mhurhangee/ep-ind-claims huggingface dataset:
A device for cutting or coagulating tissue, said device comprising: an elongate member having a distal end;; left and right foot members extending angularly from and to one side of the distal end of the elongate member such that an open space exists between the right and left foot members, said left and right foot members (20, 22) having proximally facing upper surfaces and distally facing lower surfaces; an electrode on the upper surface of the right foot member; an electrode on the upper surface of the left foot member; and characterized by an electrically and thermally insulating covering formed on at least the lower surfaces of the right and left foot members, such that when the electrodes are energized tissue located proximally of the open space is thermally cut or coagulated without causing substantial thermal cutting and/or coagulation of tissue located distally of the lower surfaces of the right and left foot members (20, 22). an elongate member having a distal end;; left and right foot members extending angularly from and to one side of the distal end of the elongate member such that an open space exists between the right and left foot members, said left and right foot members (20, 22) having proximally facing upper surfaces and distally facing lower surfaces; an electrode on the upper surface of the right foot member; an electrode on the upper surface of the left foot member; and characterized by an electrically and thermally insulating covering formed on at least the lower surfaces of the right and left foot members, such that when the electrodes are energized tissue located proximally of the open space is thermally cut or coagulated without causing substantial thermal cutting and/or coagulation of tissue located distally of the lower surfaces of the right and left foot members (20, 22).
A pharmaceutical composition for topical delivery of a moisture activated nitric oxide releasing active pharmaceutical ingredient, the composition comprising: the moisture activated nitric oxide releasing active pharmaceutical ingredient, wherein the moisture activated nitric oxide releasing active pharmaceutical ingredient comprises a NO-releasing co-condensed silica particle; a hydrophobic base; and an amphiphilic compound, wherein the amphiphilic compound comprises a polyethylene glycol caprylic/capric glyceride, wherein water is present in the composition at a concentration of less than 2% by weight of the composition. the moisture activated nitric oxide releasing active pharmaceutical ingredient, wherein the moisture activated nitric oxide releasing active pharmaceutical ingredient comprises a NO-releasing co-condensed silica particle; a hydrophobic base; and an amphiphilic compound, wherein the amphiphilic compound comprises a polyethylene glycol caprylic/capric glyceride, wherein water is present in the composition at a concentration of less than 2% by weight of the composition.
A system suitable for controlling a robot using multiple devices comprising: a processing device; and a memory coupled to the processing device and storing instructions that, when executed by the processing device, cause the system to perform operations comprising: receiving one or more inputs; providing the one or more inputs to a personal assistant; the system characterised in that the system is adapted for: receiving, from the personal assistant, one or more commands directed to an external device; determining a connectivity status of the external device; based on (a) the one or more commands and (b) the connectivity status of the external device, maneuvering a robot in relation to a location associated with the external device; and initiating a transmission of one or more instructions from the robot to the external device. a processing device; and a memory coupled to the processing device and storing instructions that, when executed by the processing device, cause the system to perform operations comprising: receiving one or more inputs; providing the one or more inputs to a personal assistant; the system characterised in that the system is adapted for: receiving, from the personal assistant, one or more commands directed to an external device; determining a connectivity status of the external device; based on (a) the one or more commands and (b) the connectivity status of the external device, maneuvering a robot in relation to a location associated with the external device; and initiating a transmission of one or more instructions from the robot to the external device. receiving one or more inputs; providing the one or more inputs to a personal assistant; the system characterised in that the system is adapted for: receiving, from the personal assistant, one or more commands directed to an external device; determining a connectivity status of the external device; based on (a) the one or more commands and (b) the connectivity status of the external device, maneuvering a robot in relation to a location associated with the external device; and initiating a transmission of one or more instructions from the robot to the external device. receiving, from the personal assistant, one or more commands directed to an external device; determining a connectivity status of the external device; based on (a) the one or more commands and (b) the connectivity status of the external device, maneuvering a robot in relation to a location associated with the external device; and initiating a transmission of one or more instructions from the robot to the external device.
Piston ring with a base body, wherein the base body has an inner circumferential surface, a first flank surface, a second flank surface and an outer circumferential surface and a first hard chrome layer with a crack network is applied to the outer circumferential surface, wherein the crack network of the first hard chrome layer has a crack density of 10 - 250 cracks per mm and solid particles having an average particle size of 0.01 - 10 μm are embedded in the cracks of the first hard chrome layer, a second hard chrome layer with a crack network is applied to the first hard chrome layer, wherein the crack density of the crack network of the second hard chrome layer is 10 - 250 cracks per mm, characterized in that no solid particles are embedded in the cracks of the second hard chrome layer, the cracks on the surface of the second hard chrome layer have an average width of 1 - 15 μm, the cracks on the surface of the second hard chrome layer are electrolytically widened and the surface proportion of the cracks on the surface of the second hard chrome layer is 3 - 25 %, based on the entire surface of the second hard chrome layer, wherein the average width of the cracks, the surface proportion of the cracks and the crack density are determined on the basis of microscopic images of polished running surface sections, and the width of at least ten randomly selected cracks on the surface is measured to determine the average width of the cracks, by measuring approximately perpendicular to the course of the crack, and the arithmetic mean of these at least ten measured crack widths is determined, furthermore, to determine the surface proportion of the cracks in relation to the total area, an area of at least 40μm×40μm is taken and the proportion of dark-colored cracks is determined, wherein this is determined on at least three randomly selected squares of at least 40μm×40μm and the arithmetic mean is determined from these three measurements, and wherein, to determine the crack density, at least two section lines of at least 1 mm in length are laid in different directions over a microscopic image of a polished running surface section, the crack density is determined by counting and the arithmetic mean is formed from these at least two counts.
A pump comprising: - a conveyor channel through which a fluid can be conveyed, comprising a pump inlet (2.1) and a pump outlet (2.2), a pumping device for pumping the fluid being provided between the pump inlet (2.1) and the pump outlet (2.2), which pumping device has a suction side (3.1) and a discharge side (3.2); - the pumping device having two rotating conveying elements (3.3) which engage in one another and by means of which a fluid flow is generated; - a drive motor, which is drivingly coupled to at least one conveying element (3.3) in order to set the latter in rotation, the drive motor including a rotor (4.1) and a stator (4.2), the rotor (4.1) of the drive motor being provided in a rotor chamber, which is fluidically sealed from the surroundings; - the pump having a flushing channel system for flushing the rotor chamber with the delivered fluid, and the flushing channel system comprising a rotor chamber inlet and a rotor chamber outlet; characterized in that the flushing channel system is designed in such a way that the fluid flow is delivered from the discharge side (3.2) of the pumping device to the rotor chamber inlet, which is arranged on an upper side of the rotor chamber that faces away from the pumping device, and, after flowing around the rotor (4.1), is delivered through the rotor chamber outlet to the pump outlet (2.2), the rotor chamber outlet being arranged on a lower side of the rotor chamber that faces the pumping device, and the flushing channel system being designed in such a way that the entire fluid flow conveyed by the pumping device is introduced from the discharge side (3.2) of the pumping device via a multi-angled flushing channel portion along the axis of rotation of the rotor into the rotor chamber above the rotor (4.1) and, after flowing around the rotor (4.1), is supplied to the pump outlet (2.2) via the rotor chamber outlet. - a conveyor channel through which a fluid can be conveyed, comprising a pump inlet (2.1) and a pump outlet (2.2), a pumping device for pumping the fluid being provided between the pump inlet (2.1) and the pump outlet (2.2), which pumping device has a suction side (3.1) and a discharge side (3.2); - the pumping device having two rotating conveying elements (3.3) which engage in one another and by means of which a fluid flow is generated; - a drive motor, which is drivingly coupled to at least one conveying element (3.3) in order to set the latter in rotation, the drive motor including a rotor (4.1) and a stator (4.2), the rotor (4.1) of the drive motor being provided in a rotor chamber, which is fluidically sealed from the surroundings; - the pump having a flushing channel system for flushing the rotor chamber with the delivered fluid, and the flushing channel system comprising a rotor chamber inlet and a rotor chamber outlet;
An arrangement for the ablation of material from the surface of an object by means of laser radiation, that is to say by photorefractive keratectomy, with - an air flow being guided across the ablation site for the duration of the ablation process by means of an air conveying device and a suction device, characterised in that - the direction of the air flowing towards the surface and the tangent to the surface at the ablation site include an angle of 0° to 70°, - the flow velocity of the air flow is intended to be in a range from 1 m/s to 10m/s, - the direction of the air flowing away from the surface and the tangent at the ablation site include an angle of 0° to 70°, - means are provided for preselecting, within a specified range, the flow velocity of the air flowing over the ablation site before the start of the ablation process, and for varying the said flow velocity during the ablation process. - an air flow being guided across the ablation site for the duration of the ablation process by means of an air conveying device and a suction device, characterised in that - the direction of the air flowing towards the surface and the tangent to the surface at the ablation site include an angle of 0° to 70°, - the flow velocity of the air flow is intended to be in a range from 1 m/s to 10m/s, - the direction of the air flowing away from the surface and the tangent at the ablation site include an angle of 0° to 70°, - means are provided for preselecting, within a specified range, the flow velocity of the air flowing over the ablation site before the start of the ablation process, and for varying the said flow velocity during the ablation process.
A nonwoven fibrous web comprising a flame retardant foam having a first major surface and an opposed second major surface, the flame retardant foam comprising from 5 to 75 wt % polyvinyl alcohol foam, and from 25 to 95 wt % fire retardant coated on the polyvinyl alcohol foam, wherein the fire retardant comprises ammonium polyphosphate or sodium metasilicate, wherein the thickness of the polyvinyl alcohol foam is from 2 mm to 1 cm; a first nonwoven fabric covering at least a portion of the first major surface; and a second nonwoven fabric covering at least a portion of the second major surface; wherein the first and second nonwoven fabrics each comprise a plurality of randomly-oriented fibers, the plurality of randomly-oriented fibers comprising: at least 60 wt% of oxidized polyacrylonitrile fibers; and from 0 to less than 40 wt% of reinforcing fibers having an outer surface comprised of a (co)polymer with a melting temperature of from 100°C to 350°C; wherein the flame retardant foam and the first and second nonwoven fabrics are bonded together to form a cohesive nonwoven fibrous web. a flame retardant foam having a first major surface and an opposed second major surface, the flame retardant foam comprising from 5 to 75 wt % polyvinyl alcohol foam, and from 25 to 95 wt % fire retardant coated on the polyvinyl alcohol foam, wherein the fire retardant comprises ammonium polyphosphate or sodium metasilicate, wherein the thickness of the polyvinyl alcohol foam is from 2 mm to 1 cm; from 5 to 75 wt % polyvinyl alcohol foam, and from 25 to 95 wt % fire retardant coated on the polyvinyl alcohol foam, wherein the fire retardant comprises ammonium polyphosphate or sodium metasilicate, wherein the thickness of the polyvinyl alcohol foam is from 2 mm to 1 cm; a first nonwoven fabric covering at least a portion of the first major surface; and a second nonwoven fabric covering at least a portion of the second major surface; wherein the first and second nonwoven fabrics each comprise a plurality of randomly-oriented fibers, the plurality of randomly-oriented fibers comprising: at least 60 wt% of oxidized polyacrylonitrile fibers; and from 0 to less than 40 wt% of reinforcing fibers having an outer surface comprised of a (co)polymer with a melting temperature of from 100°C to 350°C; at least 60 wt% of oxidized polyacrylonitrile fibers; and from 0 to less than 40 wt% of reinforcing fibers having an outer surface comprised of a (co)polymer with a melting temperature of from 100°C to 350°C; wherein the flame retardant foam and the first and second nonwoven fabrics are bonded together to form a cohesive nonwoven fibrous web.
Method of ultrasound detection of defects in a material, comprising the following steps, for a plurality of pairs of emission position and reception position: - emission of ultrasounds from an ultrasonic emitting transducer placed against the material at an emission position, - acquisition, by an ultrasonic receiving transducer placed against the material in the reception position corresponding to said emission position, of at least one time signal representative of the amplitude of the ultrasounds propagated in the material over time during a measurement duration at a measurement position, characterised in that the method includes the following steps: - for each measurement position, determination of a normalisation term of said measurement position using the values taken by at least the time signal in said measurement position during an initial portion of the measurement duration corresponding to the reception of ultrasonic waves propagated at the surface of the material; - for each measurement position, normalisation of the time signal at said measurement position in relation to measurement duration using the normalisation term of said measurement position determined from the at least one time signal at said measurement position to obtain a normalised time signal, - processing of normalised time signals for different measurement positions to detect defects in the material. - emission of ultrasounds from an ultrasonic emitting transducer placed against the material at an emission position, - acquisition, by an ultrasonic receiving transducer placed against the material in the reception position corresponding to said emission position, of at least one time signal representative of the amplitude of the ultrasounds propagated in the material over time during a measurement duration at a measurement position, - for each measurement position, determination of a normalisation term of said measurement position using the values taken by at least the time signal in said measurement position during an initial portion of the measurement duration corresponding to the reception of ultrasonic waves propagated at the surface of the material; - for each measurement position, normalisation of the time signal at said measurement position in relation to measurement duration using the normalisation term of said measurement position determined from the at least one time signal at said measurement position to obtain a normalised time signal, - processing of normalised time signals for different measurement positions to detect defects in the material.
A pressure transducer comprising: - a vacuum gauge which has a pressure sensor and a pressure sensor sheath and which is connectable to a vacuum system by means of a connecting pipe, - a temperature control unit mounted to a cap of a temperature-controlled box, the temperature-controlled box comprising a bottom plate on which the vacuum gauge disposed in the temperature-controlled box is mounted, characterized in that the temperature control unit comprises: - a heat receptor secured in the cap, - an air cooler positioned on the heat receptor, - thermoelectric modules located under the heat receptor and between heat insulators, - a main plate located under the thermoelectric modules and the heat insulators, wherein the temperature control unit further comprises; - an aluminum block which is located such that one surface thereof contacts with the pressure sensor sheath and the other surface with the main plate, and - a temperature sensor located between the main plate and the upper surface of the aluminum block. - a vacuum gauge which has a pressure sensor and a pressure sensor sheath and which is connectable to a vacuum system by means of a connecting pipe, - a temperature control unit mounted to a cap of a temperature-controlled box, the temperature-controlled box comprising a bottom plate on which the vacuum gauge disposed in the temperature-controlled box is mounted, - a heat receptor secured in the cap, - an air cooler positioned on the heat receptor, - thermoelectric modules located under the heat receptor and between heat insulators, - a main plate located under the thermoelectric modules and the heat insulators, wherein the temperature control unit further comprises; - an aluminum block which is located such that one surface thereof contacts with the pressure sensor sheath and the other surface with the main plate, and - a temperature sensor located between the main plate and the upper surface of the aluminum block.
An apparatus for a base station, comprising: a processor operative to generate at least one stream of data symbols for at least one terminal (120x, 120y) in a wireless communication system and to perform space-time scrambling on the at least one streams of data symbols with a sequence of matrices to generate at least two streams of output chips for transmission via at least two antennas (434a to 434t), wherein neighboring base stations in the wireless communication system use different sequences of matrices for space-time scrambling; and a memory coupled to the processor.
A sanitary fitting, comprising a fitting housing and a plastic inner part which is at least partially inserted into the fitting housing, wherein the plastic inner part forms at least one water path in the fitting housing, wherein at least part of a thermostat device of the sanitary fitting is formed in the plastic inner part, and wherein a housing element of the thermostat device, which is arranged at least partially in the plastic inner part and whose position relative to the plastic inner part in the axial direction of the thermostat device defines a control gap of the thermostat device, is fixedly connected to the plastic inner part, wherein the plastic inner part is locked in the fitting housing by means of a water connection element inserted at least partially into the fitting housing.
A device, comprising: a plurality of logic modules including a first logic module and a second logic module, the first logic module including a first lookup table (305; 511) configured to receive a first input bit (a), a second input bit (b), and a third input bit (c) and to output a first carry bit (littlecarryout, CYA x), the second logic module including a second lookup table (307; 515) configured to receive the first input bit (a), the second input bit (b), and the third input bit (c) and to output a first sum bit, wherein the first lookup table and the second lookup table reside on the same logic level; characterized by XOR circuitry (303, 503) configured to receive a previous rank first carry bit (littlecarryin, CYA x-1) and the first sum bit to allow generation of a result bit for the quaternary addition of the first input bit (a), the second input bit (b), the third input bit (c), and previous rank first carry bit (littlecarryin, CYA x-1). a plurality of logic modules including a first logic module and a second logic module, the first logic module including a first lookup table (305; 511) configured to receive a first input bit (a), a second input bit (b), and a third input bit (c) and to output a first carry bit (littlecarryout, CYA x), the second logic module including a second lookup table (307; 515) configured to receive the first input bit (a), the second input bit (b), and the third input bit (c) and to output a first sum bit, wherein the first lookup table and the second lookup table reside on the same logic level; characterized by XOR circuitry (303, 503) configured to receive a previous rank first carry bit (littlecarryin, CYA x-1) and the first sum bit to allow generation of a result bit for the quaternary addition of the first input bit (a), the second input bit (b), the third input bit (c), and previous rank first carry bit (littlecarryin, CYA x-1).
A resource processing method, applied to a terminal device, characterized in that the method comprises: generating first information, wherein the first information comprises: a handover report of the terminal device; and sending the first information, wherein the first information is used for a source network device of the terminal device to adjust a reserved resource according to the handover report, wherein the handover report or the first information comprises duration from when the terminal device receives conditional handover configuration information to when conditional handover is executed; wherein the handover report comprises: handover type indication information; and a handover mode indicated by the handover type indication information is a conditional handover mode or an unconditional handover mode. generating first information, wherein the first information comprises: a handover report of the terminal device; and sending the first information, wherein the first information is used for a source network device of the terminal device to adjust a reserved resource according to the handover report, wherein the handover report or the first information comprises duration from when the terminal device receives conditional handover configuration information to when conditional handover is executed; wherein the handover report comprises: handover type indication information; and a handover mode indicated by the handover type indication information is a conditional handover mode or an unconditional handover mode.