mhurhangee/ep-ind-claims huggingface dataset:
A UV curable coating comprising: from 65 wt. % to 85 wt. % of an acrylate component; from 0.1 wt. % to 5 wt. % of a photoinitiator; from 0.1 wt. % to 5 wt. % of an amine synergist; from 1 wt. % to 10 wt. % of a lubricant; and from 1 wt. % to 15 wt. % of an abrasive, wherein the acrylate component comprises a silicone acrylate; and wherein the lubricant is a wax lubricant. from 65 wt. % to 85 wt. % of an acrylate component; from 0.1 wt. % to 5 wt. % of a photoinitiator; from 0.1 wt. % to 5 wt. % of an amine synergist; from 1 wt. % to 10 wt. % of a lubricant; and from 1 wt. % to 15 wt. % of an abrasive, wherein the acrylate component comprises a silicone acrylate; and wherein the lubricant is a wax lubricant.
A dispersion stabilizer for suspension polymerization comprising an aqueous emulsion comprising a dispersant, a dispersoid, a graft polymer, and an aqueous medium, wherein the dispersant comprises a nonionic surfactant, a cationic surfactant, or an amphoteric surfactant, the dispersoid comprises a polymer having an ethylenically unsaturated monomer unit, the graft polymer is obtained by graft polymerization of the ethylenically unsaturated monomer with the dispersant, a mass ratio [A/(A + B + C)] of the dispersant with respect to the total amount of the dispersant, the dispersoid, and the graft polymer is 0.001 or more and less than 0.18, a mass ratio [C/(A + B + C)] of the graft polymer with respect to the total amount of the dispersant, the dispersoid, and the graft polymer is 0 or more and less than 0.04, and the total content of the dispersant, the dispersoid, and the graft polymer is 35 to 70 mass%. the dispersant comprises a nonionic surfactant, a cationic surfactant, or an amphoteric surfactant, the dispersoid comprises a polymer having an ethylenically unsaturated monomer unit, the graft polymer is obtained by graft polymerization of the ethylenically unsaturated monomer with the dispersant, a mass ratio [A/(A + B + C)] of the dispersant with respect to the total amount of the dispersant, the dispersoid, and the graft polymer is 0.001 or more and less than 0.18, a mass ratio [C/(A + B + C)] of the graft polymer with respect to the total amount of the dispersant, the dispersoid, and the graft polymer is 0 or more and less than 0.04, and the total content of the dispersant, the dispersoid, and the graft polymer is 35 to 70 mass%.
Leg garment, in particular a stocking, trousers, a leg warmer or leggings, comprising at least one compression area in which the leg garment, when it is being worn, exerts a compression effect on the leg of the wearer of the leg garment, and comprising at least one stimulus-inducing structure which, when the garment is being worn, is arranged on an inner face of the leg garment directed towards the leg of the wearer of the leg garment, wherein the stimulus-inducing structure comprises at least one stimulus-inducing functional element, characterized in that at least one functional element comprises a knitted area of the leg garment which, in terms of its knit construction, differs from a knitted area of the leg garment adjoining the functional element and is configured as a tuck-stitch knitted fabric.
An ultrasound flow meter unit arranged to measure a flow rate of a fluid, the unit comprising - first and second ultrasound transducers to allow ultrasound signals to travel between the first and second ultrasound transducers through the fluid, - a circuit board with an electronic circuit arranged for operating the first and second ultrasound transducers, and - a casing having a part formed by a membrane, wherein the first and second ultrasound transducers and the circuit board with the electronic circuit are positioned within the casing, wherein the ultrasound transducers are arranged so that the ultrasound signals penetrate the membrane, and where the casing, the circuit board and the ultrasound transducers form a unit, characterized in that the casing is a water-tight casing having a casing part for direct contact with the fluid to be measured, the casing part for direct contact with the fluid being formed by the membrane in the form of a common protection membrane arranged to protect both of the first and second transducers against direct contact with the fluid to be measured. - first and second ultrasound transducers to allow ultrasound signals to travel between the first and second ultrasound transducers through the fluid, - a circuit board with an electronic circuit arranged for operating the first and second ultrasound transducers, and - a casing having a part formed by a membrane, wherein the first and second ultrasound transducers and the circuit board with the electronic circuit are positioned within the casing, wherein the ultrasound transducers are arranged so that the ultrasound signals penetrate the membrane, and where the casing, the circuit board and the ultrasound transducers form a unit,
Method for the removal of mycotoxins in food products, comprising the steps of providing at least a quantity of at least one food product and at least a quantity of calcium oxide, said food product having a predetermined humidity value suitable for treatment by direct contact with said calcium oxide supplied in powder and/or microgranules; mixing at least said quantity of at least one food product with said at least a quantity of calcium oxide in respective predetermined percentages, so as to determine the contact between the surface of the food products with said calcium oxide for the removal of mycotoxins; cleaning the surface of the food products from said calcium oxide, to make the treated products suitably edible again, characterised in that said step of mixing said quantity of food products with said quantity of calcium oxide takes place dry, without the addition of water and/or steam, and at room temperature, wherein said calcium oxide does not undergo transformations during said step of mixing said quantity of food products with said quantity of calcium oxide.
A wind turbine comprising a wind turbine generator comprising: at least one double-sided rotor with an inner rotor side and an outer rotor side; and at least one stator with an inner stator core and an outer stator core, wherein the at least one double-sided rotor is concentrically disposed between the inner stator core and the outer stator core of the wind turbine generator; wherein said wind turbine generator is concentrically disposed about a rotor shaft of said wind turbine and provides a first concentric air gap between the rotor and the inner stator core and a second concentric air gap between the rotor and the outer stator core; and characterized by: at least one heat pipe generally surrounding the inner stator core and the outer stator core; and at least one cooling channel disposed generally adjacent to the inner stator core or outer stator core, wherein the at least one heat pipe transfers heat from the inner stator core and the outer stator core to the at least one cooling channel. at least one double-sided rotor with an inner rotor side and an outer rotor side; and at least one stator with an inner stator core and an outer stator core, wherein the at least one double-sided rotor is concentrically disposed between the inner stator core and the outer stator core of the wind turbine generator; wherein said wind turbine generator is concentrically disposed about a rotor shaft of said wind turbine and provides a first concentric air gap between the rotor and the inner stator core and a second concentric air gap between the rotor and the outer stator core; and characterized by: at least one heat pipe generally surrounding the inner stator core and the outer stator core; and at least one cooling channel disposed generally adjacent to the inner stator core or outer stator core, wherein the at least one heat pipe transfers heat from the inner stator core and the outer stator core to the at least one cooling channel. at least one heat pipe generally surrounding the inner stator core and the outer stator core; and at least one cooling channel disposed generally adjacent to the inner stator core or outer stator core, wherein the at least one heat pipe transfers heat from the inner stator core and the outer stator core to the at least one cooling channel.
A hydraulic energy recovery system comprising an output drive unit that can be actuated by a drive unit and by means of which a hydraulic motor-pump unit can be driven which, - in at least one energy feed position supplies an energy storage device and/or working hydraulics with fluid; and - in a recuperation position delivers pressurised fluid from the energy storage device at least to the working hydraulics and/or is used for the actuation of the output drive unit, a hydraulic supply pump being able to be driven by the output drive unit in parallel to the motor-pump unit, the supply pump supplying the working hydraulics on its output side, and being connected via this output side to a supply connection of the motor-pump unit, characterised in that the supply pump is a load sensing pump which may be controlled by the working hydraulics. - in at least one energy feed position supplies an energy storage device and/or working hydraulics with fluid; and - in a recuperation position delivers pressurised fluid from the energy storage device at least to the working hydraulics and/or is used for the actuation of the output drive unit,
A spraying device for spraying a liquid product onto a paper web, comprising a spray chamber delimited at least in part by a moving paper web guided by guide rollers, and a plurality of spraying nozzles connected to a liquid product supply source and arranged inside said spray chamber to spray said liquid product onto said moving paper web, characterized in that: - said plurality of spraying nozzles are arranged on a rotary support rotatable about a rotation axis parallel to the axes of the guide rollers; - the spray chamber is delimited by at least part of said rotary support, by at least two contiguous sections of the paper web, each of said sections of the paper web being defined between two of said guide rollers, and by side walls perpendicular to the axes of the guide rollers; and - one of said contiguous sections of the paper web faces directly the spraying nozzles. - said plurality of spraying nozzles are arranged on a rotary support rotatable about a rotation axis parallel to the axes of the guide rollers; - the spray chamber is delimited by at least part of said rotary support, by at least two contiguous sections of the paper web, each of said sections of the paper web being defined between two of said guide rollers, and by side walls perpendicular to the axes of the guide rollers; and - one of said contiguous sections of the paper web faces directly the spraying nozzles.
Method for determining one or more radio resources to be used for performing a wireless communication over a sidelink of a mobile communication system, the method comprising: Estimating a level of interference, wherein three levels of interference are distinguished when determining the level of interference, a first level, a second level, and a third level, wherein the third level of interference indicates a higher intensity of the interference than the second level of interference, wherein the second level of interference indicates a higher level of interference than the first level of interference; Selecting a means for determining the one or more radio resources based on the level of interference, wherein the means is selected among elements of a group of using pre-defined radio resources, using a decentralized coordination of radio resources, and using a base station-based assignment of radio resources, wherein the pre-defined radio resources are used at the first level, wherein the decentralized coordination is used at the second level, and wherein the base station-based assignment of radio resources is used at the third level; and Determining the one or more radio resources to be used for performing a wireless communication over the sidelink of the mobile communication system based on the selected means. Estimating a level of interference, wherein three levels of interference are distinguished when determining the level of interference, a first level, a second level, and a third level, wherein the third level of interference indicates a higher intensity of the interference than the second level of interference, wherein the second level of interference indicates a higher level of interference than the first level of interference; Selecting a means for determining the one or more radio resources based on the level of interference, wherein the means is selected among elements of a group of using pre-defined radio resources, using a decentralized coordination of radio resources, and using a base station-based assignment of radio resources, wherein the pre-defined radio resources are used at the first level, wherein the decentralized coordination is used at the second level, and wherein the base station-based assignment of radio resources is used at the third level; and Determining the one or more radio resources to be used for performing a wireless communication over the sidelink of the mobile communication system based on the selected means.
A panel coupling assembly comprising a panel including a side edge which is provided with an activating portion directed to a panel fixing direction, a base coupling member, an intermediate coupling member being displaceable with respect to the panel and the base coupling member in a non-assembled condition and which is provided with a sleeve portion facing to the activating portion of the panel, a guide for guiding the intermediate coupling member from a position in the non-assembled condition to a position in an assembled condition of the panel coupling assembly, which guide is adapted such that upon displacing the panel with respect to the base coupling member in the panel fixing direction the activating portion of the panel presses onto the sleeve portion and the intermediate coupling member is displaced in at least a direction extending transversely to the panel fixing direction, a fixing element being engageable to the intermediate coupling member such that in the assembled condition the intermediate coupling member and the fixing element together form a locking member (2, 13) that couples the panel and the base coupling member such that the panel is locked with respect to the base coupling member in a direction opposite to the panel fixing direction, characterized in that the intermediate coupling member is a separate part.
Glass door for fire protection purposes, with a door frame, which is composed of frame sections (7, 8) used in pairs, a door leaf, consisting of a fire-resistant pane, which is held by a frame construction that is composed of profiled frame sections (10, 11) used in pairs, at least one door hinge, one door-closing device and one two-part cover element (5, 5') for the door hinge and the door-closing device, wherein the door leaf is fastened with at least two door hinges spaced apart from each other, each with one end fastened to the door leaf and with the opposite end fastened to the door frame, to the door frame in a pivotable manner, wherein a first part of the cover element is arranged on the frame section of the door leaf in the area of the edge of the door leaf extending perpendicularly to the pivot axis of the door leaf, a second part of the cover element is arranged on the frame section of the door frame in the area of the edge of the door leaf extending perpendicularly to the pivot axis of the door leaf, with the first part of the cover element and the second part of the cover element covering the door hinge of the door designed as a pivot hinge and the first part of the cover element and the second part of the cover element together extending perpendicularly to the pivot axis of the door leaf of the door over a partial width or the entire width of the door leaf, the frame sections (7, 8) of the door frame, the door hinge designed as a pivot hinge and the door-closing device) in order to conceal the door hinge of the door designed as a pivot hinge, and the first part of the cover element and the second part of the cover element terminate with the edge of the door leaf extending perpendicularly to the pivot axis.
A method for manufacturing a stabilizer link (1, 2), the method comprising: preparing a solid support bar or a hollow support bar made of a light metal or a fiber reinforced plastic; inserting an end portion of the support bar into a mold as a core; and molding a housing by injecting a resin into the mold; wherein the housing is fixed at the end portion of the support bar in the molding, a ball portion (110, 220) of a stud ball (101, 201) is inserted into the ball seat (120, 301), thereby forming a subassembly composed of the stud ball (101, 201) and the ball seat (120, 301), the housing is formed while the subassembly and the support bar are inserted into the mold as a core, the molding is performed by injecting the resin into the mold, the housing covers a circumferential surface of the ball seat (120, 301) in the forming of the housing, wherein the ball seat (120, 301) is formed while a recess portion is formed on a circumferential surface of the ball seat (120, 301), and the end portion of the support bar is closely fitted into the recess portion of the ball seat (120, 301) when the support bar is inserted into the mold in forming of the housing. preparing a solid support bar or a hollow support bar made of a light metal or a fiber reinforced plastic; inserting an end portion of the support bar into a mold as a core; and molding a housing by injecting a resin into the mold; wherein the housing is fixed at the end portion of the support bar in the molding, a ball portion (110, 220) of a stud ball (101, 201) is inserted into the ball seat (120, 301), thereby forming a subassembly composed of the stud ball (101, 201) and the ball seat (120, 301), the housing is formed while the subassembly and the support bar are inserted into the mold as a core, the molding is performed by injecting the resin into the mold, the housing covers a circumferential surface of the ball seat (120, 301) in the forming of the housing, wherein the ball seat (120, 301) is formed while a recess portion is formed on a circumferential surface of the ball seat (120, 301), and the end portion of the support bar is closely fitted into the recess portion of the ball seat (120, 301) when the support bar is inserted into the mold in forming of the housing.
A display device comprising: a touch panel for displaying a screen and for receiving a predetermined input; detection means for detecting a start point and an end point of a physical touch on the touch panel; and display control means for calculating a moving direction of the touch on the basis of the detection result from the detection means, characterized in that the display control means is configured to calculate a vector extending from the start point to the end point as the moving direction and to enlarge the screen displayed on the touch panel when the moving direction is in a predetermined first section (Ra), and to reduce the screen when the moving direction is in a predetermined second section (Rb) different from the first section, wherein the sections are obtained by dividing a surrounding area of the start point. a touch panel for displaying a screen and for receiving a predetermined input; detection means for detecting a start point and an end point of a physical touch on the touch panel; and display control means for calculating a moving direction of the touch on the basis of the detection result from the detection means,
A method of updating channel information by a mobile station, hereinafter called MS, that is in idle mode, the method comprising: - receiving, by the MS, an information element, hereinafter called IE, including a channel descriptor configuration change counter and a transmission frame field indicating a transmission frame in which a channel descriptor is scheduled to be transmitted, wherein the IE is received in a paging listening interval which is an interval during the MS communicates with a base station; and - receiving, by the MS, the channel descriptor by awakening at the transmission frame indicated by the transmission frame field even if the MS is scheduled to be in a paging unavailable interval when the channel descriptor configuration change counter has changed since the MS last decoded the IE. - receiving, by the MS, an information element, hereinafter called IE, including a channel descriptor configuration change counter and a transmission frame field indicating a transmission frame in which a channel descriptor is scheduled to be transmitted, wherein the IE is received in a paging listening interval which is an interval during the MS communicates with a base station; and - receiving, by the MS, the channel descriptor by awakening at the transmission frame indicated by the transmission frame field even if the MS is scheduled to be in a paging unavailable interval when the channel descriptor configuration change counter has changed since the MS last decoded the IE.
A method of forming a vibrating element apparatus, said apparatus including: a wall section having an inner surface and an outer surface; a diaphragm defining, and closing one end of, said wall section, said diaphragm having an inner surface and an outer surface, the inner surfaces of said wall section and said diaphragm defining a hollow body; one or more vibrating elements extending from the outer surface of said diaphragm; a stack comprised of components which include one or more piezoelectric elements (32, 33, 34), said stack being positioned within said hollow body; and a compression device operable to compress said stack against the inner surface of said diaphragm; said method being characterised in that it includes associating at least one thermal compensation element (39, 40) with said stack, said thermal compensation element being selected and sized such that, when said apparatus is subjected to an increase in temperature, said at least one thermal compensation element (39, 40) expands at a greater rate than the components comprising said stack to ensure a substantially constant force is maintained on the components comprising said stack so as to allow the apparatus to operate at temperatures between about - 70°C and about + 260°C. a wall section having an inner surface and an outer surface; a diaphragm defining, and closing one end of, said wall section, said diaphragm having an inner surface and an outer surface, the inner surfaces of said wall section and said diaphragm defining a hollow body; one or more vibrating elements extending from the outer surface of said diaphragm; a stack comprised of components which include one or more piezoelectric elements (32, 33, 34), said stack being positioned within said hollow body; and a compression device operable to compress said stack against the inner surface of said diaphragm; said method being characterised in that it includes associating at least one thermal compensation element (39, 40) with said stack, said thermal compensation element being selected and sized such that, when said apparatus is subjected to an increase in temperature, said at least one thermal compensation element (39, 40) expands at a greater rate than the components comprising said stack to ensure a substantially constant force is maintained on the components comprising said stack so as to allow the apparatus to operate at temperatures between about - 70°C and about + 260°C.