mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing an electric motor or a vacuum device, in particular a turbomolecular pump , comprising an electric motor , wherein the electric motor comprises an electromagnet arrangement and a permanent magnet arrangement, wherein the electromagnet arrangement is arranged at a stator of the electric motor and the permanent magnet arrangement is arranged at a rotor of the electric motor , and/or vice versa; wherein the permanent magnet arrangement has a permanent magnetic field which in particular extends substantially symmetrically with respect to an axis of rotation of the rotor , characterized in that the method comprises the steps: providing at least one permanent magnet for the permanent magnet arrangement ; detecting the permanent magnetic field of the at least one permanent magnet; and subsequently optimizing the permanent magnetic field of the permanent magnet arrangement such that a deviation in the symmetry and/or a magnetic radial force between the rotor and the stator is/are as small as possible. wherein the permanent magnet arrangement has a permanent magnetic field which in particular extends substantially symmetrically with respect to an axis of rotation of the rotor , characterized in that the method comprises the steps: providing at least one permanent magnet for the permanent magnet arrangement ; detecting the permanent magnetic field of the at least one permanent magnet; and subsequently optimizing the permanent magnetic field of the permanent magnet arrangement such that a deviation in the symmetry and/or a magnetic radial force between the rotor and the stator is/are as small as possible. providing at least one permanent magnet for the permanent magnet arrangement ; detecting the permanent magnetic field of the at least one permanent magnet; and subsequently optimizing the permanent magnetic field of the permanent magnet arrangement such that a deviation in the symmetry and/or a magnetic radial force between the rotor and the stator is/are as small as possible.
An aircraft engine having an inertial particle separator (40; 140) communicating with an engine inlet of the aircraft engine , the inertial particle separator (40; 140) comprising: an inlet duct defining an intake communicating with an environment of the engine ; an intermediate duct extending generally transversally from the inlet duct to the engine inlet , the intermediate duct communicating with the inlet duct adjacent a downstream end of the inlet duct ; and a bypass duct in fluid communication with and extending downstream from the inlet duct and intermediate duct , the bypass duct defining an outlet communicating with the environment of the engine , wherein a wall of the intermediate duct intersects a wall of the inlet duct on an engine side of the wall of the inlet duct , the engine side of the wall of the inlet duct defining an engine-side inlet air flow line (F) of the inertial particle separator (40; 140), a wall of the bypass duct intersecting a wall of the intermediate duct closer to the central axis of the engine than an extension of the engine-side inlet air flow line (F) into the bypass duct , and an angled vane extending non-perpendicularly from the engine side of the inlet duct to an edge spaced from the wall of the inlet duct , characterised in that : the angled vane has a fixed position and includes openings allowing particles to pass therethrough. an inlet duct defining an intake communicating with an environment of the engine ; an intermediate duct extending generally transversally from the inlet duct to the engine inlet , the intermediate duct communicating with the inlet duct adjacent a downstream end of the inlet duct ; and a bypass duct in fluid communication with and extending downstream from the inlet duct and intermediate duct , the bypass duct defining an outlet communicating with the environment of the engine , wherein a wall of the intermediate duct intersects a wall of the inlet duct on an engine side of the wall of the inlet duct , the engine side of the wall of the inlet duct defining an engine-side inlet air flow line (F) of the inertial particle separator (40; 140), a wall of the bypass duct intersecting a wall of the intermediate duct closer to the central axis of the engine than an extension of the engine-side inlet air flow line (F) into the bypass duct , and an angled vane extending non-perpendicularly from the engine side of the inlet duct to an edge spaced from the wall of the inlet duct , characterised in that : the angled vane has a fixed position and includes openings allowing particles to pass therethrough.
A method of manufacturing chimeric antigen receptor (CAR)-expressing T cells (CAR T cells) from peripheral blood mononuclear cells (PBMCs) from a subject from which a blood sample is obtained, comprising the steps of: a. obtaining PBMCs from the blood sample; b. isolating the PBMCs that have been obtained from the blood sample using a membrane filtration system and Ammonium-Chloride-Potassium (ACK) buffer; c. washing the PBMCs via centrifugation; d. washing the PBMCs using a membrane filtration system; e. manufacturing the CAR T cells from the PBMCs from step (d); and f. washing the CAR T cells from step (e) using a membrane filtration system. a. obtaining PBMCs from the blood sample; b. isolating the PBMCs that have been obtained from the blood sample using a membrane filtration system and Ammonium-Chloride-Potassium (ACK) buffer; c. washing the PBMCs via centrifugation; d. washing the PBMCs using a membrane filtration system; e. manufacturing the CAR T cells from the PBMCs from step (d); and f. washing the CAR T cells from step (e) using a membrane filtration system.
A method of operation of a radio access node in a cellular communications network , comprising: sending , to a wireless device , one or more Discovery Signal Measurement Timing Configurations, DMTCs, for a frequency on which one or more asynchronous cells can be operating, an asynchronous cell being a cell that is unsynchronized with a primary cell of the wireless device , wherein sending the one or more DMTCs comprises transmitting system information or a measurement object comprising: an indication of whether one or more asynchronous cells are operating on the frequency; if the indication is set to a value that indicates that one or more asynchronous cells are operating on the frequency, a first DMTC for the frequency to be used by the wireless device for one or more asynchronous cells operating on the frequency. sending , to a wireless device , one or more Discovery Signal Measurement Timing Configurations, DMTCs, for a frequency on which one or more asynchronous cells can be operating, an asynchronous cell being a cell that is unsynchronized with a primary cell of the wireless device , wherein sending the one or more DMTCs comprises transmitting system information or a measurement object comprising: an indication of whether one or more asynchronous cells are operating on the frequency; if the indication is set to a value that indicates that one or more asynchronous cells are operating on the frequency, a first DMTC for the frequency to be used by the wireless device for one or more asynchronous cells operating on the frequency. an indication of whether one or more asynchronous cells are operating on the frequency; if the indication is set to a value that indicates that one or more asynchronous cells are operating on the frequency, a first DMTC for the frequency to be used by the wireless device for one or more asynchronous cells operating on the frequency.
A free space optical communication system comprising: a free space optical communication system receiver comprising: a central optical sensor ; and a plurality of further optical sensors (601-604) disposed around a peripheral edge of the central optical sensor , a means for moving the free space optical communication system receiver relative to an optical signal incident on the free space optical communication system; and a controller configured to, using measurements of the incident optical signal by the plurality of further optical sensors (601-604), control the means so as to move the free space optical communication system receiver relative to the incident optical signal and characterised in that the receiver further comprises: a symmetric bi-focal lens configured to focus the incident optical signal to produce a central focussed beam , onto the free space optical communication system receiver and an outer focussed beam on the further optical sensors (601- 604). a central optical sensor ; and a plurality of further optical sensors (601-604) disposed around a peripheral edge of the central optical sensor , a means for moving the free space optical communication system receiver relative to an optical signal incident on the free space optical communication system; and a controller configured to, using measurements of the incident optical signal by the plurality of further optical sensors (601-604), control the means so as to move the free space optical communication system receiver relative to the incident optical signal and characterised in that the receiver further comprises: a symmetric bi-focal lens configured to focus the incident optical signal to produce a central focussed beam , onto the free space optical communication system receiver and an outer focussed beam on the further optical sensors (601- 604).
A composition comprising (a) intact and substantially non-viable Gram-negative bacterial cells which have been treated in such a way as to result in more than 70% reduction of lipopolysaccharide (LPS)-derived endotoxin activity when measured by the Limulus Amebocyte Lysate (LAL) assay as compared to untreated cells and (b) a pharmaceutically acceptable excipient.
A non-transitory computer readable medium executable on an external controller configured to communicate with a spinal cord stimulator comprising an implantable pulse generator, IPG, and a plurality of electrodes implantable in a patient, wherein the non-transitory computer readable medium comprises instructions which, when executed by the external controller , configure the external controller to: use a graphical user interface, GUI, on a screen of the external controller to determine an indication of efficacy of stimulation provided to the patient by the IPG , based on the indication of efficacy, automatically determine via an evaluation algorithm in the external controller , whether to perform a reprogramming algorithm in the external controller to adjust one or more stimulation parameters, wherein the reprogramming algorithm: determines whether to use sub-perception stimulation or supra-perception stimulation for reprogramming, if sub-perception stimulation is determined for reprogramming, performs a sub-perception reprogramming algorithm in the external controller to reprogram the IPG , and if supra-perception stimulation is determined for reprogramming, performs a supra-perception reprogramming algorithm in the external controller to reprogram the IPG . use a graphical user interface, GUI, on a screen of the external controller to determine an indication of efficacy of stimulation provided to the patient by the IPG , based on the indication of efficacy, automatically determine via an evaluation algorithm in the external controller , whether to perform a reprogramming algorithm in the external controller to adjust one or more stimulation parameters, wherein the reprogramming algorithm: determines whether to use sub-perception stimulation or supra-perception stimulation for reprogramming, if sub-perception stimulation is determined for reprogramming, performs a sub-perception reprogramming algorithm in the external controller to reprogram the IPG , and if supra-perception stimulation is determined for reprogramming, performs a supra-perception reprogramming algorithm in the external controller to reprogram the IPG . determines whether to use sub-perception stimulation or supra-perception stimulation for reprogramming, if sub-perception stimulation is determined for reprogramming, performs a sub-perception reprogramming algorithm in the external controller to reprogram the IPG , and if supra-perception stimulation is determined for reprogramming, performs a supra-perception reprogramming algorithm in the external controller to reprogram the IPG .
A method of coextruding a complex rubber profile intended for the manufacture of a tire, the complex profile comprising in its height (H20) a first layer , referred to as the underlayer, of a first rubber material and a second layer , referred to as the tread, of a second rubber material superimposed on the underlayer, the tread and the sublayer having at least one discontinuity (D20) in the width (W20) of the complex profile that extends in a transverse direction (DT) so that at least one insert of a third rubbery material is inserted into a discontinuity (D20) of the tread and of the sublayer during the coextrusion, the process including the extrusion and profiling of the various rubbery materials over a given coextrusion width (L50) and in a longitudinal coextrusion direction (DL1) perpendicular to the transverse plane (PT) of the coextruded profile, the process comprising, in succession, the steps comprising: a) an extrusion of the first material carried out discontinuously in the coextrusion width (L50), b) a first profiling of this first material carried out discontinuously in the coextrusion width (L50), c) an extrusion of the second material carried out discontinuously in the coextrusion width (L50) and carried out in such a way as to superimpose the second material on the first material, d) profiling of the first and second materials discontinuously in the coextrusion width (L50) and carried out together with an extrusion of the third material in each discontinuity (D20) of the first material and the second material, and e) final profiling of the first, second and third materials into a final profile (P74) having no discontinuity in the coextrusion width (L50), but creating a longitudinal groove in the profile located transversely next to each insert resulting from an extrusion of the third material according to step d). a) an extrusion of the first material carried out discontinuously in the coextrusion width (L50), b) a first profiling of this first material carried out discontinuously in the coextrusion width (L50), c) an extrusion of the second material carried out discontinuously in the coextrusion width (L50) and carried out in such a way as to superimpose the second material on the first material, d) profiling of the first and second materials discontinuously in the coextrusion width (L50) and carried out together with an extrusion of the third material in each discontinuity (D20) of the first material and the second material, and e) final profiling of the first, second and third materials into a final profile (P74) having no discontinuity in the coextrusion width (L50), but creating a longitudinal groove in the profile located transversely next to each insert resulting from an extrusion of the third material according to step d).
A fluid supply cartridge horizontally insertable, perpendicular to a gravitational direction, into a fluid-ejection device , comprising: a housing ; a supply of fluid within the housing; a digital fluid level sensor within the housing , the digital fluid level sensor comprising a liquid level sensing interface , the liquid level sensing interface comprising: an elongate strip , a series of heaters and a series of sensors , the elongate strip in contact with a liquid of the fluid supply to measure a level of the liquid within the housing , wherein the elongate strip supports the series of heaters and the series of sensors such that differences between signals from the sensors indicate a level of liquid within the housing ; and a horizontal interface at an end of the housing to connect the fluid supply cartridge to a fluid-ejection device, comprising: a first fluid interconnect septum to horizontally fluidically interconnect the supply of fluid to the fluid-ejection device and a second fluid interconnect septum to horizontally fluidically interconnect the supply of fluid to the fluid-ejection device; and an electrical interface to conductively connect the digital fluid level sensor to a corresponding electrical interface of the fluid-ejection device . a housing ; a supply of fluid within the housing; a digital fluid level sensor within the housing , the digital fluid level sensor comprising a liquid level sensing interface , the liquid level sensing interface comprising: an elongate strip , a series of heaters and a series of sensors , the elongate strip in contact with a liquid of the fluid supply to measure a level of the liquid within the housing , wherein the elongate strip supports the series of heaters and the series of sensors such that differences between signals from the sensors indicate a level of liquid within the housing ; and a horizontal interface at an end of the housing to connect the fluid supply cartridge to a fluid-ejection device, comprising: a first fluid interconnect septum to horizontally fluidically interconnect the supply of fluid to the fluid-ejection device and a second fluid interconnect septum to horizontally fluidically interconnect the supply of fluid to the fluid-ejection device; and an electrical interface to conductively connect the digital fluid level sensor to a corresponding electrical interface of the fluid-ejection device . a first fluid interconnect septum to horizontally fluidically interconnect the supply of fluid to the fluid-ejection device and a second fluid interconnect septum to horizontally fluidically interconnect the supply of fluid to the fluid-ejection device; and an electrical interface to conductively connect the digital fluid level sensor to a corresponding electrical interface of the fluid-ejection device .
Electrode carrier for electrophysiological measurement, comprising • a flexible substrate; • a plurality of contact pads attached to a substrate surface, wherein each contact pad comprises conductive means for accommodating an electrode for electrophysiological measurement; • first connecting means attached to the substrate for communicatively connecting the contact pads to a signal processing device; wherein • the first connecting means comprise a plurality of conductive tracks on the substrate surface for electrically connecting the plurality of contact pads, wherein each conductive track corresponds to at least one contact pad; wherein • the substrate having at least two inextendible sections for accommodating the contact pads; • wherein the at least two inextendible sections are interconnected by an extendible section; wherein • each extendible section comprises at least one warpable member of flexible material; wherein • at least one of the warpable members accommodates at least one of the conductive tracks; • wherein the at least one warpable member comprises a V-shaped portion of the substrate, characterized by • the extendible section comprises four warpable members each having a V-shaped portion, which four warpable members are arranged in an X-shaped fashion; wherein • the four warpable members are grouped in two parallel connected strings of two warpable members, wherein a center part of the two series connected warpable members are interconnected using an interconnection member. • a flexible substrate; • a plurality of contact pads attached to a substrate surface, wherein each contact pad comprises conductive means for accommodating an electrode for electrophysiological measurement; • first connecting means attached to the substrate for communicatively connecting the contact pads to a signal processing device; wherein • the first connecting means comprise a plurality of conductive tracks on the substrate surface for electrically connecting the plurality of contact pads, wherein each conductive track corresponds to at least one contact pad; wherein • the substrate having at least two inextendible sections for accommodating the contact pads; • wherein the at least two inextendible sections are interconnected by an extendible section; wherein • each extendible section comprises at least one warpable member of flexible material; wherein • at least one of the warpable members accommodates at least one of the conductive tracks; • wherein the at least one warpable member comprises a V-shaped portion of the substrate, • the extendible section comprises four warpable members each having a V-shaped portion, which four warpable members are arranged in an X-shaped fashion; wherein • the four warpable members are grouped in two parallel connected strings of two warpable members, wherein a center part of the two series connected warpable members are interconnected using an interconnection member.
An elastic film having a basis weight of from about 5 to about 150 g/m 2 and made of an elastomer composition comprising polyolefin elastomer material, characterized in that the elastic film is prepared by extrusion blending of at least two polyolefin elastomers, wherein at least one of the at least two polyolefin elastomers has a crystalline melting point of at least 75°C, and said elastomer composition having the following properties: an average integrated enthalpy sum of no greater than 17 J/g, preferably between about 5-17 J/g, according to the Thermal Analysis Method defined herein; an average integrated enthalpy ratio of from 0.6 to 300, preferably 0.8 to 300, still preferably 1.0 to 300, according to the Thermal Analysis Method defined herein; an unload stress at 75% strain of above 0.8 MPa according to the Hysteresis Test defined herein; and a load stress/unload stress ratio at 75% strain of 1 to 2.6 according to the Hysteresis Test defined herein. an average integrated enthalpy sum of no greater than 17 J/g, preferably between about 5-17 J/g, according to the Thermal Analysis Method defined herein; an average integrated enthalpy ratio of from 0.6 to 300, preferably 0.8 to 300, still preferably 1.0 to 300, according to the Thermal Analysis Method defined herein; an unload stress at 75% strain of above 0.8 MPa according to the Hysteresis Test defined herein; and a load stress/unload stress ratio at 75% strain of 1 to 2.6 according to the Hysteresis Test defined herein.
A jewelry piece comprising: an elongated body comprising a tube that is formed by a flexible material, multiple magnet pieces that are inserted into the inside of the tube over the entire length of the tube other than both end sections of the tube , and caps that close both ends of the tube ; and an ornament attachment member that the elongated body passes through, the jewelry piece is characterized in that the ornament attachment member is retained due to the magnetic attraction force exerted by a magnetic substance at a prescribed position in the longitudinal direction of the elongated body , and wherein the ornament attachment member is formed by a core body made of a magnetic material , through which the elongated body passes, and by an ornament that is integrally formed with the core body so as to surround the core body . an elongated body comprising a tube that is formed by a flexible material, multiple magnet pieces that are inserted into the inside of the tube over the entire length of the tube other than both end sections of the tube , and caps that close both ends of the tube ; and an ornament attachment member that the elongated body passes through, the jewelry piece is characterized in that the ornament attachment member is retained due to the magnetic attraction force exerted by a magnetic substance at a prescribed position in the longitudinal direction of the elongated body , and wherein the ornament attachment member is formed by a core body made of a magnetic material , through which the elongated body passes, and by an ornament that is integrally formed with the core body so as to surround the core body .
An inhibitor of at least one tyrosine kinase selected from c-Kit, Lyn, Fyn, PDGFR, and CSF1R, or any combination thereof, for use in the treatment of patients suffering from amyotrophic lateral sclerosis (ALS) having a progression of ALSFRS-R score before treatment initiation of less than 1.1 points per month.