mhurhangee/patent-ind-claim-en huggingface dataset:
A control method, wherein the method is applied to a wireless communications system for switching a user equipment from an idle state to an active state, the wireless communications system comprises the user equipment, a base station in which a current cell of the user equipment is located, a gateway device including a serving gateway and a packet data network gateway, a local control plane device, and a remote control plane device including a mobility management entity, and the method comprises: obtaining (S101), by the local control plane device, context information of the user equipment from the remote control plane device according to an interaction process between the user equipment and the remote control plane device; and setting up (S102), by the local control plane device according to the context information of the user equipment, a radio bearer between the user equipment and the base station in which the current cell of the user equipment is located. obtaining (S101), by the local control plane device, context information of the user equipment from the remote control plane device according to an interaction process between the user equipment and the remote control plane device; and setting up (S102), by the local control plane device according to the context information of the user equipment, a radio bearer between the user equipment and the base station in which the current cell of the user equipment is located.
A system for the measurement of wet friction of a bundle of hair fibres, comprising: i) a friction probe , having a contact surface that contacts the hair during use, said probe fitted with a weight in the range of from 10 to 500 g; ii) a means for securing the bundle of hair ; and iii) a water bath ; wherein the friction probe is connected to a texture analyser ; and wherein the securing means and friction probe are positioned in the water bath below the fill line ; and characterized in that the contact surface of the friction probe , comprises surfactant. i) a friction probe , having a contact surface that contacts the hair during use, said probe fitted with a weight in the range of from 10 to 500 g; ii) a means for securing the bundle of hair ; and iii) a water bath ; wherein the friction probe is connected to a texture analyser ; and wherein the securing means and friction probe are positioned in the water bath below the fill line ; and characterized in that the contact surface of the friction probe , comprises surfactant. wherein the friction probe is connected to a texture analyser ; and wherein the securing means and friction probe are positioned in the water bath below the fill line ; and characterized in that the contact surface of the friction probe , comprises surfactant.
A method of operating a vehicle comprising a chassis , a plurality of ground-engaging elements configured to support the chassis above a ground surface, and a plurality of support assemblies supporting the chassis on the ground-engaging elements, the method comprising: detecting an orientation of the chassis relative to gravity; and laterally translating the chassis relative to the support assemblies based on the detected orientation of the chassis without changing a track width of the ground-engaging elements . detecting an orientation of the chassis relative to gravity; and laterally translating the chassis relative to the support assemblies based on the detected orientation of the chassis without changing a track width of the ground-engaging elements .
A method for preparing a pre-coated metal sheet (1'; 1") for welding thereof to another pre-coated metal sheet, comprising the following successive steps: - providing a pre-coated metal sheet comprising a metal substrate provided, on at least one of its faces , with a pre-coating layer , then - removing, on at least one face of said pre-coated metal sheet , at least part of said pre-coating layer so as to form a removal zone , said removal being done by the impact of a laser beam on said pre-coating layer , the removal step comprising, over the course of the removal, the relative displacement of said laser beam with respect to the metal sheet in a direction of advance (A), characterized in that during the removal, the laser beam is inclined relative to the face of the metal sheet such that the orthogonal projection of the laser beam on said face of the metal sheet is located in the zone of the metal sheet in which the removal has already been done, and in that it forms an angle of inclination (α) comprised between 12° and 50° with the direction normal (N) to the face of the metal sheet . - providing a pre-coated metal sheet comprising a metal substrate provided, on at least one of its faces , with a pre-coating layer , then - removing, on at least one face of said pre-coated metal sheet , at least part of said pre-coating layer so as to form a removal zone , said removal being done by the impact of a laser beam on said pre-coating layer , the removal step comprising, over the course of the removal, the relative displacement of said laser beam with respect to the metal sheet in a direction of advance (A),
A method to monitor integrity of webpages, the method comprising: obtaining rendered code, the rendered code being finalized instructions to layout presentation of a webpage that have been generated using source code of the webpage obtained in response to a request to a webserver that hosts the webpage and using remotely called code referenced in the source code; characterised by obtaining previous rendered code of the webpage, that was generated before the request is sent to the webserver for the source code used to generate the rendered code; determining a difference between the rendered code and the previous rendered code of the webpage; analyzing the difference between the rendered code and the previous rendered code to determine a change in integrity of security of the webpage; generating an alert regarding the integrity of security of the webpage in response to a change in the integrity of security of the webpage. obtaining rendered code, the rendered code being finalized instructions to layout presentation of a webpage that have been generated using source code of the webpage obtained in response to a request to a webserver that hosts the webpage and using remotely called code referenced in the source code; characterised by obtaining previous rendered code of the webpage, that was generated before the request is sent to the webserver for the source code used to generate the rendered code; determining a difference between the rendered code and the previous rendered code of the webpage; analyzing the difference between the rendered code and the previous rendered code to determine a change in integrity of security of the webpage; generating an alert regarding the integrity of security of the webpage in response to a change in the integrity of security of the webpage.
An inhalable pharmaceutical composition comprising ketamine or its pharmaceutically acceptable salt for use in a treatment of depression, by administration of the composition to the lungs via pulmonary route, wherein said treatment is performed in a dosage regimen that comprises cycle of multiple sequences of administration by inhalation, said cycle lasting from 10 days to 30 days, wherein each of multiple sequences of administration is performed in a one single day, with 2 to 4 days intervals between sequences, and each of said sequences consists of multiple single dose inhalations separated by a break period lasting at least 5 minutes, and wherein the composition is an inhalable dry powder composition and wherein the composition comprises from 2 mg to 100 mg of micronized ketamine calculated as a free base per nominal unit dose.
A mass spectrum processing apparatus, comprising: a synthesizer arranged to synthesize a first mass spectrum including a fragment ion peak and a second mass spectrum including molecular ion peak to generate a synthesized mass spectrum ; and a difference information calculator arranged to calculate difference information between the fragment ion peak and the molecular ion peak , on the synthesized mass spectrum , wherein the first mass spectrum is generated under application of a first ionization method, the second mass spectrum is generated under application of a second ionization method that is different from the first ionization method, wherein the synthesizer is configured to: correct a misalignment in an m/z axis direction between the first mass spectrum and the second mass spectrum by applying an interpolation process to one of the first mass spectrum and the second mass spectrum, using the m/z of the sample points (150a-150d, 152a-152d) of the other of the first mass spectrum and the second mass spectrum as a reference to generate an interpolated mass spectrum , and synthesizing the interpolated mass spectrum with the other of the first mass spectrum and the second mass spectrum, to thereby generate the synthesized mass spectrum . a synthesizer arranged to synthesize a first mass spectrum including a fragment ion peak and a second mass spectrum including molecular ion peak to generate a synthesized mass spectrum ; and a difference information calculator arranged to calculate difference information between the fragment ion peak and the molecular ion peak , on the synthesized mass spectrum , wherein the first mass spectrum is generated under application of a first ionization method, the second mass spectrum is generated under application of a second ionization method that is different from the first ionization method, wherein the synthesizer is configured to: correct a misalignment in an m/z axis direction between the first mass spectrum and the second mass spectrum by applying an interpolation process to one of the first mass spectrum and the second mass spectrum, using the m/z of the sample points (150a-150d, 152a-152d) of the other of the first mass spectrum and the second mass spectrum as a reference to generate an interpolated mass spectrum , and synthesizing the interpolated mass spectrum with the other of the first mass spectrum and the second mass spectrum, to thereby generate the synthesized mass spectrum .
A method, comprising: causing a grant free uplink data transmission from a device using one of a plurality of subsets of a set of physical resource blocks, said set of physical resource blocks comprising N physical resource blocks divided into a plurality of levels, wherein the number of subsets in a level depends on a resource grid configuration, and wherein all subsets in a level are associated with a same transmission scheme, at least a plurality of said subsets being associated with different transmission schemes, said transmission schemes each comprising at least one of: a modulation and coding scheme and transmit power level.
System for controlling the coupling / decoupling of a vehicle drive device, said system comprising said drive device, actuation means, at least one vehicle movement means and one control means, the control device. drive being actuated by the actuating means, wherein the vehicle moving means is driven by the drive device when in coupling mode, the actuating means exhibiting a maximum allowable speed of operation as well as an operating threshold upward speed (Sh), lower than said maximum speed, controlling, via the control means, the decoupling of the drive device, characterized in that , once the decoupling command has been sent, the control means control atminus a value of the speed gradient of the displacement means to confirm or invalidate the decoupling command.
An intravascular blood pump for percutaneous insertion into a patient's blood vessel, comprising a catheter and a pumping device attached to the catheter , the catheter extending along a longitudinal axis and having a distal end and a proximal end opposite the distal end along the longitudinal axis, characterized in that the catheter comprises a tubular stiffening structure having a length and extending longitudinally between the proximal end and the distal end of the catheter , the tubular stiffening structure having a lumen and a proximal end and a closed distal end opposite the proximal end , wherein the lumen of the stiffening structure is configured to receive a pressurized fluid having an over-pressure of at least 5 bar.
A composition comprising a combination of Lis-Trp and sacubitrilat, wherein the Lis-Trp is modified Lisinopril comprising a tryptophan moiety in position P 2 '.
An aircraft comprising a fuselage and a wing, the fuselage comprising a rear part of fuselage and a tail, said aircraft also comprising a propulsion system comprising: - a first propulsion device located at the rear part of said fuselage and consisting of at least one BLI propeller comprising a fan ; - a second propulsion device consisting of at least one dual-flow turbojet engine ; and - a transmission device coupling the first and second propulsion devices in order to transmit a part of the energy generated by the second propulsion device to the first propulsion device, said second propulsion device thus generating the energy required to rotate the fan of the BLI propeller(s) ; wherein the thrust produced by the first and second propulsion devices contributes to generating the total thrust of the aircraft; said propulsion system being such that: said at least one dual-flow turbojet engine constituting the second propulsion device is located on at least one side of the rear part of the fuselage between the tail of the fuselage and the wing of the aircraft, the first propulsion device generates between 20% and 80% of the total thrust of the aircraft; characterised in that the transmission device incorporates at least one intermittent safety device capable of interrupting or reducing to a minimum the transmission of mechanical energy in the event of an overload and of returning the transmission of mechanical energy to normal operation when the overload disappears. - a first propulsion device located at the rear part of said fuselage and consisting of at least one BLI propeller comprising a fan ; - a second propulsion device consisting of at least one dual-flow turbojet engine ; and - a transmission device coupling the first and second propulsion devices in order to transmit a part of the energy generated by the second propulsion device to the first propulsion device, said second propulsion device thus generating the energy required to rotate the fan of the BLI propeller(s) ; wherein the thrust produced by the first and second propulsion devices contributes to generating the total thrust of the aircraft; said propulsion system being such that: said at least one dual-flow turbojet engine constituting the second propulsion device is located on at least one side of the rear part of the fuselage between the tail of the fuselage and the wing of the aircraft, the first propulsion device generates between 20% and 80% of the total thrust of the aircraft; characterised in that the transmission device incorporates at least one intermittent safety device capable of interrupting or reducing to a minimum the transmission of mechanical energy in the event of an overload and of returning the transmission of mechanical energy to normal operation when the overload disappears.
A computer-implemented method comprising: receiving a first set of raw data relating to an X-ray image of a subject; determining a first region of interest (ROI); determining a second ROI including the first ROI; reconstructing the first set of raw data to obtain a first image on the second ROI by an analytic reconstruction; obtaining a second image by zero padding the first ROI of the first image; performing forward projection on the first image to obtain a first sinogram; performing forward projection on the second image to obtain a second sinogram; applying a first filter on the first sinogram to obtain a third sinogram, followed by subtracting the second sinogram from the third sinogram to obtain a fourth sinogram; applying a second filter on the first set of raw data to obtain a fifth sinogram; and performing, based on the fourth sinogram and the fifth sinogram, iterative reconstruction to generate a third image. receiving a first set of raw data relating to an X-ray image of a subject; determining a first region of interest (ROI); determining a second ROI including the first ROI; reconstructing the first set of raw data to obtain a first image on the second ROI by an analytic reconstruction; obtaining a second image by zero padding the first ROI of the first image; performing forward projection on the first image to obtain a first sinogram; performing forward projection on the second image to obtain a second sinogram; applying a first filter on the first sinogram to obtain a third sinogram, followed by subtracting the second sinogram from the third sinogram to obtain a fourth sinogram; applying a second filter on the first set of raw data to obtain a fifth sinogram; and performing, based on the fourth sinogram and the fifth sinogram, iterative reconstruction to generate a third image.
A mist eliminator comprising a large number of vane profiles that are arranged one next to the other and that form flow channels between them for a gas flow loaded with solids and/or liquids, wherein each vane profile is provided with a first upwardly opening drainage channel arranged in the lower region of the relevant flow channel, the vane profiles comprise an upper and a lower deflection point so as to form flow channels that have a vertical upper and lower region and an oblique central region in cross-section, the vane profiles comprise, on the side thereof facing away from the first drainage channel and above the first drainage channel , a nose that has a drip edge , projects into the relevant flow channel and is designed such that it causes accumulated liquid to drip into the first drainage channel of the adjacent vane profile , a second upwardly opening drainage channel that is arranged in the relevant flow channel directly above the nose is provided in the upper region of the vane profiles on the other side to the first drainage channel , and the two drainage channels are designed to guide collected liquid away to their longitudinal ends, characterized in that the first drainage channel is arranged below the lower deflection point and the nose having the drip edge is located at or just below the upper deflection point and extends downwards.
A printing apparatus comprising: a printing unit configured to print on a sheet ; a housing configured to cover the printing unit ; a cover openably attached to the housing and configured to form a discharging opening between the housing and the cover when the cover is closed, the sheet printed by the printing unit being discharged through the discharging opening ; characterized by further comprising: a protective wall portion provided on the inner face of the cover for preventing a user's fingertip inserted through the discharging opening from proceeding toward the printing unit while the cover is closed, and in that at least one engaging portion to be engaged with at least one projection on the housing side while the cover is closed is provided near the protective wall portion , and in a case where the user's fingertip pushes the protective wall portion , a force that engages the engaging portion with the projection is increased and the cover is prevented from being opened. a printing unit configured to print on a sheet ; a housing configured to cover the printing unit ; a cover openably attached to the housing and configured to form a discharging opening between the housing and the cover when the cover is closed, the sheet printed by the printing unit being discharged through the discharging opening ; characterized by further comprising: a protective wall portion provided on the inner face of the cover for preventing a user's fingertip inserted through the discharging opening from proceeding toward the printing unit while the cover is closed, and in that at least one engaging portion to be engaged with at least one projection on the housing side while the cover is closed is provided near the protective wall portion , and in a case where the user's fingertip pushes the protective wall portion , a force that engages the engaging portion with the projection is increased and the cover is prevented from being opened. a protective wall portion provided on the inner face of the cover for preventing a user's fingertip inserted through the discharging opening from proceeding toward the printing unit while the cover is closed, and in that at least one engaging portion to be engaged with at least one projection on the housing side while the cover is closed is provided near the protective wall portion , and in a case where the user's fingertip pushes the protective wall portion , a force that engages the engaging portion with the projection is increased and the cover is prevented from being opened.
A prosthetic heart valve comprising: a valve structure ; a circular support frame defining an inner diameter , the support frame including a rigid core formed from a circle-shaped, single core element with opposing ends that meet and connect at an overlapping section having a length , the opposing ends being secured together at the overlapping section by a fixed connection; and a covering disposed around the core , wherein the support frame is expandable to a larger inner diameter when subjected to a dilation force, with the overlapping section having a shorter length , the opposing ends having no fixed connection therebetween after expansion so that the support frame is non-rigid after expansion. a valve structure ; a circular support frame defining an inner diameter , the support frame including a rigid core formed from a circle-shaped, single core element with opposing ends that meet and connect at an overlapping section having a length , the opposing ends being secured together at the overlapping section by a fixed connection; and a covering disposed around the core , wherein the support frame is expandable to a larger inner diameter when subjected to a dilation force, with the overlapping section having a shorter length , the opposing ends having no fixed connection therebetween after expansion so that the support frame is non-rigid after expansion.