mhurhangee/ep-ind-claims huggingface dataset:
A rotor for use in a gas turbine engine, the rotor comprising a central wheel arranged around a central axis, a plurality of first frequency blades that extend outward from the central wheel in a radial direction away from the central axis, each of the first frequency blades formed to include at least one first-frequency-modification slot (24, 25) that extends inward in the radial direction from a radially-outward tip of the first frequency blade toward the central wheel or each of the first frequency blades formed to include at least one first-frequency-modification void, and a plurality of second frequency blades that extend outward from the central wheel in the radial direction away from the central axis, each of the second frequency blades arranged circumferentially between two first frequency blades and formed to include at least one second-frequency-modification slot, different from the at least one first-frequency-modification slot (24, 25), that extends inward in the radial direction from a radially-outward tip of the second frequency blade toward the central wheel or formed to include at least one second-frequency-modification void, different from the at least one first-frequency-modification void wherein the first-frequency-modification slots (24, 25) respectively the first-frequency-modification voids and the second-frequency-modification slots respectively the second-frequency-modification voids are blind slots with one open end and one closed end, and characterised in that the closed ends of the first-frequency-modification slots (24, 25) respectively the closed ends of the first-frequency-modification voids and/or the second-frequency-modification slots respectively second-frequency-modification voids are contoured into an elongated bowl shape having no sharp corners.
Method for operating a cellular mobile communications network, said method comprising: a calculation step of at least one parameter, designated a frequency setting, representing the frequency setting of at least one radio parameter associated with at least one network object; a use step of said at least one frequency setting, in at least one optimization operation of the radio network. a calculation step of at least one parameter, designated a frequency setting, representing the frequency setting of at least one radio parameter associated with at least one network object; a use step of said at least one frequency setting, in at least one optimization operation of the radio network.
Steam cooking appliance for cooking foodstuffs by means of steam with a cooking chamber, with a water container for storing water, with a heating facility for evaporating water and a connection line between the water container and the cooking chamber, via which the water reaches the cooking chamber according to the force of gravity, wherein during operation the water container is exclusively connected to the atmosphere via the connection line, wherein the connection line opens into an evaporation basin within the cooking chamber, wherein the connection line with an opening mouth ends at an edge of the evaporation basin, the upper edge of which is arranged at a vertical position in the region of a desired maximum level of the evaporation basis, and wherein the connection line has an inlet opening at the water container which is arranged at a height position above the outlet opening, characterised in that the water container is integrated in a housing of the cooking appliance, wherein the connection line has a minimum diameter (d) of approx. 6 mm, wherein the connection line is arranged on a base surface in the cooking chamber, wherein the heating facility is arranged below the evaporation basin and wherein the heating facility is located below the connection line.
A swiveling fastening mechanism for a plate carrier on a telescopic mast of a plate lifting apparatus, comprising, with reference to the position of use: • a vertical supporting profile to be arranged at the top of the mast, coaxially to the mast; characterized in that it further comprises: • two parallel backing plates mounted so as to swivel on the supporting profile, and interconnected on one side by a fastening component of the plate carrier and on the other side by a U-shaped stop, called "vertical position" stop, attached to the backing plates and arranged in such a way that the fastening component of the plate carrier is parallel to the supporting profile when the supporting profile is in contact with the vertical position stop; • a retractable stop supported by at least one backing plate in such a way that the fastening component of the plate carrier forms an angle between 10° and 80° with the supporting profile when the supporting profile is in contact with the retractable stop. • a vertical supporting profile to be arranged at the top of the mast, coaxially to the mast; • two parallel backing plates mounted so as to swivel on the supporting profile, and interconnected on one side by a fastening component of the plate carrier and on the other side by a U-shaped stop, called "vertical position" stop, attached to the backing plates and arranged in such a way that the fastening component of the plate carrier is parallel to the supporting profile when the supporting profile is in contact with the vertical position stop; • a retractable stop supported by at least one backing plate in such a way that the fastening component of the plate carrier forms an angle between 10° and 80° with the supporting profile when the supporting profile is in contact with the retractable stop.
Method for renewing old rails of a railway track in which, during a first phase, new long rails are unloaded along the railway track from a transport wagon of a work train travelling in a first direction of travel, characterized in that, during a second phase, the work train travels in a second direction of travel opposite the first direction of travel, the new long rails being placed on then fastened to a fixed structure of the railway track during the second phase.
A polymer featuring a weight average molecular weight of from 25 000 to 85 000, as measured by gel permeation chromatography using polystyrene calibrations standards, comprising recurring units R A and recurring units R B; wherein the recurring units R A differ from the recurring units R B; wherein the recurring units R A and/or the recurring units R B comprise at least one perfluorinated moiety chosen from: and moieties; wherein the recurring units R A and/or the recurring units R B comprise at least one -SO 2 - moiety; and wherein the polymer is essentially free of acid groups and ketone groups; wherein recurring units R A are of at least one formula selected from the group consisting of:, wherein recurring units R B are of at least one formula selected from the group consisting of: and wherein said polymer is selected from the group consisting of: - polymers (E A) wherein recurring units R A are of the general formula and recurring units R B are of at least one formula selected from the group consisting of the formulae,,, and; - polymers (E C), wherein recurring units R A are of the general formula and wherein recurring units R B are of at least one formula selected from the group consisting of the formulae,,,,,,, and; - polymers (E D), wherein recurring units R A are of the general formula and wherein recurring units R B are of at least one formula selected from the group consisting of the formulae,,,, and; and - polymers (E F), wherein recurring units R A are of the general formula and wherein recurring units R B are of at least one formula selected from the group consisting of the formulae,,,,,,,,,,, and. - polymers (E A) wherein recurring units R A are of the general formula and recurring units R B are of at least one formula selected from the group consisting of the formulae,,, and; - polymers (E C), wherein recurring units R A are of the general formula and wherein recurring units R B are of at least one formula selected from the group consisting of the formulae,,,,,,, and; - polymers (E D), wherein recurring units R A are of the general formula and wherein recurring units R B are of at least one formula selected from the group consisting of the formulae,,,, and; and - polymers (E F), wherein recurring units R A are of the general formula and wherein recurring units R B are of at least one formula selected from the group consisting of the formulae,,,,,,,,,,, and.
A rotor for a compressor, the rotor comprising: a solid first stub having a first end configured to engage with a corresponding bearing and a second end having a flange attached by bolts to a corresponding flange of a first impeller of the compressor; a tie rod configured to pass through the first impeller of the compressor, the tie rod having a first end having a threaded region and a second end having a threaded portion, the first end facing the second end of the solid first stub; a nut being configured to engage the threaded region of the first end of the tie rod and to apply a pre-load to the tie rod and the first impeller of the compressor; and a solid second stub having a first end configured to receive the threaded portion of the second end of the tie rod and a second end configured to engage with a corresponding bearing, wherein the tie rod does not contact the solid first stub; and characterized in that the first impeller is configured to have a cavity that accommodates the first end of the tie rod and the nut such that the first end of the tie rod does not touch the first impeller or the flange of the first impeller. a solid first stub having a first end configured to engage with a corresponding bearing and a second end having a flange attached by bolts to a corresponding flange of a first impeller of the compressor; a tie rod configured to pass through the first impeller of the compressor, the tie rod having a first end having a threaded region and a second end having a threaded portion, the first end facing the second end of the solid first stub; a nut being configured to engage the threaded region of the first end of the tie rod and to apply a pre-load to the tie rod and the first impeller of the compressor; and a solid second stub having a first end configured to receive the threaded portion of the second end of the tie rod and a second end configured to engage with a corresponding bearing, wherein the tie rod does not contact the solid first stub; and characterized in that the first impeller is configured to have a cavity that accommodates the first end of the tie rod and the nut such that the first end of the tie rod does not touch the first impeller or the flange of the first impeller.
A gas turbine engine having a rotor, the rotor comprising: a rotor disk; and a plurality of blades extending radially outward from the rotor disk, at least one blade having a physical nonuniformity, the blades being distributed about the rotor disk based on any physical nonuniformities of the blades to generate at least one decay-resistant harmonic; characterized by an acoustic liner positioned proximate to the rotor and configured to attenuate the at least one decay-resistant harmonic; wherein all the blades are configured to generate a single dominant decay-resistant harmonic and the acoustic liner is configured to attenuate the single dominant decay-resistant harmonic. a rotor disk; and a plurality of blades extending radially outward from the rotor disk, at least one blade having a physical nonuniformity, the blades being distributed about the rotor disk based on any physical nonuniformities of the blades to generate at least one decay-resistant harmonic; characterized by an acoustic liner positioned proximate to the rotor and configured to attenuate the at least one decay-resistant harmonic; wherein all the blades are configured to generate a single dominant decay-resistant harmonic and the acoustic liner is configured to attenuate the single dominant decay-resistant harmonic.
A method for producing a granulated material, the granulated material comprising: sludge having a moisture content of 20 to 40 mass% in an amount of greater than 30 mass% and 90 mass% or less; and sintered ore powder, which has passed through a sieve having a sieve opening of 5 mm, having a moisture content of 0 mass% or greater and 5 mass% or less in an amount of 10 mass% or greater and less than 70 mass%, the granulated material including granulated particles in which at least a portion of the sludge adheres to at least a portion of the sintered ore powder, the method comprising: a dewatering step of dewatering sludge into a dewatered cake having a moisture content of 20 to 40 mass%; and a granulation step of mixing and granulating the dewatered cake and sintered ore powder having a moisture content of 0 mass% or greater and 5 mass% or less together in a cylindrical stirring device with a stirring impeller. sludge having a moisture content of 20 to 40 mass% in an amount of greater than 30 mass% and 90 mass% or less; and sintered ore powder, which has passed through a sieve having a sieve opening of 5 mm, having a moisture content of 0 mass% or greater and 5 mass% or less in an amount of 10 mass% or greater and less than 70 mass%, the granulated material including granulated particles in which at least a portion of the sludge adheres to at least a portion of the sintered ore powder, the method comprising: a dewatering step of dewatering sludge into a dewatered cake having a moisture content of 20 to 40 mass%; and a granulation step of mixing and granulating the dewatered cake and sintered ore powder having a moisture content of 0 mass% or greater and 5 mass% or less together in a cylindrical stirring device with a stirring impeller. a dewatering step of dewatering sludge into a dewatered cake having a moisture content of 20 to 40 mass%; and a granulation step of mixing and granulating the dewatered cake and sintered ore powder having a moisture content of 0 mass% or greater and 5 mass% or less together in a cylindrical stirring device with a stirring impeller.
A cooling device of a circulating-liquid cooling system that connects two of respective elements of a heat exchanger, a circulating pump, and a cooled body by a cooling pipe, wherein the cooled body is arranged between the heat exchanger and the circulating pump, characterised in that each of a first path length that is a path length between the heat exchanger along the cooling pipe on a side not including the circulating pump and the cooled body and a second path length that is a path length between the circulating pump along the cooling pipe on a side not including the heat exchanger and the cooled body is set to be shorter than a third path length that is a path length between the heat exchanger along the cooling pipe on a side not including the cooled body and the circulating pump, and a metal material having a high thermal conductivity is spirally wound around the cooling pipe so as to contact an outer circumferential surface of the cooling pipe, the metal material provided such that heat from the cooled body can be transferred to the metal material.
Connection device for connecting at least two media lines or for connecting a media line to an assembly, wherein the connection device comprises a housing having at least one inner medium channel, through which medium is able to flow, and at least one measurement device having a sensor element for determining at least one parameter of the medium, such as the temperature of the medium, wherein the sensor element of the measurement device is held by form-fitting and/or force-based engagement and/or by material bonding in a thermally conductive plastics material in such a manner that it is sealed with respect to the medium which is flowing or is able to flow through the medium channel, and the thermally conductive plastics material is connected by material bonding to a plastics material adjacent thereto of the housing of the connection device, wherein the housing of the connection device consists of at least two plastics materials, wherein at least one plastics material of the housing is not thermally conductive or has little thermal conductivity and at least a second plastics material of the housing is thermally conductive, wherein the thermally conductive plastics material of the housing is arranged in the region of the sensor element, wherein that part of the measurement device that is provided with the thermally conductive plastics material and/or that part of a wall (115, 215, 317), delimiting the medium channel, of the housing of the connection device that is provided with the thermally conductive plastics material projects into the medium channel and medium is able to flow or flows at least partially around it, wherein the sensor element is held in the thermally conductive plastics material by form-fitting and/or force-based engagement and/or by material bonding. the sensor element of the measurement device is held by form-fitting and/or force-based engagement and/or by material bonding in a thermally conductive plastics material in such a manner that it is sealed with respect to the medium which is flowing or is able to flow through the medium channel, and the thermally conductive plastics material is connected by material bonding to a plastics material adjacent thereto of the housing of the connection device, wherein the housing of the connection device consists of at least two plastics materials, wherein at least one plastics material of the housing is not thermally conductive or has little thermal conductivity and at least a second plastics material of the housing is thermally conductive, wherein the thermally conductive plastics material of the housing is arranged in the region of the sensor element, wherein that part of the measurement device that is provided with the thermally conductive plastics material and/or that part of a wall (115, 215, 317), delimiting the medium channel, of the housing of the connection device that is provided with the thermally conductive plastics material projects into the medium channel and medium is able to flow or flows at least partially around it, wherein the sensor element is held in the thermally conductive plastics material by form-fitting and/or force-based engagement and/or by material bonding.
Pneumatic vehicle tyre with a profiled tread, which has two rows of shoulder bars with tread bars (1a, 2a) separated from one another by transverse channels, and a middle tread region with at least two rows of tread bars (5, 6) running around in the circumferential direction and delimited by circumferential channels, with tread bars (5a, 6a) lying next to one another substantially in pairs in the axial direction, wherein the tread bars (5a, 6a) in each row of tread bars (5, 6) are separated from one another by transverse channels (8, 9) running at an angle (β) to the circumferential direction of 65° to 80°, and wherein the tread bars (5a, 6a) lying next to one another substantially in pairs in the axial direction are separated from one another in each case by an oblique channel running straight in plan view, which respectively goes over into a transverse channel between the tread bars adjacent in the circumferential direction of the row of tread bars located further to the outside of the tread, wherein, instead of an acute-angled corner between the ends, on the inner side of the tread, of its tread bar edge delimiting the transverse channel and its tread bar edge delimiting the oblique channel, each tread bar is provided with a bar element that is triangular in plan view, characterized in that, in plan view, the oblique channel, which separates the tread bars (5a, 6a) lying next to one another substantially in pairs in the axial direction from one another, runs at an angle (α 2) to the circumferential direction of 20° to 45° and has at the periphery of the tread a width of 4.0 mm to 7.0 mm, wherein the bar element edge adjoining the tread bar edge delimiting the oblique channel is separated from a tread bar edge of a tread bar of the row of tread bars running further to the inside of the tread by a transverse channel, which is narrower than the transverse channels running between the tread bars adjacent in the circumferential direction of the row of tread bars located further to the outside of the tread, and runs substantially parallel thereto.
A connector for coaxial cables, comprising a head to connect with an implementation device and a tubular body provided with an inner thread for threaded coupling on a coaxial cable to be connected, characterised in that: the body incorporates on the outer portion one or more formations by way of fins that extend longitudinally with respect to said body; and the formations by way of fins are made of the same material as the connector and are formed together with it. the body incorporates on the outer portion one or more formations by way of fins that extend longitudinally with respect to said body; and the formations by way of fins are made of the same material as the connector and are formed together with it.
Spring element, in particular spring-damper element for the cab suspension of vehicles, such as mobile machines, with a suspension cylinder, at the one end of which a base part forming a bearing surface (7, 9), is provided and in which a suspension piston, the piston rod of which is guided out of the head part of the suspension cylinder which opposes the base part, separates working spaces (15, 17) for a pressure fluid, such as hydraulic oil, from each other, wherein the working spaces (15, 17) are in fluid communication with each other via connecting pipe (39, 45, 49, 55), wherein the suspension cylinder is at least partially surrounded by a coaxial pipe body, the internal diameter of which is greater than the external diameter of the suspension cylinder, such that an external space is formed between said suspension cylinder and the pipe body, said external space forming at least a portion of the connecting pipe (39, 45, 49, 55), characterised in that a controllable damping valve, forming a variable throttling point, is inserted in the connecting pipe (39, 45, 49, 55), that the base part with a lateral attachment forms a valve block for the damping valve and that the pressure accumulator is attached directly to the valve block forming an internal connection to the damping valve.
Apparatus for receiving bulk material, in particular from push-floor vehicles, comprising a housing having at least two openings, wherein a first opening is designed as a receiving opening for receiving bulk material, and a second opening is assigned to a discharge chute for bulk material, wherein provided in the housing is a circulating transport chain, the transport chain being guided along the housing walls such that the transport chain does not appreciably, at any rate, reduce the receiving opening, at least sections of the transport chain run along the bottom of the housing, and the transport chain can be loaded in the lower run, the chain runs around the receiving opening, the bulk material is conveyed to the discharge chute via the transport chain, wherein the discharge chute lies at a higher level than a loading edge which corresponds to the lower edge of the receiving opening.
A compound of formula I, or a pharmaceutically acceptable salt thereof: wherein: the compound is inositol hexaphosphate, for use in the treatment and/or prevention of a kidney failure-related disease selected from the list comprising renal lithiasis, cardiovascular calcification, osteoporosis, bone cancer, podagra, calcific tendinitis, calcinosis cutis, rheumatoid arthritis, bone mineral disease, osteomalacia, adynamic bone, calciphylaxis and cardiovascular diseases, in a subject with kidney failure characterised in that said compound is administered in a non-bolus prolonged release form allowing therapeutically adequate levels, which are higher than 0.15 μM, to be maintained in blood for at least 30 minutes and wherein the administration is subcutaneous, intramuscular, intradermal, intrathecal, epidural and spinal.