mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: receiving , by a network node , channel state information, CSI, feedback from a user equipment, UE comprising a non-linear receiver; and comprising: scheduling the UE in more than one ranks in different frequency sub-bands in a subframe; and characterized by scheduling the UE and at least one other UE on at least one time-frequency resource of the subframe using multiple spatial layers, wherein the UE and the at least one other UE are scheduled on different spatial layers of the multiple spatial layers. scheduling the UE in more than one ranks in different frequency sub-bands in a subframe; and characterized by scheduling the UE and at least one other UE on at least one time-frequency resource of the subframe using multiple spatial layers, wherein the UE and the at least one other UE are scheduled on different spatial layers of the multiple spatial layers.
A method for manufacturing a galvanized steel sheet for hot stamping, the method comprising the steps of: annealing a hot-rolled pickled steel sheet or cold-rolled steel sheet under a reducing atmosphere; and galvanizing the steel sheet, the steel sheet consisting of: C in a content of 0.10% to 0.5%; Si in a content of 0.7% to 2.5%; Mn in a content of 1.0% to 3%; and Al in a content of 0.01% to 0.5%, and optionally B in a content of 0.005% or less, Ti in a content of 0.10% or less, Cr and Mo in a content of 1% or less in total, Nb, Zr, and V in a content of 0.1% or less in total, Cu and Ni in a content of 1% or less in total, in percent by mass, the balance being Fe and unavoidable impurities, wherein the annealing is performed at a temperature of 500°C to 700°C for 30 to 270 seconds. C in a content of 0.10% to 0.5%; Si in a content of 0.7% to 2.5%; Mn in a content of 1.0% to 3%; and Al in a content of 0.01% to 0.5%, and optionally B in a content of 0.005% or less, Ti in a content of 0.10% or less, Cr and Mo in a content of 1% or less in total, Nb, Zr, and V in a content of 0.1% or less in total, Cu and Ni in a content of 1% or less in total, in percent by mass, the balance being Fe and unavoidable impurities, wherein the annealing is performed at a temperature of 500°C to 700°C for 30 to 270 seconds.
A process of isolating or enriching a heavy metal present in a liquid medium, comprising a step of incubating a suspension containing (i) particulate scrap metal, household waste and/or industrial waste containing a heavy metal in elemental form and (ii) biomass comprising a bacterium capable of binding the heavy metal, wherein said bacterium is selected from the following genera and species: Pseudochrobactrum, Bacillus subtilis, Bacillus pumilus, Pseudomonas fluorescens, Stenotrophomonas, Bacillus cereus, and Pseudomonas aeruginosa, or from combinations thereof, wherein the biomass comprises at least 70 % (w/w) of dead bacterial cells; a step of separating the biomass having bound heavy metal from the suspension of the previous step; and a step of isolating the heavy metal from the biomass separated in the previous step; wherein said heavy metal is a precious metal selected from ruthenium, rhodium, palladium, silver, osmium, iridium, platinum, and/or gold. a step of incubating a suspension containing (i) particulate scrap metal, household waste and/or industrial waste containing a heavy metal in elemental form and (ii) biomass comprising a bacterium capable of binding the heavy metal, wherein said bacterium is selected from the following genera and species: Pseudochrobactrum, Bacillus subtilis, Bacillus pumilus, Pseudomonas fluorescens, Stenotrophomonas, Bacillus cereus, and Pseudomonas aeruginosa, or from combinations thereof, wherein the biomass comprises at least 70 % (w/w) of dead bacterial cells; a step of separating the biomass having bound heavy metal from the suspension of the previous step; and a step of isolating the heavy metal from the biomass separated in the previous step; wherein said heavy metal is a precious metal selected from ruthenium, rhodium, palladium, silver, osmium, iridium, platinum, and/or gold.
A low-pressure casting device comprising: a holding furnace configured to hold molten metal; a stoke having a lower end configured to be immersed in the molten metal in the holding furnace for supplying molten metal into a casting mold via a sprue ; a pressure control device configured to move the molten metal in the stoke and fill the molten metal in the casting mold; and a molten-metal level sensor configured to detect a height of the molten metal in the stoke , wherein the pressure control device is configured to correct filling of the molten metal in the casting mold in a next casting based on the height of a molten metal surface detected by the molten-metal level sensor ; the low-pressure casting device further comprises an extraction device configured to take out a molded article, and the molten-metal level sensor is a non-contact type molten-metal surface sensor provided on the extraction device , the molten-metal level sensor being an optical sensor, and the pressure control device is further configured to maintain the molten-metal surface in the stoke at a position higher than a molten-metal surface in the holding furnace while transitioning to a next casting step from a previous casting step in which molten metal is supplied to the casting mold and a solidified molded article is taken out of the casting mold. a holding furnace configured to hold molten metal; a stoke having a lower end configured to be immersed in the molten metal in the holding furnace for supplying molten metal into a casting mold via a sprue ; a pressure control device configured to move the molten metal in the stoke and fill the molten metal in the casting mold; and a molten-metal level sensor configured to detect a height of the molten metal in the stoke , wherein the pressure control device is configured to correct filling of the molten metal in the casting mold in a next casting based on the height of a molten metal surface detected by the molten-metal level sensor ; the low-pressure casting device further comprises an extraction device configured to take out a molded article, and the molten-metal level sensor is a non-contact type molten-metal surface sensor provided on the extraction device , the molten-metal level sensor being an optical sensor, and the pressure control device is further configured to maintain the molten-metal surface in the stoke at a position higher than a molten-metal surface in the holding furnace while transitioning to a next casting step from a previous casting step in which molten metal is supplied to the casting mold and a solidified molded article is taken out of the casting mold.
A tissue repair assembly comprising: a tubular, soft anchor body having a proximal end , a distal end , and a longitudinal axis extending therebetween; a suture coupled to the anchor body such that first and second ends of the suture exit anchor body adjacent to the proximal end of the anchor body ; and at least one eyelet formed by the suture , the at least one eyelet defining at least one opening for the passage of at least one flexible member; wherein tensioning of the first and second ends of the suture causes the anchor body to change from a first configuration, in which the anchor body is elongate, to a second configuration, in which the anchor body is axially compressed and radially extended; wherein tensioning of the first and second ends of the suture also causes the at least one eyelet of the suture to be suitable for securing the at least one flexible member to the anchor body ; characterized in that , the at least one eyelet is in the form of a wrap, winding, or spiral; and further comprising a tubular member extending through a length of the wrap, winding, or spiral for passage of a suture passer . a tubular, soft anchor body having a proximal end , a distal end , and a longitudinal axis extending therebetween; a suture coupled to the anchor body such that first and second ends of the suture exit anchor body adjacent to the proximal end of the anchor body ; and at least one eyelet formed by the suture , the at least one eyelet defining at least one opening for the passage of at least one flexible member; wherein tensioning of the first and second ends of the suture causes the anchor body to change from a first configuration, in which the anchor body is elongate, to a second configuration, in which the anchor body is axially compressed and radially extended; wherein tensioning of the first and second ends of the suture also causes the at least one eyelet of the suture to be suitable for securing the at least one flexible member to the anchor body ; characterized in that , the at least one eyelet is in the form of a wrap, winding, or spiral; and further comprising a tubular member extending through a length of the wrap, winding, or spiral for passage of a suture passer .
Method for operating an electromechanical brake booster of a motor vehicle in order to reduce its speed of travel during a rolling movement of said motor vehicle , wherein, via a control device , - a pedal force exerted on a brake pedal by a user is determined, - a brake pressure (P) to be set is determined from the determined pedal force by means of an actuating unit for the pedal force braking/pressure association, and - via operation of the brake booster , the brake pressure (P) to be set is set in friction brakes of the motor vehicle , and a vehicle deceleration of the motor vehicle that is dependent on the set brake pressure (P) is hereby effected, wherein the actuation unit has a standard configuration in which such a brake pressure (P) to be set for the pedal force is determined, via which a predetermined standard deceleration of the motor vehicle is effected in the event that at least one predetermined disturbance variable has a respectively predetermined standard value , and - the actuating unit has at least one adjusting parameter for setting a compensation configuration differing from the standard configuration , and - a respective actual value of the at least one disturbance variable is detected by a detection device , and - the compensation configuration is set depending on a respective difference of each determined actual value and the respective standard value , by adjusting the at least one adjusting parameter of the actuating unit , characterized in that in the actuating unit , the standard configuration is provided by a characteristic boost curve , and at least one further characteristic boost curve is provided for a respective compensation configuration , and switching between the characteristic boost curves takes place depending on the respective detected actual value of the at least one disturbance variable . - a pedal force exerted on a brake pedal by a user is determined, - a brake pressure (P) to be set is determined from the determined pedal force by means of an actuating unit for the pedal force braking/pressure association, and - via operation of the brake booster , the brake pressure (P) to be set is set in friction brakes of the motor vehicle , and a vehicle deceleration of the motor vehicle that is dependent on the set brake pressure (P) is hereby effected, wherein the actuation unit has a standard configuration in which such a brake pressure (P) to be set for the pedal force is determined, via which a predetermined standard deceleration of the motor vehicle is effected in the event that at least one predetermined disturbance variable has a respectively predetermined standard value , and - the actuating unit has at least one adjusting parameter for setting a compensation configuration differing from the standard configuration , and - a respective actual value of the at least one disturbance variable is detected by a detection device , and - the compensation configuration is set depending on a respective difference of each determined actual value and the respective standard value , by adjusting the at least one adjusting parameter of the actuating unit ,
A tungsten carbide powder comprising bonded bodies each including a plurality of tungsten carbide crystal grains, wherein the bonded bodies include, at a grain boundary between the plurality of tungsten carbide crystal grains, a chromium-concentrated region which has a chromium concentration higher than that in the tungsten carbide crystal grains, and further comprising a compound represented by (W,Cr) 2 C.
An insulating garment, the garment including: an inner layer ; an outer layer ; a first quilting stitch line (102; 302); a second quilting stitch line (102; 302); and an insulating layer disposed intermediate the inner layer and the outer layer , the insulating layer comprising: a bundle structure comprising a plurality of yarn strands , each yarn strand including a longitudinal axis; wherein the bundle structure is received such that it is disposed intermediate the inner layer and the outer layer ; wherein the first and the second quilting stitch lines (102; 302) are each transverse to the bundle structure longitudinal axis; wherein the first and the second quilting stitch lines (102; 302) are separated by a predetermined distance; wherein the bundle structure is received by a bundle channel , such that the bundle structure is disposed intermediate the inner layer and the outer layer , and the longitudinal axes of the yarn strands are substantially parallel with a bundle channel longitudinal axis; and wherein said bundle channels are formed by a plurality of bundle channel stitch lines that are substantially parallel to said bundle channel longitudinal axis and couple the inner layer and the outer layer ; characterized in that consecutive bundle channels are not completely isolated from one another because said bundle channel stitch lines , or tacks, do not run the length of the sides of the bundle channels . an inner layer ; an outer layer ; a first quilting stitch line (102; 302); a second quilting stitch line (102; 302); and an insulating layer disposed intermediate the inner layer and the outer layer , the insulating layer comprising: a bundle structure comprising a plurality of yarn strands , each yarn strand including a longitudinal axis; wherein the bundle structure is received such that it is disposed intermediate the inner layer and the outer layer ; wherein the first and the second quilting stitch lines (102; 302) are each transverse to the bundle structure longitudinal axis; wherein the first and the second quilting stitch lines (102; 302) are separated by a predetermined distance; wherein the bundle structure is received by a bundle channel , such that the bundle structure is disposed intermediate the inner layer and the outer layer , and the longitudinal axes of the yarn strands are substantially parallel with a bundle channel longitudinal axis; and wherein said bundle channels are formed by a plurality of bundle channel stitch lines that are substantially parallel to said bundle channel longitudinal axis and couple the inner layer and the outer layer ; characterized in that consecutive bundle channels are not completely isolated from one another because said bundle channel stitch lines , or tacks, do not run the length of the sides of the bundle channels .
A razor cartridge comprising: four substantially parallel cutting members (28a-d) disposed between a leading longitudinal side and a trailing longitudinal side of the razor cartridge in a shaving direction (S) of the razor cartridge; wherein each of the cutting members (28a-d) comprises a blade support ; wherein the cutting members (28a-d) are disposed to define a plurality of inter-blade spans between cutting edges of the blades; wherein a leading inter-blade span that is closer to the leading longitudinal side of the razor cartridge than a trailing inter-blade span is different to the trailing inter-blade span that is closer to the trailing longitudinal side of the razor cartridge than the leading inter-blade span; wherein a first intermediate inter-blade span is further defined between the leading inter-blade span and the trailing inter-blade span ; characterized in that the blade support comprises a blade mounting portion disposed on an inner surface of the respective blade support that, in use, faces away from a shaving plane (SH), and a blade attached to the blade mounting portion ; and in that the first intermediate inter-blade span is in the range 1.55 mm to 1.95 mm. four substantially parallel cutting members (28a-d) disposed between a leading longitudinal side and a trailing longitudinal side of the razor cartridge in a shaving direction (S) of the razor cartridge; wherein each of the cutting members (28a-d) comprises a blade support ; wherein the cutting members (28a-d) are disposed to define a plurality of inter-blade spans between cutting edges of the blades; wherein a leading inter-blade span that is closer to the leading longitudinal side of the razor cartridge than a trailing inter-blade span is different to the trailing inter-blade span that is closer to the trailing longitudinal side of the razor cartridge than the leading inter-blade span; wherein a first intermediate inter-blade span is further defined between the leading inter-blade span and the trailing inter-blade span ; characterized in that the blade support comprises a blade mounting portion disposed on an inner surface of the respective blade support that, in use, faces away from a shaving plane (SH), and a blade attached to the blade mounting portion ; and in that the first intermediate inter-blade span is in the range 1.55 mm to 1.95 mm.
Interactive board game system consisting of gaming equipment, wherein the system furthermore comprises a board game management device (PL) having a touchscreen (Ec) comprising a plurality of antennas, each item of gaming equipment (Cal, Ca2, Ca3, Ca4, Ca5, Ca6, P1, P2, P3, P4, De) comprises at least one RFID tag that is activated by an antenna of the board game management device when the equipment is in an area containing the antenna and that delivers, in response, a signal that is received by the antenna and transferred to the board game management device, the board game management device comprises a means for displaying information to players of the board game that changes depending on the placing of the gaming equipment on the screen or close to the antennas, characterized in that the board game management device (PL) furthermore comprises a plurality of antennas (Antla, Antlb, Ant1c to Ant8a, Ant8b, Ant8c) arranged at the periphery of the board game management device for identifying the gaming equipment, during the game, that is opposite at least one antenna arranged at the periphery of the board game management device.
Winding arrangement for a transformer or an inductor having - a winding formed from a winding conductor, - a solid insulation surrounding the winding and - a connection unit embedded in the solid insulation, wherein the connection unit is a plug-in bushing and is configured for connection of a cable plug, characterized in that the plug-in bushing has a flange section formed from a solid insulation and is connected to a receptacle section of the solid insulation by means of the flange section, which receptacle section protrudes from the solid insulation on an outer surface thereof. - a winding formed from a winding conductor, - a solid insulation surrounding the winding and - a connection unit embedded in the solid insulation, wherein the connection unit is a plug-in bushing and is configured for connection of a cable plug,
A peptide for use in inhibiting the infestation or attachment of a Caligidae on fish, or for use in the prevention and/or treatment of infections of Caligidae parasite on a fish, wherein said peptide is administered to said parasite and/or animal, wherein the peptide comprises an amino acid sequence selected from the group consisting of SEQ ID NO 3, SEQ ID NO 5, and SEQ ID NO 10, and variants thereof being at least 70% identical over the entire sequence with any of the sequences SEQ ID NO 3, SEQ ID NO 5,and SEQ ID NO 10.
An electromagnetic stirring device for the secondary cooling zone of slab continuous casting, characterized in that the device comprises a main body of the electromagnetic stirring device, an opening adjustment assembly and a secondary cooling assembly; the main body of the electromagnetic stirring device comprises a protective shell , a phase sequence control assembly, as well as an iron core and an electromagnetic coil disposed within the protective shell , the opening adjustment assembly comprises a cylinder , a fixing base , a movable joint shaft and multiple pieces of silicon steel sheet group inserts ; the multiple pieces of silicon steel sheet group inserts are sequentially connected by the movable joint shaft to form movable joints so that the silicon steel sheet group inserts are rotatable around the movable joint shaft , and the multiple movable joints are connected with the iron core to form a closed annular structure; an electromagnetic coil is wound on the iron core , and the electromagnetic coil is operated by the phase sequence control assembly for generating an alternating magnetic field in the closed annular structure, and a casting slab passes through the alternating magnetic field in the closed annular structure; the cylinder , which is fixedly installed on the outside of the main body of the electromagnetic stirring device through the fixing base, has a piston end connected with the main body of the electromagnetic stirring device and thus providing driven force for the opening and closing of the movable joint, the secondary cooling assembly comprises a cooling water inlet disposed at an end outside the protective shell and multiple cooling water nozzles spaced apart from each other and disposed at an end inside the protective shell and facing the casting slab , cooling water is transmitted through the cooling water inlet into the protective shell so that the electromagnetic coil and the iron core are completely immersed therein, and the cooling water is then sprayed onto the surface of the casting slab through the multiple cooling water nozzles ; the phase sequence control assembly comprises a water-cooled cable , an alternating phase conversion circuit, a fuse FU and a disconnecting switch QS; the water-cooled cable comprises a first stirring current inlet line L1, a second stirring current inlet line L2 and a third stirring current inlet line L3 which are connected to an external three-phase power supply at one end and are connected to the electromagnetic coil via the disconnecting switch QS, the fuse FU and through the alternating phase conversion circuit at the other end.