mhurhangee/ep-ind-claims huggingface dataset:
A lifting machine, comprising: - a main frame; - movement means (3, 4) associated with the frame for moving it along the ground or a supporting surface; - at least one arm telescopically and/or rotatably associated with the frame, comprising at a free end an operating element; - first hydraulic actuating devices and second hydraulic actuating devices respectively associated with movement means (3, 4) and with said at least one arm for moving them; - at least a first hydraulic pump and a second hydraulic pump respectively associated with the first actuating devices and the second actuating devices for feeding them with an operating fluid; - a hydraulic circuit designed to put in fluid communication said pumps (10, 11) and said first actuating devices and second actuating devices and comprising a selecting unit switchable between a first configuration in which it puts said pumps (10, 11) in fluid communication with first actuating devices and a second configuration in which it puts at least said first pump in fluid communication with the second actuating devices; - at least an electric motor associated with said pumps (10, 11) for operating them; characterised in that it comprises a control unit associated with said selecting unit and designed to control it, when said selecting unit is in said second configuration, in such a way as to also put said second pump in fluid communication with the second actuating devices and to vary the flow rate of operating fluid from the second pump to the second actuating devices depending on a trend of the pressure of the operating fluid in the first pump. - a main frame; - movement means (3, 4) associated with the frame for moving it along the ground or a supporting surface; - at least one arm telescopically and/or rotatably associated with the frame, comprising at a free end an operating element; - first hydraulic actuating devices and second hydraulic actuating devices respectively associated with movement means (3, 4) and with said at least one arm for moving them; - at least a first hydraulic pump and a second hydraulic pump respectively associated with the first actuating devices and the second actuating devices for feeding them with an operating fluid; - a hydraulic circuit designed to put in fluid communication said pumps (10, 11) and said first actuating devices and second actuating devices and comprising a selecting unit switchable between a first configuration in which it puts said pumps (10, 11) in fluid communication with first actuating devices and a second configuration in which it puts at least said first pump in fluid communication with the second actuating devices; - at least an electric motor associated with said pumps (10, 11) for operating them;
A display panel with a liquid crystal layer, comprising: first and second substrates (100, 200) which are disposed opposite to each other characterised in that the display panel further comprises; a color filter polarizing layer which is formed on one surface between the first and second substrates (100, 200), and comprises a first metal linear grid arranged at different pitches to filter different colors a first polarized component of incident light; a polarizing layer which comprises a second metal linear grid formed on an opposing surface to the one surface between the first and second substrates (100, 200); and a black matrix which is formed on the opposing surface to the one surface between the first and second substrates (100, 200), wherein the black matrix and the second metal linear grid are formed at different layers, wherein a metal contained in the first metal linear grid is different in properties from a metal contained in the second metal linear grid, wherein the first metal linear grid has higher reflectivity than the second metal linear grid and wherein the second metal linear grid has higher strength to absorb external impacts than the first metal linear grid first and second substrates (100, 200) which are disposed opposite to each other characterised in that the display panel further comprises; a color filter polarizing layer which is formed on one surface between the first and second substrates (100, 200), and comprises a first metal linear grid arranged at different pitches to filter different colors a first polarized component of incident light; a polarizing layer which comprises a second metal linear grid formed on an opposing surface to the one surface between the first and second substrates (100, 200); and a black matrix which is formed on the opposing surface to the one surface between the first and second substrates (100, 200), a color filter polarizing layer which is formed on one surface between the first and second substrates (100, 200), and comprises a first metal linear grid arranged at different pitches to filter different colors a first polarized component of incident light; a polarizing layer which comprises a second metal linear grid formed on an opposing surface to the one surface between the first and second substrates (100, 200); and a black matrix which is formed on the opposing surface to the one surface between the first and second substrates (100, 200), wherein the black matrix and the second metal linear grid are formed at different layers, wherein a metal contained in the first metal linear grid is different in properties from a metal contained in the second metal linear grid, wherein the first metal linear grid has higher reflectivity than the second metal linear grid and wherein the second metal linear grid has higher strength to absorb external impacts than the first metal linear grid
A method for orienting a plurality of reflectors (30a-30h) of a communications system in a zone, the communications system comprising an antenna and the plurality of reflectors (30a-30h), the antenna being operable in one or more frequencies in a frequency range from 0,1 THz to 10,0 THz, each reflector of the plurality of reflectors (30a-30h) being spaced apart from each other and the antenna, the method comprising: digitally predicting a future motor vehicle density distribution in the zone based on a plurality of obtained past motor vehicle density distributions in the zone; digitally computing an orientation of each reflector of the plurality of reflectors (30a-30h) such that variation in estimated power reception of electromagnetic waves radiated by the antenna between all pairs of predicted motor vehicles according to the future motor vehicle density distribution is minimized; and orienting each reflector of the plurality of reflectors (30a-30h) according to the digitally computed orientation. digitally predicting a future motor vehicle density distribution in the zone based on a plurality of obtained past motor vehicle density distributions in the zone; digitally computing an orientation of each reflector of the plurality of reflectors (30a-30h) such that variation in estimated power reception of electromagnetic waves radiated by the antenna between all pairs of predicted motor vehicles according to the future motor vehicle density distribution is minimized; and orienting each reflector of the plurality of reflectors (30a-30h) according to the digitally computed orientation.
Hardware component configured for allowing a remote terminal to access a local area communication network, said local area communication network being connected to a wide area communication network via a service gateway, known as the source gateway, characterized in that said hardware component is a detachable physical element of said source gateway, comprising: - at least one memory comprising a non-volatile storage area storing at least one access identifier for accessing said source gateway, said at least one access identifier being stored in said storage area prior to the installation of said source gateway associated with said local area communication network or during a phase of pairing said source gateway with said hardware component, - connection means for connecting to said wide area communication network, - connection means for connecting to said terminal, and - means for requesting the opening of a secure communication tunnel with said source gateway, on the basis of said at least one access identifier for accessing said source gateway. - at least one memory comprising a non-volatile storage area storing at least one access identifier for accessing said source gateway, said at least one access identifier being stored in said storage area prior to the installation of said source gateway associated with said local area communication network or during a phase of pairing said source gateway with said hardware component, - connection means for connecting to said wide area communication network, - connection means for connecting to said terminal, and - means for requesting the opening of a secure communication tunnel with said source gateway, on the basis of said at least one access identifier for accessing said source gateway.
A steel alloy, wherein it consists, in percentage by weight, of the following elements: - carbon between 0.08% and 0.4%, - silicon (Si) between 0.15% and 2%, - nickel (Ni) between 24% and 31%, - cobalt (Co) between 15% and 30%, - niobium (Nb) between 0.01% and 2.5%, optionally molybdenum (Mo) at a content of less than or equal to 3% by weight and/or manganese (Mn) at a content of less than or equal to 1.5% by weight and/or chromium (Cr) at a content of less than or equal to 1,5% by weight and/or phosphorus at a content of less than or equal to 0,04% by weight and/or sulfur at a content of less than or equal to 0.03% by weight and/or copper (Cu) at a content of less than or equal to 0.5% by weight, the remainder being iron and unavoidable impurities. - carbon between 0.08% and 0.4%, - silicon (Si) between 0.15% and 2%, - nickel (Ni) between 24% and 31%, - cobalt (Co) between 15% and 30%, - niobium (Nb) between 0.01% and 2.5%,
A method for initializing startup of a wind turbine, the method comprising: measuring, via one or more sensors (204, 206, 208), a first wind condition at the wind turbine at a first moment in time; measuring, via the one or more sensors (204, 206, 208), a second wind condition at the wind turbine at a subsequent, second moment in time; estimating, via the one or more processors, an acceleration parameter of the wind turbine as a function of the first wind condition and the second wind condition; initializing, via the one or more processors, a first startup process for the wind turbine when the acceleration parameter is at or below a predetermined threshold; and initializing, via the one or more processors, a second startup process for the wind turbine when the acceleration parameter exceeds the predetermined threshold, the second startup process being faster than the first startup process. measuring, via one or more sensors (204, 206, 208), a first wind condition at the wind turbine at a first moment in time; measuring, via the one or more sensors (204, 206, 208), a second wind condition at the wind turbine at a subsequent, second moment in time; estimating, via the one or more processors, an acceleration parameter of the wind turbine as a function of the first wind condition and the second wind condition; initializing, via the one or more processors, a first startup process for the wind turbine when the acceleration parameter is at or below a predetermined threshold; and initializing, via the one or more processors, a second startup process for the wind turbine when the acceleration parameter exceeds the predetermined threshold, the second startup process being faster than the first startup process.
A tool assembly comprising: an ultrasonic blade including a proximal portion and a distal portion extending from the proximal portion, the distal portion defining a longitudinal axis and characterised by: an arcuate top portion configured to seal tissue; planar side segments extending between the top and bottom portions; and a bottom portion including converging planar surfaces offset from each of the planar side segments and at least one notch disposed along a narrow edge formed by the converging planar surfaces, the notch including a vertical distal surface and angled planar surface wherein at least one of the top portion, the bottom portion, or the at least one notch is configured to dissect tissue; and a jaw member configured to move relative to the ultrasonic blade and to contact the top portion. an ultrasonic blade including a proximal portion and a distal portion extending from the proximal portion, the distal portion defining a longitudinal axis and characterised by: an arcuate top portion configured to seal tissue; planar side segments extending between the top and bottom portions; and a bottom portion including converging planar surfaces offset from each of the planar side segments and at least one notch disposed along a narrow edge formed by the converging planar surfaces, the notch including a vertical distal surface and angled planar surface wherein at least one of the top portion, the bottom portion, or the at least one notch is configured to dissect tissue; and an arcuate top portion configured to seal tissue; planar side segments extending between the top and bottom portions; and a bottom portion including converging planar surfaces offset from each of the planar side segments and at least one notch disposed along a narrow edge formed by the converging planar surfaces, the notch including a vertical distal surface and angled planar surface wherein at least one of the top portion, the bottom portion, or the at least one notch is configured to dissect tissue; and a jaw member configured to move relative to the ultrasonic blade and to contact the top portion.
A method of transmitting a signal by a user equipment, UE, in a wireless communication system supporting Multiple Input Multiple Output, MIMO, the method comprising: transmitting a scheduling request to a base station on a first scheduling request beam resource among a plurality of scheduling request beam resources, the first scheduling request beam resource being mapped to one of a plurality of downlink beams transmitted by the base station; and receiving a confirmation message in response to the scheduling request from the base station, wherein the confirmation message includes an indication determined according to the first scheduling request beam resource and a best downlink beam configured in advance for the UE, wherein, if the scheduling request is made on the first scheduling request beam resource mapped to a new best downlink beam different from the best downlink beam configured in advance for the UE, the indication indicates that the best downlink beam is changed into the new best downlink beam to which the first scheduling request beam resource is mapped, and wherein the change into the second downlink beam is scheduled to be executed after a prescribed time. transmitting a scheduling request to a base station on a first scheduling request beam resource among a plurality of scheduling request beam resources, the first scheduling request beam resource being mapped to one of a plurality of downlink beams transmitted by the base station; and receiving a confirmation message in response to the scheduling request from the base station, wherein the confirmation message includes an indication determined according to the first scheduling request beam resource and a best downlink beam configured in advance for the UE, wherein, if the scheduling request is made on the first scheduling request beam resource mapped to a new best downlink beam different from the best downlink beam configured in advance for the UE, the indication indicates that the best downlink beam is changed into the new best downlink beam to which the first scheduling request beam resource is mapped, and wherein the change into the second downlink beam is scheduled to be executed after a prescribed time.
A terminal comprising: a reception section configured to detect a synchronization signal, SS/physical broadcast channel, PBCH, block including an SS and a PBCH; and a control section configured to determine a control resource set for monitoring a downlink control channel based on a bit field in the PBCH, a first subcarrier spacing of the SS/PBCH block, a second subcarrier spacing of the control resource set, a frequency band, and an index of the SS/PBCH block, wherein an allocatable band of a downlink shared channel starts from a resource block corresponding to a lowest frequency of the control resource set, a width of the allocatable band is equal to a bandwidth of the control resource set, and the downlink control channel indicates one or more resource blocks assigned to the downlink shared channel within the allocatable band by using a resource block index which starts from the resource block corresponding to the lowest frequency of the control resource set. a reception section configured to detect a synchronization signal, SS/physical broadcast channel, PBCH, block including an SS and a PBCH; and a control section configured to determine a control resource set for monitoring a downlink control channel based on a bit field in the PBCH, a first subcarrier spacing of the SS/PBCH block, a second subcarrier spacing of the control resource set, a frequency band, and an index of the SS/PBCH block, wherein an allocatable band of a downlink shared channel starts from a resource block corresponding to a lowest frequency of the control resource set, a width of the allocatable band is equal to a bandwidth of the control resource set, and the downlink control channel indicates one or more resource blocks assigned to the downlink shared channel within the allocatable band by using a resource block index which starts from the resource block corresponding to the lowest frequency of the control resource set.
An expandable pelletized material comprising A) a polymer matrix composed of A1) at least 55% by weight of polyamide (based on the entirety of components A1) and A2)) with a crystallinity of up to 30% and optionally a melting point in the range from 100 to 340°C and a glass transition temperature in the range from 0 to 150°C, and A2) from 0 to 45% by weight of one or more thermoplastic polymers that differ from component A1); B) a physical blowing agent composition, and C) optionally further additives, where crystallinity is determined in accordance with ISO 11357-7 with the aid of scanning differential calorimetry, melting point is determined to ISO 11357-3 by using rates of 20 K/min for heating and cooling, and glass transition temperature is determined to ISO 11357-2 by using rates of 20 K/min for heating and cooling. A) a polymer matrix composed of A1) at least 55% by weight of polyamide (based on the entirety of components A1) and A2)) with a crystallinity of up to 30% and optionally a melting point in the range from 100 to 340°C and a glass transition temperature in the range from 0 to 150°C, and A2) from 0 to 45% by weight of one or more thermoplastic polymers that differ from component A1); A1) at least 55% by weight of polyamide (based on the entirety of components A1) and A2)) with a crystallinity of up to 30% and optionally a melting point in the range from 100 to 340°C and a glass transition temperature in the range from 0 to 150°C, and A2) from 0 to 45% by weight of one or more thermoplastic polymers that differ from component A1); B) a physical blowing agent composition, and C) optionally further additives,
An automated system for quantitative PCR (qPCR) analysis of a nucleic acid present in a nucleic acid source, such as a biological sample, received into said system and for concomitant preparation of a sequencing nucleic acid library from said nucleic acid source, the system comprising: - a cartridge; - means for performing quantitative PCR (qPCR) comprising a thermocycling qPCR compartment suitable for amplifying nucleic acids and having a wall transparent to light allowing detection of signals generated during such amplification, said thermocycling qPCR compartment comprising reagents necessary for performing a qPCR; and - means for preparing a nucleic acid library comprising a library compartment comprising reagents for preparing a nucleic acid library; wherein the thermocycling qPCR compartment and the library compartment are both comprised as separate compartments in the cartridge; and wherein the system is configured to run the quantitative PCR analysis and the nucleic acid library preparation simultaneously by concomitantly operating the thermocycling qPCR compartment and the library compartment. - a cartridge; - means for performing quantitative PCR (qPCR) comprising a thermocycling qPCR compartment suitable for amplifying nucleic acids and having a wall transparent to light allowing detection of signals generated during such amplification, said thermocycling qPCR compartment comprising reagents necessary for performing a qPCR; and - means for preparing a nucleic acid library comprising a library compartment comprising reagents for preparing a nucleic acid library;
Electric bicycle with a front wheel, a rear wheel, an electric traction motor which drives the front wheel and/or the rear wheel, a traction accumulator for supplying the traction motor with electric energy, an electric bicycle controller for controlling the traction motor, and a push assist controller for controlling an adaptive push assist function assisted by the traction motor in response to an interaction force between a pushing person and the electric bicycle, wherein the electric bicycle comprises an inclination sensor for determining the inclination angle of the electric bicycle with respect to the terrestrial horizontal, a traction motor torque detector for determining the actual traction motor torque an electric bicycle speed sensor for detecting the current electric bicycle speed, and an electric bicycle weight storage in which an electric bicycle weight value is stored, and the push assist controller determines the forward interaction force between the pushing person and the electric bicycle from the inclination angle, the traction motor torque, the electric bicycle speed, and the electric bicycle weight value. the electric bicycle comprises an inclination sensor for determining the inclination angle of the electric bicycle with respect to the terrestrial horizontal, a traction motor torque detector for determining the actual traction motor torque an electric bicycle speed sensor for detecting the current electric bicycle speed, and an electric bicycle weight storage in which an electric bicycle weight value is stored, and the push assist controller determines the forward interaction force between the pushing person and the electric bicycle from the inclination angle, the traction motor torque, the electric bicycle speed, and the electric bicycle weight value.