mhurhangee/ep-ind-claims huggingface dataset:
A processing system, comprising: a power management circuit having a normal mode and a low power mode, comprising: a power management processing module comprising: a communication interface; and a power control circuit that transitions said power management circuit from said low power mode to said normal mode when a low power exit request is received during said low power mode; characterised by comprising: a safety processing module, comprising: a standby memory; a standby entry timer; and a safety control circuit that initiates said standby entry timer during said normal mode when a predetermined digital value is written into said standby memory, and that provides a standby start indication (STBY_START) to transition said power management processing module to said low power mode only when a low power request indication (STBY) is received before timeout of said standby entry timer. a power management circuit having a normal mode and a low power mode, comprising: a power management processing module comprising: a communication interface; and a power control circuit that transitions said power management circuit from said low power mode to said normal mode when a low power exit request is received during said low power mode; a power management processing module comprising: a communication interface; and a power control circuit that transitions said power management circuit from said low power mode to said normal mode when a low power exit request is received during said low power mode; a communication interface; and a power control circuit that transitions said power management circuit from said low power mode to said normal mode when a low power exit request is received during said low power mode; characterised by comprising: a safety processing module, comprising: a standby memory; a standby entry timer; and a safety control circuit a standby memory; a standby entry timer; and a safety control circuit that initiates said standby entry timer during said normal mode when a predetermined digital value is written into said standby memory, and that provides a standby start indication (STBY_START) during said normal mode when a predetermined digital value is written into said standby memory, and that provides a standby start indication (STBY_START) to transition said power management processing module to said low power mode only when a low power request indication (STBY) is received before timeout of said standby entry timer. module to said low power mode only when a low power request indication (STBY) is received before timeout of said standby entry timer.
A method of manufacturing an optical fiber preform by depositing glass fine particles onto a surface of a glass rod while the glass rod is reciprocated relative to a plasma torch, the method comprising: moving the glass rod in a first direction relative to the plasma torch while the plasma torch is applied to the glass rod and supplied at least with a dopant material and a glass material to deposit the glass fine particles onto the surface of the glass rod, in such a manner that a plasma power is set higher during a first time interval starting from a beginning of the movement of the glass rod in the first direction than during a second time interval starting from an end of the first time interval; and moving the glass rod in a second direction relative to the plasma torch, the second direction being opposite to the first direction, wherein respective ends of the glass rod are tapered, and the first time interval continues until one of the tapered ends of the glass rod to which the plasma torch is applied earlier at least passes the plasma torch, wherein a movement speed of the glass rod relative to the plasma torch is slower while the glass rod is moved in the first direction than while the glass rod is moved in the second direction, wherein the plasma power is set approximately 1 to 5 % higher during the first time interval than during the second time interval, and wherein the first time interval continues until the plasma torch is relatively moved away from the one of the tapered ends of the glass rod by a distance equal to a product of 0.5 to 2 and an outer diameter of the glass rod. moving the glass rod in a first direction relative to the plasma torch while the plasma torch is applied to the glass rod and supplied at least with a dopant material and a glass material to deposit the glass fine particles onto the surface of the glass rod, in such a manner that a plasma power is set higher during a first time interval starting from a beginning of the movement of the glass rod in the first direction than during a second time interval starting from an end of the first time interval; and moving the glass rod in a second direction relative to the plasma torch, the second direction being opposite to the first direction, wherein respective ends of the glass rod are tapered, and the first time interval continues until one of the tapered ends of the glass rod to which the plasma torch is applied earlier at least passes the plasma torch, wherein a movement speed of the glass rod relative to the plasma torch is slower while the glass rod is moved in the first direction than while the glass rod is moved in the second direction, wherein the plasma power is set approximately 1 to 5 % higher during the first time interval than during the second time interval, and wherein the first time interval continues until the plasma torch is relatively moved away from the one of the tapered ends of the glass rod by a distance equal to a product of 0.5 to 2 and an outer diameter of the glass rod.
A card processing apparatus, comprising: a memory device; an imaging device operably coupled with the memory device, such that raw images from the imaging device are stored in the memory device; and a main control system coupled with the imaging device, wherein the main control system is configured to run an operating system having a file directory system configured to store a plurality of deck libraries for a plurality of different deck types, wherein the main control system is configured to receive the raw images from the memory device and automatically generate a calibration file having parameters related to a rank area and a suit area for a deck type, wherein automatically generating the calibration file comprises: identifying at least one parameter associated with the rank area around a rank of at least a portion of the card; identifying at least one parameter associated with the suit area around a suit of at least a portion of the card; and storing the at least one parameter associated with the rank area and the at least one parameter associated with the suit area in the calibration file. a memory device; an imaging device operably coupled with the memory device, such that raw images from the imaging device are stored in the memory device; and a main control system coupled with the imaging device, wherein the main control system is configured to run an operating system having a file directory system configured to store a plurality of deck libraries for a plurality of different deck types, wherein the main control system is configured to receive the raw images from the memory device and automatically generate a calibration file having parameters related to a rank area and a suit area for a deck type, wherein automatically generating the calibration file comprises: identifying at least one parameter associated with the rank area around a rank of at least a portion of the card; identifying at least one parameter associated with the suit area around a suit of at least a portion of the card; and storing the at least one parameter associated with the rank area and the at least one parameter associated with the suit area in the calibration file. identifying at least one parameter associated with the rank area around a rank of at least a portion of the card; identifying at least one parameter associated with the suit area around a suit of at least a portion of the card; and storing the at least one parameter associated with the rank area and the at least one parameter associated with the suit area in the calibration file.
A lens module comprising: a lens unit comprising a protrusion, the lens unit being configured to move in a direction of an optical axis of the lens module; a driver configured to drive the lens unit in the direction of the optical axis; a movement guide comprising an inclination part disposed on a surface contacting the lens unit, the protrusion of the lens unit being disposed on a surface contacting the movement guide and being configured to slide along the inclination part while the lens unit is being driven to move in the direction of the optical axis by the driver; and a pre-loader configured to provide a pre-load between the lens unit and the movement guide in the direction of the optical axis, wherein the protrusion of the lens unit is in contact with the inclination part of the movement guide while the lens unit and the movement guide are provided with the pre-load, characterized in that the pre-loader comprises: a yoke portion disposed on the lens unit; and a magnet portion disposed on the movement guide, wherein the pre-loader is configured to provide the pre-load between the lens unit and the movement guide by a magnetic force of the yoke portion and the magnet portion. a lens unit comprising a protrusion, the lens unit being configured to move in a direction of an optical axis of the lens module; a driver configured to drive the lens unit in the direction of the optical axis; a movement guide comprising an inclination part disposed on a surface contacting the lens unit, the protrusion of the lens unit being disposed on a surface contacting the movement guide and being configured to slide along the inclination part while the lens unit is being driven to move in the direction of the optical axis by the driver; and a pre-loader configured to provide a pre-load between the lens unit and the movement guide in the direction of the optical axis, wherein the protrusion of the lens unit is in contact with the inclination part of the movement guide while the lens unit and the movement guide are provided with the pre-load, characterized in that the pre-loader comprises: a yoke portion disposed on the lens unit; and a magnet portion disposed on the movement guide, a yoke portion disposed on the lens unit; and a magnet portion disposed on the movement guide, wherein the pre-loader is configured to provide the pre-load between the lens unit and the movement guide by a magnetic force of the yoke portion and the magnet portion.
An auxiliary power unit, APU, system for an aircraft, comprising: a fuel consuming system configured to generate and output electrical energy for use by one or more aircraft system; and a battery system configured to output stored electrical energy for use by the one or more aircraft systems; wherein the fuel consuming system comprises: a fuel consuming APU; and an APU generator operatively connected to the fuel consuming APU and configured to convert APU motion into APU generator alternating current, AC; the APU further comprising a high voltage AC line operatively connected to the generator; and wherein the battery system includes a battery configured to output battery direct current, DC, and a battery controller configured to control discharging and/or charging of the battery; the APU further comprising an AC-DC converter disposed between the high voltage AC line and the battery system and configured to convert the battery DC to battery energy AC to output the battery energy AC to the high voltage AC line, wherein the AC-DC converter is configured to convert APU generator AC to generator DC current for charging the battery; and characterized by further comprising a DC-AC converter operatively connected to the AC-DC converter and configured to convert generator DC from the AC-DC converter and/or battery DC from the battery system into compressor AC configured to operate a cabin air compressor. a fuel consuming system configured to generate and output electrical energy for use by one or more aircraft system; and a battery system configured to output stored electrical energy for use by the one or more aircraft systems; a fuel consuming APU; and an APU generator operatively connected to the fuel consuming APU and configured to convert APU motion into APU generator alternating current, AC; the APU further comprising a high voltage AC line operatively connected to the generator; and
A surgical device, comprising: a grip configured to be held by a user, the grip including a passageway therein configured to allow passage of a surgical instrument therethrough with the grip being held by the user; a frame formed of opposed first and second segments (22, 24), the first and second segments connected to each other and to the grip at one end by a flexure and being separated at an opposite end by a variable angle; at least one suture retention mechanism formed on each of the first and second frame segments (22, 24); wherein the first and second frame segments (22, 24) are configured to move toward each other to decrease the variable angle by flexion of said flexure in response to tension applied to a suture attached to the at least one suture retention mechanism to indicate an amount of tension applied to said suture. a grip configured to be held by a user, the grip including a passageway therein configured to allow passage of a surgical instrument therethrough with the grip being held by the user; a frame formed of opposed first and second segments (22, 24), the first and second segments connected to each other and to the grip at one end by a flexure and being separated at an opposite end by a variable angle; at least one suture retention mechanism formed on each of the first and second frame segments (22, 24); wherein the first and second frame segments (22, 24) are configured to move toward each other to decrease the variable angle by flexion of said flexure in response to tension applied to a suture attached to the at least one suture retention mechanism to indicate an amount of tension applied to said suture.
A horse riding saddle comprising a supporting frame, which defines a seat which extends along a longitudinal axis of the saddle, and at least one first flap and second flap (4, 5), which are associated with said supporting frame and are arranged on opposite sides with respect to said longitudinal axis, said first and second flaps (4, 5) being stably associated, at a respective front resting portion (11, 12), with a knee roll (21, 22) which defines a respective contact body (31, 32) for a portion of the leg of the user, wherein said knee rolls (21, 22) have a coupling surface (21a, 22a) which is designed to be arranged so as to face a respective front resting portion (11, 12) of said flap (4, 5) and which comprises at least one portion which defines a concave surface which extends around an axis which is substantially parallel to said longitudinal axis of said saddle characterized in that said knee rolls (21, 22) have, already at the time when they are associated with the respective flaps (4, 5), said respective coupling surface (21a, 22a) comprising the at least one portion with said concave surface.
Method for operating a hearing device, - wherein a microphone is used to pick up a sound, - wherein the sound is analysed for its concordance with the hearing device wearer's own voice and a feature value is generated that indicates the extent to which the sound is concordant with the hearing device wearer's own voice, - wherein the own voice is a type of sound, - wherein the feature value is compared with a threshold value, - wherein the sound is identified as the own voice on the basis of whether the feature value is above or below the threshold value, and - wherein the hearing device is changed over between multiple modes of operation on the basis of whether the sound has been identified as the own voice, characterized in that the threshold value is determined on a user basis and is set as an individual threshold value by virtue of the threshold value being determined by means of a calibration method that involves the hearing device wearer's own voice being picked up and multiple individual feature values being generated, and that involves the individual threshold value finally being set on the basis of the generated individual feature values, wherein the feature value is generated by means of a filter pair, wherein one of the filters is configured for a maximum attenuation of the own voice and the other filter is configured for a maximum attenuation of another voice. - wherein a microphone is used to pick up a sound, - wherein the sound is analysed for its concordance with the hearing device wearer's own voice and a feature value is generated that indicates the extent to which the sound is concordant with the hearing device wearer's own voice, - wherein the own voice is a type of sound, - wherein the feature value is compared with a threshold value, - wherein the sound is identified as the own voice on the basis of whether the feature value is above or below the threshold value, and - wherein the hearing device is changed over between multiple modes of operation on the basis of whether the sound has been identified as the own voice,
An allele designated alpha-CMV which confers resistance to CMV when present in a spinach plant, wherein the protein encoded by said allele is a CC-NBS-LRR protein that comprises in its amino acid sequence: a) the motif "MAEIGYSVC" at its N-terminus; b) the motif "KWMCLR"; and c) an LRR domain that has in order of increased preference at least 95%, 96%, 97%, 98%, 99%, 100% sequence similarity to SEQ ID No:10.
A mobile station capable of providing a voice communication service via an IP multimedia subsystem and configured to execute a transition from a first radio access system with no circuit-switched domain to a second radio access system with a circuit-switched domain, comprising: a voice communication control unit configured to execute continuation processing of the voice communication service in the second radio access system if the mobile station makes a transition of a connection destination from the first radio access system to the second radio access system; and an announcement control unit configured to receive an announcement sound via the first radio access system or the second radio access system, and output the announcement sound after requesting alerting by sending a call request (INVITE) for an other party and before starting the alerting of the other party, wherein the announcement control unit is configured to output the announcement sound even after a transition to the second radio access system is made if the voice communication control unit executes the continuation processing of the voice communication service during a period when the announcement sound is being outputted. a voice communication control unit configured to execute continuation processing of the voice communication service in the second radio access system if the mobile station makes a transition of a connection destination from the first radio access system to the second radio access system; and an announcement control unit configured to receive an announcement sound via the first radio access system or the second radio access system, and output the announcement sound after requesting alerting by sending a call request (INVITE) for an other party and before starting the alerting of the other party, wherein the announcement control unit is configured to output the announcement sound even after a transition to the second radio access system is made if the voice communication control unit executes the continuation processing of the voice communication service during a period when the announcement sound is being outputted.
Steam generator, at least comprising: a conduit for steamable fluid, at least one heating element (110, 505, 510) for heating the fluid to be steamed, a first arm and a second arm, wherein the first arm and the second arm form an angle with each other, and at least one arm in an operative position of the steam generator is substantially filled with steamable fluid, characterized in that the heating elements (505, 510) cover at least partially the first arm and the second arm, wherein the steam generator is manufactured from aluminum by extrusion and is bent to be substantially L-shaped. a conduit for steamable fluid, at least one heating element (110, 505, 510) for heating the fluid to be steamed, a first arm and a second arm, wherein the first arm and the second arm form an angle with each other, and at least one arm in an operative position of the steam generator is substantially filled with steamable fluid, characterized in that the heating elements (505, 510) cover at least partially the first arm and the second arm, wherein the steam generator is manufactured from aluminum by extrusion and is bent to be substantially L-shaped.
Method for controlling a load of a low-voltage electrical system of a motor vehicle, in which, when a connection of a high-current load is detected, the current consumption of a radiator fan is reduced by an amount corresponding to the current consumption of the high-current load.
Device for laser marking of products comprising an outer casing defining at least one internal volume, the said internal volume comprising: - at least one laser beam generating source, - at least one optical system for outputting the laser beam, - electronic and control means (41, 41') of the device, wherein said outer casing additionally comprises at least one air inlet, at least one air outlet, and at least one fan for generating a flow of air for cooling the laser beam generating source and the electronic and control means of the device, said air flowing through said internal volume between said air inlet and said air outlet, said air inlet being more distant from an opening in the outer casing for outputting the laser beam than the air outlet is, characterised in that said internal volume comprises a closed volume containing said electronic and control means, said closed volume comprising a heat exchanger which communicates thermally with said air flow that passes through said internal volume but not in said closed volume. - at least one laser beam generating source, - at least one optical system for outputting the laser beam, - electronic and control means (41, 41') of the device, wherein
A method of controlling a reciprocating internal combustion engine comprising: a cylinder defining a cavity for receiving a fuel and having a first end and a second end; and a piston moveable within the cavity of the cylinder between the first end and the second end, the method comprising: receiving at least a first signal including data defining one or more properties of the fuel, the one or more properties including an octane number or a cetane number of the fuel; determining a quantity of liquid air to be injected using at least the received first signal and by reading a data structure that defines quantities of liquid air to be injected into the cavity of the cylinder per stroke for different octane numbers cetane numbers; controlling injection of the determined quantity of liquid air into the first end of the cavity at a first time when the piston is closer to the first end than the second end. receiving at least a first signal including data defining one or more properties of the fuel, the one or more properties including an octane number or a cetane number of the fuel; determining a quantity of liquid air to be injected using at least the received first signal and by reading a data structure that defines quantities of liquid air to be injected into the cavity of the cylinder per stroke for different octane numbers cetane numbers; controlling injection of the determined quantity of liquid air into the first end of the cavity at a first time when the piston is closer to the first end than the second end.