mhurhangee/ep-ind-claims huggingface dataset:
A method in a radio base station for transforming a data transmission signal in a radio communications network, which radio base station serves a user equipment in the radio communications network, and wherein the radio base station is connected to an active antenna array of a first number of active transmitting antennas, each active transmitting antenna comprises sub elements, and which radio base station comprises a precoder codebook comprising precoders for transmitting signals in a diversified manner for a second number of antenna ports, wherein the method comprises - precoding the data transmission signal with a precoder selected from the precoder codebook, and - transforming,, linearly, the precoded data transmission signal by multiplying with a second matrix, thereby directing the precoded data transmission signal vertically, the transforming comprising transforming data signals or reference signals of the second number of antenna ports from the selected precoder into a third number of signals for the sub elements, wherein the second and third numbers are different numbers and the third number of signals are mapped to the sub elements of each active transmitting antenna, and further wherein the transforming comprises transforming, linearly, the precoded data transmission signal by multiplying a signal vector of the data transmission signal with a first matrix to match directions in the precoded data transmission signal, wherein the first matrix comprises at least one row vector of a number of row vectors that is equal to the complex conjugate transpose of a column vector in the precoder codebook, thereby neutralizing a direction of the precoded data transmission signal, before the directing of the precoded data transmission signal vertically towards the user equipment. - precoding the data transmission signal with a precoder selected from the precoder codebook, and - transforming,, linearly, the precoded data transmission signal by multiplying with a second matrix, thereby directing the precoded data transmission signal vertically, the transforming comprising transforming data signals or reference signals of the second number of antenna ports from the selected precoder into a third number of signals for the sub elements, wherein the second and third numbers are different numbers and the third number of signals are mapped to the sub elements of each active transmitting antenna, and further wherein the transforming comprises transforming, linearly, the precoded data transmission signal by multiplying a signal vector of the data transmission signal with a first matrix to match directions in the precoded data transmission signal, wherein the first matrix comprises at least one row vector of a number of row vectors that is equal to the complex conjugate transpose of a column vector in the precoder codebook, thereby neutralizing a direction of the precoded data transmission signal, before the directing of the precoded data transmission signal vertically towards the user equipment.
An antiseptic composition comprising, as active ingredients, menthol and silver ions, and a pharmaceutically acceptable carrier, wherein a concentration of said silver ions in the composition and a concentration of menthol in the composition are selected from the group consisting of: a concentration of said silver ions is 0.29 mM and a concentration of said menthol is 6.4 mM; a concentration of said silver ions is 0.29 mM and a concentration of said menthol is 3.2 mM; a concentration of said silver ions is 0.44 mM and a concentration of said menthol is 3.2 mM; a concentration of said silver ions is 0.6 mM and a concentration of said menthol is 3.2 mM; and a concentration of said silver ions is 0.6 mM and a concentration of said menthol is 0.64 mM a concentration of said silver ions is 0.29 mM and a concentration of said menthol is 6.4 mM; a concentration of said silver ions is 0.29 mM and a concentration of said menthol is 3.2 mM; a concentration of said silver ions is 0.44 mM and a concentration of said menthol is 3.2 mM; a concentration of said silver ions is 0.6 mM and a concentration of said menthol is 3.2 mM; and a concentration of said silver ions is 0.6 mM and a concentration of said menthol is 0.64 mM
A method of strengthening hair fibres, the method comprising the step of applying a hair composition comprising: (a) A flavonoid; (b) A hydrogen peroxide generator or hydrogen peroxide; and (c) A peroxidase; wherein the composition has a pH of 3 to 9, preferably 4.5 to 7, more preferably less than or equal to 6, wherein the ΔE value of the hair fibres before and after application of the hair composition is at least +5. (a) A flavonoid; (b) A hydrogen peroxide generator or hydrogen peroxide; and (c) A peroxidase;
A device for electro-therapy, the device comprising a controlled voltage source connected to at least two stimuli electrodes (204a, 204b), the stimuli electrodes (204a, 204b) being configured to be electrically in contact with skin having a wound, characterised in that the stimuli electrodes (204a, 204b) are configured to be electrically in contact with skin from the edge of the wound to a distance at maximum 50 mm from the edge of the wound, and in that the controlled voltage source is configured to output a pulsed direct current through the wound with a frequency of at least 50 kHz, and in that the pulsed direct current has a duty cycle in the range of 1-10%.
Expanding connector for connecting two furniture parts, comprising a built-in pot which can be pressed, pot bottom first, into a housing bore of one furniture part and the hollow-cylindrical pot wall of which has a wall opening and at least one spreading tab which is cut free in the hollow-cylindrical pot wall and is pivotable about an axis running tangentially to the hollow-cylindrical pot wall, as well as a tightening element, rotatably mounted inside the built-in pot, for tightening a fastening bolt of the other furniture part which passes through the wall opening, the tightening element having an outer eccentric surface for spreading the at least one spreading tab, characterised in that the at least one spreading tab extends with its free tab end in the axial direction away from the pot bottom.
Agricultural machine, in particular rotary swather, comprising a carrying frame having an undercarriage to be coupled to a tractor, the carrying frame being provided with at least one tool group having tools (W1, W2) supported on ground wheels and being provided at opposite sides of the carrying frame on pivotally linked lifting arms, preferably drivable raking rotors, wherein the agricultural machine has the lifting arms and at least one hydraulic cylinder (C1, C2) between the carrying frame and each lifting arm, by which in case of a single lifting stroke a tool (W1, W2) can be lifted at least from a working position on the ground into an elevated headland position, and with a hydraulic circuit within which the hydraulic cylinders (C1, C2) are actuated by means of at least one control device in a hydraulic circuitry allocated to the hydraulic cylinders (C1, C2), wherein the hydraulic circuitry of both hydraulic cylinders (C1, C2) of the tool group is designed such that at least in case of a single stroke of a tool (W1 or W2) out of the working position the hydraulic cylinder (C1, C2) of the other tool (W2 or W1) remaining in the working position is loaded automatically and hydraulically with a predetermined limited relief pressure without a control engagement from outside into the hydraulic circuitry, wherein the hydraulic cylinders (C1, C2) are single acting and each of them is connected in the hydraulic circuitry with only one cylinder chamber by a working line (13, 14) to a multiway valve (15, 16) of the hydraulic circuitry, wherein in the working line (13, 14) a pressure regulating valve (17, 18) of the hydraulic circuitry is provided which regulates the relief pressure in flow direction out of the cylinder chamber, wherein each multiway valve (15, 16) is a multiway solenoid valve (15, 16), one port of which facing a flow divider of the hydraulic circuitry is connected via the working line (13, 14) to one port of the flow divider, wherein both working lines (13, 14) communicate via a first bypass of the hydraulic circuitry provided between the flow divider 12 and the multiway valves (15, 16), characterized in that each multiway valve (15, 16) is a 3/2- multiway-solenoid valve, that the respective working line (13, 14) to a hydraulic cylinder (C1, C2) is connected to a further port of two ports of the multiway valve (15, 16) facing to the pressure regulating valve (17, 18), and that each working line (13, 14) is connected via a further bypass (24,25) of the hydraulic circuitry to the further port of the multiway valve (15, 16) facing the pressure regulating valve (17, 18) in the respective other working line (13, 14).
Method for giving elevator commands with a personal terminal device to an elevator system, which comprises at least one elevator, and the method comprises the phases: an elevator call given by a passenger with his/her terminal device is registered; an elevator car is allocated to the passenger on the basis of the aforementioned elevator call; a time estimate for the maximum time from the moment of giving the call to the closing of the doors of the allocated elevator car is calculated; the aforementioned maximum time is transmitted to the terminal device; and information relating to the aforementioned maximum time is presented on the terminal device to the passenger, characterized in that the method comprises the phase: the maximum time relating to the allocated elevator car is lengthened from the user interface of the terminal device an elevator call given by a passenger with his/her terminal device is registered; an elevator car is allocated to the passenger on the basis of the aforementioned elevator call; a time estimate for the maximum time from the moment of giving the call to the closing of the doors of the allocated elevator car is calculated; the aforementioned maximum time is transmitted to the terminal device; and information relating to the aforementioned maximum time is presented on the terminal device to the passenger, characterized in that the method comprises the phase: the maximum time relating to the allocated elevator car is lengthened from the user interface of the terminal device
An oral pharmaceutical composition comprising a mixture of inactivated HIV virus particles and a non-pathogenic bacterium selected from the group consisting of non-pathogenic lactic acid bacteria and BCG.
A primer pair for amplifying all or a portion of a CGG repeat tract in the 5'-untranslated region (5'-UTR) of fragile X related mental retardation gene 1, comprising an upstream primer and a downstream primer wherein: (i) the downstream primer comprises a CCG repeat segment which contains less than four consecutive CCG triplet repeats and hybridizes to the junction between the 3' end of the CGG repeat tract in the FMR1 gene and sequence directly 3' thereto; and/or (ii) the upstream primer comprises a CGG repeat segment which contains less than four consecutive CGG triplet repeats and hybridizes to the junction between the 5' end of the CGG repeat tract in the FMR1 gene and sequence directly 5' thereto. (i) the downstream primer comprises a CCG repeat segment which contains less than four consecutive CCG triplet repeats and hybridizes to the junction between the 3' end of the CGG repeat tract in the FMR1 gene and sequence directly 3' thereto; and/or (ii) the upstream primer comprises a CGG repeat segment which contains less than four consecutive CGG triplet repeats and hybridizes to the junction between the 5' end of the CGG repeat tract in the FMR1 gene and sequence directly 5' thereto.
An apparatus for making a nonwoven web, the apparatus comprising: a) one or more sources configured to dispense a first fluid flow stream and a second fluid flow stream, wherein at least the first fluid flow stream comprises a fiber; b) a mixing partition downstream from the one or more sources, the mixing partition positioned between the first and second flow streams, the mixing partition defining two or more openings in the mixing partition that permit fluid communication between the two flow streams; c) an enclosed region situated downstream from the one or more sources and surrounding the mixing partition, wherein the enclosed region is adapted to apply a pressure to one of the first and second fluid flow streams and wherein the apparatus is configured so that the enclosed region is substantially filled with fluid and no appreciable airspace is present in the enclosed region during dispensing of the fluid through the openings; and d) a receiving region situated downstream from the one or more sources and designed to receive at least a combined flow stream and form a nonwoven web by collecting fiber from the combined flow stream. a) one or more sources configured to dispense a first fluid flow stream and a second fluid flow stream, wherein at least the first fluid flow stream comprises a fiber; b) a mixing partition downstream from the one or more sources, the mixing partition positioned between the first and second flow streams, the mixing partition defining two or more openings in the mixing partition that permit fluid communication between the two flow streams; c) an enclosed region situated downstream from the one or more sources and surrounding the mixing partition, wherein the enclosed region is adapted to apply a pressure to one of the first and second fluid flow streams and wherein the apparatus is configured so that the enclosed region is substantially filled with fluid and no appreciable airspace is present in the enclosed region during dispensing of the fluid through the openings; and d) a receiving region situated downstream from the one or more sources and designed to receive at least a combined flow stream and form a nonwoven web by collecting fiber from the combined flow stream.
A process for manufacturing a plurality of discrete integrated circuits, ICs, on a carrier, the process comprising the steps of: providing the carrier for a flexible substrate; depositing the flexible substrate of uniform thickness on said carrier; patterning said uniform thickness flexible substrate to define a plurality of IC substrate areas spaced apart from one another by a plurality of IC connecting areas; removing at least a portion of the thickness of the flexible substrate from at least a portion of the IC connecting areas to form channels in the flexible substrate and a plurality of IC substrate units spaced apart from one another on the carrier by said channels; and forming the IC on at least one of the IC substrate units. providing the carrier for a flexible substrate; depositing the flexible substrate of uniform thickness on said carrier; patterning said uniform thickness flexible substrate to define a plurality of IC substrate areas spaced apart from one another by a plurality of IC connecting areas; removing at least a portion of the thickness of the flexible substrate from at least a portion of the IC connecting areas to form channels in the flexible substrate and a plurality of IC substrate units spaced apart from one another on the carrier by said channels; and forming the IC on at least one of the IC substrate units.
Liquid suction device for drawing off and sucking up liquids, comprising • a drawing-off device formed by at least one drawing-off lip and intended for drawing off and collecting the liquid upstream of at least one suction mouth; • a suction device which is able to suck an air/liquid stream along a flow path from the suction mouth through an intake duct into a separation space which is arranged in a housing of the liquid suction device; • an exhaust air duct subjected to a negative suction pressure and intended for guiding the air out of the separation space; • a separation device which is arranged in the separation space and which, in order to separate the liquid from the air, deflects the sucked-in air/liquid stream; and comprising • a tank for receiving the separated liquid; wherein the suction device has a motor for driving a suction unit generating the negative suction pressure, and the housing has a hollow chamber which forms the separation space and the tank and into which the intake duct opens and in which the separation device is arranged in such a way that the sucked-in air/liquid stream is deflected into the tank, and the exhaust air duct is in flow connection with the tank; characterized in that the separation device is formed by an air-inlet-side flow deflector in the form of a stator or rotor and by a flow labyrinth, arranged upstream of the inlet into the exhaust air duct, as a retaining means for spray water, wherein the air-inlet-side flow deflector is arranged on the intake duct or in the tank upstream of the inlet of the sucked-in air/liquid stream into the tank and deflects the sucked-in air/liquid stream radially outwards into the tank. • a drawing-off device formed by at least one drawing-off lip and intended for drawing off and collecting the liquid upstream of at least one suction mouth; • a suction device which is able to suck an air/liquid stream along a flow path from the suction mouth through an intake duct into a separation space which is arranged in a housing of the liquid suction device; • an exhaust air duct subjected to a negative suction pressure and intended for guiding the air out of the separation space; • a separation device which is arranged in the separation space and which, in order to separate the liquid from the air, deflects the sucked-in air/liquid stream; and comprising • a tank for receiving the separated liquid;
A device (100, 200, 300) for allowing dilatation of the cervix of a pregnant woman, the device (100, 200, 300) comprising: a balloon catheter comprising an inflatable balloon insertable above the cervix of the pregnant woman and an elongate catheter tube comprising a catheter tube proximal end portion and a catheter tube distal end portion coaxially mounted to said inflatable balloon, said inflatable balloon inflatable with a fluid to apply dilatative pressure against the cervix; characterized in that the device is a foot operated traction device for allowing the pregnant woman to selectively self-induce the dilatation of her cervix via her foot, the device comprising an elongate stirrup (102, 202, 302) connected to said catheter tube at said catheter tube proximal end at a stirrup proximal end (104, 204, 304) and removably engageable with the foot of the pregnant woman at a stirrup distal end (106, 206, 306); wherein said stirrup distal end (106, 206, 306) is movable by the movement of the foot to selectively vary a traction force of said inflatable balloon. a balloon catheter comprising an inflatable balloon insertable above the cervix of the pregnant woman and an elongate catheter tube comprising a catheter tube proximal end portion and a catheter tube distal end portion coaxially mounted to said inflatable balloon, said inflatable balloon inflatable with a fluid to apply dilatative pressure against the cervix; characterized in that the device is a foot operated traction device for allowing the pregnant woman to selectively self-induce the dilatation of her cervix via her foot, the device comprising an elongate stirrup (102, 202, 302) connected to said catheter tube at said catheter tube proximal end at a stirrup proximal end (104, 204, 304) and removably engageable with the foot of the pregnant woman at a stirrup distal end (106, 206, 306); wherein said stirrup distal end (106, 206, 306) is movable by the movement of the foot to selectively vary a traction force of said inflatable balloon.
Fine metal particles each comprising a magnetic metal core particle and two or more coating layers, the outermost layer among said two or more coating layers containing an oxide of silicon and aluminum at an Al/Si atomic ratio of 0.01-0.2.
A cooling structure of a urea aqueous solution pipe laid to a selective catalytic reduction device in an exhaust gas aftertreatment device the exhaust gas aftertreatment device being provided in an engine compartment that is adjacent to a cooling fan through which cooling air is supplied to a heat exchanger, the heat exchanger being disposed in a heat exchanger compartment, an air in the heat exchanger compartment and the engine compartment being discharged by the cooling fan, the selective catalytic reduction device using ammonia obtained from an urea aqueous solution as a reduction-causing agent, the urea aqueous solution pipe supplying the urea aqueous solution to the selective catalytic reduction device through the engine compartment, the selective catalytic reduction device being disposed above an engine, the cooling structure comprising: a pipeline-forming member provided in the engine compartment and comprising a pipeline (11,12) in which the urea aqueous solution pipe is arranged, the pipeline-forming member being provided at a position close to or in contact with an inside of a hood defining a ceiling of the engine compartment; and an air intake hole (37A, 37B, 37C) that is provided to the hood to intercommunicate the pipeline (11, 12) with an outside of the engine compartment, wherein an end of the pipeline (11, 12) intercommunicates with the heat exchanger compartment, the urea aqueous solution pipe is disposed in the pipeline (11, 12) from a urea aqueous solution tank set under the heat exchanger compartment through the heat exchanger compartment and an end of the pipeline-forming member, and the cooling air in a form of an outside air sucked by the cooling fan flows through the air intake hole (37A, 37B, 37C) into the pipelin (11, 12) to be delivered to the heat exchange compartment to cool the urea aqueous solution pipes. a pipeline-forming member provided in the engine compartment and comprising a pipeline (11,12) in which the urea aqueous solution pipe is arranged, the pipeline-forming member being provided at a position close to or in contact with an inside of a hood defining a ceiling of the engine compartment; and an air intake hole (37A, 37B, 37C) that is provided to the hood to intercommunicate the pipeline (11, 12) with an outside of the engine compartment, wherein an end of the pipeline (11, 12) intercommunicates with the heat exchanger compartment, the urea aqueous solution pipe is disposed in the pipeline (11, 12) from a urea aqueous solution tank set under the heat exchanger compartment through the heat exchanger compartment and an end of the pipeline-forming member, and the cooling air in a form of an outside air sucked by the cooling fan flows through the air intake hole (37A, 37B, 37C) into the pipelin (11, 12) to be delivered to the heat exchange compartment to cool the urea aqueous solution pipes.