mhurhangee/ep-ind-claims huggingface dataset:
An ionizer for neutralizing charges on surfaces, wherein the ionizer comprises the following: • an AC voltage source comprising an output which outputs a waveform (130, 230) having a positive half-wave (132, 134, 136, 232, 234, 236) and having a negative half-wave (138, 140, 238, 240); • a transformer having a primary side and a secondary side, wherein the primary side is electrically connected to the output of the AC voltage source; • a discharging device that is electrically connected to the secondary side of the transformer; • a control means for adjusting the waveform (130, 230), wherein the control means is configured in order to control the waveform (130, 230) in such a way that the positive and negative half-waves (132, 134, 136, 138, 140, 232, 234, 236, 238, 240) are asymmetrical to one another, characterized in that the AC voltage source comprises an inverter connected to the primary side of the transformer, wherein the control means is configured in order to control the waveform (130, 230) by driving the inverter. • an AC voltage source comprising an output which outputs a waveform (130, 230) having a positive half-wave (132, 134, 136, 232, 234, 236) and having a negative half-wave (138, 140, 238, 240); • a transformer having a primary side and a secondary side, wherein the primary side is electrically connected to the output of the AC voltage source; • a discharging device that is electrically connected to the secondary side of the transformer; • a control means for adjusting the waveform (130, 230), wherein the control means is configured in order to control the waveform (130, 230) in such a way that the positive and negative half-waves (132, 134, 136, 138, 140, 232, 234, 236, 238, 240) are asymmetrical to one another, characterized in that the AC voltage source comprises an inverter connected to the primary side of the transformer, wherein the control means is configured in order to control the waveform (130, 230) by driving the inverter.
A board material processing composition inhibiting combustion of a board material due to heating, comprising: a carbonization promotion component, being inorganic, promoting carbonization of an organic component within the board material at the heating; a chain inhibition component, being inorganic, inhibiting a reaction chain to a neighboring component due to a product of endothermic decomposition generated at the heating; and binder particles, being inorganic and hydrophobic, bonding the organic component within the board material to the carbonization promotion component and the chain inhibition component, wherein the carbonization promotion component includes boric acid, the chain inhibition component includes ammonium dihydrogen phosphate, and the binder particles include silica sand. a carbonization promotion component, being inorganic, promoting carbonization of an organic component within the board material at the heating; a chain inhibition component, being inorganic, inhibiting a reaction chain to a neighboring component due to a product of endothermic decomposition generated at the heating; and binder particles, being inorganic and hydrophobic, bonding the organic component within the board material to the carbonization promotion component and the chain inhibition component, wherein the carbonization promotion component includes boric acid, the chain inhibition component includes ammonium dihydrogen phosphate, and the binder particles include silica sand.
A communication method performed by a terminal in a mobile communication system, the method comprising: receiving, on a primary cell, PCell, of a first cell group associated with a first base station, a configuration message for adding a secondary cell, SCell, of a second cell group associated with a second base station, wherein the configuration message includes information indicating that the second cell group is associated with a second base station different from the first base station, and first information on a random access response window size for the SCell; transmitting, on the SCell, a random access preamble; receiving, on the SCell where the random access preamble is transmitted, a random access response based on the random access response window size; applying second information for the second cell group included in the random access response to the SCell; and performing uplink transmission on the SCell. receiving, on a primary cell, PCell, of a first cell group associated with a first base station, a configuration message for adding a secondary cell, SCell, of a second cell group associated with a second base station, wherein the configuration message includes information indicating that the second cell group is associated with a second base station different from the first base station, and first information on a random access response window size for the SCell; transmitting, on the SCell, a random access preamble; receiving, on the SCell where the random access preamble is transmitted, a random access response based on the random access response window size; applying second information for the second cell group included in the random access response to the SCell; and performing uplink transmission on the SCell.
A composition for use in the simultaneous treatment of acne and photoaging, said composition comprising: a) a first anti-acne compound; b) a second anti-acne compound, wherein each of the first and second anti-acne compounds are selected from the group consisting of azelaic acid, clindamycin, niacinamide, tretinoin, and zinc pyrithione, or a pharmaceutically acceptable salt thereof; and c) an anti-photoaging compound, wherein the anti-photoaging compound is selected from the group consisting of azelaic acid, niacinamide, and ascorbyl phosphate, or a pharmaceutically acceptable salt thereof, wherein the first anti-acne compound, the second anti-acne compound, and the anti-photoaging compound are three different compounds. a) a first anti-acne compound; b) a second anti-acne compound, wherein each of the first and second anti-acne compounds are selected from the group consisting of azelaic acid, clindamycin, niacinamide, tretinoin, and zinc pyrithione, or a pharmaceutically acceptable salt thereof; and c) an anti-photoaging compound, wherein the anti-photoaging compound is selected from the group consisting of azelaic acid, niacinamide, and ascorbyl phosphate, or a pharmaceutically acceptable salt thereof, wherein the first anti-acne compound, the second anti-acne compound, and the anti-photoaging compound are three different compounds.
An accessory for partially enclosing a shaft of an endoscope, the accessory having a first end, a second end and a longitudinal portion extending longitudinally between the first and second ends, the longitudinal portion of the accessory defining a first space for accommodating the shaft and a second space for defining a conduit along the shaft for transporting fluid to a distal end of the endoscope, wherein an outer surface of the accessory around the first and second spaces is centred on a first longitudinal axis, and the first space is centred on a second longitudinal axis spaced relative to the first longitudinal axis, the first space being open to one side, so that the accessory only partially encloses the shaft when placed around it, wherein the first and second spaces are adjoining, so that the accessory is operable to co-operate with the shaft to define the conduit; characterized in that the cross-section of the accessory at the second end is structured differently from the cross-section of the accessory at the longitudinal portion to provide a fluid outlet.
A method of wireless communication of a user equipment, UE, comprising: determining an aggregation level of a plurality of aggregation levels associated with a physical sidelink control channel, PSCCH, each aggregation level of the plurality of aggregation levels being associated with a different number of time-frequency resources dedicated for the PSCCH and a particular modulation and coding scheme, MCS, used for modulating and coding control information in the PSCCH; receiving control information in the time-frequency resources associated with the aggregation level; and decoding the control information received in the time-frequency resources associated with the determined aggregation level, the decoding being based on the particular MCS associated with the determined aggregation level; characterized in that demodulation reference signals, DMRS, are received within the control information in the time-frequency resources, wherein the aggregation level is determined based on the received DMRS. determining an aggregation level of a plurality of aggregation levels associated with a physical sidelink control channel, PSCCH, each aggregation level of the plurality of aggregation levels being associated with a different number of time-frequency resources dedicated for the PSCCH and a particular modulation and coding scheme, MCS, used for modulating and coding control information in the PSCCH; receiving control information in the time-frequency resources associated with the aggregation level; and decoding the control information received in the time-frequency resources associated with the determined aggregation level, the decoding being based on the particular MCS associated with the determined aggregation level; characterized in that demodulation reference signals, DMRS, are received within the control information in the time-frequency resources, wherein the aggregation level is determined based on the received DMRS.
A carrying device for extending into a piece of luggage and for absorbing and minimizing shocks when carrying the piece of luggage, comprising: a handle comprising a pair of terminal ends, each terminal end of the handle comprising a pair of posts positioned substantially normally relative to the handle, the pair of posts adapted to prevent the handle from rocking sideways; means for absorbing and minimizing shocks when carrying the piece of luggage by said handle, said means comprising an apparatus being normally disposed within the piece of luggage so as not to be unaesthetically visible; said apparatus being operatively connected to said handle so as to allow for the absorbing and the minimizing of the shocks when carrying the piece of luggage by said handle; said apparatus comprising a base plate comprising a pair of terminal ends, each terminal end of the base plate comprising a pair of through bores; and wherein each pair of posts are adapted to pass movably through each pair of through bores. a handle comprising a pair of terminal ends, each terminal end of the handle comprising a pair of posts positioned substantially normally relative to the handle, the pair of posts adapted to prevent the handle from rocking sideways; means for absorbing and minimizing shocks when carrying the piece of luggage by said handle, said means comprising an apparatus being normally disposed within the piece of luggage so as not to be unaesthetically visible; said apparatus being operatively connected to said handle so as to allow for the absorbing and the minimizing of the shocks when carrying the piece of luggage by said handle; said apparatus comprising a base plate comprising a pair of terminal ends, each terminal end of the base plate comprising a pair of through bores; and wherein each pair of posts are adapted to pass movably through each pair of through bores.
A connector catch assembly for interconnecting a hoisting crane and a craft or a load/cargo on the craft, which connector catch assembly is provided with: - a connector body, - a connector catch comprising a funnel-shaped trap-cage having opposite sites (9A, 9B), whereby the narrow side of the funnel shaped trap-cage has the connector catch mounted therein for releasably holding the connector body, and - means for adjusting the position of the funnel shaped trap-cage in a direction perpendicular to the central axis of the funnel of the trap-cage, characterised in that said means are actuator means mounted on at least one leg (7a, 7b, 7c) that extends in a direction with a component parallel to the central axis of the funnel of the trap-cage, wherein the at least one leg has an adjustable length to adjust an angular orientation of the trap-cage in the direction perpendicular to the central axis of the funnel of the trap-cage. - a connector body, - a connector catch comprising a funnel-shaped trap-cage having opposite sites (9A, 9B), whereby the narrow side of the funnel shaped trap-cage has the connector catch mounted therein for releasably holding the connector body, and - means for adjusting the position of the funnel shaped trap-cage in a direction perpendicular to the central axis of the funnel of the trap-cage, characterised in that said
A method for the transverse welding of a composite tape (100, 100') comprising the steps of: - forming a composite tape (100, 100') comprising a first and a second elastic structure (1a, 1a', 1b, 1b') overlapping each other, which is continuously advanced in a longitudinal direction at a first feeding speed and at a first feed tension; - slowing down said composite tape, taking it to a second speed and a second tension, respectively less than said first feeding speed and said first feed tension, - feeding said composite tape (100, 100') at said second speed and tension to a welding station and welding said composite tape ( 100, 100') with welding lines transverse to said longitudinal feed direction, and - feeding said composite tape (100, 100') at said second speed and tension to a cutting station and cutting said composite tape ( 100, 100') with cuts transverse to said longitudinal feed direction, characterized in that said slowing down step of said composite tape (100, 100') is carried out by feeding the said composite tape (100, 100') to a first motorized belt conveyor traveling at said first speed and subsequently to a second motorized belt conveyor traveling at said second speed, wherein said first and second belt conveyors ( 73, 78) are spaced apart in the longitudinal direction. - forming a composite tape (100, 100') comprising a first and a second elastic structure (1a, 1a', 1b, 1b') overlapping each other, which is continuously advanced in a longitudinal direction at a first feeding speed and at a first feed tension; - slowing down said composite tape, taking it to a second speed and a second tension, respectively less than said first feeding speed and said first feed tension, - feeding said composite tape (100, 100') at said second speed and tension to a welding station and welding said composite tape ( 100, 100') with welding lines transverse to said longitudinal feed direction, and - feeding said composite tape (100, 100') at said second speed and tension to a cutting station and cutting said composite tape ( 100, 100') with cuts transverse to said longitudinal feed direction,
A high temperature wear-resistant aluminum-bronze-based material, wherein an Al content is 9.0% by mass or more and 11.0% by mass or less, an Ni content is 1.0% by mass or more and 3.0% by mass or less, an Mn content is 8.5% by mass or more and 15.0% by mass or less, an Si content is 2.0% by mass or more and 4.0% by mass or less, an Fe content is 0.5% by mass or more and 1.5% by mass or less, and a Co content is 0.01% by mass or more and 1.5% by mass or less, with the remainder being substantially Cu.
Safety coupling, with an associated safety mechanism and a related safety arrangement, related to and/or integrally formed with each other, comprising a coupling unit (1', 3), adapted to, upon rotary movement, permit the transmission of torque between two coaxially oriented coupling members (10, 20), a first, driving, inner coupling member and a second, driven, outer coupling member, with a shaped friction surface (7, 7') located between the inner coupling member and the outer coupling member, wherein the inner coupling member comprises a cavity adjacent to the friction surface (7, 7'), which, upon applied pressure, is adapted to expand in the direction of the friction surface (7, 7'); wherein the safety coupling exhibits the associated safety arrangement which is actuatable toward and into an initial retaining position ("x1"), wherein the cavity is in an expanded position, or toward and into an inactive releasing position ("x2"), wherein the cavity is in a non-expanded position, for the coupling unit (1', 3); wherein said actuatable safety arrangement is adapted to, when a preselected torque and a relative motion caused by this torque between the first coupling member and the second coupling member are exceeded, be actuatable by the safety mechanism for a displacement from the initial active position ("x1 ") toward and into the inactive position ("x2") by evacuation of the pressure from the cavity; wherein said safety arrangement is thereby adapted to allow a limited relative movement between the first coupling member and the second coupling member, corresponding to a selected maximized arcuate distance ("x3") between its initial active position ("x1") and its final inactive position ("x2"), and wherein the safety arrangement is adapted to instantaneously actuate the coupling unit to its final inactive position ("x2") when triggered, characterized in that means (40, 45) allocated to the safety arrangement and/or the safety mechanism are adapted to, upon each final operating cycle, including final operating cycles without a trigger, of the safety coupling return and/or displace the safety mechanism in the direction of the initial active position ("x1 "), in order to provide again from this active position the selected maximized arcuate distance ("x3") between the first coupling member and the second coupling member during a subsequent operating cycle.
A method of providing an advanced caller identification service for users of wireless communications devices, comprising: maintaining, in a store of an application server, persona information provided by users, the persona information for a first user including persona information for the first user; characterised by distributing, using a distribution system management application of the server, the persona information for the first user to the wireless communications devices of other users for identifying the first user to the other users based on an established relationship between users; a client application of a said other user's wireless communication device controlling said other user's wireless communication device based on the persona information for the first user; and preventing a call from said other user's wireless communication device to the first user's wireless communication device based on the persona information for the first user. maintaining, in a store of an application server, persona information provided by users, the persona information for a first user including persona information for the first user; characterised by distributing, using a distribution system management application of the server, the persona information for the first user to the wireless communications devices of other users for identifying the first user to the other users based on an established relationship between users; a client application of a said other user's wireless communication device controlling said other user's wireless communication device based on the persona information for the first user; and preventing a call from said other user's wireless communication device to the first user's wireless communication device based on the persona information for the first user.
A multistage high-pressure pump for pressurizing a fluid, comprising: a rotational shaft; impellers secured to said rotational shaft; a casing configured to house said impellers therein; a mechanical seal; a seal chamber that houses said mechanical seal therein; an oil reservoir configured to store oil therein; an oil supply line providing a communication between said oil reservoir and said seal chamber; an oil pump configured to pressurize the oil from said oil reservoir and supply the oil to said seal chamber; a pressure retaining mechanism (32, 34, 35) configured to retain pressure of the oil in said seal chamber; and an oil outlet line for discharging the oil from said seal chamber, wherein the pressure of the oil in said seal chamber is kept higher than pressure of the fluid, and characterized in that said pressure retaining mechanism (32, 34, 35) includes: a check valve provided on said oil supply line at a position between said oil pump and said seal chamber; at least one accumulator located between said check valve and said seal chamber; and a shut-off valve provided on said oil outlet line. a rotational shaft; impellers secured to said rotational shaft; a casing configured to house said impellers therein; a mechanical seal; a seal chamber that houses said mechanical seal therein; an oil reservoir configured to store oil therein; an oil supply line providing a communication between said oil reservoir and said seal chamber; an oil pump configured to pressurize the oil from said oil reservoir and supply the oil to said seal chamber; a pressure retaining mechanism (32, 34, 35) configured to retain pressure of the oil in said seal chamber; and an oil outlet line for discharging the oil from said seal chamber, a check valve provided on said oil supply line at a position between said oil pump and said seal chamber; at least one accumulator located between said check valve and said seal chamber; and a shut-off valve provided on said oil outlet line.
Method for the combined production of a mixture of hydrocarbon and nitrogen, carbon monoxide and possibly methane by cryogenic distillation and scrubbing wherein: i) a gaseous mixture containing at least hydrogen, carbon monoxide and methane and possibly nitrogen is cooled in a heat exchanger, ii) the cooled mixture is fed to a scrubbing column, iii) a methane-rich liquid is injected at a first intermediate level of a scrubbing column at a first intermediate level of a scrubbing column, iv) at least one nitrogen-rich liquid (73, 91) is injected at a higher level than the first level of the scrub column as a second scrub liquid, v) a mixture of hydrogen and nitrogen is extracted as an off-gas from the scrubbing column, vi) a sump liquid is extracted from the scrubbing column and it is fed to a stripping column, vii) a liquid (28, 75) is extracted at the level of an intermediate section of the scrubbing column that is fed either to the heat exchanger, or to a conduit of off-gas of the stripping column, or to a second stripping column, viii) a sump liquid is extracted from the stripping column and it is fed to a carbon monoxide and methane separation column, ix) at least one portion of the sump liquid (41, 45) from the separation column forms the liquid of step iii), and x) a carbon monoxide-rich fluid is extracted from the separation column. i) a gaseous mixture containing at least hydrogen, carbon monoxide and methane and possibly nitrogen is cooled in a heat exchanger, ii) the cooled mixture is fed to a scrubbing column, iii) a methane-rich liquid is injected at a first intermediate level of a scrubbing column at a first intermediate level of a scrubbing column, iv) at least one nitrogen-rich liquid (73, 91) is injected at a higher level than the first level of the scrub column as a second scrub liquid, v) a mixture of hydrogen and nitrogen is extracted as an off-gas from the scrubbing column, vi) a sump liquid is extracted from the scrubbing column and it is fed to a stripping column, vii) a liquid (28, 75) is extracted at the level of an intermediate section of the scrubbing column that is fed either to the heat exchanger, or to a conduit of off-gas of the stripping column, or to a second stripping column, viii) a sump liquid is extracted from the stripping column and it is fed to a carbon monoxide and methane separation column, ix) at least one portion of the sump liquid (41, 45) from the separation column forms the liquid of step iii), and x) a carbon monoxide-rich fluid is extracted from the separation column.