mhurhangee/ep-ind-claims huggingface dataset:
A medical device, comprising: an elongate member having a distal end and a proximal end; an inflow lumen disposed within the elongate member, the inflow lumen having an outer wall, a proximal end, a distal end and a slanting exit opening at the distal end of the inflow lumen; an outflow lumen disposed within the elongate member, the outflow lumen having an outer wall, a proximal end, a distal end and a slanting receiving opening at the distal end of the outflow lumen; and a connecting portion (5, 6) connected to the exit opening of the inflow lumen and to the receiving opening of the outflow lumen, the connecting portion (5, 6) surrounding an open space at the distal end of the elongate member, where the exit opening of the inflow lumen meets the receiving opening of the outflow lumen, such that liquid can flow out from exit opening, through the open space at the distal end of the elongate member, and into the receiving opening. an elongate member having a distal end and a proximal end; an inflow lumen disposed within the elongate member, the inflow lumen having an outer wall, a proximal end, a distal end and a slanting exit opening at the distal end of the inflow lumen; an outflow lumen disposed within the elongate member, the outflow lumen having an outer wall, a proximal end, a distal end and a slanting receiving opening at the distal end of the outflow lumen; and a connecting portion (5, 6) connected to the exit opening of the inflow lumen and to the receiving opening of the outflow lumen, the connecting portion (5, 6) surrounding an open space at the distal end of the elongate member, where the exit opening of the inflow lumen meets the receiving opening of the outflow lumen, such that liquid can flow out from exit opening, through the open space at the distal end of the elongate member, and into the receiving opening.
A dishwasher comprising: a cabinet assembly arranged to receive dishes; a sump connected to an interior of the cabinet assembly and comprising a water collection unit configured to store water, wherein the sump is arranged to supply steam generated in the water collection unit into the cabinet assembly; a spray module disposed in the cabinet assembly to spray wash water to the dishes in the cabinet assembly; a pump module comprising an impeller located inside the water collection unit and a pump motor located outside of the water collection unit to rotate the impeller, the wash water in the water collection unit being supplied to the spray module when the impeller rotates; characterised by a heater module installed outside the sump and arranged to transfer heat to the water collection unit to heat water in the water collection unit, in order to generate steam, wherein the heater module comprises: a heater cover mounted to a bottom surface of the sump to transfer heat to the water collection unit; a heater installed in the heater cover and arranged to generate heat when electric power is applied thereto; a heater shield coupled to the heater cover and arranged to prevent exposure of the heater to the outside; and a heater installation portion that is formed concavely in the heater cover to receive the heater. a cabinet assembly arranged to receive dishes; a sump connected to an interior of the cabinet assembly and comprising a water collection unit configured to store water, wherein the sump is arranged to supply steam generated in the water collection unit into the cabinet assembly; a spray module disposed in the cabinet assembly to spray wash water to the dishes in the cabinet assembly; a pump module comprising an impeller located inside the water collection unit and a pump motor located outside of the water collection unit to rotate the impeller, the wash water in the water collection unit being supplied to the spray module when the impeller rotates; characterised by a heater module installed outside the sump and arranged to transfer heat to the water collection unit to heat water in the water collection unit, in order to generate steam, wherein the heater module comprises: a heater cover mounted to a bottom surface of the sump to transfer heat to the water collection unit; a heater installed in the heater cover and arranged to generate heat when electric power is applied thereto; a heater shield coupled to the heater cover and arranged to prevent exposure of the heater to the outside; and a heater installation portion that is formed concavely in the heater cover to receive the heater. a heater cover mounted to a bottom surface of the sump to transfer heat to the water collection unit; a heater installed in the heater cover and arranged to generate heat when electric power is applied thereto; a heater shield coupled to the heater cover and arranged to prevent exposure of the heater to the outside; and a heater installation portion that is formed concavely in the heater cover to receive the heater.
Shaft sealing device, comprising: - a first cover device comprising a first substantially planar section having second shaft opening for the shaft; - a second cover device comprising a second substantially planar section having a third shaft opening for the shaft; where the first cover device and the second cover device are sealingly connected to each other at their respective radial outer circumference; - a flexible sealing element; characterized in that the shaft sealing device comprises: - a sleeve device comprising a sleeve section having a first shaft opening for a shaft and a substantially planar flange section radially protruding from the sleeve section, where the diameter of the first shaft opening is adapted to the outer diameter of the shaft and where the sleeve section is allowed to rotate around the shaft; where the first planar section of the first cover device is provided parallel with the flange section, where the second shaft opening of the first cover device is larger than the first shaft opening, thereby allowing a relative radial movement between the sleeve device and the first cover device; where the third shaft opening of the second cover device is larger than the sleeve section, thereby allowing a relative radial movement between the sleeve device and the second cover device; where the third shaft opening is provided radially outside the sleeve section; where the flexible sealing element is arranged to seal an annulus provided between the second substantially planar section and the sleeve section. - a first cover device comprising a first substantially planar section having second shaft opening for the shaft; - a second cover device comprising a second substantially planar section having a third shaft opening for the shaft; where the first cover device and the second cover device are sealingly connected to each other at their respective radial outer circumference; - a flexible sealing element; - a sleeve device comprising a sleeve section having a first shaft opening for a shaft and a substantially planar flange section radially protruding from the sleeve section, where the diameter of the first shaft opening is adapted to the outer diameter of the shaft and where the sleeve section is allowed to rotate around the shaft;
A method of manufacturing a Ni alloy casting, comprising: a casting step of casting molten Ni alloy by pouring the molten Ni alloy into a cavity of a mold having a mold temperature of 20°C or more and 50°C or less higher than the liquidus line of the Ni alloy, wherein the mold includes a grain refined layer in a cavity-side portion of the mold, the grain refined layer containing a grain refining agent of a cobalt compound, and wherein the mold is placed on a water-cooling chill plate which is movable to a heating zone including a heater and a susceptor and a cooling zone including a water-cooling chill ring, the water-cooling chill plate and an elevating member; a columnar grain forming step of forming columnar grain by solidifying the molten Ni alloy while drawing the mold by moving the water-cooling chill plate downward, in which the molten Ni alloy has been poured, from the heating zone to the cooling zone at a drawing speed of 100 mm/hour or more but 400 mm/hour or less with a temperature gradient being set at 80°C/cm or more provided to a solid-liquid interface; and an equiaxed grain forming step of forming equiaxed grain by solidifying the molten Ni alloy while drawing the mold by moving the water-cooling chill plate downward at a drawing speed of 1000 mm/minute or more continuously after the columnar grain forming step. a casting step of casting molten Ni alloy by pouring the molten Ni alloy into a cavity of a mold having a mold temperature of 20°C or more and 50°C or less higher than the liquidus line of the Ni alloy, wherein the mold includes a grain refined layer in a cavity-side portion of the mold, the grain refined layer containing a grain refining agent of a cobalt compound, and wherein the mold is placed on a water-cooling chill plate which is movable to a heating zone including a heater and a susceptor and a cooling zone including a water-cooling chill ring, the water-cooling chill plate and an elevating member; a columnar grain forming step of forming columnar grain by solidifying the molten Ni alloy while drawing the mold by moving the water-cooling chill plate downward, in which the molten Ni alloy has been poured, from the heating zone to the cooling zone at a drawing speed of 100 mm/hour or more but 400 mm/hour or less with a temperature gradient being set at 80°C/cm or more provided to a solid-liquid interface; and an equiaxed grain forming step of forming equiaxed grain by solidifying the molten Ni alloy while drawing the mold by moving the water-cooling chill plate downward at a drawing speed of 1000 mm/minute or more continuously after the columnar grain forming step.
Laser machining head for laser machining of workpieces by means of a laser beam, comprising at least one optical element that is arranged in the beam path of the laser beam, characterized in that the at least one optical element is designed as protective glass that is provided as last or penultimate optical element in the beam path of the laser beam and has a coating which is transmissive for the laser wavelength of the laser beam and is highly reflective for radiation components of the process radiation with wavelengths of less than 400nm and is designed to filter out radiation components with wavelengths of less than 400nm from a process radiation coming from the workpiece.
An insulin analog peptide comprising an A-chain of SEQ ID NO: 3 indicated in the following General Formula 1 and a B-chain of SEQ ID NO: 4 indicated in the following General Formula 2: wherein: (i) in the A-chain of SEQ ID NO: 3, Xaa1 is glycine, Xaa2 is glutamine, Xaa3 is serine, Xaa4 is glutamic acid, Xaa5 is leucine, Xaa6 is tyrosine, and Xaa7 is asparagine, and in the B-chain of SEQ ID NO: 4, Xaa8 is tyrosine, Xaa9 is absent, Xaa10 is threonine, and Xaa11 is proline, optionally wherein the peptide comprises an amino acid sequence represented by SEQ ID NO: 20; or (ii) in the A-chain of SEQ ID NO: 3, Xaa1 is glycine, Xaa2 is glutamine, Xaa3 is serine, Xaa4 is aspartic acid, Xaa5 is leucine, Xaa6 is tyrosine, and Xaa7 is asparagine, and in the B-chain of SEQ ID NO: 4, Xaa8 is tyrosine, Xaa9 is phenylalanine, Xaa10 is threonine, and Xaa11 is proline. (i) in the A-chain of SEQ ID NO: 3, Xaa1 is glycine, Xaa2 is glutamine, Xaa3 is serine, Xaa4 is glutamic acid, Xaa5 is leucine, Xaa6 is tyrosine, and Xaa7 is asparagine, and in the B-chain of SEQ ID NO: 4, Xaa8 is tyrosine, Xaa9 is absent, Xaa10 is threonine, and Xaa11 is proline, optionally wherein the peptide comprises an amino acid sequence represented by SEQ ID NO: 20; or (ii) in the A-chain of SEQ ID NO: 3, Xaa1 is glycine, Xaa2 is glutamine, Xaa3 is serine, Xaa4 is aspartic acid, Xaa5 is leucine, Xaa6 is tyrosine, and Xaa7 is asparagine, and in the B-chain of SEQ ID NO: 4, Xaa8 is tyrosine, Xaa9 is phenylalanine, Xaa10 is threonine, and Xaa11 is proline.
A surface cleaning apparatus comprising: a controller programmed to execute at least one cleaning mode and an automatic drying cycle; a liquid recovery system comprising a recovery pathway, a suction nozzle, and a recovery tank, the recovery tank and the suction nozzle at least partially defining the recovery pathway; a brushroll provided within the recovery pathway, adjacent to the suction nozzle; and a fan (47, 180) in fluid communication with the recovery pathway; the drying cycle including: a drying phase comprising activating the fan (47, 180) to generate a forced air flow through the recovery pathway to dry components that remain wet and/or retain moisture after operation in the at least one cleaning mode. a controller programmed to execute at least one cleaning mode and an automatic drying cycle; a liquid recovery system comprising a recovery pathway, a suction nozzle, and a recovery tank, the recovery tank and the suction nozzle at least partially defining the recovery pathway; a brushroll provided within the recovery pathway, adjacent to the suction nozzle; and a fan (47, 180) in fluid communication with the recovery pathway; the drying cycle including: a drying phase comprising activating the fan (47, 180) to generate a forced air flow through the recovery pathway to dry components that remain wet and/or retain moisture after operation in the at least one cleaning mode.
A compound of formula: wherein: - Z 1 is a (C 1 -C 6)alkyl group; - P 5 is selected from the following amino acid residues - P 1 and P 4, identical or different, are selected from the following amino acid residues in which Z 2 and Z 3, identical or different, are selected from a hydrogen atom and a (C 1 -C 6)alkyl group; - P 3 is selected from the following amino acids residues - R 1 is selected from - R 2 is selected from in which • m is 0, 1 or 2; • p is 1, 2, 3 or 4; • Z 4 is a halogen atom; and • Z 8 and Z 9, identical or different, are selected from a halogen atom and a (C 1 -C 6)alkyl group; or one of its salts; said compound of formula being in all the possible racemic, enantiomeric and diastereoisomeric isomer forms. - Z 1 is a (C 1 -C 6)alkyl group; - P 5 is selected from the following amino acid residues - P 1 and P 4, identical or different, are selected from the following amino acid residues - P 3 is selected from the following amino acids residues - R 1 is selected from - R 2 is selected from • m is 0, 1 or 2; • p is 1, 2, 3 or 4; • Z 4 is a halogen atom; and • Z 8 and Z 9, identical or different, are selected from a halogen atom and a (C 1 -C 6)alkyl group;
An apparatus, comprising; a receptacle to receive a plug and to couple a peripheral device to a computing device; a ground contact of a circuit board of the computing device; and a means (108; 206) to reduce radio frequency interference, RFI, from an interface between the plug and the receptacle, wherein the means (108; 206) to reduce RFI is communicatively coupled to the ground contact, characterised in that the means (108; 206) to reduce RFI is disposed near the back of the receptacle, and the means to reduce RFI (108; 206) includes a back shield and a side shield, the side shield disposed at an interface of a side of the plug and a side of the receptacle, the side shield being a protrusion of the receptacle arranged to communicatively couple the plug to the receptacle, wherein the side shield is to surround the periphery of the plug and is disposed across a perimeter of the interface between the plug and the receptacle.
A device for processing a workpiece clamped in a machine tool comprising at least 5 axes by machining, said device comprising: - a hobbing tool for removing material of said workpiece for shaping a rollable profile, in particular a gearing, on said workpiece by hobbing, - a hobbing tool receiving means for receiving said hobbing toal, and - a milling head fixing means adapted to fix said device to said machine tool, characterized in that said milling head fixing means are adapted to fix said device by locking in said receiving means of a milling head of said machine tool such that said device is adapted to be inserted and locked at said receiving means of said milling head of said machine tool, and to release said device by unlocking from the fixing in said receiving means of said milling head of said machine tool such that said device is adapted to be unblocked and replaced at said receiving means of said milling head of said machine tool. - a hobbing tool for removing material of said workpiece for shaping a rollable profile, in particular a gearing, on said workpiece by hobbing, - a hobbing tool receiving means for receiving said hobbing toal, and - a milling head fixing means adapted to fix said device to said machine tool,
A fuser for an electrophotographic imaging device, comprising: a stationary pressure member having an elongated body that includes an outer surface, the pressure member being one of substantially transparent and substantially translucent and permits the passage of radiant heat therethrough; an endless fusing belt having a flexible tubular configuration rotatably positioned about the pressure member; a heating lamp for transmitting radiant heat through the pressure member to an inner surface of the fusing belt, the pressure member being positioned around the heating lamp; and a backup roll opposing the fusing belt, wherein the pressure member is configured to apply pressure contact to the fusing belt against the backup roll to form a fuser nip between the backup roll and a segment of the fusing belt, characterized by the outer surface of the pressure member including a plurality of substantially planar length-wise segments, the substantially planar length-wise segments being spaced apart from each other, and a width of a first substantially planar length-wise segment of the plurality of substantially planar length-wise segments having a width that is different from a width of a second substantially planar length-wise segment of the plurality of substantially planar length-wise segments. a stationary pressure member having an elongated body that includes an outer surface, the pressure member being one of substantially transparent and substantially translucent and permits the passage of radiant heat therethrough; an endless fusing belt having a flexible tubular configuration rotatably positioned about the pressure member; a heating lamp for transmitting radiant heat through the pressure member to an inner surface of the fusing belt, the pressure member being positioned around the heating lamp; and a backup roll opposing the fusing belt, wherein the pressure member is configured to apply pressure contact to the fusing belt against the backup roll to form a fuser nip between the backup roll and a segment of the fusing belt, characterized by the outer surface of the pressure member including a plurality of substantially planar length-wise segments, the substantially planar length-wise segments being spaced apart from each other, and a width of a first substantially planar length-wise segment of the plurality of substantially planar length-wise segments having a width that is different from a width of a second substantially planar length-wise segment of the plurality of substantially planar length-wise segments.
Open-cycle cogeneration system for thermal and electrical energy, comprising: - a set of at least one heat exchanger, configured to be connected to combustion fumes from a hearth; said set of at least one heat exchanger comprising a process air inlet and outlet, - a turbine, configured to produce electrical energy, connected to the process air outlet of said set of at least one heat exchanger, - a process air outlet line, connecting the turbine outlet to the outside, - a combustion fumes outlet line, for evacuating the combustion fumes to the outside, - a set of at least one compressor (10, 20), configured to compress the process air at the inlet of the set of at least one heat exchanger, characterized in that it further comprises: - an absorption heat pump, comprising: * a hot fluid circuit (_FC), * a cold fluid circuit (_FF), * a warm fluid circuit (_FT), or useful network, and * a set of at least one exchanger for exchanging heat between at least one of the heat pump circuits and at least one of the treatment air outlet line and the combustion fumes outlet line. - a set of at least one heat exchanger, configured to be connected to combustion fumes from a hearth; said set of at least one heat exchanger comprising a process air inlet and outlet, - a turbine, configured to produce electrical energy, connected to the process air outlet of said set of at least one heat exchanger, - a process air outlet line, connecting the turbine outlet to the outside, - a combustion fumes outlet line, for evacuating the combustion fumes to the outside, - a set of at least one compressor (10, 20), configured to compress the process air at the inlet of the set of at least one heat exchanger, - an absorption heat pump, comprising: * a hot fluid circuit (_FC), * a cold fluid circuit (_FF), * a warm fluid circuit (_FT), or useful network, and * a set of at least one exchanger for exchanging heat between at least one of the heat pump circuits and at least one of the treatment air outlet line and the combustion fumes outlet line. * a hot fluid circuit (_FC), * a cold fluid circuit (_FF), * a warm fluid circuit (_FT), or useful network, and * a set of at least one exchanger for exchanging heat between at least one of the heat pump circuits and at least one of the treatment air outlet line and the combustion fumes outlet line.
A shampoo composition comprising: a.) from 5 wt.% to 50 wt.% of a detersive surfactant; b.) from 0.01wt.% to 10 wt.% of a silicone elastomer formed from the following reaction: in the presence of a swelling fluid having a viscosity of 1250 to 750.000 cs; and c.) an aqueous carrier; wherein m = 30 to 70, n=1 to 5, and a= 8 to 20. a.) from 5 wt.% to 50 wt.% of a detersive surfactant; b.) from 0.01wt.% to 10 wt.% of a silicone elastomer formed from the following reaction: in the presence of a swelling fluid having a viscosity of 1250 to 750.000 cs; and c.) an aqueous carrier;
A method for obtaining information related to a cell specific reference signal, CRS, by a user equipment, UE,, comprising: receiving a CRS; receiving a radio resource control, RRC, signaling message from a serving eNode B; and obtaining information related to frequency resources allocated to an additional CRS that is different from the CRS and information related to antenna ports, which correspond to the additional CRS, from the RRC signaling message, wherein channel state information reference signal, CSI-RS, configurations are sent to the UE in the RRC signaling message, the method further comprising: measuring a reference signal received power, RSRP, of the CSI-RS. receiving a CRS; receiving a radio resource control, RRC, signaling message from a serving eNode B; and obtaining information related to frequency resources allocated to an additional CRS that is different from the CRS and information related to antenna ports, which correspond to the additional CRS, from the RRC signaling message, wherein channel state information reference signal, CSI-RS, configurations are sent to the UE in the RRC signaling message, the method further comprising: measuring a reference signal received power, RSRP, of the CSI-RS. measuring a reference signal received power, RSRP, of the CSI-RS.