mhurhangee/patent-ind-claim-en huggingface dataset:
A fluorescence observation device for observing fluorescence from an observed subject including a negative switching fluorescent substance that undergoes a transition from a deactivated state to an activated state triggered by activation light, and is excited by pump light when in the activated state, the fluorescence observation device comprising: an illumination optical system arranged to illuminate the observed subject with the pump light, the probe light and the activation light, the illumination optical system comprising a first intensity-modulating unit arranged to intensity-modulate the activation light at a frequency f1 and a second intensity-modulating unit arranged to intensity-modulate probe light at a frequency f3 different from the frequency f1, the probe light inducing stimulated emission of the observed subject; a light-receiving unit arranged to receive fluorescence from the observed subject irradiated with the pump light, and the intensity-modulated probe light and activation light; and a sensing unit arranged to extract and sense a component with a frequency of f1±f3 in a reception-light signal sensed at the light-receiving unit. an illumination optical system arranged to illuminate the observed subject with the pump light, the probe light and the activation light, the illumination optical system comprising a first intensity-modulating unit arranged to intensity-modulate the activation light at a frequency f1 and a second intensity-modulating unit arranged to intensity-modulate probe light at a frequency f3 different from the frequency f1, the probe light inducing stimulated emission of the observed subject; a light-receiving unit arranged to receive fluorescence from the observed subject irradiated with the pump light, and the intensity-modulated probe light and activation light; and a sensing unit arranged to extract and sense a component with a frequency of f1±f3 in a reception-light signal sensed at the light-receiving unit.
An electrode for metal-ion battery, the electrode comprising an active layer in electrical contact with a current collector, wherein the active layer comprises: (i) a plurality of porous particles comprising an electroactive material selected from silicon, silicon oxide of the formula SiO x wherein 0 < x ≤ 1.5, germanium, tin, aluminium and mixtures thereof, wherein the porous particles have a D 50 particle diameter in the range of 0.5 to 40 μm, and an intra-particle porosity of less than 30%; and (ii) a plurality of carbon particles selected from one or more of graphite, soft carbon and hard carbon and having a D 50 particle diameter in the range of from 1 to 100 μm wherein the active layer comprises at least 50% by weight of the carbon particles (ii), and wherein the ratio of the D 50 particle diameter of the carbon particles (ii) to the D 50 particle diameter of the porous particles (i) is in the range of from 1.5 to 30; wherein the active layer in a dry, uncharged state has a density in the range of from 0.6 to 1.8 g/cm 3 ; wherein the D 50 particle diameter is the diameter below which 50% by volume of the particle population is found determined by laser diffraction as defined in the description. (i) a plurality of porous particles comprising an electroactive material selected from silicon, silicon oxide of the formula SiO x wherein 0 < x ≤ 1.5, germanium, tin, aluminium and mixtures thereof, wherein the porous particles have a D 50 particle diameter in the range of 0.5 to 40 μm, and an intra-particle porosity of less than 30%; and (ii) a plurality of carbon particles selected from one or more of graphite, soft carbon and hard carbon and having a D 50 particle diameter in the range of from 1 to 100 μm wherein the active layer comprises at least 50% by weight of the carbon particles (ii), and wherein the ratio of the D 50 particle diameter of the carbon particles (ii) to the D 50 particle diameter of the porous particles (i) is in the range of from 1.5 to 30; wherein the active layer in a dry, uncharged state has a density in the range of from 0.6 to 1.8 g/cm 3 ; wherein the D 50 particle diameter is the diameter below which 50% by volume of the particle population is found determined by laser diffraction as defined in the description.
A catheter comprising: a proximal segment ; a distal segment , the catheter being configured to permit relative movement between the distal segment and the proximal segment in response to an application of force on the distal segment ; and an inductive sensing element configured to measure displacement between the proximal segment and the distal segment , wherein the inductive sensing element comprises: conductive coil windings ; a magnetic core ; and an electrically insulating tube between the magnetic core and the conductive coil windings , wherein the conductive coil windings is mounted to the electrically insulating tube, and wherein the tube has a length that is longer than the length of the conductive coil windings such that the magnetic core is coaxially constrained within the coil windings , wherein the conductive coil windings are configured to move relative to the magnetic core in conjunction with movement between the distal segment and the proximal segment , wherein an inductance of the conductive coil windings changes based on its position relative to the magnetic core . a proximal segment ; a distal segment , the catheter being configured to permit relative movement between the distal segment and the proximal segment in response to an application of force on the distal segment ; and an inductive sensing element configured to measure displacement between the proximal segment and the distal segment , wherein the inductive sensing element comprises: conductive coil windings ; a magnetic core ; and an electrically insulating tube between the magnetic core and the conductive coil windings , wherein the conductive coil windings is mounted to the electrically insulating tube, and wherein the tube has a length that is longer than the length of the conductive coil windings such that the magnetic core is coaxially constrained within the coil windings , wherein the conductive coil windings are configured to move relative to the magnetic core in conjunction with movement between the distal segment and the proximal segment , wherein an inductance of the conductive coil windings changes based on its position relative to the magnetic core .
A composition for a disintegrating tablet, comprising a disintegrator component consisting of only micro-fibrillated cellulose, and an active ingredient, wherein the composition does not comprise any disintegrators other than the micro-fibrillated cellulose.
A skin material-coated foamed particle molded body comprising: a skin material made of a polypropylene-based resin molded body and a polypropylene-based resin foamed particle molded body coated with the skin material, wherein the skin material has a multilayer structure including an inner layer adhered to the polypropylene-based resin foamed particle molded body and an outer layer disposed outside the inner layer, the outer layer contains a polypropylene-based resin and a reinforcement fiber, the inner layer contains the polypropylene-based resin and a reinforcement fiber in a lower content ratio than a content ratio of the reinforcement fiber contained in the outer layer or contains the polypropylene-based resin and no reinforcement fiber, and an average value of a ratio of a thickness of the outer layer to a sum of a thickness of the outer layer and a thickness of the inner layer is 0.20 or more and 0.65 or less, and a coefficient of variation Cv of the ratio is 30% or less, measured as explained in the description herein. the skin material has a multilayer structure including an inner layer adhered to the polypropylene-based resin foamed particle molded body and an outer layer disposed outside the inner layer, the outer layer contains a polypropylene-based resin and a reinforcement fiber, the inner layer contains the polypropylene-based resin and a reinforcement fiber in a lower content ratio than a content ratio of the reinforcement fiber contained in the outer layer or contains the polypropylene-based resin and no reinforcement fiber, and an average value of a ratio of a thickness of the outer layer to a sum of a thickness of the outer layer and a thickness of the inner layer is 0.20 or more and 0.65 or less, and a coefficient of variation Cv of the ratio is 30% or less,
Self-propelled agricultural working machine having an arrangement for monitoring and/or controlling the running state of the working machine , wherein the working machine comprises an interface which has a variable position and is intended for the attachment of an implement , and the arrangement is provided with a control device to which vehicle-specific data relating to physical properties of the working machine , movement-state-specific data relating to the movement of the working machine with respect to its surroundings, a position signal relating to the position of the interface and implement data relating to physical properties of a implement which is attached to the interface , can be fed, and the arrangement can be operated to evaluate at least one item of information relating to the running state of the working machine , while taking into account the vehicle-specific data, the movement-state-specific data, the position signal and the implement data, and to output optimized steering signals and/or speed signals for the manual or automatic control of the working machine on the basis of the evaluated running state in the interest of running safety and/or fuel economy and/or the comfort of the driver and/or compliance with a predefined speed and/or a predefined distance from a vehicle travelling ahead.
Flame protection device for a burner in a drying drum of an asphalt plant, wherein the flame protection device has a central longitudinal axis and a plurality of throw plates , which are arranged in a circumferential direction relative to the central longitudinal axis , characterised in that at least one slat holder for holding a slat is respectively releasably attached to the throw plates , wherein the slats have integrally moulded sealing elements at their longitudinal edges, wherein the sealing elements are designed as bent edges and correspond to one another, wherein the sealing elements are designed in such a way that the slats are arranged alternately in the circumferential order with the sealing elements , and wherein corresponding sealing elements of adjacent slats engage with one another such that a thin air gap remains, which is smaller than the sheet thickness (s) of the slats . at least one slat holder for holding a slat is respectively releasably attached to the throw plates , wherein the slats have integrally moulded sealing elements at their longitudinal edges, wherein the sealing elements are designed as bent edges and correspond to one another, wherein the sealing elements are designed in such a way that the slats are arranged alternately in the circumferential order with the sealing elements , and wherein corresponding sealing elements of adjacent slats engage with one another such that a thin air gap remains, which is smaller than the sheet thickness (s) of the slats .
A pharmaceutical composition for use by nasal or inhalation administration comprising: an ionic aqueous solution; and a sulfated polysaccharide having an average molecular weight of from 4kDa to 5 MDa and comprising L-fucose and sulfate ester groups, wherein the ionic aqueous solution comprises seawater or saline and wherein the sulfated polysaccharide is derived from an extract isolated from brown algae or wherein the sulfated polysaccharide is a synthetic fucoidan polysaccharide. an ionic aqueous solution; and a sulfated polysaccharide having an average molecular weight of from 4kDa to 5 MDa and comprising L-fucose and sulfate ester groups,
A method of preparing a pre-hydrolyzed polysilicate, which comprises a step of injecting a polysilicate and a compound represented by the following Formula 1 to a reactor (step 1); a step of further injecting an acidic aqueous solution to the reactor to prepare a reaction mixture (step 2); and a step of stirring the reaction mixture to perform hydration reaction (step 3): [Formula 1] R 1 -Si-(OR 2 ) 3 R 1 is alkyl of 1 to 20 carbon atoms, cycloalkyl of 3 to 20 carbon atoms, or vinyl of 1 to 20 carbon atoms, and each R 2 is independently alkyl of 1 to 20 carbon atoms. a step of injecting a polysilicate and a compound represented by the following Formula 1 to a reactor (step 1); a step of further injecting an acidic aqueous solution to the reactor to prepare a reaction mixture (step 2); and a step of stirring the reaction mixture to perform hydration reaction (step 3): [Formula 1] R 1 -Si-(OR 2 ) 3 R 1 is alkyl of 1 to 20 carbon atoms, cycloalkyl of 3 to 20 carbon atoms, or vinyl of 1 to 20 carbon atoms, and each R 2 is independently alkyl of 1 to 20 carbon atoms.
Pericardial effusion or cardiac tamponade monitoring apparatus comprising: an indwelling probe comprising: an elongate body adapted for insertion within a coronary sinus of a patient; and motion sensing means comprising at least one three-axis accelerometer coupled to the elongate body and configured to sense motion of the probe based on movement of a wall of the coronary sinus and record acceleration data indicative of acceleration and/or deceleration of the wall; and a processor coupled to the probe for receiving the acceleration data obtained from the motion sensing means , wherein the processor is configured to: perform a first calculation to determine first displacement data from the acceleration data, perform a second calculation to determine volumetric displacement data of the probe from the first displacement data, compare the volumetric displacement data with baseline volumetric displacement data to monitor for cardiac dysfunction indicative of pericardial effusion or cardiac tamponade; and trigger an alert upon the volumetric displacement falling below a pre-defined volumetric displacement threshold level. an indwelling probe comprising: an elongate body adapted for insertion within a coronary sinus of a patient; and motion sensing means comprising at least one three-axis accelerometer coupled to the elongate body and configured to sense motion of the probe based on movement of a wall of the coronary sinus and record acceleration data indicative of acceleration and/or deceleration of the wall; and an elongate body adapted for insertion within a coronary sinus of a patient; and motion sensing means comprising at least one three-axis accelerometer coupled to the elongate body and configured to sense motion of the probe based on movement of a wall of the coronary sinus and record acceleration data indicative of acceleration and/or deceleration of the wall; and a processor coupled to the probe for receiving the acceleration data obtained from the motion sensing means , wherein the processor is configured to: perform a first calculation to determine first displacement data from the acceleration data, perform a second calculation to determine volumetric displacement data of the probe from the first displacement data, compare the volumetric displacement data with baseline volumetric displacement data to monitor for cardiac dysfunction indicative of pericardial effusion or cardiac tamponade; and trigger an alert upon the volumetric displacement falling below a pre-defined volumetric displacement threshold level. perform a first calculation to determine first displacement data from the acceleration data, perform a second calculation to determine volumetric displacement data of the probe from the first displacement data, compare the volumetric displacement data with baseline volumetric displacement data to monitor for cardiac dysfunction indicative of pericardial effusion or cardiac tamponade; and trigger an alert upon the volumetric displacement falling below a pre-defined volumetric displacement threshold level.
An electrical barrier device for an aircraft cable raceway, this device being designed to be positioned where two profile sections of an aircraft cable raceway meet, disposed in the extension of one another along a longitudinal axis and whose two facing ends in face to face are spaced apart by a predetermined distance defining a notch and comprising: - at least one bottom-wall bridging base configured to rest on the bottom wall of each section and extend from one edge of the notch to the other; - at least one dielectric panel running transversely to the bottom-wall bridging base and with the bottom-wall bridging base delimiting a passage for cables (17, 18, the dielectric panel being configured to close the notch between two side walls of the sections ; - a translation-limiting stop fixed to a dielectric panel outside of the cable passage ; said electrical barrier device comprises at least two cable passages , configured to extend parallel along the cable tray and each delimited by one of said bottom-wall bridging base and by two of said dielectric panels protruding substantially perpendicularly from this bottom-wall bridging base , this electrical partitioning device being characterized in that the translation-limiting stop is configured to be arranged transversely in the notch , between two side walls of the profiles and connects a dielectric panel of one of the cable passages to a dielectric panel of the other cable passage. - at least one bottom-wall bridging base configured to rest on the bottom wall of each section and extend from one edge of the notch to the other; - at least one dielectric panel running transversely to the bottom-wall bridging base and with the bottom-wall bridging base delimiting a passage for cables (17, 18, the dielectric panel being configured to close the notch between two side walls of the sections ; - a translation-limiting stop fixed to a dielectric panel outside of the cable passage ; said electrical barrier device comprises at least two cable passages , configured to extend parallel along the cable tray and each delimited by one of said bottom-wall bridging base and by two of said dielectric panels protruding substantially perpendicularly from this bottom-wall bridging base , this electrical partitioning device being characterized in that the translation-limiting stop is configured to be arranged transversely in the notch , between two side walls of the profiles and connects a dielectric panel of one of the cable passages to a dielectric panel of the other cable passage.
A system for generating air pressure for a hybrid vehicle, comprising: an engine-driven air compressor (C1) configured to be selectively operated by an ICE engine; an electrically-driven air compressor (C2) configured to be operated by an electric motor, wherein said electric motor is adapted to be supplied from an electric network; at least one air reservoir configured to store pressurized air and being configured to be connected directly or indirectly to both an outlet of the engine-driven air compressor (C1) and an outlet of the electrically-driven air compressor (C2); characterized in that at least one electronic control unit configured to control at least the electrically-driven air compressor (C2) according at least to a selected drive mode of the vehicle; wherein the electrically-driven air compressor (C2) has smaller dimensions and weight compared to the engine-driven compressor (C1) and the electrically-driven air compressor (C2) is configured to provide less air flow and air pressure compared to the engine-driven compressor (C1). an engine-driven air compressor (C1) configured to be selectively operated by an ICE engine; an electrically-driven air compressor (C2) configured to be operated by an electric motor, wherein said electric motor is adapted to be supplied from an electric network; at least one air reservoir configured to store pressurized air and being configured to be connected directly or indirectly to both an outlet of the engine-driven air compressor (C1) and an outlet of the electrically-driven air compressor (C2); characterized in that at least one electronic control unit configured to control at least the electrically-driven air compressor (C2) according at least to a selected drive mode of the vehicle; wherein the electrically-driven air compressor (C2) has smaller dimensions and weight compared to the engine-driven compressor (C1) and the electrically-driven air compressor (C2) is configured to provide less air flow and air pressure compared to the engine-driven compressor (C1).
Operating device for a motor vehicle, with at least one operating control which can be actuated by an operator , and with a symbol bearer , separate from the operating control , for the graphic identification of the at least one operating control , characterized in that the symbol bearer for the operating control has a first and at least one further graphical symbol different therefrom and can be moved relative to the at least one operating control between a first position in which the operating control is identified with the first symbol and at least one further position in which the operating control is identified with the further symbol , wherein the at least one operating control is formed by a touch-sensitive switching area of a touchpad , and wherein the at least one operating control is arranged at a front side of a steering wheel , particularly a steering wheel spoke , and the operating device has an actuating element which can be actuated by the operator , by means of which the symbol bearer can be moved between the first position and the at least one further position and which is arranged on the front side or at a rear side , opposite the front side, of the steering wheel .
A method for braking a translator of a linear multiphase electromagnetic machine for reciprocating operation, the method comprising: detecting, using circuitry, a fault event and causing the translator to brake by causing the translator to achieve a reduced position-velocity trajectory, wherein the translator translates according to a first trajectory comprising a first apex position, and wherein the reduced position-velocity trajectory comprises a second apex position, and wherein the second apex is closer to a mid-stroke position than the first apex position; and in response to detecting the fault event, causing, using an electromagnetic technique associated with one or more phases of a stator of the linear multiphase electromagnetic machine, the translator of the linear multiphase electromagnetic machine to brake. detecting, using circuitry, a fault event and causing the translator to brake by causing the translator to achieve a reduced position-velocity trajectory, wherein the translator translates according to a first trajectory comprising a first apex position, and wherein the reduced position-velocity trajectory comprises a second apex position, and wherein the second apex is closer to a mid-stroke position than the first apex position; and in response to detecting the fault event, causing, using an electromagnetic technique associated with one or more phases of a stator of the linear multiphase electromagnetic machine, the translator of the linear multiphase electromagnetic machine to brake.
A bar for manufacturing a superconducting composite wire based on Nb3Sn, consisting of a copper case , ease, inside which there is a copper-bearing matrix , a tin-bearing rod is located in its center, around the rod there is a set of niobium-bearing rods in a copper-bearing shell , wherein the copper-bearing matrix is surrounded by a diffusion barrier , wherein each niobium-bearing rod is a composite containing a matrix made of niobium or its alloy, reinforced with Nb-Ti alloy fibers located at a distance to the border with the copper-bearing shell of at least one average size of the Nb-Ti alloy fiber, and the distance between fibers is at least one average size of the Nb-Ti alloy fiber.
An oral care composition comprising core shell silica particles and an orally acceptable carrier, wherein each core shell silica particle comprises a silica core, and a group I metal silicate formed on top of the silica core.