mhurhangee/patent-ind-claim-en huggingface dataset:
Process for preparing stable suspensions of metal nanoparticles chosen between Au and Ag having size comprised between 1 and 100 nm, wherein a precursor salt of the metal is placed in an aqueous reaction environment, already heated through a microwave oven to the reaction temperature, and containing a reducing agent, a chelating agent and a catalyst, wherein: - said reaction temperature is comprised between 25 and 90 °C; - said precursor salt is selected among nitrates, sulphates, chlorides and acetates of said metals; - said reducing agent is selected among glucose, galactose, maltose, lactose and saccharose; and - said catalyst is selected among alkali metal hydroxides, carbonates, ammonia and urea. - said reaction temperature is comprised between 25 and 90 °C; - said precursor salt is selected among nitrates, sulphates, chlorides and acetates of said metals; - said reducing agent is selected among glucose, galactose, maltose, lactose and saccharose; and - said catalyst is selected among alkali metal hydroxides, carbonates, ammonia and urea.
Method of determining or approximating a glomerular filtration rate or a creatinine clearance of a patient undergoing intermittent renal replacement therapy, the method comprising the steps: determining a first serum creatinine concentration by measuring the first serum creatinine concentration from a blood sample of the patient at a first time between treatment sessions, determining a second serum creatinine concentration by measuring the second serum creatinine concentration from a blood sample of the patient at a second time between treatment sessions , determining a lean tissue mass of the patient , determining a weight gain of the patient between the first time and the second time, and determining the glomerular filtration rate of the patient or the creatinine clearance of the patient based on the first and the second serum creatinine concentration of the patient, the weight gain of the patient, and the lean tissue mass of the patient .
An intravascular imaging device comprising: a flexible elongate member sized and shaped for insertion into a vessel of a patient, the flexible elongate member comprising a proximal portion and a distal portion; an imaging assembly disposed at the distal portion of the flexible elongate member, the imaging assembly including: a flex circuit ; a conductor extending along the flexible elongate member; and characterized by a support member around which the flex circuit is positioned, the support member including a conductive portion configured to electrically couple the conductor to the flex circuit within an interior of the imaging assembly. a flexible elongate member sized and shaped for insertion into a vessel of a patient, the flexible elongate member comprising a proximal portion and a distal portion; an imaging assembly disposed at the distal portion of the flexible elongate member, the imaging assembly including: a flex circuit ; a conductor extending along the flexible elongate member; and characterized by a support member around which the flex circuit is positioned, the support member including a conductive portion configured to electrically couple the conductor to the flex circuit within an interior of the imaging assembly. a flex circuit ; a conductor extending along the flexible elongate member; and characterized by a support member around which the flex circuit is positioned, the support member including a conductive portion configured to electrically couple the conductor to the flex circuit within an interior of the imaging assembly.
An illumination device comprising: an optical device to vary an incidence angle of a coherent light beam at each position on an illumination zone (LZ) with time; wherein the optical device has a hologram recording medium having a plurality of recording areas , and an irradiation unit configured to irradiate a coherent light beam to the optical device so that the coherent light beam scans the hologram recording medium , wherein the irradiation unit comprises a plurality of light sources that are configured to emit a plurality of coherent light beams, the respective coherent light beams having different wavelengths, and a scanning device configured to make coherent light beams of a specific wavelength incident on specific positions in respective recording areas on the hologram recording medium at an incident angle that meets the Bragg condition on the respective positions, wherein the plurality of recording areas are configured to diffract the coherent light beams incident from the respective light sources , and the coherent light beams diffracted from the recording areas are superimposed one another on an entire region of the illumination zone (LZ) and illuminate the entire region of the illumination zone (LZ) while the incident angle of the coherent light beam at each position on the entire region of the illumination zone (LZ) varies with time. an optical device to vary an incidence angle of a coherent light beam at each position on an illumination zone (LZ) with time; wherein the optical device has a hologram recording medium having a plurality of recording areas , and an irradiation unit configured to irradiate a coherent light beam to the optical device so that the coherent light beam scans the hologram recording medium , wherein the irradiation unit comprises a plurality of light sources that are configured to emit a plurality of coherent light beams, the respective coherent light beams having different wavelengths, and a scanning device configured to make coherent light beams of a specific wavelength incident on specific positions in respective recording areas on the hologram recording medium at an incident angle that meets the Bragg condition on the respective positions, wherein the plurality of recording areas are configured to diffract the coherent light beams incident from the respective light sources , and the coherent light beams diffracted from the recording areas are superimposed one another on an entire region of the illumination zone (LZ) and illuminate the entire region of the illumination zone (LZ) while the incident angle of the coherent light beam at each position on the entire region of the illumination zone (LZ) varies with time.
A polyisocyanate composition comprising an isocyanurate derivative of xylylene diisocyanate, and a biuret derivative of aliphatic polyisocyanate.
Rotary table with a stationary table part and a table part which is rotatable with respect thereto and with a control device for producing and releasing a clamping connection between the table parts , wherein in the unactuated state of the control device at least one clamping force acts on at least one of the table parts which can be lifted by means of a hydraulic additional clamping device when pressure is applied thereto and can be lowered by means of a hydraulic release device when it is pressure-actuated until the rotational movement of the rotatable table part with respect to the stationary table part is completely released, characterised in that the rotatable table part , which is fixed between two clamping parts due to their spring elasticity, undergoes a frictional force in the unactuated state of the control device , which frictional force inhibits the free rotational movement.
An air-suspension module for a rigid axle of a commercial motor vehicle, comprising an air-bellows mount and an air-bellows module supported on the air-bellows mount in the operational state of the air-suspension module , the air-bellows module having an air-suspension bellows designed to change its shape and a supporting body connected to the air-suspension bellows , one of the components of the air-bellows mount and the supporting body having a coupling projection protruding along a virtual projection path (V), which in the operational state of the air-suspension module engages with a coupling recess formed on the respectively other component of the air-bellows mount and the supporting body along the projection path (V), a translatory relative movement of the supporting body , in the operational state of the air-suspension module , being physically limited relative to the air-bellows mount , orthogonally with respect to the projection path (V) and in a direction along the projection path (V), wherein one of the components of the air-bellows mount and the supporting body has a latching body and the respectively other component of the air-bellows mount and the supporting body has a latching recess such that in the operational state of the air-suspension module the latching body is in a form-locking latching engagement with the latching recess , so that a translatory relative movement of the supporting body relative to the air-bellows mount is physically limited in the two opposite directions along the projection path (V), characterized in that the latching body is removable from the remaining air-suspension module in a direction transverse to the projection path (V). wherein one of the components of the air-bellows mount and the supporting body has a latching body and the respectively other component of the air-bellows mount and the supporting body has a latching recess such that in the operational state of the air-suspension module the latching body is in a form-locking latching engagement with the latching recess , so that a translatory relative movement of the supporting body relative to the air-bellows mount is physically limited in the two opposite directions along the projection path (V), characterized in that the latching body is removable from the remaining air-suspension module in a direction transverse to the projection path (V).
A finger cuff connectable to a patient's finger to aid in measuring the patient's blood pressure by a blood pressure measurement system , the finger cuff comprising: a shell having a finger cavity and a pair of opposed first and second top portions , the finger cavity of the shell being configured to be placed under a patient's finger to receive the patient's finger , the shell including a light emitting diode (LED) - photodiode (PD) pair protruding into the finger cavity ; a bladder including a pair of openings in the form of a pair of indentations that open towards the finger cavity , the bladder mountable within the finger cavity such that the pair of openings receive and circumferentially surround and cover the LED-PD pair , respectively; and a clamping mechanism coupled to the opposed first and second top portions of the shell , the clamping mechanism being configured to suitably clamp the patient's finger received in the finger cavity of the shell against the bladder mounted within the finger cavity of the shell such that the bladder and the LED-PD pair aid in measuring the patient's blood pressure by the blood pressure measurement system . a shell having a finger cavity and a pair of opposed first and second top portions , the finger cavity of the shell being configured to be placed under a patient's finger to receive the patient's finger , the shell including a light emitting diode (LED) - photodiode (PD) pair protruding into the finger cavity ; a bladder including a pair of openings in the form of a pair of indentations that open towards the finger cavity , the bladder mountable within the finger cavity such that the pair of openings receive and circumferentially surround and cover the LED-PD pair , respectively; and a clamping mechanism coupled to the opposed first and second top portions of the shell , the clamping mechanism being configured to suitably clamp the patient's finger received in the finger cavity of the shell against the bladder mounted within the finger cavity of the shell such that the bladder and the LED-PD pair aid in measuring the patient's blood pressure by the blood pressure measurement system .
A rotor for a gas turbine engine , the rotor comprising rotor blades circumferentially distributed around and extending a full span length from a central hub , the rotor blades including alternating first and second rotor blades , wherein the first rotor blades have a baseline profile, the second rotor blades have a modified profile being the same as the baseline profile but for a leading edge cutback , the leading edge cutback extends from a first span position to a second span position , characterized in that the first span position is located at a distance away from the hub not exceeding 50% of the total span length, the second span position is located at a distance away from the hub exceeding 20% of the total span length, the first span position is located radially outwardly of a span location corresponding to a maximum deflection point for a selected natural vibration mode of a rotor blade having the baseline profile, wherein the selected natural vibration mode is a natural vibration mode higher than the 1 st natural vibration mode, and the second span position is located radially inwardly of the maximum deflection point , which is a location on the leading edge where an anti-node with a maximum deflection (AN-MD) is located for the selected natural vibration mode associated with flow induced resonance.
A method for preparing a cosmetic composition in the form of an oil-in-water emulsion, characterized in that it comprises at least the following steps: a) a 1 st mixture is prepared, comprising at least one fatty phase, an inverse latex and a hydrophilic surfactant which is selected from the polyglycerol esters that are liquid at ambient temperature and HLB (« HLB » being the acronym of « Hydrophilic-Lipophilic Balance ») greater than or equal to 8; b) an aqueous phase is added to this 1 st mixture so as to obtain a 2 nd mixture; c) optionally, if in the 2 nd mixture on completion of step b) no oil-in-water emulsion was formed spontaneously, this 2 nd mixture is homogenized until obtaining an oil-in-water emulsion of said cosmetic composition, the ratio of the mass percentage of said surfactant to the mass percentage of said inverse latex being comprised between 0.1 and 1, more preferably comprised between 0.15 and 0.6, said mass percentages being expressed with respect to the total mass of said cosmetic composition. a) a 1 st mixture is prepared, comprising at least one fatty phase, an inverse latex and a hydrophilic surfactant which is selected from the polyglycerol esters that are liquid at ambient temperature and HLB (« HLB » being the acronym of « Hydrophilic-Lipophilic Balance ») greater than or equal to 8; b) an aqueous phase is added to this 1 st mixture so as to obtain a 2 nd mixture; c) optionally, if in the 2 nd mixture on completion of step b) no oil-in-water emulsion was formed spontaneously, this 2 nd mixture is homogenized until obtaining an oil-in-water emulsion of said cosmetic composition,
A method for enhancing the permeability and flow characteristics of at least one very fine grain, low permeability diatomite ore feed material, comprising pre-agglomerating the ore in the presence of less than 10% by weight water and calcining the resultant product, wherein the feed material has an initial d 10 from 2-10 μm and a permeability less than 9.87 x 10 -15 m 2 (0.010 Da), wherein the calcined product has a permeability ranging from 4.93 x 10 -14 m 2 to 5.92 x 10 -12 m 2 (0.050 Da to 6.0 Da), and wherein the d10 is measured as defined on page 7 of the publication WO 2009/067718 A1, and wherein a permeability of 9.87 x 10 -13 m 2 (one darcy) corresponds to the permeability through a filter medium 1cm thick allowing 1 cm 2 of fluid with a viscosity of 1 mPa.s (1 centipoise) to pass through an area of 1cm 2 in 1 second under a pressure differential of 101.3 kPa .
A composite material comprising 45-60% by weight of a cellulosic material, at least 1% by weight and less than 20% by weight of styrene maleic anhydride and 35-50% by weight of a high impact polystyrene, wherein the cellulosic material is a thermally modified wood cellulose material which has been thermally modified by heat treatment at a temperature between 160-250°C, preferably between 200-230°C at atmospheric pressure or at a temperature above 120°C at elevated pressure.
A system comprising: a piston ; a motor coupled to the piston , the system configured to drive reciprocating movement of the piston within a chamber of a dispenser configured to dispense viscous material, the motor comprising: a rotating shaft ; a wheel coupled to the rotating shaft , the wheel having at least one drive magnet ; and a driven magnet disposed between the wheel and a head of the piston , wherein the head of the piston is attached to the driven magnet , wherein said motor further comprising a magnet guide configured to receive the driven magnet , characterised in that the piston has an elongate body and a head , wherein the head of the piston is disposed between at least one drive magnet and the driven magnet . a piston ; a motor coupled to the piston , the system configured to drive reciprocating movement of the piston within a chamber of a dispenser configured to dispense viscous material, the motor comprising: a rotating shaft ; a wheel coupled to the rotating shaft , the wheel having at least one drive magnet ; and a driven magnet disposed between the wheel and a head of the piston , a rotating shaft ; a wheel coupled to the rotating shaft , the wheel having at least one drive magnet ; and a driven magnet disposed between the wheel and a head of the piston , wherein the head of the piston is attached to the driven magnet , wherein said motor further comprising a magnet guide configured to receive the driven magnet , characterised in that the piston has an elongate body and a head , wherein the head of the piston is disposed between at least one drive magnet and the driven magnet .
Device for cycling training, comprising a support , a drive system to which a bicycle is intended to be connected and a pendulum that joins the support to the drive system , the device comprising; - at least one actuator , extending from a closed proximal end towards an open distal end , to damp the swing of the cyclist where the closed proximal end is connected to the pendulum and where the open distal end is connected to a base of the support , with - the pendulum being a longitudinal element extending in vertical direction (y) and comprising ends , where the upper end is rotationally joined to the support by an upper end by means of an upper connecting element and where the lower end is rotationally joined to the closed proximal end of the actuator and to the drive system by means of a lower connecting element , where - the drive system is rotationally connected to the pendulum by means of the lower connecting element by an upper part of the drive system and to the support by means of a guide mechanism through a lower part of the drive system . - at least one actuator , extending from a closed proximal end towards an open distal end , to damp the swing of the cyclist where the closed proximal end is connected to the pendulum and where the open distal end is connected to a base of the support , with - the pendulum being a longitudinal element extending in vertical direction (y) and comprising ends , where the upper end is rotationally joined to the support by an upper end by means of an upper connecting element and where the lower end is rotationally joined to the closed proximal end of the actuator and to the drive system by means of a lower connecting element , where - the drive system is rotationally connected to the pendulum by means of the lower connecting element by an upper part of the drive system and to the support by means of a guide mechanism through a lower part of the drive system .
A biological information detection unit comprising: a fabric; at least two conductors that are set in the fabric; and a circuit that is connected to the conductors , wherein the conductors are set in the fabric so as not to be in close contact with a skin of a measurement target, wherein the biological information detection unit is configured such that a high-frequency current in a range from 100 kHz to 5 MHz or a range greater than 5 MHz flows in the measurement target in a contactless manner between the conductors and the skin of the measurement target, and wherein the circuit is configured to determine biological information based on an impedance variation in a predetermined area, the impedance variation being determined based on a voltage value between the conductors to which the high-frequency current is applied. a fabric; at least two conductors that are set in the fabric; and a circuit that is connected to the conductors , wherein the conductors are set in the fabric so as not to be in close contact with a skin of a measurement target, wherein the biological information detection unit is configured such that a high-frequency current in a range from 100 kHz to 5 MHz or a range greater than 5 MHz flows in the measurement target in a contactless manner between the conductors and the skin of the measurement target, and wherein the circuit is configured to determine biological information based on an impedance variation in a predetermined area, the impedance variation being determined based on a voltage value between the conductors to which the high-frequency current is applied.
An aircraft , comprising: an electric propulsion system comprising an electric motor coupled to a rotor ; an electric power monitoring system including an electric motor temperature sensor arranged to measure a winding temperature of the electric motor ; and a controller connected to the electric propulsion system configured to monitor a rate of temperature change of the motor winding measured by the electric motor temperature sensor , to determine an estimated time available before the temperature will reach a high-temperature limit, and to communicate the estimated time available. an electric propulsion system comprising an electric motor coupled to a rotor ; an electric power monitoring system including an electric motor temperature sensor arranged to measure a winding temperature of the electric motor ; and a controller connected to the electric propulsion system configured to monitor a rate of temperature change of the motor winding measured by the electric motor temperature sensor , to determine an estimated time available before the temperature will reach a high-temperature limit, and to communicate the estimated time available.