mhurhangee/patent-ind-claim-en huggingface dataset:
A wearable portion of a gripping aid for a hand having a motor deficiency, comprising a releasable connection member for a disconnectable unit carrying an object or tool , a first elongated member connected to a first end portion of said connection member , a second elongated member connected to a second end portion of said connection member , a releasable connection between the first and second elongated member to close said connection member on the hand, and a third elongated member arranged between a side of the connection member arranged between the first and the second end portion and one of said first and second elongated members to define with the latter a passage which can be worn on at least one finger of the hand, the connection member being in contact with the palm of the hand in use, characterized in that said connection member is magnetic.
A formulation comprising: (a) an isolated anti-FGFR3 antagonist antibody, wherein the antibody comprises HVR-L1 comprising sequence RASQDVDTSLA (SEQ ID NO:87), HVR-L2 comprising sequence SASFLYS (SEQ ID NO:88), HVR-L3 comprises sequence QQSTGHPQT (SEQ ID NO:89), HVR-H1 comprising sequence GFTFTSTGIS (SEQ ID NO:84), HVR-H2 comprising sequence GRIYPTSGSTNYADSVKG (SEQ ID NO:85), and HVR-H3 comprising sequence ARTYGIYDLYVDYTEYVMDY (SEQ ID NO:86); and (b) a cytotoxic agent. (a) an isolated anti-FGFR3 antagonist antibody, wherein the antibody comprises HVR-L1 comprising sequence RASQDVDTSLA (SEQ ID NO:87), HVR-L2 comprising sequence SASFLYS (SEQ ID NO:88), HVR-L3 comprises sequence QQSTGHPQT (SEQ ID NO:89), HVR-H1 comprising sequence GFTFTSTGIS (SEQ ID NO:84), HVR-H2 comprising sequence GRIYPTSGSTNYADSVKG (SEQ ID NO:85), and HVR-H3 comprising sequence ARTYGIYDLYVDYTEYVMDY (SEQ ID NO:86); and (b) a cytotoxic agent.
A method of forging dogs of a dog clutch, the method comprising: a dog-shaping process in which the dogs are shaped so that underfills remain at distal corners surrounding a distal surface of each of the dogs , and a finishing process in which the distal surfaces of the dogs are depressed, so that a material of the distal surface of each said dog is caused to flow into the distal corners of each said dog so as to fill the underfills of each said dog with the material, characterised in that , a recess is formed in the distal surface of said each dog , and the dog-shaping process is carried out such that a mouth of the recess of each said dog becomes circular and the mouth of the recess becomes smaller toward a bottom of the recess . a dog-shaping process in which the dogs are shaped so that underfills remain at distal corners surrounding a distal surface of each of the dogs , and a finishing process in which the distal surfaces of the dogs are depressed, so that a material of the distal surface of each said dog is caused to flow into the distal corners of each said dog so as to fill the underfills of each said dog with the material, characterised in that , a recess is formed in the distal surface of said each dog , and the dog-shaping process is carried out such that a mouth of the recess of each said dog becomes circular and the mouth of the recess becomes smaller toward a bottom of the recess .
A module for a die-casting device (D1), comprising a base that can be fastened on a mounting plate of the die-casting device (D1), a screw-cylinder unit for producing a thixotropic material and a filling chamber , wherein the screw-cylinder unit and the filling chamber are directly or indirectly arranged on the base in such a way that thixotropic material produced by the screw-cylinder unit can be conveyed into the filling chamber , characterized in that the base has a central clearance zone , into which the screw-cylinder unit protrudes.
A method of safe dynamic handover between managed pressure drilling and well control comprising: setting a pressure setpoint of an MPD choke manifold to a surface backpressure setpoint; setting a pressure setpoint of an automated well control choke manifold to a sensed pressure taken from below a blowout preventer or a kill line pressure of the blowout preventer ; creating a pressure imbalance by setting the pressure setpoint of the MPD choke manifold above the pressure setpoint of the automated well control choke manifold by a predetermined amount, wherein the pressure imbalance automatically causes an MPD control system to close the MPD choke manifold as the well control control system opens the automated well control choke manifold ; verifying that the sensed pressure or kill line pressure increases until the automated well control choke manifold opens enough such that the blowout preventer pressure or kill line pressure remains constant; closing the blowout preventer after the MPD choke manifold is closed; and diverting unknown formation fluids from a choke line of the blowout preventer to the automated well control choke manifold for delivery to a mud-gas-separator , wherein the wellbore remains fluidly dynamic due to continuous injection of drilling fluids. setting a pressure setpoint of an MPD choke manifold to a surface backpressure setpoint; setting a pressure setpoint of an automated well control choke manifold to a sensed pressure taken from below a blowout preventer or a kill line pressure of the blowout preventer ; creating a pressure imbalance by setting the pressure setpoint of the MPD choke manifold above the pressure setpoint of the automated well control choke manifold by a predetermined amount, wherein the pressure imbalance automatically causes an MPD control system to close the MPD choke manifold as the well control control system opens the automated well control choke manifold ; verifying that the sensed pressure or kill line pressure increases until the automated well control choke manifold opens enough such that the blowout preventer pressure or kill line pressure remains constant; closing the blowout preventer after the MPD choke manifold is closed; and diverting unknown formation fluids from a choke line of the blowout preventer to the automated well control choke manifold for delivery to a mud-gas-separator , wherein the wellbore remains fluidly dynamic due to continuous injection of drilling fluids.
A method comprising: storing a list of expected connections for a plurality of networked machines , wherein each connection in the list of expected connections defines a first networked machine and a second networked machine, between which the connection exists, as well as a plurality of connection requirements for the connection; receiving an indication from each of the plurality of networked machines indicating one or more actual connections maintained by the respective machine; identifying , by one or more processors, an unexpected presence or absence of an actual connection on at least one of the plurality of networked machines based on a connection having no matching entry in the list of expected connections or an entry in the list of expected connections having no matching connection in the one or more connections for the corresponding network machine ; and providing a notification or indication of the unexpected presence or absence of the actual connection. storing a list of expected connections for a plurality of networked machines , wherein each connection in the list of expected connections defines a first networked machine and a second networked machine, between which the connection exists, as well as a plurality of connection requirements for the connection; receiving an indication from each of the plurality of networked machines indicating one or more actual connections maintained by the respective machine; identifying , by one or more processors, an unexpected presence or absence of an actual connection on at least one of the plurality of networked machines based on a connection having no matching entry in the list of expected connections or an entry in the list of expected connections having no matching connection in the one or more connections for the corresponding network machine ; and providing a notification or indication of the unexpected presence or absence of the actual connection.
A device for characterizing a size distribution of electrically-charged airborne particles in an air flow , comprising: - a particle charging unit arranged to create the size distribution of electrically-charged airborne particles by electrically-charging airborne particles entering the device , - a first particle precipitation unit located downstream from the particle charging unit , comprising a parallel-plate precipitator arranged to provide an electric field E1 between its plates such that substantially all the entering electrically-charged airborne particles having a diameter d smaller than a predetermined first particle diameter d 1 are precipitated, and the concentration of the electrically-charged airborne particles having a diameter larger than the first particle diameter is partially reduced, and arranged to generate a first output signal corresponding to the precipitation of electrically-charged airborne particles inside the first particle precipitation unit , - a second particle precipitation unit located downstream from the first particle precipitation unit, arranged to receive and precipitate substantially all the electrically-charged airborne particles of the air flow that have not been precipitated upstream thereof, and to generate a second output signal corresponding to the precipitation of electrically-charged airborne particles inside the second particle precipitation unit , - and a data evaluation unit ; the device being characterized in that the data evaluation unit is arranged to calculate, based on the first output signal and the second output signal , a particle number concentration N and an average diameter d av of airborne particles having a diameter d larger than the predetermined first particle diameter d 1 . - a particle charging unit arranged to create the size distribution of electrically-charged airborne particles by electrically-charging airborne particles entering the device , - a first particle precipitation unit located downstream from the particle charging unit , comprising a parallel-plate precipitator arranged to provide an electric field E1 between its plates such that substantially all the entering electrically-charged airborne particles having a diameter d smaller than a predetermined first particle diameter d 1 are precipitated, and the concentration of the electrically-charged airborne particles having a diameter larger than the first particle diameter is partially reduced, and arranged to generate a first output signal corresponding to the precipitation of electrically-charged airborne particles inside the first particle precipitation unit , - a second particle precipitation unit located downstream from the first particle precipitation unit, arranged to receive and precipitate substantially all the electrically-charged airborne particles of the air flow that have not been precipitated upstream thereof, and to generate a second output signal corresponding to the precipitation of electrically-charged airborne particles inside the second particle precipitation unit , - and a data evaluation unit ;
An apparatus on a base station side in a wireless communication system, wherein the base station is provided with a first number of antennas and a second number of radio frequency chains, the second number being smaller than the first number, the apparatus comprising processing circuitry configured to: estimate a pair of coarse arrival angles in a horizontal domain and a vertical domain based on the second number of antennas selected from the first number of antennas and the second number of radio frequency chains; determine pairs of candidate arrival angles in the horizontal domain and the vertical domain based on the estimated pair of coarse arrival angles and beam widths in the horizontal domain and the vertical domain determined based on the first number of antennas and the second number of antennas respectively; and characterised in that the processing circuitry is further configured to calculate, according to a training signal from user equipment, a difference between a projection component and a real component for each of the pairs of candidate arrival angles, and determine the pair of candidate arrival angles with a minimum calculated difference as a pair of accurate arrival angles in the horizontal domain and the vertical domain for the user equipment, wherein the projection component is determined by projecting an actual received signal for the training signal of the base station onto a steering vector defined based on each of the pairs of candidate arrival angles, and the real component is determined based on the training signal and a status parameter of a channel between the base station and the user equipment. estimate a pair of coarse arrival angles in a horizontal domain and a vertical domain based on the second number of antennas selected from the first number of antennas and the second number of radio frequency chains; determine pairs of candidate arrival angles in the horizontal domain and the vertical domain based on the estimated pair of coarse arrival angles and beam widths in the horizontal domain and the vertical domain determined based on the first number of antennas and the second number of antennas respectively; and characterised in that the processing circuitry is further configured to calculate, according to a training signal from user equipment, a difference between a projection component and a real component for each of the pairs of candidate arrival angles, and determine the pair of candidate arrival angles with a minimum calculated difference as a pair of accurate arrival angles in the horizontal domain and the vertical domain for the user equipment, wherein the projection component is determined by projecting an actual received signal for the training signal of the base station onto a steering vector defined based on each of the pairs of candidate arrival angles, and the real component is determined based on the training signal and a status parameter of a channel between the base station and the user equipment.
A gas generator for a vehicle safety system, with a longitudinal axis (La), an outer tubular housing which is in the form of a compressed-gas container which, in the inoperative state of the gas generator, is filled with compressed gas, wherein the housing is closed at one housing end with a closure element by means of a welded joint , and the closure element extends along the longitudinal axis (La) from the welded joint into the housing , characterized in that the housing has at least one bead for mechanically relieving the welded joint as an at least partially radially peripheral recess around the housing , wherein the bead can be deflected radially outwardly and radially inwardly in the manner of a knee joint with a corresponding change of internal pressure inside the compressed-gas container , and wherein a bead base of the bead is arranged in a region of an axial longitudinal extent (Le) of the closure element .
Switching device, comprising at least one electrical switching contact and an actuator device (AE) which is designed for clamping and has a solid-state actuator and a hydraulic unit which is mechanically connected to the solid-state actuator in series, wherein the hydraulic unit has a hydraulic volume that is filled with a hydraulic fluid , wherein the switching device additionally has a locking body that can be locked with the actuator device and that is coupled in terms of movement to the at least one electrical switching contact , characterized in that the locking body is a clamping body that can be clamped by means of the hydraulic unit and/or is a positively locking body that can be secured in a positively locking manner by means of the hydraulic unit .
A method of facilitating secure communication between plural user devices, the plural user devices including a first user device and a second user device, the method comprising, with a system that implements a trusted authority: distributing one or more first quantum keys by first quantum key distribution under a first trust relationship between the trusted authority and a first user, wherein the trusted authority is a first child trusted authority in a hierarchy, the hierarchy further including a parent trusted authority and a second child trusted authority, and wherein the first child trusted authority is operable to engage in quantum key distribution with the parent trusted authority; distributing one or more second quantum keys by second quantum key distribution under a second trust relationship between the trusted authority and a second user, wherein the one or more first quantum keys are different than the one or more second quantum keys; determining one or more combination keys based at least in part upon at least one of the one or more first quantum keys and at least one of the one or more second quantum keys; and making the one or more combination keys available for distribution oyer a public channel, wherein the one or more combination keys facilitate secure communication between the first user device and the second user device even in the absence of quantum key distribution between the first user device and the second user device, wherein the second child trusted authority has a third trust relationship with a third user. distributing one or more first quantum keys by first quantum key distribution under a first trust relationship between the trusted authority and a first user, wherein the trusted authority is a first child trusted authority in a hierarchy, the hierarchy further including a parent trusted authority and a second child trusted authority, and wherein the first child trusted authority is operable to engage in quantum key distribution with the parent trusted authority; distributing one or more second quantum keys by second quantum key distribution under a second trust relationship between the trusted authority and a second user, wherein the one or more first quantum keys are different than the one or more second quantum keys; determining one or more combination keys based at least in part upon at least one of the one or more first quantum keys and at least one of the one or more second quantum keys; and making the one or more combination keys available for distribution oyer a public channel, wherein the one or more combination keys facilitate secure communication between the first user device and the second user device even in the absence of quantum key distribution between the first user device and the second user device, wherein the second child trusted authority has a third trust relationship with a third user.
A method of manipulating polarizable dielectric particles, the method comprising: positioning a liquid containing the particles above a surface of a piezoelectric material , wherein the conductivity of the liquid is in the range 0.001 to 2.0 S/m; inducing a shear-horizontal surface acoustic wave in the piezoelectric material, thereby to form a time-varying non-uniform evanescent electric field extending into the liquid; and using the time-varying non-uniform evanescent electric field to apply a force to at least some of the particles to manipulate the particles by dielectrophoresis. positioning a liquid containing the particles above a surface of a piezoelectric material , wherein the conductivity of the liquid is in the range 0.001 to 2.0 S/m; inducing a shear-horizontal surface acoustic wave in the piezoelectric material, thereby to form a time-varying non-uniform evanescent electric field extending into the liquid; and using the time-varying non-uniform evanescent electric field to apply a force to at least some of the particles to manipulate the particles by dielectrophoresis.
A method for guiding a cyclist riding a bicycle equipped with a bicycle handlebar, comprising: - the steps of distinctly illuminating on each side of a central fastening area of the bicycle handlebar fastened on a bicycle stem a proximal luminous area integrated into the handlebar and located on the side of the central fastening area or a distal luminous area integrated into the handlebar, depending on the route to be followed; - when approaching an exit of a roundabout that the cyclist must take among a plurality of exits of the roundabout, a step of illuminating a number of luminous points which are distinct and integrated on the handlebar, the number of distinct luminous points being indicative of the number of the exit to be taken. - the steps of distinctly illuminating on each side of a central fastening area of the bicycle handlebar fastened on a bicycle stem a proximal luminous area integrated into the handlebar and located on the side of the central fastening area or a distal luminous area integrated into the handlebar, depending on the route to be followed; - when approaching an exit of a roundabout that the cyclist must take among a plurality of exits of the roundabout, a step of illuminating a number of luminous points which are distinct and integrated on the handlebar, the number of distinct luminous points being indicative of the number of the exit to be taken.
A catalysed soot filter comprising an oxidation catalyst washcoat loading in the range 6.10 to 122.05 g/L (0.1 to 2.0 gin -3 ) for oxidizing NO to NO 2 and/or oxidizing CO to CO 2 and/or HC to CO 2 and H 2 O disposed on a wall flow filter monolithic substrate, the oxidation catalyst comprising: a platinum group metal component, and a calcined support material consisting of a mixed magnesium aluminium metal oxide having a magnesium content, calculated as Mg, of 0.1 to 7wt% Mg, and comprising a magnesium deficient spinel and having a specific surface area of 250 m 2 g -1 or lower, wherein the calcined support material was calcined at a temperature of 800°C or higher prior to washcoat application. a platinum group metal component, and a calcined support material consisting of a mixed magnesium aluminium metal oxide having a magnesium content, calculated as Mg, of 0.1 to 7wt% Mg, and comprising a magnesium deficient spinel and having a specific surface area of 250 m 2 g -1 or lower, wherein the calcined support material was calcined at a temperature of 800°C or higher prior to washcoat application.