mhurhangee/ep-ind-claims huggingface dataset:
A method of data transfer, comprising: Mapping data to a sequence of symbols to be transmitted on a plurality of wires via a plurality of terminals; Encoding the sequence of symbols in three signals, wherein each of the three signals is in one of three phases for each symbol to be transmitted, and wherein the three signals are in different phases from one another during transmission of each symbol; Obtaining a signal to be transmitted via a first terminal of the plurality of terminals (1122,1124,1126), wherein the signal is one of the three signals; driving the first terminal by outputting a first voltage level from a first driver when the signal is in a first phase; driving the first terminal by outputting a second voltage level from the first driver when the signal is in a second phase; and driving the first terminal by outputting a third voltage level from a second driver when the signal is in a third phase, wherein the third voltage level is output based on a fourth voltage level for driving a second terminal of the plurality of terminals, and based on a fifth voltage level for driving a third terminal of the plurality of terminals. Mapping data to a sequence of symbols to be transmitted on a plurality of wires via a plurality of terminals; Encoding the sequence of symbols in three signals, wherein each of the three signals is in one of three phases for each symbol to be transmitted, and wherein the three signals are in different phases from one another during transmission of each symbol; Obtaining a signal to be transmitted via a first terminal of the plurality of terminals (1122,1124,1126), wherein the signal is one of the three signals; driving the first terminal by outputting a first voltage level from a first driver when the signal is in a first phase; driving the first terminal by outputting a second voltage level from the first driver when the signal is in a second phase; and driving the first terminal by outputting a third voltage level from a second driver when the signal is in a third phase, wherein the third voltage level is output based on a fourth voltage level for driving a second terminal of the plurality of terminals, and based on a fifth voltage level for driving a third terminal of the plurality of terminals.
A fuel nozzle assembly comprising: a fuel nozzle having a tip; a fuel nozzle collar; a combustion chamber end cooperating with the tip of the fuel nozzle; an annular slot between the combustion chamber end and the tip, the annular slot having a first wall extending generally coaxially with and spaced apart from a peripheral second wall of the fuel nozzle, the first and second walls (62, 64) extending from an open end facing a combustor to a closed end at an opposition end thereof; and one or more gas passages extending through the first wall, and having an outlet communicating with the slot, the outlet directed toward the second wall and arranged to direct an impinging flow of gas against the second wall, the outlet located on the first wall spaced away from the closed end; wherein the first wall is a portion of the fuel nozzle collar; characterized in that the open end of the slot comprises at least one rounded corner formed at a junction between the first wall and a wall of the combustion chamber end of the fuel nozzle. a fuel nozzle having a tip; a fuel nozzle collar; a combustion chamber end cooperating with the tip of the fuel nozzle; an annular slot between the combustion chamber end and the tip, the annular slot having a first wall extending generally coaxially with and spaced apart from a peripheral second wall of the fuel nozzle, the first and second walls (62, 64) extending from an open end facing a combustor to a closed end at an opposition end thereof; and one or more gas passages extending through the first wall, and having an outlet communicating with the slot, the outlet directed toward the second wall and arranged to direct an impinging flow of gas against the second wall, the outlet located on the first wall spaced away from the closed end; wherein the first wall is a portion of the fuel nozzle collar; characterized in that the open end of the slot comprises at least one rounded corner formed at a junction between the first wall and a wall of the combustion chamber end of the fuel nozzle.
An induction heated roll apparatus comprising: a roll main body that is rotatably supported; a magnetic flux generating mechanism that is provided inside the roll main body and includes an iron core and a winding wound around the iron core; and a power supply circuit that is connected to the winding and provided with a control element adapted to control AC current or AC voltage, the induction heated roll apparatus characterised by a roll temperature calculation part that calculates temperature of the roll main body with use of, as parameters, an AC current value obtained by an AC current detecting part adapted to detect AC current flowing through the winding, an AC voltage value obtained by an AC voltage detecting part adapted to detect AC voltage applied to the winding, a power factor obtained by a power factor detecting part adapted to detect the power factor of an induction heated roll including the roll main body and the magnetic flux generating mechanism, a winding resistance value of the winding, and an excitation resistance value obtained from a characteristic of a relationship between magnetic flux density generated by the magnetic flux generating mechanism and excitation resistance of a magnetic circuit configured to include the iron core and the roll main body.
A variant polypeptide having alpha-amylase activity and having at least 90% sequence identity, more preferred at least 95% sequence identity, more preferred at least 97 % sequence identity, more preferred at least 98% sequence identity and most preferred at least 99% sequence identity to SEQ ID NO: 2, and comprising a deletion of positions 181+182, or 182+183, or 183+184 and further one or two or more modifications in any of positions corresponding to W140, W159, W167, Q169, W189, E194, N260, F262, W284, F289, G304, G305, R320, W347, W439, W469, G476 and G477 in SEQ ID NO: 2, wherein the modifications preferably are substitutions, wherein the variant alpha-amylase has lower binding to solid starch and higher wash performance at low temperature e.g. 15 °C, compared with the parent alpha-amylase.
A FBMC transmission method for at least a first and a second blocks of symbols ( X 0, X 1), each block of symbols comprising a time sequence of L real vectors of predetermined size N, said method having a first and a second FBMC modulation pathways, each FBMC modulation pathway being associated with an antenna, wherein - during a first use of the transmission channel, the vectors of the first block and vectors of the second block are provided to the first FBMC modulation pathway and to the second FBMC modulation pathway, respectively, in the order of said time sequence; said method being characterised in that: - the first block is transformed by multiplying the vectors of this block by a factory j L -1 where L is an even number and by inverting the time order of the sequence of vectors thus obtained, and the second block is transformed by multiplying the vectors of this block by a factor -j L -1 and by inverting the time order of the sequence of vectors thus obtained; - during a second use of the transmission channel, the vectors of the first and second blocks thus transformed are provided to the second modulation pathway and to the first FBMC modulation pathway, respectively. - during a first use of the transmission channel, the vectors of the first block and vectors of the second block are provided to the first FBMC modulation pathway and to the second FBMC modulation pathway, respectively, in the order of said time sequence; - the first block is transformed by multiplying the vectors of this block by a factory j L -1 where L is an even number and by inverting the time order of the sequence of vectors thus obtained, and the second block is transformed by multiplying the vectors of this block by a factor -j L -1 and by inverting the time order of the sequence of vectors thus obtained; - during a second use of the transmission channel, the vectors of the first and second blocks thus transformed are provided to the second modulation pathway and to the first FBMC modulation pathway, respectively.
Micro-device tracking and visualization system configured to monitor a target body part of a patient and localizing a micro-device inside said target body part, the tracking system comprising: - a micro-device designed to be remotely steered and controlled from outside the target body part, - a control unit comprising a memory, the memory being configured to store at least one ultrasound image of the target body part, - at least one probe configured to be brought in contact with a securing body part of the patient, the securing body part surrounding at least partially the target body part, - at least one tracker configured to be connected to the micro-device, - at least a screen, wherein the at least one probe and the at least one tracker communicate by means of ultrasound technology, the control unit being thus able to localize, in real time, the at least one tracker inside the target body part within an internal referential defined with regards to the at least one probe, wherein the control unit is further designed to display, on the screen, the at least one stored ultrasound image and to display, in real time, the localization of the micro-device on said at least one ultrasound image. - a micro-device designed to be remotely steered and controlled from outside the target body part, - a control unit comprising a memory, the memory being configured to store at least one ultrasound image of the target body part, - at least one probe configured to be brought in contact with a securing body part of the patient, the securing body part surrounding at least partially the target body part, - at least one tracker configured to be connected to the micro-device, - at least a screen, wherein the at least one probe and the at least one tracker communicate by means of ultrasound technology, the control unit being thus able to localize, in real time, the at least one tracker inside the target body part within an internal referential defined with regards to the at least one probe, wherein the control unit is further designed to display, on the screen, the at least one stored ultrasound image and to display, in real time, the localization of the micro-device on said at least one ultrasound image.
A method for operating an electronic heating cost distributor in a room with a radiator, comprising the following steps: a) determining a radiator temperature, b) determining a room temperature, and c) defining whether a counting operation of the electronic heating cost distributor is activated, in which the display or consumption values are calculated in dependence at least on the radiator temperature, wherein in step c) a temporal change of at least one of the two determined temperatures is taken into account, characterized in that in a situation in which the room temperature is higher than 25 °C, the difference between the radiator temperature and the room temperature is less than 5 K and the radiator temperature is above 25 °C, but has not yet exceeded a first limit temperature, a counting operation of the electronic heating cost distributor does not take place, that in a situation in which the room temperature is higher than 25 °C and the difference between the radiator temperature and the room temperature is less than 5 K and the radiator temperature exceeds the first limit temperature, which is higher than 25 °C, a counting operation of the electronic heating cost distributor only takes place when the temporal change of the radiator temperature exceeds a threshold value throughout a specified number of successive measurements, wherein the sign of the difference between the radiator temperature and the room temperature also is taken into account, and that a counting operation of the electronic heating cost distributor takes place as soon as the radiator temperature exceeds a second limit temperature which is higher than the first limit temperature. a) determining a radiator temperature, b) determining a room temperature, and c) defining whether a counting operation of the electronic heating cost distributor is activated, in which the display or consumption values are calculated in dependence at least on the radiator temperature,
A bicycle comprising: a frame having a seat tube and a bottom bracket coupled to one end of the seat tube, the seat tube having an opening on an end opposite the bottom bracket; a pedal crank shaft operably coupled to the bottom bracket; a motor coupled to the bottom bracket and operably coupled to the pedal crank shaft; a first battery removably coupled to the frame and electrically coupled to the motor; and a seat having a seat post removably coupled to the seat tube, wherein the first battery is disposed to remain coupled to the frame when the seat post is removed; said bicycle characterized in that; the seat post has an opening an one end and a substantially hollow interior; the first battery is removably disposed within the seat tube opening and within at least a portion of the seat post when the seat post is arranged in the seat tube, whereby at least a portion of the seat post is disposed between at least a portion of the seat tube and the first battery. a frame having a seat tube and a bottom bracket coupled to one end of the seat tube, the seat tube having an opening on an end opposite the bottom bracket; a pedal crank shaft operably coupled to the bottom bracket; a motor coupled to the bottom bracket and operably coupled to the pedal crank shaft; a first battery removably coupled to the frame and electrically coupled to the motor; and a seat having a seat post removably coupled to the seat tube, wherein the first battery is disposed to remain coupled to the frame when the seat post is removed; said bicycle characterized in that; the seat post has an opening an one end and a substantially hollow interior; the first battery is removably disposed within the seat tube opening and within at least a portion of the seat post when the seat post is arranged in the seat tube, whereby at least a portion of the seat post is disposed between at least a portion of the seat tube and the first battery.
A mounting arrangement comprising: an attachment member for attachment to an end of a post, a connecting member coupled to the attachment member, and a plurality of fastening elements coupling the connecting member to the attachment member, each fastening element comprising a longitudinal axis, longitudinal axes of the plurality of fastening elements being substantially parallel to each other, wherein the connecting member is coupled to the attachment member in a direction defined by the longitudinal axes of the plurality of fastening elements, and wherein the attachment member and the connecting member comprise mating cylindrical surfaces (118, 140) which allow a tilting motion of the connecting member about a rotating axis which is perpendicular to the longitudinal axes of the plurality of fastening elements, wherein the connecting member is rotatable about the rotating axis over an angle of at least about 5°. an attachment member for attachment to an end of a post, a connecting member coupled to the attachment member, and a plurality of fastening elements coupling the connecting member to the attachment member, each fastening element comprising a longitudinal axis, longitudinal axes of the plurality of fastening elements being substantially parallel to each other, wherein the connecting member is coupled to the attachment member in a direction defined by the longitudinal axes of the plurality of fastening elements, and wherein the attachment member and the connecting member comprise mating cylindrical surfaces (118, 140) which allow a tilting motion of the connecting member about a rotating axis which is perpendicular to the longitudinal axes of the plurality of fastening elements, wherein the connecting member is rotatable about the rotating axis over an angle of at least about 5°.
A culture vessel for culturing human embryonic stem cells (human ES cells), wherein: the culture vessels has two or more wells, each of the wells has a tubular body and a funnel-shaped bottom provided at one end of the body, the bottom has a concave curved surface at the center of the bottom, and the bottom has an opening angle in a range of 60 to 100°. the culture vessels has two or more wells, each of the wells has a tubular body and a funnel-shaped bottom provided at one end of the body, the bottom has a concave curved surface at the center of the bottom, and the bottom has an opening angle in a range of 60 to 100°.
A decontamination apparatus comprising: a base; a plurality of sources that each emit UVC light at a suitable intensity to at least partially decontaminate a target object on which the UVC light is imparted to render the target object pathogen reduced; a plurality of adjustable supports coupling the sources to the base, wherein each of the adjustable supports comprises an adjustment mechanism that is to be manipulated to adjust a position of one of the sources relative to the base; a controller that is coupled to the base and operatively connected to the sources to control emission of the UVC light; said decontamination apparatus being characterized by further comprising a housing that is to be removably installed on the base, wherein the housing protects the plurality of sources while installed on the base; and a remote control provided to the housing, wherein the remote control comprises a user interface that receives an input from a user and a housing transmitter that transmits a control instruction to the controller based on the input received at the user interface from a location remote from the base to result in desired operation of the sources. a base; a plurality of sources that each emit UVC light at a suitable intensity to at least partially decontaminate a target object on which the UVC light is imparted to render the target object pathogen reduced; a plurality of adjustable supports coupling the sources to the base, wherein each of the adjustable supports comprises an adjustment mechanism that is to be manipulated to adjust a position of one of the sources relative to the base; a controller that is coupled to the base and operatively connected to the sources to control emission of the UVC light; said decontamination apparatus being characterized by further comprising a housing that is to be removably installed on the base, wherein the housing protects the plurality of sources while installed on the base; and a remote control provided to the housing, wherein the remote control comprises a user interface that receives an input from a user and a housing transmitter that transmits a control instruction to the controller based on the input received at the user interface from a location remote from the base to result in desired operation of the sources.
A vehicle lower portion structure comprising: an undercover suitable to be fixed to a lower portion of a vehicle body, for covering a bottom surface side of the vehicle body; and rocker moldings suitable to be fixed to the lower portion of the vehicle body, disposed at vehicle transverse direction outer sides of the undercover, and provided from vehicle transverse direction outer sides of rockers, that are configured to extend in a vehicle longitudinal direction at both sides in a vehicle transverse direction at the lower portion of the vehicle body, to vehicle lower sides, wherein end portions at the vehicle transverse direction outer sides of the undercover, and end portions at vehicle transverse direction inner sides of the rocker moldings, are superposed one on another at least in a vehicle vertical direction, mounting portions for mounting to the vehicle body are provided so as to project-out at one of the end portions at the vehicle transverse direction outer sides of the undercover and the end portions at the vehicle transverse direction inner sides of the rocker moldings, cut-outs in which the mounting portions are placed are formed in another of the end portions at the vehicle transverse direction outer sides of the undercover and the end portions at the vehicle transverse direction inner sides of the rocker moldings, and the vehicle lower portion structure comprises cover members that close off gaps between the mounting portions and the cut-outs. an undercover suitable to be fixed to a lower portion of a vehicle body, for covering a bottom surface side of the vehicle body; and rocker moldings suitable to be fixed to the lower portion of the vehicle body, disposed at vehicle transverse direction outer sides of the undercover, and provided from vehicle transverse direction outer sides of rockers, that are configured to extend in a vehicle longitudinal direction at both sides in a vehicle transverse direction at the lower portion of the vehicle body, to vehicle lower sides, end portions at the vehicle transverse direction outer sides of the undercover, and end portions at vehicle transverse direction inner sides of the rocker moldings, are superposed one on another at least in a vehicle vertical direction, mounting portions for mounting to the vehicle body are provided so as to project-out at one of the end portions at the vehicle transverse direction outer sides of the undercover and the end portions at the vehicle transverse direction inner sides of the rocker moldings, cut-outs in which the mounting portions are placed are formed in another of the end portions at the vehicle transverse direction outer sides of the undercover and the end portions at the vehicle transverse direction inner sides of the rocker moldings, and the vehicle lower portion structure comprises cover members that close off gaps between the mounting portions and the cut-outs.
An oil system comprising an engine oil return system and a propeller blade angle control circuit, the propeller blade angle control circuit comprising: a propeller control unit controlling a supply of oil to modify an angle of propeller blades; a fixed-displacement pump located upstream of the propeller control unit and providing the supply of oil from the engine oil return system to the propeller control unit; an oil cooling line extending between an outlet of the pump and the engine oil return system to define an oil leakage path leading to the engine oil return system for cooling the oil; and a flow regulator disposed between the pump and the propeller control unit, the flow regulator being fluidly connected to the oil cooling line and operable between an open position directing oil through the oil cooling line along the oil leakage path to the engine oil return system for cooling the oil, and a closed position blocking the oil cooling line and directing oil toward the propeller control unit to modify the angle of the propeller blades. a propeller control unit controlling a supply of oil to modify an angle of propeller blades; a fixed-displacement pump located upstream of the propeller control unit and providing the supply of oil from the engine oil return system to the propeller control unit; an oil cooling line extending between an outlet of the pump and the engine oil return system to define an oil leakage path leading to the engine oil return system for cooling the oil; and a flow regulator disposed between the pump and the propeller control unit, the flow regulator being fluidly connected to the oil cooling line and operable between an open position directing oil through the oil cooling line along the oil leakage path to the engine oil return system for cooling the oil, and a closed position blocking the oil cooling line and directing oil toward the propeller control unit to modify the angle of the propeller blades.