mhurhangee/ep-ind-claims huggingface dataset:
A neutron capture therapy system, comprising a beam shaping assembly, wherein the beam shaping assembly comprises: a beam inlet; a neutron generator arranged into the beam shaping assembly, wherein the neutron generator is adapted to have nuclear reaction with an incident proton beam from the beam inlet to produce neutrons; a moderator adjacent to the neutron generator, adapted to moderate the neutrons to epithermal neutron energies; a reflector surrounding the neutron generator and the moderator, wherein the reflector is adapted to lead the deflected neutrons back to enhance the epithermal neutron beam intensity; a beam outlet; and at least a movable member (16, 163, 164) adapted to move away from or close to the neutron generator, wherein the movable member (16,163, 164) is adapted to move between a first position and a second position, when the movable member (16, 163, 164) is at the first position, the neutron generator is replaceable; and when the movable member (16, 163, 164) is at the second position, the neutron generator is irreplaceable, characterized in that the reflector includes a first connecting part which comprises a first connecting surface and a first junction surface connected to the first connecting surface; the movable member (16, 163, 164) includes a second connecting part which comprises a second connecting surface and a second junction surface connected to the second connecting surface, the first connecting surface is adapted to connect with the second connecting surface, and the first junction surface is adapted to connect with the second junction surface. a beam inlet; a neutron generator arranged into the beam shaping assembly, wherein the neutron generator is adapted to have nuclear reaction with an incident proton beam from the beam inlet to produce neutrons; a moderator adjacent to the neutron generator, adapted to moderate the neutrons to epithermal neutron energies; a reflector surrounding the neutron generator and the moderator, wherein the reflector is adapted to lead the deflected neutrons back to enhance the epithermal neutron beam intensity; a beam outlet; and at least a movable member (16, 163, 164) adapted to move away from or close to the neutron generator, wherein the movable member (16,163, 164) is adapted to move between a first position and a second position, when the movable member (16, 163, 164) is at the first position, the neutron generator is replaceable; and when the movable member (16, 163, 164) is at the second position, the neutron generator is irreplaceable, characterized in that the reflector includes a first connecting part which comprises a first connecting surface and a first junction surface connected to the first connecting surface; the movable member (16, 163, 164) includes a second connecting part which comprises a second connecting surface and a second junction surface connected to the second connecting surface, the first connecting surface is adapted to connect with the second connecting surface, and the first junction surface is adapted to connect with the second junction surface.
A fluid dispenser head for mounting on a fluid reservoir so as to constitute a dispenser, the head comprising: • a fluid dispenser member, such as a pump, comprising a body that is mounted in stationary manner relative to the reservoir, and a valve rod that is axially movable down and up; • a dispenser endpiece that is rotatably mounted on the valve rod, the endpiece including a dispenser orifice; and • a turning pusher that is manually movable axially down and up so as to move the dispenser endpiece and the valve rod, in such a manner as to dispense the fluid; the head being characterized in that it further comprises: • a transmission part that is interposed between the endpiece and the pusher, the transmission part being secured to the pusher in axial movement; and • actuator means (3, 4, 5) that cause the endpiece and the pusher to turn, without causing the transmission part to turn, the actuator means (3, 4, 5) moving the transmission part axially between a non-working, storage position and a working, actuation position, in such a manner as to cause the pusher to move axially between a low, non-working position and a high, working position, the part transmitting directly and axially to the endpiece, any thrust force exerted on the pusher in the working position. • a fluid dispenser member, such as a pump, comprising a body that is mounted in stationary manner relative to the reservoir, and a valve rod that is axially movable down and up; • a dispenser endpiece that is rotatably mounted on the valve rod, the endpiece including a dispenser orifice; and • a turning pusher that is manually movable axially down and up so as to move the dispenser endpiece and the valve rod, in such a manner as to dispense the fluid; • a transmission part that is interposed between the endpiece and the pusher, the transmission part being secured to the pusher in axial movement; and • actuator means (3, 4, 5) that cause the endpiece and the pusher to turn, without causing the transmission part to turn, the actuator means (3, 4, 5) moving the transmission part axially between a non-working, storage position and a working, actuation position, in such a manner as to cause the pusher to move axially between a low, non-working position and a high, working position, the part transmitting directly and axially to the endpiece, any thrust force exerted on the pusher in the working position.
Device for closing openings, in particular openings in rail vehicles, comprising - a closure element, in particular a roller shutter curtain, which has a plurality of slat profiles which are connected to one another in an articulated manner and each extend along a longitudinal direction from a first end edge to a second end edge, - guide rails which are located opposite one another and by means of which the closure element can be moved in a guided manner from a closed position into an open position and back, and - at least one sliding element for supporting a guided movement of the closure element between the closed position and the open position, which at least one sliding element is arranged on at least one of the end edges (6a, 6b) of at least one of the slat profiles, wherein the at least one sliding element comprises - at least one rolling element for rolling on one of the guide rails and - a sliding plate for rotatably supporting the at least one rolling element, wherein the at least one rolling element has an axis of rotation having a directional component, which directional component is normal to the respective longitudinal direction, characterized in that the at least one sliding element has at least one spring element arranged along a longitudinal edge of the sliding plate in order to produce a contact pressure on the respective guide rail, in particular on a side wall of the respective guide rail. - a closure element, in particular a roller shutter curtain, which has a plurality of slat profiles which are connected to one another in an articulated manner and each extend along a longitudinal direction from a first end edge to a second end edge, - guide rails which are located opposite one another and by means of which the closure element can be moved in a guided manner from a closed position into an open position and back, and - at least one sliding element for supporting a guided movement of the closure element between the closed position and the open position, which at least one sliding element is arranged on at least one of the end edges (6a, 6b) of at least one of the slat profiles, wherein the at least one sliding element comprises - at least one rolling element for rolling on one of the guide rails and - a sliding plate for rotatably supporting the at least one rolling element, wherein the at least one rolling element has an axis of rotation having a directional component, which directional component is normal to the respective longitudinal direction,
A method, comprising: transmitting to at least one user equipment, by a network node of a network, a message comprising: a flag indicating that the network supports dual connectivity and/or indicating that the network would like to receive user equipment capability indications of dual connectivity support, and a request for frequency bands used for dual connectivity by the network node; and based on the presence of the flag, receiving, from the at least one user equipment, the dual connectivity capabilities of the at least one user equipment for the requested frequency bands used for dual connectivity by the network node. transmitting to at least one user equipment, by a network node of a network, a message comprising: a flag indicating that the network supports dual connectivity and/or indicating that the network would like to receive user equipment capability indications of dual connectivity support, and a request for frequency bands used for dual connectivity by the network node; and based on the presence of the flag, receiving, from the at least one user equipment, the dual connectivity capabilities of the at least one user equipment for the requested frequency bands used for dual connectivity by the network node.
Metastable β titanium alloy comprising, as a percentage by weight, between 24 and 45% niobium, between 0 and 20% zirconium, between 0 and 10% tantalum and/or between 0 and 1.5% silicon and/or less than 2% oxygen, said alloy having a crystallographic structure comprising: - a mixture of austenitic phase and alpha phase, and - a presence of omega-phase precipitates the volumetric concentration of which is less than 10%, and said alloy being characterized in that the alpha phase has a volumetric concentration comprised between 1 and 40%, preferably between 2 and 35%, preferably between 5 and 30%. - a mixture of austenitic phase and alpha phase, and - a presence of omega-phase precipitates the volumetric concentration of which is less than 10%, and said alloy being characterized in that the alpha phase has a volumetric concentration comprised between 1 and 40%, preferably between 2 and 35%, preferably between 5 and 30%.
An assembly comprising: a first layered structure comprising a first portion and a second portion, the second portion comprising a first material; a second layered structure comprising a third portion and a fourth portion, the fourth portion comprising a second material; an adhesive between the first portion and the third portion, wherein the second portion and the fourth portion each overhang an edge of the adhesive and are configured to a sealed configuration with the second portion and the fourth portion held in contact with each other by an attractive force between the first material and the second material. a first layered structure comprising a first portion and a second portion, the second portion comprising a first material; a second layered structure comprising a third portion and a fourth portion, the fourth portion comprising a second material; an adhesive between the first portion and the third portion, wherein the second portion and the fourth portion each overhang an edge of the adhesive and are configured to a sealed configuration with the second portion and the fourth portion held in contact with each other by an attractive force between the first material and the second material.
Cutting device for cutting corrugated pipes to length, comprising cutting jaws consisting of two jaw portions, the two jaw portions each having a blade (24, 25) and a guide projection (20, 21, 22, 23) which is perpendicularly spaced apart from the blade (24, 25) and extends in the same direction as the blade (24, 25), characterised in that the blades (24, 25), together with the guide projections (20, 21, 22, 23), are each formed in a longitudinal direction at the end of a shell part (3, 4) having a shell longitudinal axis, that first and second longitudinal edges (5 to 8) of each of the shell parts (3, 4) extend perpendicularly to an orientation of the blades (24, 25), that the cutting jaws, in the closed state, with respect to a central plane of the cutting jaws that extends through the first and second longitudinal edges (5 to 8), has a greatest opening dimension (d) in the extension direction of the central plane, that an extension dimension (a) of the shell parts (3, 4) in the longitudinal direction corresponds to 1.2 to 10 times the greatest opening dimension (d), and in that peripheral edges (26, 27) of the guide projections (20, 21, 22, 23) project beyond the cutting edges of the blades (24, 25) inwardly in the direction of the cutting jaws.
A method of manufacturing a flexible pipe body comprising: providing one or more composite filament as a filament bundle; applying a braid element around the filament bundle as a braided bundle; providing a further filament bundle; applying a braid element around the further filament bundle as a further braided bundle; helically wrapping the braided bundle and further braided bundle around a flexible pipe body layer; and then curing the composite filaments.
A work vehicle control method comprising, in controlling a work vehicle including a boom supported by a vehicle body and configured to turn; and a bucket supported by a side, away from the vehicle body, of the boom and configured to turn according to an operation of an actuator: obtaining an operation amount for raising the boom or a rising speed of the boom and an operable amount (SCRm) that the actuator is able to operate before the bucket reaches a stopper (STPD) on a dump side, the operable amount (SCRm) being obtained based on a posture of the boom and a posture of the bucket; and characterised in that the method also comprises limiting an operating speed of the actuator according to the operable amount (SCRm) of the actuator before the bucket reaches the stopper (STPD), and based on the operation amount for raising the boom or the rising speed of the boom obtained, changing a limit amount of the operating speed of the actuator such that a change in the limit amount becomes larger as the operation amount for raising the boom is larger or the rising speed of the boom is higher. obtaining an operation amount for raising the boom or a rising speed of the boom and an operable amount (SCRm) that the actuator is able to operate before the bucket reaches a stopper (STPD) on a dump side, the operable amount (SCRm) being obtained based on a posture of the boom and a posture of the bucket; and characterised in that the method also comprises limiting an operating speed of the actuator according to the operable amount (SCRm) of the actuator before the bucket reaches the stopper (STPD), and based on the operation amount for raising the boom or the rising speed of the boom obtained, changing a limit amount of the operating speed of the actuator such that a change in the limit amount becomes larger as the operation amount for raising the boom is larger or the rising speed of the boom is higher.
A cannula seal, comprising: a cap portion, the cap portion fitting over a cannula; and a valve portion, the valve portion including an hourglass seal, a plurality of ribs around a perimeter of the hourglass seal, and a cross slit seal; characterized in that the hourglass seal, the plurality of ribs and the cross slit seal are a single fabricated piece; wherein the hourglass seal includes a top sidewall and a bottom sidewall that meet at a junction; wherein each of the plurality of ribs extends along the top sidewall, across the junction, and along the bottom sidewall; and wherein the plurality of ribs includes four ribs evenly spaced around the junction, or the ribs of the plurality of ribs are aligned with slits of the cross slit seal. a cap portion, the cap portion fitting over a cannula; and a valve portion, the valve portion including an hourglass seal, a plurality of ribs around a perimeter of the hourglass seal, and a cross slit seal; characterized in that the hourglass seal, the plurality of ribs and the cross slit seal are a single fabricated piece; wherein the hourglass seal includes a top sidewall and a bottom sidewall that meet at a junction; wherein each of the plurality of ribs extends along the top sidewall, across the junction, and along the bottom sidewall; and wherein the plurality of ribs includes four ribs evenly spaced around the junction, or the ribs of the plurality of ribs are aligned with slits of the cross slit seal. an hourglass seal, a plurality of ribs around a perimeter of the hourglass seal, and a cross slit seal; characterized in that the hourglass seal, the plurality of ribs and the cross slit seal are a single fabricated piece; wherein the hourglass seal includes a top sidewall and a bottom sidewall that meet at a junction; wherein each of the plurality of ribs extends along the top sidewall, across the junction, and along the bottom sidewall; and wherein the plurality of ribs includes four ribs evenly spaced around the junction, or the ribs of the plurality of ribs are aligned with slits of the cross slit seal.
A paper barrier material comprising a water vapor barrier layer and a gas barrier layer provided on a paper base material in this order, the paper barrier material characterized in that the water vapor barrier layer contains a water vapor barrier resin and a water repellent, and the gas barrier layer contains a water-soluble polymer and a surface-active agent, wherein the water repellent is a paraffin water repellent primarily constituted by alkane compound, carnauba, lanolin, water repellents based on animal or plant-based natural oil, silicone-containing water repellents that contain silicone or silicone compound, fluorine-containing water repellents that contain fluorine compound, or a combination of two or more thereof; the surface-active agent is a silicone surface-active agent, a fluorine surface-active agent, an alcohol surface-active agent, an acetylene surface-active agent that contains an acetylene group, an acetylene diol surface-active agent that contains an acetylene group and two hydroxyl groups, an alkyl sulfonate surface-active agent that contains an alkyl group and sulfonic acid, an ester surface-active agent, an amide surface-active agent, an amine surface-active agent, an alkyl ether surface-active agent, a phenyl ether surface-active agent, a sulfate ester surface-active agent, a phenol surface-active agent, or a combination of two or more thereof; the blending ratio (in dry weight) of the water vapor barrier resin and the water repellent is 1 part by weight to 1000 parts by weight (in dry weight) of water repellent, relative to 100 parts by weight (in dry weight) of water vapor barrier resin; the coating quantity of the water vapor barrier layer is 3 g/m 2 to 50 g/m 2; and the coating quantity of the gas barrier layer is 0.2 g/m 2 to 20 g/m 2 in dry weight.
An isolated immunogenic composition comprising a purified complex of at least four West Nile Virus PrM/E heterodimers, each heterodimer consisting of (i) a recombinant WNV PrM polypeptide and (ii) a recombinant WNV E polypeptide, wherein the complex is produced within a mammalian cell and purified from a mammalian cell in the native conformation, wherein purification of intracellularly expressed WNV polypeptides preserves the native conformation, and further wherein the composition comprising the purified WNV PrM/E complex has less than 15% by weight of free mature WNV M polypeptide.
A method for controlling the torque exerted by the power train of a hybrid automotive vehicle comprising a combustion engine and an electric machine, characterized in that it comprises the following steps according to which, in a driving mode in which only the electric machine is used to propel the vehicle: when the accelerator pedal is in a position corresponding to a demanded torque value that is higher than or equal to the maximum torque (C MELMAX) that the electric machine can supply and strictly below a set threshold, the combustion engine remains switched off and the electric machine supplies the maximum torque (C MELMAX); and when the accelerator pedal is in a position corresponding to a demanded torque value greater than or equal to said threshold, the combustion engine is started automatically and supplies a torque such that the value of the total torque supplied by the electric machine and the combustion engine is equal to the demanded torque value. when the accelerator pedal is in a position corresponding to a demanded torque value that is higher than or equal to the maximum torque (C MELMAX) that the electric machine can supply and strictly below a set threshold, the combustion engine remains switched off and the electric machine supplies the maximum torque (C MELMAX); and when the accelerator pedal is in a position corresponding to a demanded torque value greater than or equal to said threshold, the combustion engine is started automatically and supplies a torque such that the value of the total torque supplied by the electric machine and the combustion engine is equal to the demanded torque value.
A method for drilling a noncircular borehole for a downhole well, the method comprising: maintaining a bit in position at a bottom of a borehole without rotating said bit through more than 60° per 2.54 cm (inch) of forward progress, said bit having a noncircular transverse cross-section and having electrodes on the face of the bit; detaching material from the bottom of the borehole with pulses of electrical current; and flushing detached material from the borehole with a flow of drilling fluid, wherein the drilling fluid flows towards the bit along at least one path defined by a drillstring to which the bit is mounted. maintaining a bit in position at a bottom of a borehole without rotating said bit through more than 60° per 2.54 cm (inch) of forward progress, said bit having a noncircular transverse cross-section and having electrodes on the face of the bit; detaching material from the bottom of the borehole with pulses of electrical current; and flushing detached material from the borehole with a flow of drilling fluid, wherein the drilling fluid flows towards the bit along at least one path defined by a drillstring to which the bit is mounted.
A composition for use in a method for protecting a patient from a deleterious effect of gluten ingestion, said method comprising administering to said patient a unit dosage form of ALV003 in an amount ranging from 100 mg to 6 g, wherein said unit dosage form of ALV003 is provided in two or more separate components comprising: an enzyme component of ALV001/ALV001* and ALV002; and a separately formulated component of any hygroscopic excipients detrimental to stability or activity of either ALV001 or ALV002, wherein the hygroscopic excipients comprise cysteine and/or potassium salts; wherein separate components are admixed by dissolving in a potable liquid prior to ingestion by the patient, and said dosage form comprises at least 0.6 millimoles of buffer and not more than 20 millimoles of buffer to ensure that the pH of the liquid dosage form is in a range of from about pH 4 to about pH 6, and that the pH of the stomach contents of the patient at a pH greater than 4 and less than about 6 for at least 15 minutes after ingestion.