mhurhangee/patent-ind-claim-en huggingface dataset:
Driver-assistance method for a motor vehicle moving in a traffic lane, comprising the following steps: a) at least one data item (yL) is acquired in relation to a position of the motor vehicle relative to the traffic lane, said data item including a lateral offset (yL) between the motor vehicle and said target path, b) a torque (T A ) applied by a driver of the motor vehicle to a steering member (OD) of the motor vehicle is acquired, c) a corrective torque (T C ) to be applied to said steering member (OD) is determined, as a function of said data item (yL), taking into account said applied torque (T A ) so that the motor vehicle follows a target path, d) a filtered corrective torque (T CF ) is determined on the basis of said corrective torque (T C ) such that the value of this filtered corrective torque (T CF ) is systematically less than that of this corrective torque (T C ) when said applied torque (T A ) substantially opposes said corrective torque (T C ), and when, furthermore, said lateral offset (yL) is below a particular threshold (yLS), the filtered corrective torque (T CF ) is cancelled, and e) said filtered corrective torque (T CF ) is applied to the steering member (OD) of the motor vehicle characterized in that : in the step d), if the lateral offset (yL) is above said particular threshold (yLS), the filtered corrective torque (T CF ) is determined in such a manner as to have a non-zero value on condition that said lateral offset (yL) is not decreasing with a rate of variation greater than a given limit rate of variation and it is assigned a non-zero value otherwise. a) at least one data item (yL) is acquired in relation to a position of the motor vehicle relative to the traffic lane, said data item including a lateral offset (yL) between the motor vehicle and said target path, b) a torque (T A ) applied by a driver of the motor vehicle to a steering member (OD) of the motor vehicle is acquired, c) a corrective torque (T C ) to be applied to said steering member (OD) is determined, as a function of said data item (yL), taking into account said applied torque (T A ) so that the motor vehicle follows a target path, d) a filtered corrective torque (T CF ) is determined on the basis of said corrective torque (T C ) such that the value of this filtered corrective torque (T CF ) is systematically less than that of this corrective torque (T C ) when said applied torque (T A ) substantially opposes said corrective torque (T C ), and when, furthermore, said lateral offset (yL) is below a particular threshold (yLS), the filtered corrective torque (T CF ) is cancelled, and e) said filtered corrective torque (T CF ) is applied to the steering member (OD) of the motor vehicle
Control device for installation in a rail vehicle and for actuating devices in the rail vehicle, the control device comprising a housing and at least two control modules arranged in the housing, each control module having - at least one switching input ; - a logic unit connected to the switching input and capable of logically processing a signal at the switching input ; and - a semiconductor power switching device connected to the logic unit and controllable by the logic unit ; - at least one power output connected to the semiconductor power switching device , wherein the first control module is connectable via the power output to a first device of the rail vehicle and is adapted to control and actuate the same, wherein the second control module is connectable via the power output to a second device of the rail vehicle and is configured to control and actuate the same, and wherein the first device is a sanding device and the second device is a rail brake. - at least one switching input ; - a logic unit connected to the switching input and capable of logically processing a signal at the switching input ; and - a semiconductor power switching device connected to the logic unit and controllable by the logic unit ; - at least one power output connected to the semiconductor power switching device , wherein the first control module is connectable via the power output to a first device of the rail vehicle and is adapted to control and actuate the same, wherein the second control module is connectable via the power output to a second device of the rail vehicle and is configured to control and actuate the same, and wherein the first device is a sanding device and the second device is a rail brake. wherein the first control module is connectable via the power output to a first device of the rail vehicle and is adapted to control and actuate the same, wherein the second control module is connectable via the power output to a second device of the rail vehicle and is configured to control and actuate the same, and wherein the first device is a sanding device and the second device is a rail brake.
A method of probing a data of interest on the basis of an object comprised in a related 3D image data, the method comprising: - an instantiating step for instantiating a probe being a virtual measuring device; - an applying step for applying the probe to a location on a surface of the object represented in a view rendered from the related 3D image data, wherein the object is defined by segmenting the related 3D image data; - a setting step for setting a parameter of the probe, wherein the parameter defines a direction of the probe and a depth of the probe for determining a scope of the probe; and - a determining step for determining a profile from the data of interest on the basis of the location of the probe and on the basis of the scope of the probe, wherein locations from the 3D image data related to the data of interest are assigned respective values of a scalar or vector field stored in the data of interest, wherein the view rendered from the related 3D image data allows navigating the data of interest, and wherein the profile is a partial graph of said field. - an instantiating step for instantiating a probe being a virtual measuring device; - an applying step for applying the probe to a location on a surface of the object represented in a view rendered from the related 3D image data, wherein the object is defined by segmenting the related 3D image data; - a setting step for setting a parameter of the probe, wherein the parameter defines a direction of the probe and a depth of the probe for determining a scope of the probe; and - a determining step for determining a profile from the data of interest on the basis of the location of the probe and on the basis of the scope of the probe,
A swirler for a combustor of a gas turbine engine comprising: an inner injector ; an outer annular injector which at least partially surrounds said inner injector ; and an air-assist atomizer upstream of said inner injector ; wherein said air-assist atomizer includes a cascade of porous walls ; wherein said cascade of porous walls is a cascade of screens, each with decreasing porosity, wherein the inner injector includes a central passage , an annular central passage , and an inner annular passage , wherein the central passage includes a convergent-divergent exit , wherein the outer annular injector includes an outer annular passage radially outboard of the inner annular passage , wherein an outer wall bounds the outer annular passage , wherein the outer annular passage includes an annular recess tube to stabilize the airflow and facilitate a desired velocity profile and rotation to settle the flame at a desired location beyond a divergent exit defined by an outer wall distal end of the outer wall and the distal end of the inner annular wall . an inner injector ; an outer annular injector which at least partially surrounds said inner injector ; and an air-assist atomizer upstream of said inner injector ; wherein said air-assist atomizer includes a cascade of porous walls ; wherein said cascade of porous walls is a cascade of screens, each with decreasing porosity, wherein the inner injector includes a central passage , an annular central passage , and an inner annular passage , wherein the central passage includes a convergent-divergent exit , wherein the outer annular injector includes an outer annular passage radially outboard of the inner annular passage , wherein an outer wall bounds the outer annular passage , wherein the outer annular passage includes an annular recess tube to stabilize the airflow and facilitate a desired velocity profile and rotation to settle the flame at a desired location beyond a divergent exit defined by an outer wall distal end of the outer wall and the distal end of the inner annular wall .
A micromembrane pumping device for pumping a fluid (FL), comprising: a pump chamber to which an inlet valve for introducing the fluid (FL) into the pump chamber , an outlet valve for discharging the fluid (FL) from the pump chamber , and a membrane device for varying a volume of the pump chamber are associated, wherein the membrane device comprises a plate-shaped actuator for deforming the membrane device ; and influencing means for influencing the plate-shaped actuator so as to influence the volume of the pump chamber ; wherein the membrane device comprises a plate-shaped membrane body limiting the pump chamber ; wherein the plate-shaped actuator is arranged on a side of the plate-shaped membrane body facing away from the pump chamber ; wherein the plate-shaped actuator is mounted to the plate-shaped membrane body by means of an electrically insulating glue layer so that the plate-shaped actuator is electrically insulated from the membrane body ; wherein at least one embedded portion of a support body at which or in which a deformation sensor for detecting a deformation of the membrane device is arranged, is arranged within the electrically insulating glue layer in order to detect the volume of the pump chamber ; wherein the influencing means , the plate-shaped actuator and the deformation sensor form a closed-loop control circuit for regulating a ratio between a change in volume of the pump chamber during an operating cycle of the micromembrane pumping device and a duration of the operating cycle of the micromembrane pumping device . a pump chamber to which an inlet valve for introducing the fluid (FL) into the pump chamber , an outlet valve for discharging the fluid (FL) from the pump chamber , and a membrane device for varying a volume of the pump chamber are associated, wherein the membrane device comprises a plate-shaped actuator for deforming the membrane device ; and influencing means for influencing the plate-shaped actuator so as to influence the volume of the pump chamber ; wherein the membrane device comprises a plate-shaped membrane body limiting the pump chamber ; wherein the plate-shaped actuator is arranged on a side of the plate-shaped membrane body facing away from the pump chamber ; wherein the plate-shaped actuator is mounted to the plate-shaped membrane body by means of an electrically insulating glue layer so that the plate-shaped actuator is electrically insulated from the membrane body ; wherein at least one embedded portion of a support body at which or in which a deformation sensor for detecting a deformation of the membrane device is arranged, is arranged within the electrically insulating glue layer in order to detect the volume of the pump chamber ; wherein the influencing means , the plate-shaped actuator and the deformation sensor form a closed-loop control circuit for regulating a ratio between a change in volume of the pump chamber during an operating cycle of the micromembrane pumping device and a duration of the operating cycle of the micromembrane pumping device .
A computer-implemented method for monitoring a subsurface during a 4-dimensional survey, the method comprising: obtaining a full survey of an area of the subsurface that needs to be monitored; identifying receiver and source locations for the area and source frequencies to be emitted into the area during light surveys based on demigration or inverse ray tracing of the full survey; performing or receiving seismic data from a light base survey for the area based on the identified receiver and source locations for the area and source frequencies to be emitted into the area based on demigration or inverse ray tracing; performing or receiving seismic data from a light monitor survey for the area based on the same identified receiver and sources locations for the area and source frequencies to be emitted into the area based on demigration or inverse ray tracing as for performing the light base survey; and generating an image of the area based on a comparison of (i) the light base survey, and (ii) the light monitor survey for the area; wherein any of the light surveys yields substantially less data than obtained during the full survey. obtaining a full survey of an area of the subsurface that needs to be monitored; identifying receiver and source locations for the area and source frequencies to be emitted into the area during light surveys based on demigration or inverse ray tracing of the full survey; performing or receiving seismic data from a light base survey for the area based on the identified receiver and source locations for the area and source frequencies to be emitted into the area based on demigration or inverse ray tracing; performing or receiving seismic data from a light monitor survey for the area based on the same identified receiver and sources locations for the area and source frequencies to be emitted into the area based on demigration or inverse ray tracing as for performing the light base survey; and generating an image of the area based on a comparison of (i) the light base survey, and (ii) the light monitor survey for the area;
Apparatus for hydrogen production from a hydrocarbon feed, the apparatus comprising at least one steam reformer provided with an electrically heated steam reformer furnace comprising a plurality of catalytic tubes, divided into groups of catalytic tube sections arranged in series, said groups being arranged in parallel, characterised in that said electrically heated steam reformer furnace is free of burners and a plurality of heat generating electrical devices in the form of electrical resistances is mounted on the outside of the catalytic tube sections, to sustain the thermal duty of the reforming reaction.
A transfer film comprising: a template layer having a first major surface and an opposing second major surface, the second major surface comprising a structured non-planar release surface; a backfill layer disposed upon and conforming to the non-planar structured surface, the backfill layer comprising: a cross-linked epoxy polymer; and a plurality of multifunctional acrylate monomers. a template layer having a first major surface and an opposing second major surface, the second major surface comprising a structured non-planar release surface; a backfill layer disposed upon and conforming to the non-planar structured surface, the backfill layer comprising: a cross-linked epoxy polymer; and a plurality of multifunctional acrylate monomers. a cross-linked epoxy polymer; and a plurality of multifunctional acrylate monomers.
An article comprising a film layer, the film layer comprising a polymer blend comprising a thermoplastic polyurethane and a cellulose ester; and an ink layer adjacent to at least one surface of the film, wherein the film layer is made by a hot melt process.
Method of preparing a liquid pharmaceutical composition for delivery into a patient's bladder via a urinary catheter, the method comprising: a) providing in a dissolution chamber a solid water-soluble composition comprising a photosensitizing agent, wherein the dissolution chamber comprises (i) an inlet in fluid communication with a container comprising an aqueous solvent, (ii) an outlet in fluid communication with the urinary catheter, and (iii) in a flow path between the inlet and the outlet said solid composition, and wherein the chamber is arranged to promote dissolution of the solid composition by the solvent within the chamber, b) flowing the solvent from the container into the dissolution chamber via the inlet; c) obtaining a liquid composition by dissolving the solid composition in the solvent within the chamber, using the chamber and optionally a mixer to promote dissolution; and d) flowing the liquid composition out through the outlet and into the urinary catheter, which urinary catheter is provided for delivery of the liquid composition into the patient's bladder. a) providing in a dissolution chamber a solid water-soluble composition comprising a photosensitizing agent, wherein the dissolution chamber comprises (i) an inlet in fluid communication with a container comprising an aqueous solvent, (ii) an outlet in fluid communication with the urinary catheter, and (iii) in a flow path between the inlet and the outlet said solid composition, and wherein the chamber is arranged to promote dissolution of the solid composition by the solvent within the chamber, b) flowing the solvent from the container into the dissolution chamber via the inlet; c) obtaining a liquid composition by dissolving the solid composition in the solvent within the chamber, using the chamber and optionally a mixer to promote dissolution; and d) flowing the liquid composition out through the outlet and into the urinary catheter, which urinary catheter is provided for delivery of the liquid composition into the patient's bladder.
A device for the filtration of fat extracted during liposuction procedures, said device comprising: i) a first reservoir filled with a washing solution adapted to be suctioned by a syringe containing a certain amount of fat mixed with blood and anesthetic; ii) a second reservoir , empty, intended to receive cyclically from said syringe a liquid mixture consisting of the suctioned solution, blood and anesthetic separated from the fat; iii) at least one filter element provided with a connection member for the connection of the syringe , said filter element being connected to said first reservoir and said second reservoir through a three-way connector , wherein a one-way valve configured to allow passage of a flow of fluid from the first reservoir towards the connector is arranged on a branch of the connector connected to the first reservoir , and wherein a one-way valve configured to allow passage of a flow of fluid from the connector towards the second reservoir is arranged on a branch of the connector connected to the second reservoir . i) a first reservoir filled with a washing solution adapted to be suctioned by a syringe containing a certain amount of fat mixed with blood and anesthetic; ii) a second reservoir , empty, intended to receive cyclically from said syringe a liquid mixture consisting of the suctioned solution, blood and anesthetic separated from the fat; iii) at least one filter element provided with a connection member for the connection of the syringe , said filter element being connected to said first reservoir and said second reservoir through a three-way connector ,
A vibration applying apparatus for applying vibration to a stringed instrument, the vibration applying apparatus being to be connected to a data center over a network , wherein each vibration applying apparatus is given a unique identifier (ID) to allow the data center to identify the vibration applying apparatuses , the vibration applying apparatus comprising: a bone conduction speaker configured to play music that produces specific natural vibrations; a mounting unit on which the stringed instrument is mounted; a vibration transmission unit configured to transmit a natural vibration emanating from the bone conduction speaker to the mounting unit ; and a sensor configured to detect natural vibrations of the bone conduction speaker and to detect a resonance frequency of the stringed instrument ; wherein the applying apparatus is configured to send data including a combination of a waveform of natural vibrations of the bone conduction speaker detected by the sensor , the type of the stringed instrument and the unique ID, to the data center over the network ; a control unit configured to change a frequency of the natural vibration emanating from the bone conduction speaker , based on a result of determining whether an appropriate vibration is applied to the stringed instrument, obtained by the data center based on a comparison between the waveform of natural vibrations against a prescribed standard. a bone conduction speaker configured to play music that produces specific natural vibrations; a mounting unit on which the stringed instrument is mounted; a vibration transmission unit configured to transmit a natural vibration emanating from the bone conduction speaker to the mounting unit ; and a sensor configured to detect natural vibrations of the bone conduction speaker and to detect a resonance frequency of the stringed instrument ; wherein the applying apparatus is configured to send data including a combination of a waveform of natural vibrations of the bone conduction speaker detected by the sensor , the type of the stringed instrument and the unique ID, to the data center over the network ; a control unit configured to change a frequency of the natural vibration emanating from the bone conduction speaker , based on a result of determining whether an appropriate vibration is applied to the stringed instrument, obtained by the data center based on a comparison between the waveform of natural vibrations against a prescribed standard.
Headrest for a motor vehicle seat, said headrest comprising: - a frame for mounting on a backrest of said seat, - a main body mounted on an upper part of said frame, - a secondary body longitudinally slidably mounted on said main body, so that said secondary body can adopt a plurality of positions, said secondary body being connected with a support wall of a passenger's head, said headrest being characterized in that said secondary body is mounted on said main body by at least one tenon disposed at a periphery of one of said bodies, said tenon having, in longitudinal view, a shape inscribed in a trapezoid having a large inwardly-facing base and a small outwardly-facing base, said tenon sliding in a mortise of complementary shape, opening out outwardly through said small base, provided in the other of said bodies, so as to form a dovetail-type fastening. - a frame for mounting on a backrest of said seat, - a main body mounted on an upper part of said frame, - a secondary body longitudinally slidably mounted on said main body, so that said secondary body can adopt a plurality of positions, said secondary body being connected with a support wall of a passenger's head,