mhurhangee/patent-ind-claim-en huggingface dataset:
An imaging system comprising: an analysis substrate comprising: a localization layer to be provided with a sample comprising a nucleotide provided with a fluorescent dye; and a sensor layer , the localization layer being on-chip relative to the sensor layer ; and imaging circuitry to image the sample, the imaging circuitry comprising: an array of sensor pixels (208A-E) at the sensor layer , one or more of the array of sensor pixels (208A-E) to receive a propagation of fluorescence from the fluorescent dye; and characterised by fitting circuitry to identify, using a signal of the sensor layer , a pixel intensity distribution due to a point spread function, and determine a centroid of the pixel intensity distribution by fitting a function to the pixel intensity distribution . an analysis substrate comprising: a localization layer to be provided with a sample comprising a nucleotide provided with a fluorescent dye; and a sensor layer , the localization layer being on-chip relative to the sensor layer ; and a localization layer to be provided with a sample comprising a nucleotide provided with a fluorescent dye; and a sensor layer , the localization layer being on-chip relative to the sensor layer ; and imaging circuitry to image the sample, the imaging circuitry comprising: an array of sensor pixels (208A-E) at the sensor layer , one or more of the array of sensor pixels (208A-E) to receive a propagation of fluorescence from the fluorescent dye; and characterised by fitting circuitry to identify, using a signal of the sensor layer , a pixel intensity distribution due to a point spread function, and determine a centroid of the pixel intensity distribution by fitting a function to the pixel intensity distribution . an array of sensor pixels (208A-E) at the sensor layer , one or more of the array of sensor pixels (208A-E) to receive a propagation of fluorescence from the fluorescent dye; and characterised by fitting circuitry to identify, using a signal of the sensor layer , a pixel intensity distribution due to a point spread function, and determine a centroid of the pixel intensity distribution by fitting a function to the pixel intensity distribution .
A titanium oxide composite fiber, comprising: - fiber; - titanium oxide; and - an inorganic binder, at least part of the inorganic binder containing at least one inorganic compound selected from (i) an inorganic salt containing at least one of: - at least one metal selected from magnesium, barium, aluminum, copper, iron, and zinc; and - silicic acid and (ii) metal particles containing the at least one metal, the inorganic binder being firmly fixed to the fiber, the titanium oxide being firmly fixed to the inorganic binder so that the titanium oxide is firmly fixed to the fiber via the inorganic binder, and the fiber having a surface not less than 15% of which is covered with the inorganic binder. - fiber; - titanium oxide; and - an inorganic binder, at least part of the inorganic binder containing at least one inorganic compound selected from (i) an inorganic salt containing at least one of: - at least one metal selected from magnesium, barium, aluminum, copper, iron, and zinc; and - silicic acid and (ii) metal particles containing the at least one metal, the inorganic binder being firmly fixed to the fiber, the titanium oxide being firmly fixed to the inorganic binder so that the titanium oxide is firmly fixed to the fiber via the inorganic binder, and the fiber having a surface not less than 15% of which is covered with the inorganic binder. (i) an inorganic salt containing at least one of: - at least one metal selected from magnesium, barium, aluminum, copper, iron, and zinc; and - silicic acid and - at least one metal selected from magnesium, barium, aluminum, copper, iron, and zinc; and - silicic acid and (ii) metal particles containing the at least one metal, the inorganic binder being firmly fixed to the fiber, the titanium oxide being firmly fixed to the inorganic binder so that the titanium oxide is firmly fixed to the fiber via the inorganic binder, and the fiber having a surface not less than 15% of which is covered with the inorganic binder. the inorganic binder being firmly fixed to the fiber, the titanium oxide being firmly fixed to the inorganic binder so that the titanium oxide is firmly fixed to the fiber via the inorganic binder, and the fiber having a surface not less than 15% of which is covered with the inorganic binder.
A pharmaceutical composition for use in treating inappetence in a dog or cat, wherein the composition is for oral administration, the composition comprising: a therapeutically effective amount of capromorelin comprising a concentration of between about 3.0 milligrams and about 4.5 milligrams of capromorelin per kilogram of body weight of the dog or cat; one or more pharmaceutically acceptable excipients or carriers; wherein the composition is formulated for administration at least once per day; and wherein upon administration to the dog or cat, the dog or cat increases food intake by at least 50% when compared to no administration, and the lean muscle mass increases by at least 5% of the dog or cat when compared to no administration. a therapeutically effective amount of capromorelin comprising a concentration of between about 3.0 milligrams and about 4.5 milligrams of capromorelin per kilogram of body weight of the dog or cat; one or more pharmaceutically acceptable excipients or carriers; wherein the composition is formulated for administration at least once per day; and wherein upon administration to the dog or cat, the dog or cat increases food intake by at least 50% when compared to no administration, and the lean muscle mass increases by at least 5% of the dog or cat when compared to no administration.
A liquid discharging apparatus comprising: a container containing a liquid composition containing water, an organic solvent, and a polyurethane resin; and a discharging head including: an individual liquid chamber including a circulation flow path through which the liquid composition circulates; and a nozzle through which a liquid droplet of the liquid composition is discharged, the nozzle communicating with the individual liquid chamber , wherein a solid content of the polyurethane resin in the liquid composition is 7% by mass or greater but 20.0% by mass or less; characterised in that the polyurethane resin comprises both polycarbonate polyurethane resins and polyester polyurethane resins, and wherein a glass transition temperature of the polycarbonate polyurethane resins is -10 degrees C or lower but -30 degrees C or higher, and a glass transition temperature of the polyester polyurethane resins is 50 degrees C or higher but 60 degrees C or lower. a container containing a liquid composition containing water, an organic solvent, and a polyurethane resin; and a discharging head including: an individual liquid chamber including a circulation flow path through which the liquid composition circulates; and a nozzle through which a liquid droplet of the liquid composition is discharged, the nozzle communicating with the individual liquid chamber , an individual liquid chamber including a circulation flow path through which the liquid composition circulates; and a nozzle through which a liquid droplet of the liquid composition is discharged, the nozzle communicating with the individual liquid chamber , wherein a solid content of the polyurethane resin in the liquid composition is 7% by mass or greater but 20.0% by mass or less; characterised in that the polyurethane resin comprises both polycarbonate polyurethane resins and polyester polyurethane resins, and wherein a glass transition temperature of the polycarbonate polyurethane resins is -10 degrees C or lower but -30 degrees C or higher, and a glass transition temperature of the polyester polyurethane resins is 50 degrees C or higher but 60 degrees C or lower.
A stand-up paddling board comprising a structure with double independent safe air chambers, comprising a paddle board body, wherein the paddle board body comprises a middle air chamber and a paddle board air chamber ; the middle air chamber and the paddle board air chamber are air bags formed by tailoring drop-stitch fabric materials ; a groove containing the middle air chamber in a matched manner is formed in a middle of the paddle board air chamber , and the middle air chamber is arranged in the groove; the paddle board air chamber and the middle air chamber are aligned in surface; a sealing layer and a reinforced layer are located on an outer side wall of the paddle board air chamber , a sealing layer is located on an outer side wall of the middle air chamber , and an independent sealing layer is located on an inner side wall of the paddle board air chamber ; the middle air chamber is fastened and connected with the paddle board air chamber , a connection layer is located on a joint of the middle air chamber and the paddle board air chamber , and high-pressure safety air valves are respectively arranged on the paddle board air chamber and the middle air chamber , and a sealing layer and a reinforced layer are arranged on a junction of each said high-pressure safety air valve and the paddle board body characterized in that a ring-shaped reinforced layer is located on the connection layer, and a reinforced layer is located on a bottom surface of the paddle board air chamber .
An aqueous formulation suitable for rectal administration comprising (i) an oligonucleotide comprising the sequence 5'-GGAACAGTTCGTCCATGGC-3' (SEQ ID NO:2), (ii) at least one preservative and (iii) a buffer comprising citric acid and a phosphate salt.
A plate arrangement for change of direction in a chain hinge assembly, said plate arrangement comprising a first hinge plate comprising a center pivot axis , and a second hinge plate comprising a center pivot axis and two end pivot axes , said end pivot axes being arranged at opposite sides of said center pivot axis , said first hinge plate and said second hinge plate being pivotally interconnected such that the center pivot axis of said first hinge plate coincides with the center pivot axis of said second hinge plate , said end pivot axes of said second hinge plate being adapted, by gear connections , for pivotally connecting to first and second further elements being at least a third hinge plate or a connection to a frame section of a foldable electronic device such that said first further element and said second further element may pivot in a direction which is opposite to a pivoting direction of the first hinge plate , in relation to said second hinge plate . a second hinge plate comprising a center pivot axis and two end pivot axes , said end pivot axes being arranged at opposite sides of said center pivot axis , said first hinge plate and said second hinge plate being pivotally interconnected such that the center pivot axis of said first hinge plate coincides with the center pivot axis of said second hinge plate , said end pivot axes of said second hinge plate being adapted, by gear connections , for pivotally connecting to first and second further elements being at least a third hinge plate or a connection to a frame section of a foldable electronic device such that said first further element and said second further element may pivot in a direction which is opposite to a pivoting direction of the first hinge plate , in relation to said second hinge plate .
A method performed by a network node for determining a beam to be transmitted to at least a first User Equipment, UE, , the method comprising: establishing a spatial profile of radiated power in each of different directions from the network node , related to beams transmitted in each of the respective different directions, wherein the establishing is based at least on information about geometry of a transmitter antenna array of the network node ; determining the beam to be transmitted to at least the first UE , based on an obtained average spatial profile of the radiated power in each direction, wherein the average spatial profile of the radiated power is based on the established spatial profile averaged over any one or more out of a frequency interval and a time interval. establishing a spatial profile of radiated power in each of different directions from the network node , related to beams transmitted in each of the respective different directions, wherein the establishing is based at least on information about geometry of a transmitter antenna array of the network node ; determining the beam to be transmitted to at least the first UE , based on an obtained average spatial profile of the radiated power in each direction, wherein the average spatial profile of the radiated power is based on the established spatial profile averaged over any one or more out of a frequency interval and a time interval.
A valve mechanism comprising: a valve body ; a seat member having a seat section (8a3) that comes in contact with the valve body ; and a housing member configured to retain the valve body on an outer peripheral side of the seat member , wherein, on the outer peripheral surface of the seat member , a seat member slope is formed to expand toward the outer peripheral side in a direction from the valve body toward the seat member , and a gap is formed between the seat member slope and the housing member , wherein, on the outer peripheral surface of the seat member , a flat portion is formed to be substantially parallel with the inner peripheral surface of the housing member , on the side closer to the valve body more than the seat member slope, and the seat member slope forms a fluid flow-path between the housing member and the flat portion ; characterized in that the valve body is configured to have a valve body slope to be expanding from the seat member toward the outer peripheral side along the direction toward the valve body on the outer peripheral side of the contact surface with the seat section (8a3), a gap is formed between the valve body slope and the housing member , and an inclination angle formed by the contact surface and both end portions of the seat member slope is greater than an inclination angle formed by the contact surface and both end portions of the valve body slope. a valve body ; a seat member having a seat section (8a3) that comes in contact with the valve body ; and a housing member configured to retain the valve body on an outer peripheral side of the seat member , wherein, on the outer peripheral surface of the seat member , a seat member slope is formed to expand toward the outer peripheral side in a direction from the valve body toward the seat member , and a gap is formed between the seat member slope and the housing member , wherein, on the outer peripheral surface of the seat member , a flat portion is formed to be substantially parallel with the inner peripheral surface of the housing member , on the side closer to the valve body more than the seat member slope, and the seat member slope forms a fluid flow-path between the housing member and the flat portion ; characterized in that the valve body is configured to have a valve body slope to be expanding from the seat member toward the outer peripheral side along the direction toward the valve body on the outer peripheral side of the contact surface with the seat section (8a3), a gap is formed between the valve body slope and the housing member , and an inclination angle formed by the contact surface and both end portions of the seat member slope is greater than an inclination angle formed by the contact surface and both end portions of the valve body slope.
A telephone device comprising a base , a handset , and retaining means for retaining the handset on the base in an on-hook position (R), said retaining means comprising at least one magnetized retaining structure disposed on the handset and a structure made of soft ferromagnetic material disposed in the base , the handset comprises at least one speaker , the magnetized retaining structure comprises a first magnetized element and a second magnetized element , in on-hook position (R), the structure made of soft ferromagnetic material is disposed facing the magnetized retaining structure so as to be attracted by the magnetized retaining structure , the base comprises a circuit board to which is integrated at least one magnetic sensor for cooperating with the magnetized retaining structure in on-hook position (R), in on-hook position (R), the structure made of soft ferromagnetic material is intercalated between the magnetic sensor and the magnetized retaining structure , the telephone device is characterized in that : the first magnetized element and the second magnetized element have their respective magnetic poles (N, S) inverted, and are fixed at a distance (d) from one another to a support element , and the structure made of soft ferromagnetic material comprises a magnetic field line (L) guiding portion arranged for guiding the magnetic field lines (L) originating from the magnetized retaining structure in the direction of the magnetic sensor in on-hook position (R). the magnetized retaining structure comprises a first magnetized element and a second magnetized element , in on-hook position (R), the structure made of soft ferromagnetic material is disposed facing the magnetized retaining structure so as to be attracted by the magnetized retaining structure , the base comprises a circuit board to which is integrated at least one magnetic sensor for cooperating with the magnetized retaining structure in on-hook position (R), in on-hook position (R), the structure made of soft ferromagnetic material is intercalated between the magnetic sensor and the magnetized retaining structure , the telephone device is characterized in that : the first magnetized element and the second magnetized element have their respective magnetic poles (N, S) inverted, and are fixed at a distance (d) from one another to a support element , and the structure made of soft ferromagnetic material comprises a magnetic field line (L) guiding portion arranged for guiding the magnetic field lines (L) originating from the magnetized retaining structure in the direction of the magnetic sensor in on-hook position (R). the first magnetized element and the second magnetized element have their respective magnetic poles (N, S) inverted, and are fixed at a distance (d) from one another to a support element , and the structure made of soft ferromagnetic material comprises a magnetic field line (L) guiding portion arranged for guiding the magnetic field lines (L) originating from the magnetized retaining structure in the direction of the magnetic sensor in on-hook position (R).
A suction bag emptying device comprising a container for receiving a suction bag , the container having a discharge point for discharging the contents of the suction bag, characterized in that the emptying device comprises an intermediate container for receiving the contents of the suction bag and a valve between the container and the intermediate container , the intermediate container comprises; - means for puncturing a bag portion of the suction bag without making contact with the bag , the means comprising a channel for conveying negative pressure into the emptying device , the channel being provided with a valve and - a channel for discharging the contents of the suction bag , the channel being provided with a valve . - means for puncturing a bag portion of the suction bag without making contact with the bag , the means comprising a channel for conveying negative pressure into the emptying device , the channel being provided with a valve and - a channel for discharging the contents of the suction bag , the channel being provided with a valve .
A scanning optical probe comprising: a cannula comprising a proximal section, distal section, and a lumen extending there through; an optical fiber extending through the lumen and into the distal section of the cannula; an elongate flexible member disposed within the lumen of the cannula , and comprising a proximal region, an end region, and a tubular body through which the optical fiber extends, wherein the elongate flexible member further comprises a central axis extending there through, and wherein the end region of the elongate flexible member comprises a first predefined articulation segment comprising a set of slots formed in a side wall of the elongate flexible member allowing for articulation in a discrete predefined region of the elongate flexible member ; a lens fixed or mounted distal to the end of the optical fiber ; and an actuator coupled to the elongate flexible member at the proximal region, and adapted to provide reciprocating motion to the elongate flexible member , wherein the end region of the elongate flexible member deflects between a first position and a second position responsive to the reciprocating motion such that light emitted from the optical fiber is directed in a first direction and a second direction corresponding respectively to the first position and the second position of the end region of the elongate flexible member , characterized in that the elongate flexible member extends from the cannula and in that the lens is fixed or mounted distal to the end of the optical fiber within the tubular body. a cannula comprising a proximal section, distal section, and a lumen extending there through; an optical fiber extending through the lumen and into the distal section of the cannula; an elongate flexible member disposed within the lumen of the cannula , and comprising a proximal region, an end region, and a tubular body through which the optical fiber extends, wherein the elongate flexible member further comprises a central axis extending there through, and wherein the end region of the elongate flexible member comprises a first predefined articulation segment comprising a set of slots formed in a side wall of the elongate flexible member allowing for articulation in a discrete predefined region of the elongate flexible member ; a lens fixed or mounted distal to the end of the optical fiber ; and an actuator coupled to the elongate flexible member at the proximal region, and adapted to provide reciprocating motion to the elongate flexible member , wherein the end region of the elongate flexible member deflects between a first position and a second position responsive to the reciprocating motion such that light emitted from the optical fiber is directed in a first direction and a second direction corresponding respectively to the first position and the second position of the end region of the elongate flexible member , characterized in that the elongate flexible member extends from the cannula and in that the lens is fixed or mounted distal to the end of the optical fiber within the tubular body.
An embolic protection device for isolating the cerebral vasculature, comprising: a first elongate, tubular body , having a proximal end, a distal end and a central lumen extending therethrough; a first filter having a distally facing opening, carried by the first tubular body ; a distal sheath axially movable relative to the first tubular body , the distal sheath comprising a first portion and a second portion, the second portion configured to curve out of plane between 20 degrees to 75 degrees; a second tubular body , extending through the central lumen; and a second filter having a proximally facing opening, carried by the second tubular body . a first elongate, tubular body , having a proximal end, a distal end and a central lumen extending therethrough; a first filter having a distally facing opening, carried by the first tubular body ; a distal sheath axially movable relative to the first tubular body , the distal sheath comprising a first portion and a second portion, the second portion configured to curve out of plane between 20 degrees to 75 degrees; a second tubular body , extending through the central lumen; and a second filter having a proximally facing opening, carried by the second tubular body .