mhurhangee/ep-ind-claims huggingface dataset:
Method of reconstructing, in two dimensions, the path of a living being or an object moving, by a repetitive movement, in a plane or a two-dimensional surface or along a plane or a two-dimensional surface, comprising: - measuring at least two components of the projection of the terrestrial magnetic field on at least two axes of a biaxial or triaxial magnetometer connected to or situated on the living being or object, - detecting occurrences of the repetitive movement from the measurement of at least one of said components, variable, along one of the axes of said magnetometer, - measuring the heading, or direction, of the movement, from at least two field measurements along at least two axes of said magnetometer, - reconstituting said path from the occurrences detected and the heading or direction measurements. - measuring at least two components of the projection of the terrestrial magnetic field on at least two axes of a biaxial or triaxial magnetometer connected to or situated on the living being or object, - detecting occurrences of the repetitive movement from the measurement of at least one of said components, variable, along one of the axes of said magnetometer, - measuring the heading, or direction, of the movement, from at least two field measurements along at least two axes of said magnetometer, - reconstituting said path from the occurrences detected and the heading or direction measurements.
A guide wire comprising: an elongated wire body; and a marker which is provided at at least a distal-side portion of said wire body over the whole circumference and which has a function of indicating the intracorporeal position of said wire body, wherein said marker has a first line-form portion and a second line-form portion which intersect each other at a plurality of locations to have a grid-like shape as a whole, characterized in that the first line-form portion and the second line-form portion are each upheaved from a primary layer and each have a semi-elliptic shape and a convexly curved top portion in vertical sectional view. an elongated wire body; and a marker which is provided at at least a distal-side portion of said wire body over the whole circumference and which has a function of indicating the intracorporeal position of said wire body, wherein said marker has a first line-form portion and a second line-form portion which intersect each other at a plurality of locations to have a grid-like shape as a whole, characterized in that the first line-form portion and the second line-form portion are each upheaved from a primary layer and each have a semi-elliptic shape and a convexly curved top portion in vertical sectional view.
An apparatus comprising: a storage device to store an identifier of an Original Equipment Manufacturer,OEM, and key versioning information corresponding to the OEM, a non-volatile storage device to store an OEM key certificate, wherein the OEM key certificate comprises said identifier and at least one public key provided by an OEM to support encryption for secure booting of the apparatus; characterized in that the storage device comprises a dynamic fuse set to store said key versioning information, said key versioning information is to be updated by a security engine in response to a determination that a first OEM key certificate has been replaced with a second OEM key certificate having a higher/newer OEM key certificate version than currently stored in the dynamic fuse set, and wherein the security engine is to determine whether the second OEM key certificate is signed by a System On Chip, SOC, manufacturer prior to updating said key versioning information, wherein the security engine is to verify the second OEM key certificate based on a public key of the SOC manufacturer. a storage device to store an identifier of an Original Equipment Manufacturer,OEM, and key versioning information corresponding to the OEM, a non-volatile storage device to store an OEM key certificate, wherein the OEM key certificate comprises said identifier and at least one public key provided by an OEM to support encryption for secure booting of the apparatus; characterized in that the storage device comprises a dynamic fuse set to store said key versioning information, said key versioning information is to be updated by a security engine in response to a determination that a first OEM key certificate has been replaced with a second OEM key certificate having a higher/newer OEM key certificate version than currently stored in the dynamic fuse set, and wherein the security engine is to determine whether the second OEM key certificate is signed by a System On Chip, SOC, manufacturer prior to updating said key versioning information, wherein the security engine is to verify the second OEM key certificate based on a public key of the SOC manufacturer.
An intravascular incising device (4, 4A, 4B, 4D), comprising: an elongate body having a distal portion (14, 40, 60) with a distal end, an opening (12, 12A) in the distal portion (14, 40, 60), and at least one lumen, the body being sufficiently flexible to be advanced through a patient's vasculature to a treatment site; a torque transmitting element extending through the lumen; a cutting element (6, 6A) coupled to the torque transmitting element and being rotatable about an axis of rotation, characterised in that the opening comprises outer bounds, wherein an amount of exposure of the cutting element is defined by the outer bounds of the opening and the axis of rotation of the cutting element and the cutting element (6, 6A) is movable relative to the opening (12, 12A) in the distal portion (14, 40, 60) to a number of discrete positions to gradually vary the amount of the cutting element (6, 6A) being exposed relative to the opening (12, 12A) as defined by the axis of rotation of the cutting element (6, 6A); wherein the opening (12, 12A) is in the distal end of the body and the cutting element (6, 6A) is movable distally relative to the body to increase the amount of exposure of the cutting element (6, 6A) relative to the opening (12, 12A) as defined by the axis of rotation of the cutting element (6, 6A). an elongate body having a distal portion (14, 40, 60) with a distal end, an opening (12, 12A) in the distal portion (14, 40, 60), and at least one lumen, the body being sufficiently flexible to be advanced through a patient's vasculature to a treatment site; a torque transmitting element extending through the lumen; a cutting element (6, 6A) coupled to the torque transmitting element and being rotatable about an axis of rotation, characterised in that the opening comprises outer bounds, wherein an amount of exposure of the cutting element is defined by the outer bounds of the opening and the axis of rotation of the cutting element and the cutting element (6, 6A) is movable relative to the opening (12, 12A) in the distal portion (14, 40, 60) to a number of discrete positions to gradually vary the amount of the cutting element (6, 6A) being exposed relative to the opening (12, 12A) as defined by the axis of rotation of the cutting element (6, 6A); wherein the opening (12, 12A) is in the distal end of the body and the cutting element (6, 6A) is movable distally relative to the body to increase the amount of exposure of the cutting element (6, 6A) relative to the opening (12, 12A) as defined by the axis of rotation of the cutting element (6, 6A).
A mounting plate (10; 50; 100) for an air conditioning unit, the mounting plate comprising: a first side (12; 52) for attachment to a wall (7, 8; 47, 48); a second side (14; 54; 106) on which the air conditioning unit is mountable; and a housing (16; 56; 110) on the first side (12; 52) that is positionable within a cavity in the wall (7, 8; 47, 48), the housing (16; 56; 110) being adapted to house piping for attachment to the air conditioning unit. a first side (12; 52) for attachment to a wall (7, 8; 47, 48); a second side (14; 54; 106) on which the air conditioning unit is mountable; and a housing (16; 56; 110) on the first side (12; 52) that is positionable within a cavity in the wall (7, 8; 47, 48), the housing (16; 56; 110) being adapted to house piping for attachment to the air conditioning unit.
Process for producing a moulding with a three-dimensionally structured surface for the interior cladding of motor vehicles, which has the following steps: - a starting material which comprises uncrosslinked polyolefins as essential constituents and uncrosslinked ionomers and optionally other additives, in which the ionomer content of the foil is between 25% and 95%, is mixed and is extruded by an extruder to form a sheet-like foil structure, - the foil is then thermoformed in a grain-forming negative deep-drawing process in a component mould, which contains the desired grain pattern as a negative to produce the three-dimensionally structured surface and to form the foil structure, - a starting material which comprises uncrosslinked polyolefins as essential constituents and uncrosslinked ionomers and optionally other additives, in which the ionomer content of the foil is between 25% and 95%, is mixed and is extruded by an extruder to form a sheet-like foil structure, - the foil is then thermoformed in a grain-forming negative deep-drawing process in a component mould, which contains the desired grain pattern as a negative to produce the three-dimensionally structured surface and to form the foil structure,
Power electronic system, in particular converter, for operating a load, comprising: - a number of power modules (10,.., 60) connected to the load in a predefined manner, each of the power modules (10,.., 60) comprising at least one switching element (11,.., 61) and a local actuator (12,.., 62); - a superordinate controller for outputting suitable control signals for actuating the number of power modules (10,.., 60) to operate the load; - a device bus, to which the superordinate controller and the number of power modules (10,.., 60) are connected and via which the control signals for actuating the number of power modules (10,.., 60) are or can be transmitted during operation of the system, characterized in that - the superordinate controller is designed to transmit the control signals for actuating the number of power modules (10,.., 60) for the switching states of the system in respective messages at predefined intervals of time to the number of power modules (10,.., 60) via the device bus, - all power modules (10,.., 60) are designed to scan a first communication edge of a respectively received message from the controller and to process it as a common time base of the system for processing the control signals. - a number of power modules (10,.., 60) connected to the load in a predefined manner, each of the power modules (10,.., 60) comprising at least one switching element (11,.., 61) and a local actuator (12,.., 62); - a superordinate controller for outputting suitable control signals for actuating the number of power modules (10,.., 60) to operate the load; - a device bus, to which the superordinate controller and the number of power modules (10,.., 60) are connected and via which the control signals for actuating the number of power modules (10,.., 60) are or can be transmitted during operation of the system, characterized in that - the superordinate controller is designed to transmit the control signals for actuating the number of power modules (10,.., 60) for the switching states of the system in respective messages at predefined intervals of time to the number of power modules (10,.., 60) via the device bus, - all power modules (10,.., 60) are designed to scan a first communication edge of a respectively received message from the controller and to process it as a common time base of the system for processing the control signals.
A wearable medical device for administering drug therapy to a user, said medical device comprising: an integral housing containing a flexible reservoir for housing a supply of a drug, in fluid communication with an infusion cannula for delivering the drug to the user, and a fluid metering device for metering delivery of the drug from the reservoir to the user through the infusion cannula; characterized in that said housing comprises a flexible upper portion having an upper surface and a lower surface, and a flexible lower portion having an upper surface and a lower surface, said flexible upper portion lower surface contacting the flexible lower portion upper surface to form a compartment between the upper portion lower surface and the lower portion upper surface, the lower housing lower surface adapted for contact with a skin surface, wherein said housing is formed into an elongate shape comprising a length dimension that is longer than a width dimension, and further comprising a waste portion that is narrower than the width dimension, said housing being contoured such that the housing is narrowest at the waste portion to flex according to contours of said skin surface, the compartment containing said flexible reservoir. an integral housing containing a flexible reservoir for housing a supply of a drug, in fluid communication with an infusion cannula for delivering the drug to the user, and a fluid metering device for metering delivery of the drug from the reservoir to the user through the infusion cannula; characterized in that said housing comprises a flexible upper portion having an upper surface and a lower surface, and a flexible lower portion having an upper surface and a lower surface, said flexible upper portion lower surface contacting the flexible lower portion upper surface to form a compartment between the upper portion lower surface and the lower portion upper surface, the lower housing lower surface adapted for contact with a skin surface, wherein said housing is formed into an elongate shape comprising a length dimension that is longer than a width dimension, and further comprising a waste portion that is narrower than the width dimension, said housing being contoured such that the housing is narrowest at the waste portion to flex according to contours of said skin surface, the compartment containing said flexible reservoir.
A multiband antenna decoupling network (700; 1092; 1146) comprising: a first reconfigurable element having a reactance, an antenna-side end, and a system-side end; a second reconfigurable element having a reactance, an antenna-side end, and a system-side end; and a third reconfigurable element having a susceptance that is connected in shunt between the system-side ends of the first and second reconfigurable elements, wherein the multiband antenna decoupling network is reconfigurable to decouple at least two antennas (708, 710) at a plurality of distinct communication frequency bands, and wherein each of the first, second, and third reconfigurable elements comprises a respective tunable lumped component and a respective additional reactive component, characterized in that the respective lumped component and the respective additional reactive component are configured to be switchably connected into or out of a signal path to a first antenna or a second antenna of the at least two antennas such that when the tunable lumped component is switched into the signal path, the additional reactive component is switched out of the signal path, and when the additional reactive component is switched into the signal path, the tunable lumped component is switched out of the signal path. a first reconfigurable element having a reactance, an antenna-side end, and a system-side end; a second reconfigurable element having a reactance, an antenna-side end, and a system-side end; and a third reconfigurable element having a susceptance that is connected in shunt between the system-side ends of the first and second reconfigurable elements, wherein the multiband antenna decoupling network is reconfigurable to decouple at least two antennas (708, 710) at a plurality of distinct communication frequency bands, and wherein each of the first, second, and third reconfigurable elements comprises a respective tunable lumped component and a respective additional reactive component, characterized in that the respective lumped component and the respective additional reactive component are configured to be switchably connected into or out of a signal path to a first antenna or a second antenna of the at least two antennas such that when the tunable lumped component is switched into the signal path, the additional reactive component is switched out of the signal path, and when the additional reactive component is switched into the signal path, the tunable lumped component is switched out of the signal path.
A method of fabricating a single, continuous laser crystal having a tailored dopant concentration profile, the method comprising: arranging a plurality of polycrystalline segments together to form an ingot, the polycrystalline segments each having dopant distributed therein; providing a seed crystal at a first end of the ingot; and moving a heating element along the ingot starting from the first end to a second end of the ingot so as to create a single crystal having a non-uniform dopant concentration profile, the moving heating element creating a moving molten region within the ingot while passing therealong; wherein a segment at the first end of the ingot has a higher dopant concentration than a segment at the second end of the ingot. arranging a plurality of polycrystalline segments together to form an ingot, the polycrystalline segments each having dopant distributed therein; providing a seed crystal at a first end of the ingot; and moving a heating element along the ingot starting from the first end to a second end of the ingot so as to create a single crystal having a non-uniform dopant concentration profile, the moving heating element creating a moving molten region within the ingot while passing therealong;
Rail assembly for a dishwasher basket, comprising: - a rail to be connected to a side wall of the dishwasher basket; - at least one support roller for guiding a front portion of the rail; and - a pair of guide rollers (28, 32) for guiding a rear portion of the rail, said pair of guide rollers comprising a lower guide roller located to engage a lower guide face of the rail, and an upper guide roller located to engage an upper guide face of the rail; characterized by - a lever element on which at least one of said guide rollers (28, 32) is mounted and which is rotatable about an axis extending generally in parallel to the axis of rotation of said at least one guide roller; and - a spring element for rotationally biasing said lever element to urge said at least one guide roller against the rail. - a rail to be connected to a side wall of the dishwasher basket; - at least one support roller for guiding a front portion of the rail; and - a pair of guide rollers (28, 32) for guiding a rear portion of the rail, said pair of guide rollers comprising a lower guide roller located to engage a lower guide face of the rail, and an upper guide roller located to engage an upper guide face of the rail; - a lever element on which at least one of said guide rollers (28, 32) is mounted and which is rotatable about an axis extending generally in parallel to the axis of rotation of said at least one guide roller; and - a spring element for rotationally biasing said lever element to urge said at least one guide roller against the rail.
A coating device comprising: a chamber; a work turning device that is housed in an inside of the chamber and includes at least one holder that holds at least one work and rotates the work about a predetermined rotation-axis, the work having an outer circumferential face on which a coating is to be formed; an evaporation source attached to the inside of the chamber and having an emission face from which particles come out as a material of a coating formed on the outer circumferential face of the work; a power source that supplies an electric driving output to the evaporation source to cause the particles to come out of the evaporation source; and a controller that controls the power source, while the work turning device rotates the work, to set the driving output supplied by the power source to the evaporation source in a particular period to an output higher than a reference output and an output in a period other than the particular period, the particular period being at least a portion of a period in which a particular portion of the outer circumferential face of the work faces the emission face of the evaporation source, the particular portion being where a coating thicker than the other portion of the outer circumferential face of the work is to be formed. a chamber; a work turning device that is housed in an inside of the chamber and includes at least one holder that holds at least one work and rotates the work about a predetermined rotation-axis, the work having an outer circumferential face on which a coating is to be formed; an evaporation source attached to the inside of the chamber and having an emission face from which particles come out as a material of a coating formed on the outer circumferential face of the work; a power source that supplies an electric driving output to the evaporation source to cause the particles to come out of the evaporation source; and a controller that controls the power source, while the work turning device rotates the work, to set the driving output supplied by the power source to the evaporation source in a particular period to an output higher than a reference output and an output in a period other than the particular period, the particular period being at least a portion of a period in which a particular portion of the outer circumferential face of the work faces the emission face of the evaporation source, the particular portion being where a coating thicker than the other portion of the outer circumferential face of the work is to be formed.
An apparatus for use in resonance enhanced rotary drilling, which apparatus comprises: an upper load cell for measuring static loading; a vibration isolation unit; an oscillator for applying axial oscillatory loading to the rotary drill-bit; a lower load cell for measuring dynamic axial loading; a drill-bit connector; and a drill-bit, wherein the upper and lower load cells are connected to a controller in order to provide down-hole closed loop real time control of the oscillator, characterised in that the upper load cell is positioned above the vibration isolation unit and the lower load cell is positioned between the oscillator and the drill-bit. an upper load cell for measuring static loading; a vibration isolation unit; an oscillator for applying axial oscillatory loading to the rotary drill-bit; a lower load cell for measuring dynamic axial loading; a drill-bit connector; and a drill-bit,