mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for reaction vessel power control of a steam turbine power generation system including a reaction vessel, a high-pressure turbine configured to receive supplied steam from the reaction vessel through a main steam pipe, a low-pressure turbine configured to receive discharged steam from the high-pressure turbine via a moisture separator reheater, a branch pipe branched from the main steam pipe and connected to the moisture separator reheater, a generator connected to the low-pressure turbine, a condenser configured to condense the steam discharged from the low-pressure turbine, a condensate pump configured to feed condensate condensed by the condenser, and feed water heaters (118, 121) configured to heat the condensate, the apparatus comprising: a branch pipe control valve on the branch pipe; a control unit configured to control an opening degree of the branch pipe control valve, wherein the control unit is configured to control the opening degree of the branch pipe control valve according to a power compensation request signal corresponding to a power reduction of the generator, characterized in that the apparatus further includes a condensate pipe control valve on a condensate pipe connected between the condenser and the condensate pump, an opening degree of the condensate pipe control valve being controlled by the control unit according to the power compensation request signal. a branch pipe control valve on the branch pipe; a control unit configured to control an opening degree of the branch pipe control valve, wherein the control unit is configured to control the opening degree of the branch pipe control valve according to a power compensation request signal corresponding to a power reduction of the generator, characterized in that the apparatus further includes a condensate pipe control valve on a condensate pipe connected between the condenser and the condensate pump, an opening degree of the condensate pipe control valve being controlled by the control unit according to the power compensation request signal.
Antibacterial formulation comprising a mixture of bacteriophages having lytic activity against strains of Salmonella spp. CHARACTERIZED in that it comprises: a) an effective amount of specific bacteriophages: Bacteriophage SenM-L8 IDAC deposit 060820-01, Bacteriophage SenM-STM1 IDAC deposit 060820-03, Bacteriophage SenM-STM23 IDAC deposit 060820-04, Bacteriophage SenS-STM47B IDAC deposit 060820-05, Bacteriophage SenM-M7 IDAC deposit 060820-06 and b) an acceptable vehicle, buffer and/or excipients. a) an effective amount of specific bacteriophages: Bacteriophage SenM-L8 IDAC deposit 060820-01, Bacteriophage SenM-STM1 IDAC deposit 060820-03, Bacteriophage SenM-STM23 IDAC deposit 060820-04, Bacteriophage SenS-STM47B IDAC deposit 060820-05, Bacteriophage SenM-M7 IDAC deposit 060820-06 and Bacteriophage SenM-L8 IDAC deposit 060820-01, Bacteriophage SenM-STM1 IDAC deposit 060820-03, Bacteriophage SenM-STM23 IDAC deposit 060820-04, Bacteriophage SenS-STM47B IDAC deposit 060820-05, Bacteriophage SenM-M7 IDAC deposit 060820-06 and b) an acceptable vehicle, buffer and/or excipients.
An industrial truck with at least one electric drive and an electric brake, which can generate a braking torque which counter-acts a driving torque of a shaft generated by the drive, characterised by a brake monitoring device, which can command the drive and the brake and to which a rotational speed of the shaft, captured by a speed sensor is applied, wherein for function testing at standing vehicle, the brake monitoring device commands the drive into a first direction and at the same time the brake to generate its maximum torque, compares the captured rotational speed with a predetermined maximum value and commands the drive into a second direction when the predetermined maximum value is exceeded, an alarm signal being generated if the captured rotational speed exceeds the predetermined maximum value in both directions.
A self-locking mold for molding and vulcanizing a tire, comprising: a shell; and a plurality of sectors circumferentially distributed around the shell to resist internal pressure and remain in a closed position without the aid of supplementary components during molding; wherein the shell and the sectors have complementary surfaces for axially and radially locking the shell and the sectors when the mold is closed, wherein the shell comprises: an external element having an outer surface and an opposing inner surface, and an outer lateral surface and an opposed inner lateral surface, and a projection that axially extends from the inner lateral surface and having an annular groove with a frustoconical surface; and an internal element of the shell with an outer boundary and an opposite inner boundary, and an outer lateral boundary and an opposed inner lateral boundary; the mold includes at least one shoulder spacer that is disposed intermediate the shell and the sectors in the closed position of the mold; and the mold includes an elastic means that maintains a space between each shoulder spacer and a respective inner boundary, wherein maintaining the space corresponds to maintaining a distance sufficient to cause each shoulder spacer to avoid friction along an interface BC between the shoulder spacer and the sector. a shell; and a plurality of sectors circumferentially distributed around the shell to resist internal pressure and remain in a closed position without the aid of supplementary components during molding; wherein the shell and the sectors have complementary surfaces for axially and radially locking the shell and the sectors when the mold is closed, wherein the shell comprises: an external element having an outer surface and an opposing inner surface, and an outer lateral surface and an opposed inner lateral surface, and a projection that axially extends from the inner lateral surface and having an annular groove with a frustoconical surface; and an internal element of the shell with an outer boundary and an opposite inner boundary, and an outer lateral boundary and an opposed inner lateral boundary; an external element having an outer surface and an opposing inner surface, and an outer lateral surface and an opposed inner lateral surface, and a projection that axially extends from the inner lateral surface and having an annular groove with a frustoconical surface; and an internal element of the shell with an outer boundary and an opposite inner boundary, and an outer lateral boundary and an opposed inner lateral boundary; the mold includes at least one shoulder spacer that is disposed intermediate the shell and the sectors in the closed position of the mold; and the mold includes an elastic means that maintains a space between each shoulder spacer and a respective inner boundary, wherein maintaining the space corresponds to maintaining a distance sufficient to cause each shoulder spacer to avoid friction along an interface BC between the shoulder spacer and the sector.
A device for holding cooking bags, comprising: a substantially rectangular support surface, a handle piece, and a hanging section, wherein: • the handle piece and the hanging section are arranged on an upper edge in the longitudinal direction of the support surface, preferably in the center of the support surface in the width direction, and extend in opposite directions along a thickness direction of the support surface, • the handle piece and the support surface substantially form the shape of a U, with the handle piece being spaced from a rear face of the support surface and facing the rear face of the support surface, and extending along the support surface at an angle, particularly between 0° and 20°, • the hanging section substantially forms the shape of an L with the support surface, wherein the hanging section extends away from a front face of the support surface at an angle, particularly between 90° and 130°, with respect to the front face of the support surface, and • the handle piece and the hanging section are integrally formed with the support surface. a substantially rectangular support surface, a handle piece, and a hanging section, wherein: • the handle piece and the hanging section are arranged on an upper edge in the longitudinal direction of the support surface, preferably in the center of the support surface in the width direction, and extend in opposite directions along a thickness direction of the support surface, • the handle piece and the support surface substantially form the shape of a U, with the handle piece being spaced from a rear face of the support surface and facing the rear face of the support surface, and extending along the support surface at an angle, particularly between 0° and 20°, • the hanging section substantially forms the shape of an L with the support surface, wherein the hanging section extends away from a front face of the support surface at an angle, particularly between 90° and 130°, with respect to the front face of the support surface, and • the handle piece and the hanging section are integrally formed with the support surface. • the handle piece and the hanging section are arranged on an upper edge in the longitudinal direction of the support surface, preferably in the center of the support surface in the width direction, and extend in opposite directions along a thickness direction of the support surface, • the handle piece and the support surface substantially form the shape of a U, with the handle piece being spaced from a rear face of the support surface and facing the rear face of the support surface, and extending along the support surface at an angle, particularly between 0° and 20°, • the hanging section substantially forms the shape of an L with the support surface, wherein the hanging section extends away from a front face of the support surface at an angle, particularly between 90° and 130°, with respect to the front face of the support surface, and • the handle piece and the hanging section are integrally formed with the support surface.
A propylene polymer composition comprising: (a) 68 - 76 wt. %, based upon the total weight of components (a) to (c), of first polymer component being a propylene homopolymer or a copolymer of propylene, wherein the copolymer of propylene contains up to 1.2 wt. %, of ethylene derived units; (b) 24 - 32 wt. %, based upon the total weight of components (a) to (c), of second polymer component being a copolymer comprising 72 to 86 wt. % ethylene derived units and 14 to 28 wt. % propylene derived units; and (c) a nucleating agent; wherein the polypropylene composition has an intrinsic viscosity of the xylene soluble fraction (XSIV) at room temperature up to 1.3 dl/g and a melt flow rate, measured at 230°C and 2.16 kg, from 30 to 70 g/10 min. (a) 68 - 76 wt. %, based upon the total weight of components (a) to (c), of first polymer component being a propylene homopolymer or a copolymer of propylene, wherein the copolymer of propylene contains up to 1.2 wt. %, of ethylene derived units; (b) 24 - 32 wt. %, based upon the total weight of components (a) to (c), of second polymer component being a copolymer comprising 72 to 86 wt. % ethylene derived units and 14 to 28 wt. % propylene derived units; and (c) a nucleating agent; wherein the polypropylene composition has an intrinsic viscosity of the xylene soluble fraction (XSIV) at room temperature up to 1.3 dl/g and a melt flow rate, measured at 230°C and 2.16 kg, from 30 to 70 g/10 min.
A rolling mill bearing chock positioning device, comprising a first bearing chock assembly, an upright post and a rolling mill seat, characterized in that, a first stepped face downward-facing is disposed on the lower middle portion of the upright post, and the first stepped face and an upward-facing supporting face of the rolling mill seat form therebetween a retaining mechanism for retaining the upward and downward displacement of the first bearing chock assembly by exerting pre-tightening pressure thereon.
A method comprising: mixing a first quantity of tungsten salt and a second quantity of nickel (Ni) salt in the presence of a carbon support, wherein the tungsten salt is dissolved in isopropanol; removing water and oxygen from the mixture; and flowing, after removing the water and the oxygen from the mixture, methane gas over the mixture of the first quantity and the second quantity to form tungsten-nickel carbides (W-Ni-C) on said carbon support, wherein mixing the first quantity of tungsten salt and the second quantity of nickel salt on the carbon support comprises selecting the first quantity and the second quantity such that a molar ratio of tungsten to nickel is 4:1. mixing a first quantity of tungsten salt and a second quantity of nickel (Ni) salt in the presence of a carbon support, wherein the tungsten salt is dissolved in isopropanol; removing water and oxygen from the mixture; and flowing, after removing the water and the oxygen from the mixture, methane gas over the mixture of the first quantity and the second quantity to form tungsten-nickel carbides (W-Ni-C) on said carbon support, wherein mixing the first quantity of tungsten salt and the second quantity of nickel salt on the carbon support comprises selecting the first quantity and the second quantity such that a molar ratio of tungsten to nickel is 4:1.
A wireless communication terminal communicating wirelessly, the terminal comprising: a transceiver; and a processor, wherein the processor is configured to receive trigger information from a base wireless communication terminal using the transceiver, determine whether to aggregate one or more MPDUs requesting an immediate response to generate an Aggregate-MAC Protocol Data Unit, A-MPDU, based on the trigger information, generate the A-MPDU according to the determination, and transmit the A-MPDU to the base wireless communication terminal, characterized in that when the trigger information is included in a MAC header, the processor is configured to generate the A-MPDU not to include the one or more MPDUs requesting an immediate response. a transceiver; and a processor, wherein the processor is configured to receive trigger information from a base wireless communication terminal using the transceiver, determine whether to aggregate one or more MPDUs requesting an immediate response to generate an Aggregate-MAC Protocol Data Unit, A-MPDU, based on the trigger information, generate the A-MPDU according to the determination, and transmit the A-MPDU to the base wireless communication terminal, characterized in that when the trigger information is included in a MAC header, the processor is configured to generate the A-MPDU not to include the one or more MPDUs requesting an immediate response.
A theater seating system comprising: a separating panel having a separating panel lengthwise axis, a first end a second end, a first section, a second section, a third section, and a fourth section, the separating panel lengthwise axis extending through the second section and the fourth section, the first section extending from the first end to the second section, the second section extending from the first section to the third section, the third section extending from the second section to the fourth section, the fourth section extending from the third section to the second end, characterized by: the first section, the second section, the third section, and the fourth section cooperatively defining a chamber, the first end separated from the second end to define an opening providing access to the chamber, the first end separated from the second end by a first length, the third section having a second length that extends from the second section to the fourth section, the second length being greater than the first length; and a first theater seat disposed within the chamber. a separating panel having a separating panel lengthwise axis, a first end a second end, a first section, a second section, a third section, and a fourth section, the separating panel lengthwise axis extending through the second section and the fourth section, the first section extending from the first end to the second section, the second section extending from the first section to the third section, the third section extending from the second section to the fourth section, the fourth section extending from the third section to the second end, characterized by: the first section, the second section, the third section, and the fourth section cooperatively defining a chamber, the first end separated from the second end to define an opening providing access to the chamber, the first end separated from the second end by a first length, the third section having a second length that extends from the second section to the fourth section, the second length being greater than the first length; and a first theater seat disposed within the chamber. the first section, the second section, the third section, and the fourth section cooperatively defining a chamber, the first end separated from the second end to define an opening providing access to the chamber, the first end separated from the second end by a first length, the third section having a second length that extends from the second section to the fourth section, the second length being greater than the first length; and a first theater seat disposed within the chamber.
A method of producing a printed wiring board, characterized in that the method comprises: a step of applying preparatory bending deformation to a sheet-like base before one or more ink layers are formed, wherein the sheet-like base is plastically deformed; a step of forming one or more ink layers of an electrically conductive ink on the sheet-like base, wherein the step of forming one or more ink layers is performed in a state where the base is elastically flattened; a step of applying bending deformation to the base after the ink layer is formed but before the ink layer is cured, to thereby apply bending deformation to at least part of the ink layer; and a step of curing the ink layer after the bending deformation. a step of applying preparatory bending deformation to a sheet-like base before one or more ink layers are formed, wherein the sheet-like base is plastically deformed; a step of forming one or more ink layers of an electrically conductive ink on the sheet-like base, wherein the step of forming one or more ink layers is performed in a state where the base is elastically flattened; a step of applying bending deformation to the base after the ink layer is formed but before the ink layer is cured, to thereby apply bending deformation to at least part of the ink layer; and a step of curing the ink layer after the bending deformation.
Method for producing a rotor of an electric machine, - wherein the rotor has a rotor core arranged concentrically to the rotor axis, - wherein the rotor core has grooves, - wherein at each of the respective axial ends of the grooves the rotor core has an annular recess which is arranged concentrically to the rotor axis and connects the grooves, - wherein the grooves and the respective annular recess are filled with an electrically conducting material using an additive manufacturing method to create a short-circuit ring, - wherein a material mixture consisting of a material with a first strength and at least one material with a higher strength compared to the first strength is used as material for the additive manufacturing, - wherein a material transition from a material with a first strength to at least one material with a higher strength compared to the first strength is created in the axial and/or radial direction of the short-circuit ring, - wherein the short-circuit ring is embodied such that the material strength increases from the inner radius to the outer radius of the short-circuit ring, - wherein the transition is smooth and - wherein at least one retaining structure or at least one lattice is embodied in the short-circuit ring. - wherein the rotor has a rotor core arranged concentrically to the rotor axis, - wherein the rotor core has grooves, - wherein at each of the respective axial ends of the grooves the rotor core has an annular recess which is arranged concentrically to the rotor axis and connects the grooves, - wherein the grooves and the respective annular recess are filled with an electrically conducting material using an additive manufacturing method to create a short-circuit ring, - wherein a material mixture consisting of a material with a first strength and at least one material with a higher strength compared to the first strength is used as material for the additive manufacturing, - wherein a material transition from a material with a first strength to at least one material with a higher strength compared to the first strength is created in the axial and/or radial direction of the short-circuit ring, - wherein the short-circuit ring is embodied such that the material strength increases from the inner radius to the outer radius of the short-circuit ring, - wherein the transition is smooth and - wherein at least one retaining structure or at least one lattice is embodied in the short-circuit ring.
Input device for vouchers of a self-service device, in particular a paying-in machine, wherein the input device is provided with at least one mechanically acting alignment element (5, 6) for aligning the vouchers inserted into the input device, wherein the alignment element (5, 6) is provided on the input side with two run-on surfaces (7, 18) at an angle to each other, wherein the angle of inclination of the first run-on surface enclosed relative to the longitudinal mid-axis of the input device is greater than the angle of the adjacent run-on surface enclosed relative to the longitudinal mid-axis of the input device, characterized in that the input device is equipped with two alignment elements (5, 6) arranged at a distance from each other, in that each alignment element (5, 6) is provided on the input side with two run-on surfaces at an angle to each other, and in that each alignment element (5, 6) is provided on the side opposite to the input side with an inclined surface, which is inclined in the direction opposite to the input-side run-on surface relative to the longitudinal mid-axis of the input device.
Piston ring arrangement with a piston ring encircling a main axis, the piston ring having a sealing surface directed radially outward and a contact surface directed radially outward, the sealing surface being radially outside of the contact surface, and with a retaining ring encircling the main axis with a retaining surface directed radially inward, the piston ring and the retaining ring being arranged such that the retaining surface and the contact surface are adjacent in the radial direction, wherein the piston ring arrangement is suitable to be arranged in a groove (32a-32h), which is formed by two annular piston discs (30a-30h), which encircles the main axis and which is open radially outward, characterized in that the retaining ring is closed circumferentially.