mhurhangee/patent-ind-claim-en huggingface dataset:
A system for applying a fiber matrix on a tubular member, the system comprising: (a) a fiber matrix delivery assembly; (b) a tubular member ; and (c) a mandrel comprising a mandrel first end, a mandrel second end, an inner tube , and an outer tube , (i) wherein the mandrel is constructed and arranged to be atraumatically inserted into the tubular member, (ii) wherein at least one of the mandrel first end or the mandrel second end comprises a reduced diameter tapered end , and (iii)wherein the fiber matrix delivery assembly is constructed and arranged to receive the mandrel and the tubular member and to deliver a fiber matrix to the tubular member (iv) wherein the outer tube comprises the tapered end, and (v) wherein, advancing the inner tube into the outer tube causes the tapered end of the outer tube to straighten. (a) a fiber matrix delivery assembly; (b) a tubular member ; and (c) a mandrel comprising a mandrel first end, a mandrel second end, an inner tube , and an outer tube , (i) wherein the mandrel is constructed and arranged to be atraumatically inserted into the tubular member, (ii) wherein at least one of the mandrel first end or the mandrel second end comprises a reduced diameter tapered end , and (iii)wherein the fiber matrix delivery assembly is constructed and arranged to receive the mandrel and the tubular member and to deliver a fiber matrix to the tubular member (iv) wherein the outer tube comprises the tapered end, and (v) wherein, advancing the inner tube into the outer tube causes the tapered end of the outer tube to straighten. (i) wherein the mandrel is constructed and arranged to be atraumatically inserted into the tubular member, (ii) wherein at least one of the mandrel first end or the mandrel second end comprises a reduced diameter tapered end , and (iii)wherein the fiber matrix delivery assembly is constructed and arranged to receive the mandrel and the tubular member and to deliver a fiber matrix to the tubular member (iv) wherein the outer tube comprises the tapered end, and (v) wherein, advancing the inner tube into the outer tube causes the tapered end of the outer tube to straighten.
A fixed-wing aircraft, comprising: a fuselage; a first port wing and a first starboard wing ; a first port swash plate coupled between a first port rotor and a first port electric motor , the first port electric motor coupled to the first port wing; and a first starboard swash plate coupled between a first starboard rotor and a first starboard electric motor , the first starboard electric motor coupled to the first starboard wing; characterised by a second port wing and second starboard wing ; a second port swash plate coupled between a second port rotor and second port electric motor , the second port electric motor coupled to the second port wing; a second starboard swash plate coupled between a second starboard rotor and second starboard electric motor , the second starboard electric motor coupled to the second starboard wing; and a horizontal stabilizer coupled to the fuselage and an elevator rotatably coupled to the horizontal stabilizer, the fuselage coupled between the first port wing and second starboard wing ; wherein the fixed-wing aircraft is arranged to provide rotor blade pitch control such that the fixed-wing aircraft pitch, yaw and roll moments are accomplished without the benefit of control surfaces on a wing. a fuselage; a first port wing and a first starboard wing ; a first port swash plate coupled between a first port rotor and a first port electric motor , the first port electric motor coupled to the first port wing; and a first starboard swash plate coupled between a first starboard rotor and a first starboard electric motor , the first starboard electric motor coupled to the first starboard wing; characterised by a second port wing and second starboard wing ; a second port swash plate coupled between a second port rotor and second port electric motor , the second port electric motor coupled to the second port wing; a second starboard swash plate coupled between a second starboard rotor and second starboard electric motor , the second starboard electric motor coupled to the second starboard wing; and a horizontal stabilizer coupled to the fuselage and an elevator rotatably coupled to the horizontal stabilizer, the fuselage coupled between the first port wing and second starboard wing ; wherein the fixed-wing aircraft is arranged to provide rotor blade pitch control such that the fixed-wing aircraft pitch, yaw and roll moments are accomplished without the benefit of control surfaces on a wing.
Liquid volume flow sensor to measure the speed of a main flow of a liquid in a pipe section , notably in a nozzle duct of a pump casing , encompassing a first casing section connected to a mounting base , which holds a first ultrasound sensor , a second casing section , which holds a second ultrasound sensor , and two supporting arms opposite to each other that extend away from first casing section , on which the second casing section is supported, in which the second casing section is across from the first casing section at a distance, forming a measurement section through which the liquid can flow and the two ultrasound sensors are aligned with each other, characterised by the two supporting arms being realised in the form of a flow straightening fin that respectively borders one side of the measurement section so that the measurement section is shielded between the two supporting arms .
Tyre having a radial carcass reinforcement , consisting of at least one layer formed of reinforcing elements inserted between two calendering layers of elastomer compound, said tyre comprising a crown reinforcement comprising at least two working crown layers of reinforcing elements, said crown reinforcement being itself capped radially by a tread , said tread being joined to two beads via two sidewalls, said tyre comprising at least one layer (P) of polymer compounds in contact with at least one working crown layer and in contact with the carcass reinforcement , said at least one layer (P) of polymer compound extending axially to at least the axial end of the tread , characterized in that at least the elastomer compounds forming the calendering layer, radially outermost with respect to the crown of the tyre , of said at least one carcass reinforcement layer have a relative density of sulfur bridges measured according to the equilibrium swelling method less than 5%, in that the elastomer compounds forming said at least one layer (P) have a relative density of sulfur bridges measured according to the equilibrium swelling method less than 5% and in that said elastomer compounds forming the calendering layer, radially outermost with respect to the crown of the tyre, of said at least one carcass reinforcement layer and said elastomer compounds forming said at least one layer (P) are compositions based on at least one diene elastomer selected from the group of diene elastomers consisting of polybutadienes (abbreviated to "BRs"), synthetic polyisoprenes (IRs), natural rubber (NR), isoprene copolymers, butadiene copolymers with the exception of butadiene-nitrile copolymers (NBRs), apart from diene elastomers bearing carboxyl functions, and mixtures of these diene elastomers.
An atomizer with a replaceable atomizing core, comprising: a main body ; and an atomizing device detachably connected to the main body , the main body defines a liquid chamber configured for storing tobacco liquid, the atomizing device comprising an atomizing core and a first connecting holder , the atomizing core being configured for atomizing the tobacco liquid in the liquid chamber to form aerosol, the first connecting holder being configured for supporting the atomizing core , the first connecting holder being configured for connecting with the main body in a rotatable manner; wherein the atomizing device further comprises a second connecting holder , the second connecting holder is movable at least between a first position and a second position along an axial direction of the second connecting holder ; when the second connecting holder is in the first position, the second connecting holder is rotatable relative to the first connecting holder ; when the second connecting holder is in the second position, the second connecting holder and the first connecting holder are in a restrained state along a circumferential direction, and the second connecting holder is capable of driving the first connecting holder to rotate, so that the first connecting holder can be detached from the main body ; characterized in that the liquid chamber is divided into a top liquid chamber and a bottom liquid chamber , the top liquid chamber is in communication with the bottom liquid chamber via a liquid hole , the atomizing core is arranged in the bottom liquid chamber . a main body ; and an atomizing device detachably connected to the main body , the main body defines a liquid chamber configured for storing tobacco liquid, the atomizing device comprising an atomizing core and a first connecting holder , the atomizing core being configured for atomizing the tobacco liquid in the liquid chamber to form aerosol, the first connecting holder being configured for supporting the atomizing core , the first connecting holder being configured for connecting with the main body in a rotatable manner; wherein the atomizing device further comprises a second connecting holder , the second connecting holder is movable at least between a first position and a second position along an axial direction of the second connecting holder ; when the second connecting holder is in the first position, the second connecting holder is rotatable relative to the first connecting holder ; when the second connecting holder is in the second position, the second connecting holder and the first connecting holder are in a restrained state along a circumferential direction, and the second connecting holder is capable of driving the first connecting holder to rotate, so that the first connecting holder can be detached from the main body ; characterized in that the liquid chamber is divided into a top liquid chamber and a bottom liquid chamber , the top liquid chamber is in communication with the bottom liquid chamber via a liquid hole , the atomizing core is arranged in the bottom liquid chamber .
A travelling-wave antenna for short-range applications, in particular RFID applications, comprising an elongated bipolar conductor structure with an inner conductor and an envelope conductor coaxially surrounding the same, wherein a first end of the conductor structure is provided as a connection end for connecting a transmitter and/or receiver for an antenna signal to be transmitted using the travelling-wave antenna or an antenna signal to be received by the travelling-wave antenna , wherein an inner-conductor extension connected to the inner conductor is provided at a second end of the conductor structure , and a free end of the inner-conductor extension is capacitively coupled to the envelope conductor , and wherein the inner-conductor extension is formed separately from the inner conductor by conductor tracks on a circuit substrate board , wherein a part of the inner conductor protruding out of the envelope conductor at the second end of the conductor structure is electrically connected via a soldered connection to a first of said conductor tracks, wherein the first conductor track is through-connected at the opposite end to a second conductor track arranged on the other side of the circuit substrate board , which second conductor track constitutes a further section of the run of the inner-conductor extension and overlaps with its free end with the end of the envelope conductor in the longitudinal direction. wherein a first end of the conductor structure is provided as a connection end for connecting a transmitter and/or receiver for an antenna signal to be transmitted using the travelling-wave antenna or an antenna signal to be received by the travelling-wave antenna , wherein an inner-conductor extension connected to the inner conductor is provided at a second end of the conductor structure , and a free end of the inner-conductor extension is capacitively coupled to the envelope conductor , and wherein the inner-conductor extension is formed separately from the inner conductor by conductor tracks on a circuit substrate board , wherein a part of the inner conductor protruding out of the envelope conductor at the second end of the conductor structure is electrically connected via a soldered connection to a first of said conductor tracks, wherein the first conductor track is through-connected at the opposite end to a second conductor track arranged on the other side of the circuit substrate board , which second conductor track constitutes a further section of the run of the inner-conductor extension and overlaps with its free end with the end of the envelope conductor in the longitudinal direction.
Valve for controlling the circulation of a heat transport fluid, having a valve body comprising a movable control member , an electrical actuator comprising a stator and a rotor , a sealing cover extending from the valve body to the inside of said stator , said sealing cover being positioned at the interface between said rotor and said stator in such a way that said rotor is inside said cover and submerged in said fluid, said stator being isolated from said fluid, said rotor rotating about a first axis and being secured to a shaft extending along said first axis , said movable control member moving in a linear manner along a second axis or rotating about said second axis , said shaft having an end forming, with a toothed wheel driving said movable control member , a gear pair with non-intersecting or intersecting axes, characterized in that said shaft is guided by only two bearings positioned at its ends.
A user equipment ,UE, for wireless communication, comprising: a memory ; and one or more processors operatively coupled to the memory, the memory and the one or more processors configured to: transmit, to a base station , a first physical uplink shared channel, PUSCH, using one or more physical layer, PHY, parameters associated with a first block error rate, BLER, target performance; receive, from the base station prior to expiration of a round trip timer associated with the first PUSCH, downlink control information, DCI, scheduling a second PUSCH and configuring one or more PHY parameters associated with a second BLER target performance; and transmit, to the base station, the second PUSCH using the one or more PHY parameters associated with the second BLER target performance, wherein the second PUSCH includes a retransmission of the first PUSCH or a new transmission based at least in part on a hybrid automatic repeat request, HARQ, process indicated in the DCI, wherein the DCI scheduling the second PUSCH refers to the same HARQ process as the first PUSCH. a memory ; and one or more processors operatively coupled to the memory, the memory and the one or more processors configured to: transmit, to a base station , a first physical uplink shared channel, PUSCH, using one or more physical layer, PHY, parameters associated with a first block error rate, BLER, target performance; receive, from the base station prior to expiration of a round trip timer associated with the first PUSCH, downlink control information, DCI, scheduling a second PUSCH and configuring one or more PHY parameters associated with a second BLER target performance; and transmit, to the base station, the second PUSCH using the one or more PHY parameters associated with the second BLER target performance, wherein the second PUSCH includes a retransmission of the first PUSCH or a new transmission based at least in part on a hybrid automatic repeat request, HARQ, process indicated in the DCI, wherein the DCI scheduling the second PUSCH refers to the same HARQ process as the first PUSCH. transmit, to a base station , a first physical uplink shared channel, PUSCH, using one or more physical layer, PHY, parameters associated with a first block error rate, BLER, target performance; receive, from the base station prior to expiration of a round trip timer associated with the first PUSCH, downlink control information, DCI, scheduling a second PUSCH and configuring one or more PHY parameters associated with a second BLER target performance; and transmit, to the base station, the second PUSCH using the one or more PHY parameters associated with the second BLER target performance, wherein the second PUSCH includes a retransmission of the first PUSCH or a new transmission based at least in part on a hybrid automatic repeat request, HARQ, process indicated in the DCI, wherein the DCI scheduling the second PUSCH refers to the same HARQ process as the first PUSCH.
A degradable squib, characterised in that it comprises: - an open tube ; - a piece of steel wool placed inside the open tube ; - a sublimable wire under an electrical bias placed in the piece of steel wool ; - a double electrical cord connected to the wire to power the same and passing inside the open tube ; - a compressed air inlet pipe leading into the inside of the open tube , on the same side as the double electrical cord ; and - a disc placed on the whole section of the open tube and passed through by the compressed air inlet pipe and the double electrical cord . - an open tube ; - a piece of steel wool placed inside the open tube ; - a sublimable wire under an electrical bias placed in the piece of steel wool ; - a double electrical cord connected to the wire to power the same and passing inside the open tube ; - a compressed air inlet pipe leading into the inside of the open tube , on the same side as the double electrical cord ; and - a disc placed on the whole section of the open tube and passed through by the compressed air inlet pipe and the double electrical cord .
Rail vehicle for passenger transport, which is configured for fully autonomous travel operation, comprising a plurality of wheels , a sensor unit for monitoring a vehicle surrounding area and a control facility for evaluating sensor signals of the sensor unit as well as for automatically controlling at least one of the wheels , characterised in that the wheels are single wheels and wherein the rail vehicle has a separate, in particular electrical drive unit for each of the wheels , wherein the respective drive unit can be controlled with the aid of the control facility and wherein the respective drive unit is a wheel hub motor or comprises a wheel hub motor.
Casing intended to be equipped with at least one section of packing for a gas/liquid separation column comprising at least one tubular wall extending along a longitudinal direction (L) between two longitudinal ends and an internal face of which contributes to delimiting a housing for the section of packing, the tubular wall contributing to delimiting, at one of its longitudinal ends, an entry opening , the casing comprising an end wall arranged at the opposite longitudinal end to the entry opening , characterized in that the casing comprises at least one first hooping device and at least one second hooping device which are positioned annularly around the tubular wall of the casing in contact with an external face of the tubular wall , the first hooping device comprising at least one zone of connection with a movement system for the moving of the casing , the second hooping device having a longitudinal dimension shorter than a longitudinal dimension of the first hooping device .
A method for transmitting, by a user equipment, UE, sidelink control information, SCI, in a wireless communication system, the method characterized by : identifying (S500) a number of bits to be actually used in a resource allocation field of an SCI format; generating the SCI format; and transmitting the generated SCI format to another UE, wherein based on the number of bits to be actually used in the resource allocation field being less than a number of bits comprised in the resource allocation field, the UE pads (S510), with zeros, bits other than the bits to be actually used in the resource allocation field. identifying (S500) a number of bits to be actually used in a resource allocation field of an SCI format; generating the SCI format; and transmitting the generated SCI format to another UE, wherein based on the number of bits to be actually used in the resource allocation field being less than a number of bits comprised in the resource allocation field, the UE pads (S510), with zeros, bits other than the bits to be actually used in the resource allocation field.
Manipulator for positioning an end effector for charging vehicles, comprising: a support , a stage comprising the end effector, a first link comprising a first end providing a first pivoting connection connected to the support and a second end providing a second pivoting connection connected to the stage, wherein the first link defines a first longitudinal axis between the first end and the second end,and a second link comprising a first end providing a first pivoting connection connected to the support and a second end providing a second pivoting connection connected to the stage at a first position offset from the second pivoting connection of the first link, characterised in that the manipulator further comprises: a first and a second actuating mechanism providing an actuatable connection between the stage and the support through the first link, each of the first and the second actuating mechanisms configured to exert a first actuating force on the first link for moving the second end of the first link through a volume. a support , a stage comprising the end effector, a first link comprising a first end providing a first pivoting connection connected to the support and a second end providing a second pivoting connection connected to the stage, wherein the first link defines a first longitudinal axis between the first end and the second end,and a second link comprising a first end providing a first pivoting connection connected to the support and a second end providing a second pivoting connection connected to the stage at a first position offset from the second pivoting connection of the first link, characterised in that the manipulator further comprises: a first and a second actuating mechanism providing an actuatable connection between the stage and the support through the first link, each of the first and the second actuating mechanisms configured to exert a first actuating force on the first link for moving the second end of the first link through a volume.
A composite material consisting of amyloid fibrils and elemental gold, whereby • said amyloid fibrils are present in the form of 1D nanoscale building blocks and • said elemental gold is present in the form of 2D nanoscale building blocks and • said composite material shows a golden shining. • said amyloid fibrils are present in the form of 1D nanoscale building blocks and • said elemental gold is present in the form of 2D nanoscale building blocks and • said composite material shows a golden shining.