mhurhangee/ep-ind-claims huggingface dataset:
Method for upgrading a firmware in a network terminal comprising an interface to a network, a non volatile memory and a RAM, a size of said non volatile memory being adapted to store only one version of the firmware, the firmware comprising a core firmware comprising essential network terminal services and an extended firmware comprising non essential network terminal services, said non essential services being suspended during said firmware upgrade, said method comprising, at the terminal, the step of: - erasing the extended firmware from the non volatile memory, - downloading a rescue firmware to the non volatile memory from a server located on the network, the rescue firmware being adapted to allow the terminal to download firmware from the server; - rebooting the terminal with the core firmware and the rescue firmware, - downloading a new version of the core and extended firmware from the server to the RAM, - loading the new version of the core firmware to the non-volatile memory, - erasing the rescue firmware from the non volatile memory, - loading the new version of the extended firmware to the non-volatile memory and - rebooting the terminal with the new version of the core and extended firmware. - erasing the extended firmware from the non volatile memory, - downloading a rescue firmware to the non volatile memory from a server located on the network, the rescue firmware being adapted to allow the terminal to download firmware from the server; - rebooting the terminal with the core firmware and the rescue firmware, - downloading a new version of the core and extended firmware from the server to the RAM, - loading the new version of the core firmware to the non-volatile memory, - erasing the rescue firmware from the non volatile memory, - loading the new version of the extended firmware to the non-volatile memory and - rebooting the terminal with the new version of the core and extended firmware.
Vessel for cooking food on induction or conventional surfaces, comprising a shaped body with a surface that defines a volume for containing food during cooking, and a metal element arranged on the bottom of the vessel, such bottom having a plurality of first surfaces that define a support surface and a plurality of second surfaces that are recessed with respect to said support surface, the first and the second surfaces (4, 6) being interconnected by third surfaces that are tilted or perpendicular with respect to the support surface, the metal element having a plurality of holes (3A-3C) filled with material constituting said shaped body for the mutual fixing of the shaped body to the metal element, characterized in that at least a plurality of said holes is provided only on at least a portion of said third surfaces, said plurality of holes extending totally and only on said third surfaces.
A friction element, particularly of the type of brake pads for braking devices for vehicle wheels and the like, having a composition comprising at least - polymeric bonding material, in a percentage by weight substantially comprised between 18% and 22%, - elastomeric material, in a percentage by weight substantially comprised between 1% and 5%, - diamagnetic material, - iron fibers, in a percentage by weight substantially comprised between 17% and 24%, wherein said friction element is characterized in that said diamagnetic material is in a percentage by weight substantially comprised between 7% and 12% and said composition further comprises: - a first ductile metal material in flakes, comprising brass, in a percentage by weight substantially comprised between 8% and 12%, - a second ductile metal material in flakes, comprising bronze, in a percentage by weight substantially comprised between 12% and 16%, - fibrous composite material with rock wool, in a percentage by weight substantially comprised between 2% and 6%, - metal material for reinforcement and thermal dissipation in flakes, comprising dessicated iron, in a percentage by weight substantially comprised between 12% and 16%. - polymeric bonding material, in a percentage by weight substantially comprised between 18% and 22%, - elastomeric material, in a percentage by weight substantially comprised between 1% and 5%, - diamagnetic material, - iron fibers, in a percentage by weight substantially comprised between 17% and 24%, - a first ductile metal material in flakes, comprising brass, in a percentage by weight substantially comprised between 8% and 12%, - a second ductile metal material in flakes, comprising bronze, in a percentage by weight substantially comprised between 12% and 16%, - fibrous composite material with rock wool, in a percentage by weight substantially comprised between 2% and 6%, - metal material for reinforcement and thermal dissipation in flakes, comprising dessicated iron, in a percentage by weight substantially comprised between 12% and 16%.
A method performed by a user equipment, the method comprising: receiving a bearer configuration regarding a radio bearer, from any one of a first base station of a first radio access technology on a first Cell Group, CG, and a second base station of a second radio access technology on a second CG, wherein the bearer configuration includes information indicating at least one specific cell (23, 24) of the second CG associated with the second base station, wherein the radio bearer is allowed to be used for data transmission via a Packet Data Convergence Protocol, PDCP, entity in the at least one specific cell, wherein the PDCP entity is associated with a first Radio Link Control, RLC, entity and a second RLC entity, wherein the first RLC entity is associated with the first radio access technology, and wherein the second RLC entity is associated with the second radio access technology; and controlling, based on the bearer configuration, the data transmission using the radio bearer via the at least one specific cell. receiving a bearer configuration regarding a radio bearer, from any one of a first base station of a first radio access technology on a first Cell Group, CG, and a second base station of a second radio access technology on a second CG, wherein the bearer configuration includes information indicating at least one specific cell (23, 24) of the second CG associated with the second base station, wherein the radio bearer is allowed to be used for data transmission via a Packet Data Convergence Protocol, PDCP, entity in the at least one specific cell, wherein the PDCP entity is associated with a first Radio Link Control, RLC, entity and a second RLC entity, wherein the first RLC entity is associated with the first radio access technology, and wherein the second RLC entity is associated with the second radio access technology; and controlling, based on the bearer configuration, the data transmission using the radio bearer via the at least one specific cell.
Secondary air device for an exhaust system of one or more fireplaces, comprising: - a pipe with an installation point for a draught limiter, - a draught limiter, wherein the draught limiter has an air inlet opening for admitting secondary air into the exhaust system and a pendulum flap for opening and closing the air inlet opening, and the draught limiter is mountable by means of a push-fit system, and characterised by: - a filter attachment which is mounted between the installation point and the draught limiter, the filter attachment comprising a housing and a fixed filter section enclosed therein, the housing being configured such that the filter attachment is mounted between the installation point and the draught limiter via a mounting system, for example a push-fit system or a clamping band, and the filter section being configured such that it is impermeable to soot and dust particles. - a pipe with an installation point for a draught limiter, - a draught limiter, wherein the draught limiter has an air inlet opening for admitting secondary air into the exhaust system and a pendulum flap for opening and closing the air inlet opening, and the draught limiter is mountable by means of a push-fit system, and characterised by: wherein the draught limiter has an air inlet opening for admitting secondary air into the exhaust system and a pendulum flap for opening and closing the air inlet opening, and the draught limiter is mountable by means of a push-fit system, and characterised by: - a filter attachment which is mounted between the installation point and the draught limiter, the filter attachment comprising a housing and a fixed filter section enclosed therein, the housing being configured such that the filter attachment is mounted between the installation point and the draught limiter via a mounting system, for example a push-fit system or a clamping band, and the filter section being configured such that it is impermeable to soot and dust particles.
An audio system controller comprising, a room port including a room input link and a room output link; a network port including a network input link and a network output link; and an audio routing controller communicatively coupled to both the room port and the network port, the audio routing controller comprising a processor that receives an incoming audio stream via the network input link and outputs the audio stream via the room output link, the processor being configured to: detect duplicate audio in a conference room (100, 150) via the room input link; inject marker signals in one of the room output link and the network output link; receive the injected marker signals via one of the room input link and the network input link; determine, based on the received marker signals, which case of a plurality of cases corresponds to the detected duplicate audio, comprising determining an amount of delay between the injecting the marker signals and detecting the injected marker signals using one of the room input link and the network input link; modify operation of the room port based on the determined case corresponding to the detected duplicated audio; and monitor audio playback in the conference room (100, 150) to verify that far end audio playback is taking place and that the duplicated audio has been resolved. detect duplicate audio in a conference room (100, 150) via the room input link; inject marker signals in one of the room output link and the network output link; receive the injected marker signals via one of the room input link and the network input link; determine, based on the received marker signals, which case of a plurality of cases corresponds to the detected duplicate audio, comprising determining an amount of delay between the injecting the marker signals and detecting the injected marker signals using one of the room input link and the network input link; modify operation of the room port based on the determined case corresponding to the detected duplicated audio; and monitor audio playback in the conference room (100, 150) to verify that far end audio playback is taking place and that the duplicated audio has been resolved.
A PET scanner comprising a gantry in which detector rings (11, 12) are arrayed in a multilayered manner so as to oppose each other in the body axis direction, comprising first and a second, co-axial set of detectors each constituted with a predetermined number of first detector units, each detector unit being made up of a predetermined number of detector rings (11, 12), said at least 2 detector units having a first clearance in the body axis direction which is less than or equal to a mean value of widths of two detector units forming the first clearance, the second detector set having a second clearance from the first detector set in the body axis direction with said second clearance which is less than or equal to a mean value of the width of the first detector set and that of the second detector set and which is also larger than any first clearance between the first detector units of the first detector set, thereby being adapted to image a continuous field-of-view including the first and second clearances and continuing in the body axis direction to an entire length of the first detector set and that of the second detector set, wherein said gantry is at least partially opened in accordance with at least some of the clearances between the first detector units or between the detector sets.
An apparatus for mounting and removing a tyre on and from a respective rim, comprising: - a movement element for moving a bead of the tyre in order to insert/remove the bead into/from a respective groove in the rim; - means for supporting and moving the rim, designed to rotationally drive the rim about its longitudinal axis and comprising a rim rotation member for turning the rim and the tyre about said longitudinal axis and a rotary shaft extending from a base, said rotary shaft being operatively connected to the rotation member housed in the base and having an end associated with a centring device adapted to support the rim, wherein the rotation member comprises a motor kinematically connected to the rotary shaft in order to drive it rotationally; characterized in that the rim supporting and movement means comprise a sensor for measuring the mechanical strain applied to the supporting and movement means as a result of the mechanical stress the tyre bead is subjected to during tyre mounting and removal on and from the rim; said sensor being configured to make available a signal representing the mechanical strain applied to the tyre bead during tyre mounting and removal on and from the rim, wherein the sensor is associated with the motor, or wherein the sensor is coupled to the shaft. - a movement element for moving a bead of the tyre in order to insert/remove the bead into/from a respective groove in the rim; - means for supporting and moving the rim, designed to rotationally drive the rim about its longitudinal axis and comprising a rim rotation member for turning the rim and the tyre about said longitudinal axis and a rotary shaft extending from a base, said rotary shaft being operatively connected to the rotation member housed in the base and having an end associated with a centring device adapted to support the rim, wherein the rotation member comprises a motor kinematically connected to the rotary shaft in order to drive it rotationally;
A method of calibrating a load measurement apparatus for measuring a load on a wind turbine blade on the basis of strain data based on a strain of the wind turbine blade, the method comprising: a strain-data acquisition step of, during a startup of a wind turbine, obtaining a plurality of the strain data for each of a plurality of conditions in which at least one of an azimuth angle or a pitch angle of the wind turbine blade varies; a theoretical load-value acquisition step of obtaining a theoretical load value applied to the wind turbine blade due to the own weight of the wind turbine blade, for each of the plurality of conditions, on the basis of the azimuth angle and the pitch angle of the wind turbine blade in each of the plurality of conditions; and a calibration-parameter calculation step of calculating a calibration parameter representing a relationship between the strain data obtained by the load measurement apparatus and the load on the wind turbine blade, on the basis of a correlation between each of the strain data and the theoretical load value; and characterized in that a calibration step of calibrating the load measurement apparatus on the basis of at least one of a plurality of calibration parameters calculated on the basis of a plurality of sets of the strain data obtained in the strain-data acquisition step carried out in respective past multiple startups of the wind turbine. a strain-data acquisition step of, during a startup of a wind turbine, obtaining a plurality of the strain data for each of a plurality of conditions in which at least one of an azimuth angle or a pitch angle of the wind turbine blade varies; a theoretical load-value acquisition step of obtaining a theoretical load value applied to the wind turbine blade due to the own weight of the wind turbine blade, for each of the plurality of conditions, on the basis of the azimuth angle and the pitch angle of the wind turbine blade in each of the plurality of conditions; and a calibration-parameter calculation step of calculating a calibration parameter representing a relationship between the strain data obtained by the load measurement apparatus and the load on the wind turbine blade, on the basis of a correlation between each of the strain data and the theoretical load value; and characterized in that a calibration step of calibrating the load measurement apparatus on the basis of at least one of a plurality of calibration parameters calculated on the basis of a plurality of sets of the strain data obtained in the strain-data acquisition step carried out in respective past multiple startups of the wind turbine.
A blood glucose measuring device, comprising: a blood glucose metering device, wherein the metering device has a first side and a second side, wherein the first side has a display screen and the second side has a dual set of spring loaded electrical contacts; a test strip storage mechanism, wherein the test strip storage mechanism has dual compartments (12A, 12B), and wherein the dual compartments (12A, 12B) are positioned side by side in the mechanism for storing a dual stack of test strips, the test strip storage mechanism is attachable to the second side of the metering device, the test strip storage mechanism is made of plastic material which is a see-through material and allows a view of the test strips in the dual compartments (12A, 12B), the compartments each having a spring mechanism for pushing the stack of the test strips up and positioning a single test strip for use; a test strip feeding mechanism adapted for feeding a single test strip from one of the dual compartments (12A, 12B) in the storage mechanism body for use with the metering device, wherein the feeding mechanism is adapted to move or slide the single test strip a fixed pre-determined distance until an electrical interface-end of the test strip makes electrical contact with one of the dual sets of spring loaded electrical contacts, the metering device, the test strip storage mechanism and the test strip feeding mechanism are integrated into a single device for blood glucose measurement. a blood glucose metering device, wherein the metering device has a first side and a second side, wherein the first side has a display screen and the second side has a dual set of spring loaded electrical contacts; a test strip storage mechanism, wherein the test strip storage mechanism has dual compartments (12A, 12B), and wherein the dual compartments (12A, 12B) are positioned side by side in the mechanism for storing a dual stack of test strips, the test strip storage mechanism is attachable to the second side of the metering device, the test strip storage mechanism is made of plastic material which is a see-through material and allows a view of the test strips in the dual compartments (12A, 12B), the compartments each having a spring mechanism for pushing the stack of the test strips up and positioning a single test strip for use; a test strip feeding mechanism adapted for feeding a single test strip from one of the dual compartments (12A, 12B) in the storage mechanism body for use with the metering device, wherein the feeding mechanism is adapted to move or slide the single test strip a fixed pre-determined distance until an electrical interface-end of the test strip makes electrical contact with one of the dual sets of spring loaded electrical contacts, the metering device, the test strip storage mechanism and the test strip feeding mechanism are integrated into a single device for blood glucose measurement.
Honing tool for machining an inner face of a bore in a workpiece by means of at least one honing operation, in particular for honing cylinder run faces during production of cylinder blocks or cylinder liners for reciprocating piston engines, comprising: a tool body which defines a tool axis and has a guide bore coaxial to the tool axis for receiving two axially movable feed elements, and a plurality of guide openings which are distributed over the circumference of the tool body and lead radially relative to the tool axis from the guide bore to an outside of the tool body; a first feed element and a second feed element which are received in the guide bore and are axially movable independently of one another; a plurality of cutting means carriers which each have a carrier portion which is wide in the circumferential direction and has an outside for receiving cutting means, and have a feed portion which is narrower than the carrier portion and has a sloping face on the inside facing away from the outside for cooperating with an assigned sloping face of one of the two feed elements (140-1, 140-2), wherein the feed portions of cutting means carriers are each radially movably received in one of the guide openings; wherein all cutting means carriers which can be advanced via the first feed element form a first cutter group, and all cutting means carriers which can be advanced via the second feed element form a second cutter group, characterized in that the tool body has fourteen or more guide openings which have an irregular angular division such that one or more of the guide openings has a different angular spacing from the directly adjacent guide openings in the circumferential direction. a tool body which defines a tool axis and has a guide bore coaxial to the tool axis for receiving two axially movable feed elements, and a plurality of guide openings which are distributed over the circumference of the tool body and lead radially relative to the tool axis from the guide bore to an outside of the tool body; a first feed element and a second feed element which are received in the guide bore and are axially movable independently of one another; a plurality of cutting means carriers which each have a carrier portion which is wide in the circumferential direction and has an outside for receiving cutting means, and have a feed portion which is narrower than the carrier portion and has a sloping face on the inside facing away from the outside for cooperating with an assigned sloping face of one of the two feed elements (140-1, 140-2), wherein the feed portions of cutting means carriers are each radially movably received in one of the guide openings; wherein all cutting means carriers which can be advanced via the first feed element form a first cutter group, and all cutting means carriers which can be advanced via the second feed element form a second cutter group, characterized in that the tool body has fourteen or more guide openings which have an irregular angular division such that one or more of the guide openings has a different angular spacing from the directly adjacent guide openings in the circumferential direction.