis and each have at least one wheel in contact with the rails, and wherein each wheel has a peripheral contour complementary to at least one profile of a rail so that transverse forces on the floor conveyor are absorbed by the rail pair, and a wheel-cassette rotary drive assembly connected to the floor conveyor and able to rotate the wheel cassettes about their vertical axis on the support plates, wherein no profiling for guiding the wheels is on the support plates.

Abstract: Fibrous structures having a surface pattern of a continuous knuckle region and a plurality of discrete pillow regions such that the fibrous structures exhibit improved softness compared to known fibrous structures and better sheet control during the making of such fibrous structures are provided.

Abstract: The present invention provides compositions comprising a substance of a particle size between 1 ?m and 100 ?m and a solubility in water between 0.0001 g/l and 10 g/l, at least 2 wt % of at least one cellulose based polymer, at least one anionic surfactant, at least one non-ionic surfactant, wherein the non-ionic surfactant is present in an amount of non-ionic surfactant to at least one cellulose based polymer in the range of between 10:1 and 1:10, wherein the ratio of the at least one cellulose based polymer and the at least one non-ionic surfactant together to the substance is between 2:1 to 1:2, and wherein the concentration of the substance of a particle size between 1 ?m and 100 ?m and a solubility in water between 0.0001 g/l and 10 g/l is in the range of 10.1 wt % to 15 wt %. The present invention also provides methods of manufacturing the compositions.

Abstract: The present invention relates to stable nanosuspensions of methyl {4,6-diamino-2-[5-fluoro-1-(2- fluorobenzyl)-1H-pyrazolo[3,4-b]pyridin-3-yl]pyrimidin-5-yl}carbamate (Vericiguat, compound of formula (I)), processes for preparing the stable nanosuspensions, nanoparticles comprising the compound of formula (I), and pharmaceutical compositions in solid form made from the nanosuspensions.

Abstract: A process for producing a pharmaceutical formulation comprises the steps of: A) suspending a pharmaceutical active substance in an aqueous solution of a polymer; B) drying the mixture obtained in step A); wherein in step A) the pharmaceutical active substance is present in the form of particles having a d90 value in the particle size distribution of ?1 ?m and before step B) the pharmaceutical active substance is further contacted with an ionic surfactant.

Abstract: A process for producing a pharmaceutical formulation comprising the steps of: A) providing particles of a polymer, wherein particles of a pharmaceutical active substance are additionally at least partially embedded in the particles of the polymer; B) heating the particles of the polymer to a predetermined temperature for a predetermined time and C) cooling the particles of the polymer after the predetermined time to a temperature of 18° C. to 24° C., wherein the polymer is at least partially soluble in water and the active substance is at least partially soluble in the polymer. The particulate pharmaceutical active substance is present in the form of particles having a d90 value in the particle size distribution of ?1 ?m. The predetermined temperature is within a range from 10 K below the glass transition temperature (determined by DSC in accordance with DIN EN ISO 11357-2 at a heating rate of 10 K/min) of the polymer to the melting temperature of the active substance.

Abstract: The present invention relates to encapsulated active compounds (actives/active ingredients/AI) produced by different methods with minimized/eliminated negative effects on the plant/enhanced biological compatibility while efficacy against pests is maintained.

Abstract: The invention relates to a method for monitoring a winding device (10), comprising the following steps: Displaying of a schematic illustration of functional units (20) of the winding device (10) on a display device (30), Detection of at least one operating parameter (40) of at least one functional unit (20) of the winding device (10), Displaying of the at least one detected operating parameter (40) on the display device (30) next to the schematic illustration of the corresponding functional unit (20).

Abstract: A liquid extraction cleaning device comprises a main unit, a liquid pump, a flexible hose, and a hand tool. The main unit comprises a vacuum pump. The hand tool comprises a vacuum inlet port, an agitator, a spray nozzle, and a grip portion. The vacuum inlet port of the hand tool is operatively connected to the vacuum pump via the hose passageway in a manner such that the vacuum pump is capable of drawing fluid through the vacuum inlet port and into the hose passageway. The spray nozzle is operatively connected to the liquid pump in a manner such that the liquid pump is capable of forcing liquid out of the spray nozzle.

Abstract: A liquid extraction cleaning device comprises a main unit, a liquid pump, a flexible hose, and a hand tool. The main unit comprises a vacuum pump. The hand tool comprises a vacuum inlet port, an agitator, a spray nozzle, and a grip portion. The vacuum inlet port of the hand tool is operatively connected to the vacuum pump via the hose passageway in a manner such that the vacuum pump is capable of drawing fluid through the vacuum inlet port and into the hose passageway. The spray nozzle is operatively connected to the liquid pump in a manner such that the liquid pump is capable of forcing liquid out of the spray nozzle.

Abstract: A liquid extraction cleaning device comprises a vacuum pump, a liquid pump, a cleaning solution tank, a recovery tank, first and second spray nozzles, a spray selection switch, a vacuum inlet port, an agitator assembly, and a handle. The spray selection switch controls whether liquid is expelled from the second spray nozzle when liquid is expelled from the first spray nozzle. The agitator assembly comprises first and second agitators. The first agitator is configured to rotate. The second agitator is configured to reciprocate. The handle is pivotally connected to the rest of the liquid extraction cleaning device and is lockable in several pivotal orientations. The handle can also be pivoted forward from a rearwardly extending direction to an extent that it extends forward horizontally.

Abstract: A liquid extraction cleaning device comprises a main unit, a liquid pump, a flexible hose, and a hand tool. The main unit comprises a vacuum pump. The hand tool comprises a vacuum inlet port, an agitator, a spray nozzle, and a grip portion. The vacuum inlet port of the hand tool is operatively connected to the vacuum pump via the hose passageway in a manner such that the vacuum pump is capable of drawing fluid through the vacuum inlet port and into the hose passageway. The spray nozzle is operatively connected to the liquid pump in a manner such that the liquid pump is capable of forcing liquid out of the spray nozzle.

Abstract: A liquid extraction cleaning device comprises a vacuum pump, a liquid pump, a cleaning solution tank, a recovery tank, first and second spray nozzles, a spray selection switch, a vacuum inlet port, an agitator assembly, and a handle. The spray selection switch controls whether liquid is expelled from the second spray nozzle when liquid is expelled from the first spray nozzle. The agitator assembly comprises first and second agitators. The first agitator is configured to rotate. The second agitator is configured to reciprocate. The handle is pivotally connected to the rest of the liquid extraction cleaning device and is lockable in several pivotal orientations. The handle can also be pivoted forward from a rearwardly extending direction to an extent that it extends forward horizontally.

Abstract: The invention relates to a method for monitoring a winding device (10), comprising the following steps: Displaying of a schematic illustration of functional units (20) of the winding device (10) on a display device (30), Detection of at least one operating parameter (40) of at least one functional unit (20) of the winding device (10), Displaying of the at least one detected operating parameter (40) on the display device (30) next to the schematic illustration of the corresponding functional unit (20).

Abstract: A liquid extraction cleaning device comprises a main unit, a liquid pump, a flexible hose, and a hand tool. The main unit comprises a vacuum pump. The hand tool comprises a vacuum inlet port, an agitator, a spray nozzle, and a grip portion. The vacuum inlet port of the hand tool is operatively connected to the vacuum pump via the hose passageway in a manner such that the vacuum pump is capable of drawing fluid through the vacuum inlet port and into the hose passageway. The spray nozzle is operatively connected to the liquid pump in a manner such that the liquid pump is capable of forcing liquid out of the spray nozzle.

Abstract: A liquid extraction cleaning device comprises a vacuum pump, a liquid pump, a cleaning solution tank, a recovery tank, first and second spray nozzles, a spray selection switch, a vacuum inlet port, an agitator assembly, and a handle. The spray selection switch controls whether liquid is expelled from the second spray nozzle when liquid is expelled from the first spray nozzle. The agitator assembly comprises first and second agitators. The first agitator is configured to rotate. The second agitator is configured to reciprocate. The handle is pivotally connected to the rest of the liquid extraction cleaning device and is lockable in several pivotal orientations. The handle can also be pivoted forward from a rearwardly extending direction to an extent that it extends forward horizontally.