mhurhangee/patent-ind-claim-en huggingface dataset:
Prothrombin time reagent comprising tissue factor protein and phospholipids, characterized in that the reagent further comprises at least one iron chelator, wherein the at least one iron chelator is selected from the group comprising siderophore and 3,5-diphenyl-1,2,4-triazole.
A control device for a ventilation therapy equipment, the ventilation therapy equipment having multiple working modes, wherein the multiple working modes comprise a pressure mode and a flow mode and wherein the control device comprises: an identification device configured for identifying a type of an accessory of the ventilation therapy equipment; and a controller configured for determining and controlling, according to the identified type of the accessory , the ventilation therapy equipment to switch to a working mode corresponding to the type of the accessory , the identification device is further configured for identifying the type of the accessory , according to mechanical connection characteristics, electrical characteristics and/or air flow characteristics of the accessory , wherein the accessory is configured with a storage unit which stores a serial number of the accessory ; characterised in that the controller is further configured for determining and controlling, according to the type of the accessory and the serial number of the accessory , the ventilation therapy equipment to switch to a corresponding working state in the working mode corresponding to the type of the accessory , wherein the working state corresponds to the serial number, and the working state is related to a parameter setting in this working mode. an identification device configured for identifying a type of an accessory of the ventilation therapy equipment; and a controller configured for determining and controlling, according to the identified type of the accessory , the ventilation therapy equipment to switch to a working mode corresponding to the type of the accessory , the identification device is further configured for identifying the type of the accessory , according to mechanical connection characteristics, electrical characteristics and/or air flow characteristics of the accessory , wherein the accessory is configured with a storage unit which stores a serial number of the accessory ; characterised in that the controller is further configured for determining and controlling, according to the type of the accessory and the serial number of the accessory , the ventilation therapy equipment to switch to a corresponding working state in the working mode corresponding to the type of the accessory , wherein the working state corresponds to the serial number, and the working state is related to a parameter setting in this working mode.
An actuator system for moving a moveable surface, the system comprising: a power drive unit to provide a command to move the moveable surface; a main drive shaft operably connected at a first end to the power drive unit, the second end of the main drive shaft being arranged to connect, in use, to the moveable surface, the main drive shaft transmitting the command from the power drive unit to the moveable surface in the form of rotation of the main drive shaft; a plurality of actuators (2', 3', 4', n') along the main driveshaft between the first end and the second end of the main drive shaft, via which the command is transmitted to the moveable surface; the actuator system further comprising a secondary drive shaft having a first end connectable to the power drive unit via a failure control device and a second end connected to the second end of the main drive shaft via a gear arrangement; the failure control device comprising means for identifying a failure between the first end and the second end of the main drive shaft and, in response thereto, means for causing the secondary drive shaft to be connected to the power drive unit such that the command is transmitted to the moveable surface via the secondary drive shaft as rotation of the secondary drive shaft. a power drive unit to provide a command to move the moveable surface; a main drive shaft operably connected at a first end to the power drive unit, the second end of the main drive shaft being arranged to connect, in use, to the moveable surface, the main drive shaft transmitting the command from the power drive unit to the moveable surface in the form of rotation of the main drive shaft; a plurality of actuators (2', 3', 4', n') along the main driveshaft between the first end and the second end of the main drive shaft, via which the command is transmitted to the moveable surface; the actuator system further comprising a secondary drive shaft having a first end connectable to the power drive unit via a failure control device and a second end connected to the second end of the main drive shaft via a gear arrangement; the failure control device comprising means for identifying a failure between the first end and the second end of the main drive shaft and, in response thereto, means for causing the secondary drive shaft to be connected to the power drive unit such that the command is transmitted to the moveable surface via the secondary drive shaft as rotation of the secondary drive shaft.
Device for connecting tubular elements , comprising: • a first body which is provided with a first reception housing for accommodating a longitudinal portion of a first tubular element and is provided with a first connection component ; • a second body which is provided with a second reception housing for accommodating a longitudinal portion of a second tubular element and is provided with a second connection component , the second body being formed by two halves each comprising a portion of the second housing and a portion of the second connection component ; the first connection component and the second connection component being configured in order to keep the first body and the second body assembled, while allowing a rotational movement between them along a transverse axis (A) which is normal to the plane formed by a contact surface between the first body and the second body when they are assembled; the device being characterized in that the halves represent half-shells and in that the first body and the second body each have a first face and a second face having a circular contour corresponding to the contact surface between the first body and the second body when assembled, the first connection component and the second connection component each being arranged at the periphery of the first face and second face having a circular contour. • a first body which is provided with a first reception housing for accommodating a longitudinal portion of a first tubular element and is provided with a first connection component ; • a second body which is provided with a second reception housing for accommodating a longitudinal portion of a second tubular element and is provided with a second connection component , the second body being formed by two halves each comprising a portion of the second housing and a portion of the second connection component ; the first connection component and the second connection component being configured in order to keep the first body and the second body assembled, while allowing a rotational movement between them along a transverse axis (A) which is normal to the plane formed by a contact surface between the first body and the second body when they are assembled;
A voltage regulator comprising: switched mode regulator circuitry to generate a regulated voltage (V out ), having series and shunt switching elements ; and voltage spike protection circuitry , arranged across the series and shunt switching elements at the input to the switched mode regulator circuitry for voltage-spike-protecting the switched mode regulator circuitry, comprising a dissipative element (R sp ) and a charge-storage circuit (C sp ); characterised in that : said switched mode regulator circuitry and said voltage spike circuitry are implemented by an integrated circuit in an integrated circuit package ; said series and shunt switching elements of said switched mode regulator circuitry are subdivided into connected switching block segments ; and said charge-storage circuit (C sp ) of said voltage-spike protection circuitry is subdivided into connected charge-storage circuit segments which are interleaved between said switching block segments. switched mode regulator circuitry to generate a regulated voltage (V out ), having series and shunt switching elements ; and voltage spike protection circuitry , arranged across the series and shunt switching elements at the input to the switched mode regulator circuitry for voltage-spike-protecting the switched mode regulator circuitry, comprising a dissipative element (R sp ) and a charge-storage circuit (C sp ); characterised in that : said switched mode regulator circuitry and said voltage spike circuitry are implemented by an integrated circuit in an integrated circuit package ; said series and shunt switching elements of said switched mode regulator circuitry are subdivided into connected switching block segments ; and said charge-storage circuit (C sp ) of said voltage-spike protection circuitry is subdivided into connected charge-storage circuit segments which are interleaved between said switching block segments. said switched mode regulator circuitry and said voltage spike circuitry are implemented by an integrated circuit in an integrated circuit package ; said series and shunt switching elements of said switched mode regulator circuitry are subdivided into connected switching block segments ; and said charge-storage circuit (C sp ) of said voltage-spike protection circuitry is subdivided into connected charge-storage circuit segments which are interleaved between said switching block segments.
An electric heater , in particular for a motor vehicle, with a heating element with contact sheets and with PTC elements , and with a control unit , wherein the control unit has a circuit board with at least one electronic circuit and wherein the control unit has at least one power transistor with a transistor housing , wherein at least one contact sheet is thermally connected to the transistor housing , characterised in that the electric heater has at least one connection element which is connected to the at least one contact sheet , wherein the at least one connection element thermally connects the at least one contact sheet to the transistor housing , wherein the at least one connection element is connected to the transistor housing by gluing with a heat-conducting adhesive.
A method of laser processing a glass workpiece having a 3D surface, the method comprising: focusing a pulsed laser beam (2; 140; 710) into a laser beam focal line oriented along the beam propagation direction and directed toward a contour defining a part to be separated from the workpiece; in one or more passes: translating the workpiece and the laser beam (2; 140; 710) relative to each other along the contour , the laser beam focal line generating an induced absorption within the workpiece at locations along the contour where the laser beam focal line extends into the workpiece, and the induced absorption producing a defect line along the laser beam focal line within the workpiece at each location; and translating the workpiece and the laser beam (2; 140; 710) relative to each other; the one or more passes selected such that the defect lines produced along the contour of the part in the workpiece are of sufficient number and depth to facilitate separation of the part from the workpiece. focusing a pulsed laser beam (2; 140; 710) into a laser beam focal line oriented along the beam propagation direction and directed toward a contour defining a part to be separated from the workpiece; in one or more passes: translating the workpiece and the laser beam (2; 140; 710) relative to each other along the contour , the laser beam focal line generating an induced absorption within the workpiece at locations along the contour where the laser beam focal line extends into the workpiece, and the induced absorption producing a defect line along the laser beam focal line within the workpiece at each location; and translating the workpiece and the laser beam (2; 140; 710) relative to each other; translating the workpiece and the laser beam (2; 140; 710) relative to each other along the contour , the laser beam focal line generating an induced absorption within the workpiece at locations along the contour where the laser beam focal line extends into the workpiece, and the induced absorption producing a defect line along the laser beam focal line within the workpiece at each location; and translating the workpiece and the laser beam (2; 140; 710) relative to each other; the one or more passes selected such that the defect lines produced along the contour of the part in the workpiece are of sufficient number and depth to facilitate separation of the part from the workpiece.
A device for dispensing and applying a cosmetic product, the device comprising: a bottle configured to hold a volume of cosmetic product, the bottle comprising a closed end and an open end; a cosmetic dispensing member coupled to the open end of the bottle and comprising: an outlet; an actuating element configured to be actuated to enable delivery of a portion of the volume of cosmetic product through the outlet; a brush coupled to the closed end of the bottle by one or more collar members; a brush holder wherein the brush is coupled to the brush holder; and characterized in that a sleeve is slidably coupled to the brush holder and the sleeve is designed to shift between a first position where the sleeve covers the brush and a second position where the brush is exposed. a bottle configured to hold a volume of cosmetic product, the bottle comprising a closed end and an open end; a cosmetic dispensing member coupled to the open end of the bottle and comprising: an outlet; an actuating element configured to be actuated to enable delivery of a portion of the volume of cosmetic product through the outlet; an outlet; an actuating element configured to be actuated to enable delivery of a portion of the volume of cosmetic product through the outlet; a brush coupled to the closed end of the bottle by one or more collar members; a brush holder wherein the brush is coupled to the brush holder; and characterized in that a sleeve is slidably coupled to the brush holder and the sleeve is designed to shift between a first position where the sleeve covers the brush and a second position where the brush is exposed.
A method for the continuous thermal hydrolysis of organic material, which comprises at least the stages of: a) pressurizing starting organic material at a pressure setpoint P1; b) inline mixing pressurized organic material with steam in a liquid-steam mixing valve to obtain a mixture at a controlled temperature setpoint T1, selected below the steam saturation temperature of the mixture to ensure that the mixture is in a liquid phase; c) continuously introducing the mixture obtained, which is in a liquid phase, in a hydrolysis reactor ; d) continuously extracting hydrolyzed mixture from the hydrolysis reactor ; and e) suddenly depressurizing said hydrolyzed mixture separating a liquid fraction from a steam fraction, which is recovered ; wherein the steam employed to produce the mixture in stage b) is obtained by mixing new steam with steam recovered in operation e) which is recompressed, and wherein the working pressure in the reactor is kept above the steam saturation pressure at the temperature at which the process is carried out, ensuring that the mixture remains in a liquid phase in the reactor . a) pressurizing starting organic material at a pressure setpoint P1; b) inline mixing pressurized organic material with steam in a liquid-steam mixing valve to obtain a mixture at a controlled temperature setpoint T1, selected below the steam saturation temperature of the mixture to ensure that the mixture is in a liquid phase; c) continuously introducing the mixture obtained, which is in a liquid phase, in a hydrolysis reactor ; d) continuously extracting hydrolyzed mixture from the hydrolysis reactor ; and e) suddenly depressurizing said hydrolyzed mixture separating a liquid fraction from a steam fraction, which is recovered ;
An ultrasonic drive system of a surgical instrument for driving an end effector, the ultrasonic drive system comprising: an ultrasonic transducer coupled to a waveguide , the waveguide coupled to the end effector ; a generator coupled to the ultrasonic transducer to generate at least one time varying electrical signal at a resonant frequency of the ultrasonic transducer ; and a processor , wherein the processor is operative to: monitor the resonant frequency of the at least one electrical signal by receiving frequency samples of the at least one time varying signal; calculate a frequency slope between frequency samples of the at least one time varying electrical signal, where the frequency slope is the change in resonant frequency over time; compare the frequency slope to a threshold frequency slope; and trigger a first response of the generator when the frequency slope crosses the threshold frequency slope. an ultrasonic transducer coupled to a waveguide , the waveguide coupled to the end effector ; a generator coupled to the ultrasonic transducer to generate at least one time varying electrical signal at a resonant frequency of the ultrasonic transducer ; and a processor , wherein the processor is operative to: monitor the resonant frequency of the at least one electrical signal by receiving frequency samples of the at least one time varying signal; calculate a frequency slope between frequency samples of the at least one time varying electrical signal, where the frequency slope is the change in resonant frequency over time; compare the frequency slope to a threshold frequency slope; and trigger a first response of the generator when the frequency slope crosses the threshold frequency slope. monitor the resonant frequency of the at least one electrical signal by receiving frequency samples of the at least one time varying signal; calculate a frequency slope between frequency samples of the at least one time varying electrical signal, where the frequency slope is the change in resonant frequency over time; compare the frequency slope to a threshold frequency slope; and trigger a first response of the generator when the frequency slope crosses the threshold frequency slope.
A wound closure device comprising: a wound closure strip having a wound facing side and a top side, the wound facing side comprising an adhesive applied over at least a portion of the wound facing side; a release liner assembly detachably adhered to the strip by the adhesive, the release liner assembly being a backing film comprising a first frame, a central section, and a second frame which are individually peelable; wherein the central section of the release liner assembly comprises at least one tab located at an edge of the release liner assembly; and wherein the at least one tab protrudes beyond a perimeter of the first frame and/or second frame at the edge of the release liner assembly. a wound closure strip having a wound facing side and a top side, the wound facing side comprising an adhesive applied over at least a portion of the wound facing side; a release liner assembly detachably adhered to the strip by the adhesive, the release liner assembly being a backing film comprising a first frame, a central section, and a second frame which are individually peelable; wherein the central section of the release liner assembly comprises at least one tab located at an edge of the release liner assembly; and wherein the at least one tab protrudes beyond a perimeter of the first frame and/or second frame at the edge of the release liner assembly.
A drug coating layer formed on a surface of a balloon, comprising: a plurality of elongated bodies which are crystals of a water-insoluble drug and each have a long axis extending from the surface of the balloon at various lengths and angles; and a water-soluble additive layer comprising a first additive layer, which water-soluble additive layer is provided in a space between an outer surface of an aggregate of the plurality of elongated bodies and the surface of the balloon so as to fill a space between the elongated bodies, the outer surface being located outside the aggregate and having an unevenness connecting a plurality of tip ends and side surfaces of the elongated bodies to each other, wherein the tip ends of the elongated body hardly protrude from the water-soluble additive layer, and the side surfaces and/or tip surfaces of the elongated body are exposed on a surface of the water-soluble additive layer, wherein • a "water-insoluble drug" is a drug that exhibits a solubility in water being less than 1 mg/ml at pH 5 to 8; • a "water-soluble additive layer" is an additive layer that exhibits a solubility in water within 30 minutes at 20°C being more than 100 mg/ml and 1000 mg/ml or less; and wherein • the length of the tip ends of the elongated body that hardly protrudes from the water-soluble additive layer to the outside is 0 to 1 μm. a plurality of elongated bodies which are crystals of a water-insoluble drug and each have a long axis extending from the surface of the balloon at various lengths and angles; and a water-soluble additive layer comprising a first additive layer, which water-soluble additive layer is provided in a space between an outer surface of an aggregate of the plurality of elongated bodies and the surface of the balloon so as to fill a space between the elongated bodies, the outer surface being located outside the aggregate and having an unevenness connecting a plurality of tip ends and side surfaces of the elongated bodies to each other, wherein the tip ends of the elongated body hardly protrude from the water-soluble additive layer, and the side surfaces and/or tip surfaces of the elongated body are exposed on a surface of the water-soluble additive layer, • a "water-insoluble drug" is a drug that exhibits a solubility in water being less than 1 mg/ml at pH 5 to 8; • a "water-soluble additive layer" is an additive layer that exhibits a solubility in water within 30 minutes at 20°C being more than 100 mg/ml and 1000 mg/ml or less; and wherein • the length of the tip ends of the elongated body that hardly protrudes from the water-soluble additive layer to the outside is 0 to 1 μm.