mhurhangee/ep-ind-claims huggingface dataset:
A device for automatic swing control, applied for automatic control of the swing of an overhang, the device for automatic swing control comprising: an actuator, having selective normal rotation or counter rotation; and a movable block, located on a side of the actuator, and driven to reciprocate by the normal rotation or counter rotation of the actuator, the movable block comprising: a hanger, pivotably mounted on a lower end of the movable block and used to suspend the overhang; and an angle sensing device, electrically connected to the actuator and used to sense a swing angle, a swing direction, and a predicted highest swing position of the hanger, and starting the selective normal rotation or counter rotation of the actuator when the swing angle is less than a preset value, so that when the hanger is at the predicted highest swing position, the movable block moves toward the direction in which the hanger is about to move after the hanger passes an actual highest swing position to drag the overhang to swing; wherein, the predicted highest swing position is less than or equal to the actual highest swing position. an actuator, having selective normal rotation or counter rotation; and a movable block, located on a side of the actuator, and driven to reciprocate by the normal rotation or counter rotation of the actuator, the movable block comprising: a hanger, pivotably mounted on a lower end of the movable block and used to suspend the overhang; and an angle sensing device, electrically connected to the actuator and used to sense a swing angle, a swing direction, and a predicted highest swing position of the hanger, and starting the selective normal rotation or counter rotation of the actuator when the swing angle is less than a preset value, so that when the hanger is at the predicted highest swing position, the movable block moves toward the direction in which the hanger is about to move after the hanger passes an actual highest swing position to drag the overhang to swing; wherein, the predicted highest swing position is less than or equal to the actual highest swing position. a hanger, pivotably mounted on a lower end of the movable block and used to suspend the overhang; and an angle sensing device, electrically connected to the actuator and used to sense a swing angle, a swing direction, and a predicted highest swing position of the hanger, and starting the selective normal rotation or counter rotation of the actuator when the swing angle is less than a preset value, so that when the hanger is at the predicted highest swing position, the movable block moves toward the direction in which the hanger is about to move after the hanger passes an actual highest swing position to drag the overhang to swing; wherein, the predicted highest swing position is less than or equal to the actual highest swing position.
A method for controlling an optical channel signal in an optical network having an optical filter, the optical channel signal having an optical channel spectrum and an original signal reference frequency, the method comprising: alternately detuning of the optical channel spectrum with regards to frequency to obtain a dithered optical channel signal, a signal reference frequency of the dithered optical channel signal being detuned to a first signal reference frequency during first time periods and to a second signal reference frequency during second time periods, the second signal reference frequency being higher than the first signal reference frequency, wherein at least one of the dithered optical signal spectrum is more aligned with a transmittance of the optical filter than the optical signal spectrum; transmitting through the optical filter, the dithered optical channel signal; receiving a request to shift the optical channel spectrum of the optical channel signal with regards tc frequency, the request comprising an indication of a direction of shifting of the optical channel spectrum with regards to frequency; and shifting the optical channel spectrum with regards to frequency based on the received request to reduce a relative frequency offset between an optical filter transmittance of the optical filter and the optical channel spectrum, wherein a signal reference frequency refers to at least one of a signal carrier frequency, a signal central frequency and a frequency of a maximum of optical channel spectrum alternately detuning of the optical channel spectrum with regards to frequency to obtain a dithered optical channel signal, a signal reference frequency of the dithered optical channel signal being detuned to a first signal reference frequency during first time periods and to a second signal reference frequency during second time periods, the second signal reference frequency being higher than the first signal reference frequency, wherein at least one of the dithered optical signal spectrum is more aligned with a transmittance of the optical filter than the optical signal spectrum; transmitting through the optical filter, the dithered optical channel signal; receiving a request to shift the optical channel spectrum of the optical channel signal with regards tc frequency, the request comprising an indication of a direction of shifting of the optical channel spectrum with regards to frequency; and shifting the optical channel spectrum with regards to frequency based on the received request to reduce a relative frequency offset between an optical filter transmittance of the optical filter and the optical channel spectrum, wherein a signal reference frequency refers to at least one of a signal carrier frequency, a signal central frequency and a frequency of a maximum of optical channel spectrum
A catheter tip coating assembly, characterised in that the catheter tip coating assembly comprises: a housing defining a fluid reservoir and having a fluid outlet for dispensing fluid to an end of a piece of tubing; and a valve assembly carried by the housing and at least partly disposed in fluid communication with the fluid reservoir, wherein the valve assembly receives the piece of tubing and is movable between a first position wherein fluid communication between the fluid reservoir and the fluid outlet is limited; and a second position wherein fluid communication between the fluid reservoir and the fluid outlet to dispense fluid to the end of the piece of tubing is provided. a housing defining a fluid reservoir and having a fluid outlet for dispensing fluid to an end of a piece of tubing; and a valve assembly carried by the housing and at least partly disposed in fluid communication with the fluid reservoir, wherein the valve assembly receives the piece of tubing and is movable between a first position wherein fluid communication between the fluid reservoir and the fluid outlet is limited; and a second position wherein fluid communication between the fluid reservoir and the fluid outlet to dispense fluid to the end of the piece of tubing is provided.
Device for suspending an overhead electrical contact section above a traffic lane of a railway vehicle passing through an engineering structure comprising anchoring means of the suspension device to said engineering structure, attachment means of overhead contact section, an insulating arm extending along a direction, called the longitudinal direction, between said attachment means and said anchoring means, an arm for adjusting the inclination of said overhead contact section interposed between said insulating arm and said attachment means of the overhead contact section, characterized in that it further comprises at least one connecting rod, a first end of wich is housed so as to be movable in translation along said longitudinal direction, in a guide slot provided in said adjustment arm, and a second end of which is mounted so as to pivot around a perpendicular axis to said longitudinal direction on the attachment means of the overhead contact section, so that the movement of the first end of this connecting rod in said guide slot causes the pivoting of said attachment means of said overhead contact section around the axis formed by the second end of this rod, and therefore the adjustment of the inclination of said overhead contact section suspended by said attachment means.
A lighting unit, comprising: a circuit board support structure having a connection device recess formed therein; a circuit board connection device fixedly received in said connection device recess, said circuit board connection device having circuit board connection structure electrically coupled to power supply connection structure; a circuit board having a first side, [[and]] a second side, and circuit board electrical leads; a plurality of individual LED packages coupled to said first side of said circuit board and electrically coupled to at least some of said electrical leads of said circuit board; a socket connection device fixedly coupled to said circuit board and having socket connection structure electrically coupled to said plurality of individual LED packages via said electrical leads of said circuit board; wherein said socket connection structure is removably mateable with said circuit board connection structure; and wherein at least some of said second side of said circuit board is adjacent said circuit board support structure when said socket connection structure is mated with said circuit board support structure. a circuit board support structure having a connection device recess formed therein; a circuit board connection device fixedly received in said connection device recess, said circuit board connection device having circuit board connection structure electrically coupled to power supply connection structure; a circuit board having a first side, [[and]] a second side, and circuit board electrical leads; a plurality of individual LED packages coupled to said first side of said circuit board and electrically coupled to at least some of said electrical leads of said circuit board; a socket connection device fixedly coupled to said circuit board and having socket connection structure electrically coupled to said plurality of individual LED packages via said electrical leads of said circuit board; wherein said socket connection structure is removably mateable with said circuit board connection structure; and wherein at least some of said second side of said circuit board is adjacent said circuit board support structure when said socket connection structure is mated with said circuit board support structure.
Biomass digester, comprising: - a container for containing a biomass and/or a digestate thereof, and - a flexible cover for covering the container; characterized in that said cover comprises a thermal reflective layer for reflecting radiation emitted by said biomass and/or digestate. - a container for containing a biomass and/or a digestate thereof, and - a flexible cover for covering the container;
A method for downlink transmission, wherein the method comprises: determining, by a network side device, an uplink frequency band, in a frequency division duplex, FDD, system, that comprises a guard frequency band and an available frequency band which is used for downlink transmission; and sending, by the network side device, a downlink signal to a user equipment in the available frequency band, wherein the guard frequency band is not used for transmission or reception and the guard frequency band is located in a highest-frequency part and/or a lowest-frequency part of the uplink frequency band; wherein in the guard frequency band sufficient frequency bands is reserved, so that the downlink signal sent by the network side device attenuates below an interference tolerance threshold of an adjacent frequency band in the guard band, so as to reduce interference to communication of a user equipment in the adjacent frequency band when the uplink frequency band is occupied for downlink transmission. determining, by a network side device, an uplink frequency band, in a frequency division duplex, FDD, system, that comprises a guard frequency band and an available frequency band which is used for downlink transmission; and sending, by the network side device, a downlink signal to a user equipment in the available frequency band, wherein the guard frequency band is not used for transmission or reception and the guard frequency band is located in a highest-frequency part and/or a lowest-frequency part of the uplink frequency band; wherein in the guard frequency band sufficient frequency bands is reserved, so that the downlink signal sent by the network side device attenuates below an interference tolerance threshold of an adjacent frequency band in the guard band, so as to reduce interference to communication of a user equipment in the adjacent frequency band when the uplink frequency band is occupied for downlink transmission.
Mercury dosing composition consisting of titanium, copper, silicon and mercury, wherein: • mercury is comprised between 10 and 35 wt%, • silicon is comprised between 1 and 10 wt%, • the sum of titanium and copper is comprised between 55 and 89 wt%, • the weight ratio between copper and titanium is comprised between 0,95 and 1,2 and • the overall cumulative content of traces of unavoidable impurities is equal to or less than 0,5 wt%. • mercury is comprised between 10 and 35 wt%, • silicon is comprised between 1 and 10 wt%, • the sum of titanium and copper is comprised between 55 and 89 wt%, • the weight ratio between copper and titanium is comprised between 0,95 and 1,2 and • the overall cumulative content of traces of unavoidable impurities is equal to or less than 0,5 wt%.
A memory unit for handling data memory references of a multi-threaded processor provided with interleaved inter-thread pipeline in emulated shared memory architectures, comprising a step cache defining associative cache memory array in which data stays valid till the end of ongoing step of multithreaded execution, said memory array incorporating a plurality of cache lines with data fields, each line, preferably exclusively, containing a data field for address tag and a data field thread id of the first thread referring to a data memory location specified by the address tag, a scratchpad defining a memory buffer for storing internal data of multioperations, such as intermediate results, said buffer including, preferably exclusively, a single data field for each thread of the processor, wherein the memory unit further comprises a hash and compose unit for composing a memory reference message and for accessing the step cache to determine the status of the memory reference, a send logic entity for sending the memory reference to the data memory in accordance with the memory reference message provided by the hash and compose unit, a reply receive buffer for storing received memory reference data for the threads and receiving an incoming reply message from the data memory, and a reply wait queue 512b connecting the send logic entity and the reply receive buffer and being provided for accessing the reply receive buffer to determine whether the incoming reply message has arrived.
Semi-trailer for waste collecting vehicles, comprising: - a collecting main body able to be connected to a tractor of a waste collecting vehicle provided with an engine; - waste lifting means; - compacting means, placed at an end of the main body; and - a further engine able to move the lifting means and the compacting means, independent and autonomous from the engine of said tractor; characterized in that the semi-trailer further comprises at a lower part at least a support to store tanks containing gas or LPG able to supply said further moving engine, said support comprising a first supporting element and a second supporting element able to be fixed to the first supporting element and having an upper curve surface and a lower curve surface, both of them having a radius of curvature such as the second supporting element is shaped as an outer circumference of the tanks; said tanks comprising a first tank and a second tank horizontally placed into the first supporting element of each support, and a third tank housed on the second supporting element above the second tank. - a collecting main body able to be connected to a tractor of a waste collecting vehicle provided with an engine; - waste lifting means; - compacting means, placed at an end of the main body; and - a further engine able to move the lifting means and the compacting means, independent and autonomous from the engine of said tractor;
A method comprising: harvesting power from a radio-frequency excitation field using an antenna; powering a processing unit of a biometric authentication module using the harvested power from the antenna; and monitoring the power supplied to the processing unit; characterised by: controlling a clock speed of the processing unit based on a monitored level of the power. harvesting power from a radio-frequency excitation field using an antenna; powering a processing unit of a biometric authentication module using the harvested power from the antenna; and monitoring the power supplied to the processing unit; characterised by: controlling a clock speed of the processing unit based on a monitored level of the power.
An apparatus comprising: a switched-capacitor circuit comprising at least one switching capacitor (312, 314, 318, 320, 324) and an amplifier, the switched-capacitor circuit operative to charge and discharge the at least one switching capacitor (312, 314, 318, 320, 324) at a sampling rate, the amplifier having a bandwidth proportional to a bias current; and a bias circuit coupled to the switched-capacitor circuit that is operative to generate the bias current for the switched-capacitor circuit characterized in that the bias current is operative to track changes in the at least one switching capacitor (312, 314, 318, 320, 324) due to variations in integrated circuit process and temperature such that the amplifier has a bandwidth proportional to the sampling rate wherein the bias circuit comprises a switched capacitor load operative to draw an average charging current and comprising a first capacitor coupled to first and second switches (522, 524), the first switch discharging the first capacitor based on a first control signal, the second switch charging the first capacitor based on a second control signal, and the average charging current being determined based on charging current for the first capacitor. a switched-capacitor circuit comprising at least one switching capacitor (312, 314, 318, 320, 324) and an amplifier, the switched-capacitor circuit operative to charge and discharge the at least one switching capacitor (312, 314, 318, 320, 324) at a sampling rate, the amplifier having a bandwidth proportional to a bias current; and a bias circuit coupled to the switched-capacitor circuit that is operative to generate the bias current for the switched-capacitor circuit characterized in that the bias current is operative to track changes in the at least one switching capacitor (312, 314, 318, 320, 324) due to variations in integrated circuit process and temperature such that the amplifier has a bandwidth proportional to the sampling rate wherein the bias circuit comprises a switched capacitor load operative to draw an average charging current and comprising a first capacitor coupled to first and second switches (522, 524), the first switch discharging the first capacitor based on a first control signal, the second switch charging the first capacitor based on a second control signal, and the average charging current being determined based on charging current for the first capacitor.
A Ni-base alloy comprising, by mass: from 0.015% to 0.040% carbon, less than 0.1 % Si, less than 0.1% Mn, from 19 to 24% Cr, a combination of an essential element of Mo and an optional element W in terms of 7%≤Mo+(W/2)≤13%, from 1.0 to 1.7% Al, from 1.4 to 1.8% Ti, not more than 0.01% Mg, from 0.0005 to 0.010% B, from 0.005 to 0.07% Zr, not more than 2% Fe, and the balance being Ni and unavoidable impurities, wherein the value of Al(Al+0.56Ti) is 0.50 to 0.70, and characterised in that the Ni-base alloy has a Mo segregation ratio of 1 to 1.17, the segregation ratio being defined as a ratio of a maximum value to a minimum value of characteristic X-ray intensity obtained by an X-ray microanalyzer line analysis. from 0.015% to 0.040% carbon, less than 0.1 % Si, less than 0.1% Mn, from 19 to 24% Cr, a combination of an essential element of Mo and an optional element W in terms of 7%≤Mo+(W/2)≤13%, from 1.0 to 1.7% Al, from 1.4 to 1.8% Ti, not more than 0.01% Mg, from 0.0005 to 0.010% B, from 0.005 to 0.07% Zr, not more than 2% Fe, and the balance being Ni and unavoidable impurities, wherein the value of Al(Al+0.56Ti) is 0.50 to 0.70, and
An implantable medical apparatus carrying a conducting electrode and a connector electrode, said apparatus comprising: a body of the apparatus; and a conductive wire carried by the body and electrically coupling the conducting electrode and the connector electrode, the conductive wire comprising: a silver core, said silver core not being within an MP35N tube; and an MP35N coil wound around the core along its length from the conducting electrode to the connector electrode to form a filar; wherein turns of the MP35N coil are disposed at an angle of between 0 and 45 degrees relative to an axis that is substantially perpendicular to a longitudinal axis of the silver core, and wherein the MP35N coil and the silver core are electrically and mechanically coupled. a body of the apparatus; and a conductive wire carried by the body and electrically coupling the conducting electrode and the connector electrode, the conductive wire comprising: a silver core, said silver core not being within an MP35N tube; and an MP35N coil wound around the core along its length from the conducting electrode to the connector electrode to form a filar; wherein turns of the MP35N coil are disposed at an angle of between 0 and 45 degrees relative to an axis that is substantially perpendicular to a longitudinal axis of the silver core, and wherein the MP35N coil and the silver core are electrically and mechanically coupled. a silver core, said silver core not being within an MP35N tube; and an MP35N coil wound around the core along its length from the conducting electrode to the connector electrode to form a filar; wherein turns of the MP35N coil are disposed at an angle of between 0 and 45 degrees relative to an axis that is substantially perpendicular to a longitudinal axis of the silver core, and wherein the MP35N coil and the silver core are electrically and mechanically coupled.