mhurhangee/ep-ind-claims huggingface dataset:
Method for transmitting a message from a first node device to a second node device belonging to a neighbourhood of said first node device, said first and second node devices belonging to an electrical power supply network using powerline communications, the first node device being able to transmit and receive messages over several frequency bands of a set of frequency bands, the method being executed by the first node device and comprising the steps, prior to the transmission of the message, of: - estimating, for each frequency band, the theoretical duration of transmission of the message in each frequency band, - obtaining, from a database, results from integration of rates of occupancy of each frequency band determined during several time scales corresponding to the theoretical duration of transmission of the message in each frequency band, - selecting, from the results of integration of rates of occupancy of each frequency band determined during several time scales obtained, a frequency band, and - transmitting the message in the frequency band selected. - estimating, for each frequency band, the theoretical duration of transmission of the message in each frequency band, - obtaining, from a database, results from integration of rates of occupancy of each frequency band determined during several time scales corresponding to the theoretical duration of transmission of the message in each frequency band, - selecting, from the results of integration of rates of occupancy of each frequency band determined during several time scales obtained, a frequency band, and - transmitting the message in the frequency band selected.
A fetal imaging system, comprising: an ultrasound transducer; an acceleration sensor for generating an acceleration signal relating to movement of the ultrasound transducer; an output for providing output information to guide a user of the system in respect of moving the ultrasound transducer; an image processing module for processing the ultrasound images generated by the ultrasound transducer; and a controller for controlling the ultrasound transducer and the output information in dependence on the acceleration signal and the results of the ultrasound image processing; wherein the results of the ultrasound image processing are the fetal body portion recognized by the image processing module. an ultrasound transducer; an acceleration sensor for generating an acceleration signal relating to movement of the ultrasound transducer; an output for providing output information to guide a user of the system in respect of moving the ultrasound transducer; an image processing module for processing the ultrasound images generated by the ultrasound transducer; and a controller for controlling the ultrasound transducer and the output information in dependence on the acceleration signal and the results of the ultrasound image processing; wherein the results of the ultrasound image processing are the fetal body portion recognized by the image processing module.
A method for making a composite structure or a portion of a composite structure of a braking band of a brake disc comprising at least the following steps: - making a composite ceramic structure, comprising carbon fibre filaments, silicon and silicon carbides, obtaining a body of a braking band comprising at least one braking surface; - processing said braking surface removing a surface layer so as to have carbon not bonded with silicon on the surface; - removing at least partly the carbon not bonded with silicon from the surface; - depositing a protective coating on said braking surface, wherein said step of removing the carbon not bonded with silicon is carried out by cleaning said braking surfaces with abrasive jet or by combustion of said braking surfaces. - making a composite ceramic structure, comprising carbon fibre filaments, silicon and silicon carbides, obtaining a body of a braking band comprising at least one braking surface; - processing said braking surface removing a surface layer so as to have carbon not bonded with silicon on the surface; - removing at least partly the carbon not bonded with silicon from the surface; - depositing a protective coating on said braking surface, wherein said step of removing the carbon not bonded with silicon is carried out by cleaning said braking surfaces with abrasive jet or by combustion of said braking surfaces.
A fiber laser comprising: a signal light source that outputs a signal light; a rare earth-doped fiber that amplifies and outputs the signal light from the signal light source; an optical multiplexer that is provided at an input side of the rare earth-doped fiber; a pumping light source that is connected so that a pumping light is incident on the input side of the rare earth-doped fiber via the optical multiplexer; characterised in that it comprises a Raman amplifying fiber that is routed as a portion of an optical transmission path in order to output the output light from the rare earth-doped fiber to an outside of the rare earth-doped fiber is provided between the signal light source and the optical multiplexer, and converts the returned output light emitted from the rare earth-doped fiber to a Stokes light by stimulated Raman scattering; and a wavelength selecting element that is provided in the optical transmission path from the Raman amplifying fiber to the signal light source, allows transmission of a light of a wavelength of the signal light, and takes the Stokes light out of the fiber laser, the Stokes light being a return light again entering the Raman amplifying fiber from the outside of the rare earth-doped fiber and which propagates through the optical transmission path toward the signal light source, wherein the Raman amplifying fiber converts the output light to the Stokes light after the output light passes through the wavelength selecting element. a signal light source that outputs a signal light; a rare earth-doped fiber that amplifies and outputs the signal light from the signal light source; an optical multiplexer that is provided at an input side of the rare earth-doped fiber; a pumping light source that is connected so that a pumping light is incident on the input side of the rare earth-doped fiber via the optical multiplexer; characterised in that it comprises a Raman amplifying fiber that is routed as a portion of an optical transmission path in order to output the output light from the rare earth-doped fiber to an outside of the rare earth-doped fiber is provided between the signal light source and the optical multiplexer, and converts the returned output light emitted from the rare earth-doped fiber to a Stokes light by stimulated Raman scattering; and a wavelength selecting element that is provided in the optical transmission path from the Raman amplifying fiber to the signal light source, allows transmission of a light of a wavelength of the signal light, and takes the Stokes light out of the fiber laser, the Stokes light being a return light again entering the Raman amplifying fiber from the outside of the rare earth-doped fiber and which propagates through the optical transmission path toward the signal light source, wherein the Raman amplifying fiber converts the output light to the Stokes light after the output light passes through the wavelength selecting element.
Emergency braking method for a braking force generator of a rail vehicle, comprising the steps: - S1: recognising that the communication connection of the braking force generator has failed, - S2: checking whether before the failure of the said communication connection an emergency braking process was active, - deciding to brake if an emergency braking process was active before the failure of the communication connection. - S1: recognising that the communication connection of the braking force generator has failed, - S2: checking whether before the failure of the said communication connection an emergency braking process was active, - deciding to brake if an emergency braking process was active before the failure of the communication connection.
A regulator system for a mechanical timepiece based on the magnetic interaction between a resonator and an escapement wheel, said interaction creating radial and tangential forces (25, 26) acting on the escapement wheel and generating torques therein, the regulator system comprising: a tuning fork resonator provided with two arms each carrying a permanent magnet (18, 19) and wherein the magnetic flux of said magnets (18, 19) is directed towards the outside of the tuning fork at one arm and at the other towards the inside of the tuning fork, and an escapement wheel carrying a ferromagnetic structure in the shape of a crown gear, provided with an internal toothing and an external toothing each cooperating magnetically with an arm of said resonator, the regulator system is arranged with said internal and external toothing disposed so that if a tooth of said internal toothing is opposite the magnet of one arm of the tuning fork, the magnet located on the other arm of the tuning fork is located between two teeth of said external toothing and vice versa, so that the torques due to said tangential forces act in opposite directions and cancel each other out when the system is started when a torque is applied to the escapement wheel by a driving member while the regulator system is still stationary in its starting position. a tuning fork resonator provided with two arms each carrying a permanent magnet (18, 19) and wherein the magnetic flux of said magnets (18, 19) is directed towards the outside of the tuning fork at one arm and at the other towards the inside of the tuning fork, and an escapement wheel carrying a ferromagnetic structure in the shape of a crown gear, provided with an internal toothing and an external toothing each cooperating magnetically with an arm of said resonator, the regulator system is arranged with said internal and external toothing disposed so that if a tooth of said internal toothing is opposite the magnet of one arm of the tuning fork, the magnet located on the other arm of the tuning fork is located between two teeth of said external toothing and vice versa, so that the torques due to said tangential forces act in opposite directions and cancel each other out when the system is started when a torque is applied to the escapement wheel by a driving member while the regulator system is still stationary in its starting position.
A shovel comprising: an upper swing structure; a cab mounted on the upper swing structure; an operator seat provided in the cab; two operating levers (26L, 26R) provided in the cab, one on each side of the operator seat; two console boxes, one installed on each side of the operator seat; and two boots, one arranged at each of the console boxes, wherein each operating lever (26L, 26R) includes a lever part to which a grip part is fixed, a holder part to which the lever part is connected, and a joint part connecting the lever part and the holder part and positioned outside the console box, the lever part is configured to be attachable to and detachable from the holder part in a tool-free manner with a predetermined manual operation on the joint part, and the joint part is covered by one of the boots. an upper swing structure; a cab mounted on the upper swing structure; an operator seat provided in the cab; two operating levers (26L, 26R) provided in the cab, one on each side of the operator seat; two console boxes, one installed on each side of the operator seat; and two boots, one arranged at each of the console boxes, wherein each operating lever (26L, 26R) includes a lever part to which a grip part is fixed, a holder part to which the lever part is connected, and a joint part connecting the lever part and the holder part and positioned outside the console box, a lever part to which a grip part is fixed, a holder part to which the lever part is connected, and a joint part connecting the lever part and the holder part and positioned outside the console box, the lever part is configured to be attachable to and detachable from the holder part in a tool-free manner with a predetermined manual operation on the joint part, and the joint part is covered by one of the boots.
A method for tracking seeds in an assembly line grow pod having a plurality of carts, comprising: depositing a target seed in a selected cell which is a part of a tray (330, 430, 530) located in a selected cart travelling on an assembly line grow pod; characterised by tracking a position of the target seed in the selected cell by determining the position of the target seed in the selected cart and determining a position of the selected cart in the assembly line grow pod; providing sustenance to the target seed in the selected cell; determining a growth factor of the target seed in the selected cell; and upon determination that the growth factor of the target seed in the selected cell is below a predetermined threshold, adjusting supply of the sustenance provided to the selected cell. depositing a target seed in a selected cell which is a part of a tray (330, 430, 530) located in a selected cart travelling on an assembly line grow pod; characterised by tracking a position of the target seed in the selected cell by determining the position of the target seed in the selected cart and determining a position of the selected cart in the assembly line grow pod; providing sustenance to the target seed in the selected cell; determining a growth factor of the target seed in the selected cell; and upon determination that the growth factor of the target seed in the selected cell is below a predetermined threshold, adjusting supply of the sustenance provided to the selected cell.
A food article defect removal apparatus for removing defective food articles from a food processing line, the food article defect removal apparatus comprising: a manifold at least partially defining a chamber (124, 126, 128, 160) configured for holding pressurized fluid, a first plurality of channels (130, 134) extending from a first side (132, 136) of the manifold into fluid communication with the chamber (124, 126, 128, 160), and a second plurality of channels (138, 142) extending from the first side (132, 136) of the manifold to a second side of the manifold; and a valve assembly comprising: a plurality of valves selectively connecting each one of the first plurality of channels (130, 134) to a corresponding one of the second plurality of channels (138, 142) for selectively dispensing the pressurized fluid from the second side of the manifold, characterised in that the valve assembly further comprises: a driver operably coupled with the plurality of valves for selectively actuating individual ones of the plurality of valves, the plurality of valves pluggably coupled with the driver. a manifold at least partially defining a chamber (124, 126, 128, 160) configured for holding pressurized fluid, a first plurality of channels (130, 134) extending from a first side (132, 136) of the manifold into fluid communication with the chamber (124, 126, 128, 160), and a second plurality of channels (138, 142) extending from the first side (132, 136) of the manifold to a second side of the manifold; and a valve assembly comprising: a plurality of valves selectively connecting each one of the first plurality of channels (130, 134) to a corresponding one of the second plurality of channels (138, 142) for selectively dispensing the pressurized fluid from the second side of the manifold,
A cleaning composition, comprising: an alkalinity source, builder surfactant, water, a reducing agent and amylase in the ratio of from 1:1 to 1:3 by weight wherein the total amount of amylase in the composition is equal to or less than 1.0 weight percent; and wherein the composition is substantially free of polyols, alkanolamine, phosphates, and boric acid, and wherein the reducing agent is comprised of sodium sulfite, sodium metasulfite, sodium phosphite. an alkalinity source, builder surfactant, water, a reducing agent and amylase in the ratio of from 1:1 to 1:3 by weight wherein the total amount of amylase in the composition is equal to or less than 1.0 weight percent; and wherein the composition is substantially free of polyols, alkanolamine, phosphates, and boric acid, and wherein the reducing agent is comprised of sodium sulfite, sodium metasulfite, sodium phosphite.
A gas-dispensing device (2; 10; 24; 56A-D), for dispensing a gas into a breathing gas, comprising a chamber (4; 16; 28) provided with a membrane (6; 18; 30) through which the gas can diffuse into the breathing gas and which membrane (6; 18; 30) is arranged to form a part of the chamber's (4; 16; 28) wall, characterised in that the chamber is a self-contained closed chamber (4; 16; 28) charged with gas at a predefined overpressure, in that the gas-dispensing device is charged with a predefined amount of gas at said overpressure, and in that said self-contained closed chamber comprises a pressure device (20, 22) for maintaining said overpressure in the chamber during dispensing of said gas.
A polymeric reagent having a structure of wherein: POLY 1 is a polyalkylene oxide; POLY 2 is a polyalkylene oxide; (a) is 0, 1, 2 or 3; (b) is 0, 1, 2 or 3; (e) is 0, 1, 2 or 3; (f) is 0, 1, 2 or 3; (g') is 0, 1, 2 or 3; (h) is 0, 1, 2 or 3; (j) is 0 to 20; each R 1 is independently H or an organic radical selected from the group consisting of alkyl, substituted alkyl, alkenyl, substituted alkenyl, alkynyl, substituted alkynyl, aryl and substituted aryl; X 1, when present, is a first spacer moiety; X 2, when present, is a second spacer moiety; X 5, when present, is a fifth spacer moiety; X 6, when present, is a sixth spacer moiety; X 7, when present, is a seventh spacer moiety; X 8, when present, is an eighth spacer moiety; R 5 is a branching moiety; and Z is a reactive group. POLY 1 is a polyalkylene oxide; POLY 2 is a polyalkylene oxide; (a) is 0, 1, 2 or 3; (b) is 0, 1, 2 or 3; (e) is 0, 1, 2 or 3; (f) is 0, 1, 2 or 3; (g') is 0, 1, 2 or 3; (h) is 0, 1, 2 or 3; (j) is 0 to 20; each R 1 is independently H or an organic radical selected from the group consisting of alkyl, substituted alkyl, alkenyl, substituted alkenyl, alkynyl, substituted alkynyl, aryl and substituted aryl; X 1, when present, is a first spacer moiety; X 2, when present, is a second spacer moiety; X 5, when present, is a fifth spacer moiety; X 6, when present, is a sixth spacer moiety; X 7, when present, is a seventh spacer moiety; X 8, when present, is an eighth spacer moiety; R 5 is a branching moiety; and Z is a reactive group.
A motion control apparatus for a camera wherein the apparatus includes: a camera attachment for mounting the camera; a drive mechanism linked to the attachment; a linear movement assembly including a drive pulley wherein the drive pulley is operatively associated with the drive mechanism; guide rollers (310, 311) located about the outside of the drive pulley; and a line; wherein the guide rollers are a combination of ribbed and flat rollers; wherein in use, the line is wound around the full circumference of the drive pulley and the drive pulley is driven by the drive mechanism, such that actuation of the pulley by the drive mechanism causes linear movement of the drive mechanism and the camera attachment in a linear direction along the line; wherein the linear movement assembly is mounted to a support apparatus which includes a camera slider, camera dolly, camera jib arm or cable cam; characterized in that the line passes through the linear movement assembly under the lowest rib of the ribbed roller located on a periphery of the linear movement assembly, then wound around the full circumference of the drive pulley before exiting the linear movement assembly over the top of the ribbed roller, thereby passing over the drive pulley and flat rollers located on the periphery of the linear movement assembly; and wherein the flat rollers are on an opposing side of the linear movement assembly to the ribbed rollers. a camera attachment for mounting the camera; a drive mechanism linked to the attachment; a linear movement assembly including a drive pulley wherein the drive pulley is operatively associated with the drive mechanism; guide rollers (310, 311) located about the outside of the drive pulley; and a line; wherein the guide rollers are a combination of ribbed and flat rollers; wherein in use, the line is wound around the full circumference of the drive pulley and the drive pulley is driven by the drive mechanism, such that actuation of the pulley by the drive mechanism causes linear movement of the drive mechanism and the camera attachment in a linear direction along the line; wherein the linear movement assembly is mounted to a support apparatus which includes a camera slider, camera dolly, camera jib arm or cable cam; characterized in that the line passes through the linear movement assembly under the lowest rib of the ribbed roller located on a periphery of the linear movement assembly, then wound around the full circumference of the drive pulley before exiting the linear movement assembly over the top of the ribbed roller, thereby passing over the drive pulley and flat rollers located on the periphery of the linear movement assembly; and wherein the flat rollers are on an opposing side of the linear movement assembly to the ribbed rollers.
A method for preparing methyl methacrylate from methacrolein and methanol; said method comprising contacting in a reactor a mixture comprising methacrolein, methanol and oxygen with a heterogeneous catalyst comprising a support and gold, wherein pH at the reactor outlet is from 3 to 6.7, wherein the average diameter of particles of the heterogeneous catalyst is at least 300 microns and at least 90 wt% of the gold is in the outer 70% of catalyst volume.
An in-vehicle cooling device, comprising: - a header to be mounted so as to be adjacent to a side surface of a transformer mounted on a back side of a bottom portion of a vehicle, the header having a surface extending along a traveling direction and a direction orthogonal to the travelling direction; - a traveling-direction installed cooling pipe having both ends fixed to the header and being installed on a travel plane that is parallel to a horizontal plane, and characterized in that the in-vehicle cooling device further comprises: - a vertical-direction installed cooling pipe having both ends fixed to the header and being installed on a vertical plane orthogonal to the traveling direction; and - the vertical-direction installed cooling pipe and the traveling-direction installed cooling pipe being installed to overlap with each other in a direction orthogonal to the header. - a header to be mounted so as to be adjacent to a side surface of a transformer mounted on a back side of a bottom portion of a vehicle, the header having a surface extending along a traveling direction and a direction orthogonal to the travelling direction; - a traveling-direction installed cooling pipe having both ends fixed to the header and being installed on a travel plane that is parallel to a horizontal plane, and - a vertical-direction installed cooling pipe having both ends fixed to the header and being installed on a vertical plane orthogonal to the traveling direction; and - the vertical-direction installed cooling pipe and the traveling-direction installed cooling pipe being installed to overlap with each other in a direction orthogonal to the header.
Nuclease-encoding nucleotide-modified messenger RNA (nec-mRNA) suitable for use for the correction of a genetic alteration on a DNA characterized in that the nec-mRNA is packed into a nanoparticle, wherein the nucleotide modification is a chemical modification resulting in an mRNA being more stable and less immunogenic.