mhurhangee/ep-ind-claims huggingface dataset:
A stent member comprising: at least one distal apex comprising first and second generally straight portions and a first curved portion (203, 404, 606) disposed between the first and second straight portions and comprising a first radius of curvature; and at least one proximal apex comprising third and fourth generally straight portions and a second curved portion (202, 402, 604) disposed between the third and fourth straight portions and comprising a second radius of curvature that is greater than the first radius of curvature; where at least one of the first and second generally straight portions is continuous with at least one of the third and fourth generally straight portions; wherein the second radius of curvature is from approximately 4 mm to approximately 9 mm. at least one distal apex comprising first and second generally straight portions and a first curved portion (203, 404, 606) disposed between the first and second straight portions and comprising a first radius of curvature; and first and second generally straight portions and a first curved portion (203, 404, 606) disposed between the first and second straight portions and comprising a first radius of curvature; and at least one proximal apex comprising third and fourth generally straight portions and a second curved portion (202, 402, 604) disposed between the third and fourth straight portions and comprising a second radius of curvature that is greater than the first radius of curvature; third and fourth generally straight portions and a second curved portion (202, 402, 604) disposed between the third and fourth straight portions and comprising a second radius of curvature that is greater than the first radius of curvature; where at least one of the first and second generally straight portions is continuous with at least one of the third and fourth generally straight portions; wherein the second radius of curvature is from approximately 4 mm to approximately 9 mm.
Communication gateway comprising a first communication interface for communicating, over a first communication network, with a mobile terminal and a second wireless communication interface for communicating, over a second communication network, with at least one external device, characterized in that the communication gateway comprises: - electrical energy recovery means arranged for recovering electrical energy supplied by the mobile terminal, - a non-volatile memory powered by the electrical energy recovered and a microcontroller connected to the non-volatile memory and arranged for exchanging data with the mobile terminal over the first communication network and with the external device over the second communication network. - electrical energy recovery means arranged for recovering electrical energy supplied by the mobile terminal, - a non-volatile memory powered by the electrical energy recovered and a microcontroller connected to the non-volatile memory and arranged for exchanging data with the mobile terminal over the first communication network and with the external device over the second communication network.
A consumer product comprising a a laminate packaging comprising i an outer oriented multilayer film comprising a polyolefin-based polymer; ii an inner multilayer film comprising a polyolefin-based polymer; and b a composition comprising 0.2% to 1.2% by weight of a perfume; wherein the outer and the inner layers are made of the same polyolefin-based polymer, which is ethylene based polymer or propylene based polymer; and wherein the composition is packaged inside the laminate packaging. a a laminate packaging comprising i an outer oriented multilayer film comprising a polyolefin-based polymer; ii an inner multilayer film comprising a polyolefin-based polymer; and i an outer oriented multilayer film comprising a polyolefin-based polymer; ii an inner multilayer film comprising a polyolefin-based polymer; and b a composition comprising 0.2% to 1.2% by weight of a perfume;
A liquid ejection head comprising: a pressure chamber configured to contain liquid; and an actuator configured to change pressure of the liquid in response to an applied drive signal, and a drive circuit configured to apply, to the actuator, the drive signal including an ejection pulse (Da) for driving the actuator so that the pressure is reduced to eject the liquid from a nozzle that communicates with the pressure chamber, a cancel pulse (Pa) for driving the actuator so that the pressure is increased to suppress residual vibration of the liquid, and a damping pulse for driving the actuator so that the pressure is reduced to suppress the residual vibration, in this order, characterised in that the drive signal includes, before the ejection pulse (Da), an auxiliary pulse for driving the actuator so that the pressure is increased, wherein a pulse width of the auxiliary pulse is equal to or less than a half cycle of a main acoustic resonance frequency of the liquid in the pressure chamber, a pulse width of the cancel pulse (Pa) is two times of the half cycle, a length from an end of the cancel pulse (Pa) to a start of the damping pulse is 0.2 times to 0.4 times of the half cycle, and a pulse width of the damping pulse is 0.2 times to 0.4 times of the half cycle. a pressure chamber configured to contain liquid; and an actuator configured to change pressure of the liquid in response to an applied drive signal, and a drive circuit configured to apply, to the actuator, the drive signal including an ejection pulse (Da) for driving the actuator so that the pressure is reduced to eject the liquid from a nozzle that communicates with the pressure chamber, a cancel pulse (Pa) for driving the actuator so that the pressure is increased to suppress residual vibration of the liquid, and a damping pulse for driving the actuator so that the pressure is reduced to suppress the residual vibration, in this order, characterised in that the drive signal includes, before the ejection pulse (Da), an auxiliary pulse for driving the actuator so that the pressure is increased, wherein a pulse width of the auxiliary pulse is equal to or less than a half cycle of a main acoustic resonance frequency of the liquid in the pressure chamber, a pulse width of the cancel pulse (Pa) is two times of the half cycle, a length from an end of the cancel pulse (Pa) to a start of the damping pulse is 0.2 times to 0.4 times of the half cycle, and a pulse width of the damping pulse is 0.2 times to 0.4 times of the half cycle.
A lighting unit for the front edge of a display shelf, the lighting unit comprising: a transparent or translucent elongate diffuser comprising an elongate upper edge, an elongate lower edge, an elongate front face and an elongate rear face, said diffuser having a light-receiving interface extending substantially in a direction of one of the elongate upper and lower edge; a lighting element comprising a plurality of light emitting diodes attached to a circuit board to form a light strip, wherein the light emitting diodes are oriented to direct light towards the light-receiving interface and through said diffuser in a direction from one elongate edge towards the other elongate edge; and a substantially transparent elongate cover located over the diffuser and defining a gap therebetween for receiving a display graphic; wherein said diffuser tapers in a direction from one elongate edge to the other elongate edge so that the thickness of the diffuser reduces with distance from the light strip; wherein the diffuser has a J-section profile comprising a long arm, a short arm, and a bend, wherein the end of the long arm defines one of the upper and lower edge, wherein the bend defines the other of the upper and lower edge, and wherein the end of the short arm provides the light-receiving interface; and wherein said diffuser is configured to scatter a portion of the light passing therethrough towards the cover so as to, in use, allow a display graphic in said gap to be backlit; and wherein the lighting unit is configured to direct a portion of the light in a downward direction. a transparent or translucent elongate diffuser comprising an elongate upper edge, an elongate lower edge, an elongate front face and an elongate rear face, said diffuser having a light-receiving interface extending substantially in a direction of one of the elongate upper and lower edge; a lighting element comprising a plurality of light emitting diodes attached to a circuit board to form a light strip, wherein the light emitting diodes are oriented to direct light towards the light-receiving interface and through said diffuser in a direction from one elongate edge towards the other elongate edge; and a substantially transparent elongate cover located over the diffuser and defining a gap therebetween for receiving a display graphic; wherein said diffuser tapers in a direction from one elongate edge to the other elongate edge so that the thickness of the diffuser reduces with distance from the light strip; wherein the diffuser has a J-section profile comprising a long arm, a short arm, and a bend, wherein the end of the long arm defines one of the upper and lower edge, wherein the bend defines the other of the upper and lower edge, and wherein the end of the short arm provides the light-receiving interface; and wherein said diffuser is configured to scatter a portion of the light passing therethrough towards the cover so as to, in use, allow a display graphic in said gap to be backlit; and wherein the lighting unit is configured to direct a portion of the light in a downward direction.
A combination of at least two components, component A and component B, comprising a component A being an inhibitor of ATR kinase or a stereoisomer, a tautomer, an N-oxide, a hydrate, a solvate, or a pharmaceutically acceptable salt thereof, and component B being a PARP inhibitor, wherein said component A is 2-[ -3-methylmorpholin-4-yl]-4-(1-methyl-1H-pyrazol-5-yl)-8-(1H-pyrazol-5-yl)-1,7-naphthyridine and said component B is a PARP inhibitor selected from olaparib, rucaparib, niraparib and talazoparib.
cable control device including: - at least one protective sheath, and - at least one plate for fixing the protective sheath to a support, the protective sheath including at least one lateral fixing flange extending radially outside the protective sheath, the fixing plate including a jaw assembly comprising a first jaw and a second jaw adapted to pinch the lateral fixing flange in a closed position of the jaw assembly, and in that the first jaw includes at least one pinch surface adapted to cooperate with at least one pinch surface of the second jaw, characterized in that the fixing plate includes locking means for joining together the first jaw and the second jaw, the locking means being formed by a shoulder and a hook intended to interengage with the shoulder. - at least one protective sheath, and - at least one plate for fixing the protective sheath to a support,
Vacuum circulation degassing system, comprising a vacuum vessel with dome connectable to a vacuum pump and two immersible tubes that can be submersed in the melt of an associated ladle, and with a blower lance displaceably positionable in the vacuum vessel with a combined oxygen blowing and burner function, wherein an ignition burner is allocated to the blower lance, characterised in that the ignition burner is arranged in an ignition chamber, in which it can be brought into various positions relative to the blower lance, in particular through displacing the blower lance.
An assembly of two steel cords and a tubular fabric for connecting said steel cords at two connecting ends, said steel cords being a multi-layer steel cord having a core and at least one layer and possibly a wrapping filament (24, 34), characterized in that at least said one layer is absent at the two connecting ends of said steel cords over a total length L 2, said tubular fabric being positioned so that it covers at least part of said total length L 2 thereby avoiding an increase in diameter of the steel cords with twice the wall thickness of the tubular fabric over the length L 2.
A method performed by a terminal in a wireless communication system, comprising: receiving, from a base station, a radio resource control, RRC, reconfiguration message; identifying whether the RRC reconfiguration message includes a packet data convergence protocol, PDCP, re-establish indication associated with a data radio bearer, DRB, or not; performing PDCP re-establishment for the DRB, in case that the RRC reconfiguration message includes the PDCP re-establish indication; and not performing the PDCP re-establishment and performing, based on a retransmission indication, a retransmission of PDCP data Protocol Data Unit, PDU, for the DRB that have not been acknowledged, in case that the RRC reconfiguration message does not include the PDCP re-establish indication, wherein the DRB is an acknowledged mode, AM, DRB, wherein, in case that a security key refresh is required, the PDCP re-establish indication is included in the RRC reconfiguration message received from the base station, and, wherein, in case that the security key refresh is not needed, the PDCP re-establish indication is not included in the RRC reconfiguration message received from the base station. receiving, from a base station, a radio resource control, RRC, reconfiguration message; identifying whether the RRC reconfiguration message includes a packet data convergence protocol, PDCP, re-establish indication associated with a data radio bearer, DRB, or not; performing PDCP re-establishment for the DRB, in case that the RRC reconfiguration message includes the PDCP re-establish indication; and not performing the PDCP re-establishment and performing, based on a retransmission indication, a retransmission of PDCP data Protocol Data Unit, PDU, for the DRB that have not been acknowledged, in case that the RRC reconfiguration message does not include the PDCP re-establish indication, wherein the DRB is an acknowledged mode, AM, DRB, wherein, in case that a security key refresh is required, the PDCP re-establish indication is included in the RRC reconfiguration message received from the base station, and, wherein, in case that the security key refresh is not needed, the PDCP re-establish indication is not included in the RRC reconfiguration message received from the base station.
Pharmaceutical, dermatological or cosmetic composition for its use as a medicament intended for the prevention, relief and/or treatment of discomfort, unpleasant symptoms selected from stinging, irritation, itching and skin tightness and/or protection of the tissues against the latter, said composition of a biocompatible polymer corresponding to the following general formula AaXxYy in which: A is glucose, X represents a RCOOR' group, Y represents an O or N-sulphonate group bound to A and corresponding to one of the following formulas - ROSO3R', - RNSO3R' in which: R represents an aliphatic hydrocarbon chain, possibly branched and/or unsaturated and which may contain one or more aromatic rings and R' represents one hydrogen atom or one cation, a represents the number of monomers, and is such that the mass of said polymers of formula is greater than approximately 2000 daltons. x represents the rate of substitution of the A monomers by the X groups, x is between approximately 20 and 150%, y represents the rate of substitution of the A monomers by Y groups, y is between approximately 30 and 150%, A is glucose, X represents a RCOOR' group, Y represents an O or N-sulphonate group bound to A and corresponding to one of the following formulas - ROSO3R', - RNSO3R' in which: R represents an aliphatic hydrocarbon chain, possibly branched and/or unsaturated and which may contain one or more aromatic rings and R' represents one hydrogen atom or one cation, a represents the number of monomers, and is such that the mass of said polymers of formula is greater than approximately 2000 daltons. x represents the rate of substitution of the A monomers by the X groups, x is between approximately 20 and 150%, y represents the rate of substitution of the A monomers by Y groups, y is between approximately 30 and 150%,
A washing machine, comprising: a tub; a drum rotatably installed inside the tub; a drying unit comprising a fan configured to draw air from the tub and the drum into a drying duct, and a heater configured to heat the drawn in air; a lint filter configured to filter foreign substances contained in the drawn in air; and a control unit configured to control the heater and the fan; wherein the control unit is arranged to wash the lint filter according to the difference between the temperature of the drying duct and the temperature of the tub, characterised in that the control unit is arranged to reduce the rotation speed of the fan during washing of the lint filter. a tub; a drum rotatably installed inside the tub; a drying unit comprising a fan configured to draw air from the tub and the drum into a drying duct, and a heater configured to heat the drawn in air; a lint filter configured to filter foreign substances contained in the drawn in air; and a control unit configured to control the heater and the fan; wherein the control unit is arranged to wash the lint filter according to the difference between the temperature of the drying duct and the temperature of the tub, characterised in that the control unit is arranged to reduce the rotation speed of the fan during washing of the lint filter.
An orbital determination, the so-called OD, device for a satellite (130, 150) operable to determine the satellite's orbit, the OD device having computer circuitry configured to: receive a single global positioning system-generated, the so-called GPS-generated, signal (144, 146, 148) from a GPS satellite; decode an ephemeris of the GPS satellite from the GPS-generated signal; characterised in that the computer circuitry is further configured to: determine a Doppler shift and a trend of Doppler shift of the GPS-generated signal; and generate a Doppler-GPS OD using the ephemeris of the GPS satellite and the Doppler shift and the trend of Doppler shift of the GPS-generated signal fit to Kepler orbital elements of an orbit model. receive a single global positioning system-generated, the so-called GPS-generated, signal (144, 146, 148) from a GPS satellite; decode an ephemeris of the GPS satellite from the GPS-generated signal; characterised in that the computer circuitry is further configured to: determine a Doppler shift and a trend of Doppler shift of the GPS-generated signal; and generate a Doppler-GPS OD using the ephemeris of the GPS satellite and the Doppler shift and the trend of Doppler shift of the GPS-generated signal fit to Kepler orbital elements of an orbit model. determine a Doppler shift and a trend of Doppler shift of the GPS-generated signal; and generate a Doppler-GPS OD using the ephemeris of the GPS satellite and the Doppler shift and the trend of Doppler shift of the GPS-generated signal fit to Kepler orbital elements of an orbit model.
A chimeric anti-ferritin monoclonal antibody, that binds both human acidic and basic ferritin, comprising: (a) two heavy chain polypeptides, each comprising the VH domain defined in SEQ ID NO:4; and (b) two light chain polypeptides, each comprising the VL domain as defined in SEQ ID NO:2. (a) two heavy chain polypeptides, each comprising the VH domain defined in SEQ ID NO:4; and (b) two light chain polypeptides, each comprising the VL domain as defined in SEQ ID NO:2.
Method for controlling an aircraft with a rotary wing, said aircraft having a power plant comprising at least two engines burning fuel and a transmission chain connected to the rotary wing, each engine having a power shaft connected to the transmission chain, the method comprising an energy-saving phase (MODECENER) applicable on the ground and comprising at least one energy-saving period (STPASY), this energy-saving period (STPASY) comprising controlling, at an active rating, with a control system, one active engine from the at least two engines, in order to ensure rotation of the rotary wing, the active engine producing, at the active rating and with its power shaft, a non-zero active driving power, the energy-saving period (STPASY) comprising, together with the control of the active engine at the active rating, use of the control system to stop or use of the control system to control, at an inactive rating, each inactive engine from the at least two engines that is not the active engine, the inactive engine at the inactive rating producing, with its power shaft, a non-zero power that is less than the active driving power or zero power, characterized in that during which said energy-saving phase (MODECENER) comprises at least two alternating operating phases (PHASALT), each alternating operating phase (PHASALT) comprising an energy-saving period (STPASY) and a joint operation period (STPAEO), said joint operation period (STPAEO) comprising controlling the engines at the active rating with the control system.
A synthesis process comprising: steam reforming a gaseous hydrocarbon feedstock, obtaining a synthesis gas; exothermically reacting said synthesis gas in the presence of a catalyst, obtaining a synthesis product; removing heat from said exothermal reaction by producing steam, wherein at least part of said steam provides a heat input to the reforming of said hydrocarbon feedstock; characterized in that the steam reforming of the hydrocarbon feedstock comprises: a) forming a mixture containing steam and hydrocarbons by at least the step of adding a first stream of water to the hydrocarbon feedstock in a saturating tower, said stream of water being pre-heated by indirect heat exchange, prior to admission into said tower, with at least a portion of the steam produced by removing heat from the exothermal synthesis reaction; b) heating said mixture by indirect heat exchange with at least part of said synthesis gas; c) reforming said mixture after said heating step b). steam reforming a gaseous hydrocarbon feedstock, obtaining a synthesis gas; exothermically reacting said synthesis gas in the presence of a catalyst, obtaining a synthesis product; removing heat from said exothermal reaction by producing steam, wherein at least part of said steam provides a heat input to the reforming of said hydrocarbon feedstock; characterized in that the steam reforming of the hydrocarbon feedstock comprises: a) forming a mixture containing steam and hydrocarbons by at least the step of adding a first stream of water to the hydrocarbon feedstock in a saturating tower, said stream of water being pre-heated by indirect heat exchange, prior to admission into said tower, with at least a portion of the steam produced by removing heat from the exothermal synthesis reaction; b) heating said mixture by indirect heat exchange with at least part of said synthesis gas; c) reforming said mixture after said heating step b). a) forming a mixture containing steam and hydrocarbons by at least the step of adding a first stream of water to the hydrocarbon feedstock in a saturating tower, said stream of water being pre-heated by indirect heat exchange, prior to admission into said tower, with at least a portion of the steam produced by removing heat from the exothermal synthesis reaction; b) heating said mixture by indirect heat exchange with at least part of said synthesis gas; c) reforming said mixture after said heating step b).