mhurhangee/ep-ind-claims huggingface dataset:
A free space optical receiver, comprising: light collecting means for collecting laser light having propagated through a free space transmission path; mode controlling means for separating the laser light collected by the light collecting means into a plurality of propagation mode beams and outputting the propagation mode beams; a plurality of single mode transmission media (130; 230) configured to guide the plurality of propagation mode beams, respectively; and a plurality of light receiving means for receiving the plurality of propagation mode beams respectively through the plurality of single mode transmission media, wherein the mode controlling means includes a multimode transmission medium configured to receive input of the laser light and output multimode beams; mode converting means for controlling the multimode beams and producing a plurality of propagation mode beams obtained by converting high-order mode beams included in the multimode beams into low-order mode beams; and mode separating means for separating the plurality of propagation mode beams and outputting each propagation mode beam. light collecting means for collecting laser light having propagated through a free space transmission path; mode controlling means for separating the laser light collected by the light collecting means into a plurality of propagation mode beams and outputting the propagation mode beams; a plurality of single mode transmission media (130; 230) configured to guide the plurality of propagation mode beams, respectively; and a plurality of light receiving means for receiving the plurality of propagation mode beams respectively through the plurality of single mode transmission media, wherein the mode controlling means includes a multimode transmission medium configured to receive input of the laser light and output multimode beams; mode converting means for controlling the multimode beams and producing a plurality of propagation mode beams obtained by converting high-order mode beams included in the multimode beams into low-order mode beams; and mode separating means for separating the plurality of propagation mode beams and outputting each propagation mode beam.
A method for analyzing nitrogen in a metal sample, the method comprising: a melting process in which a metal sample containing a nitrogen component is melted in an argon gas atmosphere by performing impulse heating to gasify the nitrogen component, and an analyzing process in which nitrogen content in the metal sample is determined by analyzing nitrogen gas generated in the melting process and the argon gas by using a gas discharge optical emission method. a melting process in which a metal sample containing a nitrogen component is melted in an argon gas atmosphere by performing impulse heating to gasify the nitrogen component, and an analyzing process in which nitrogen content in the metal sample is determined by analyzing nitrogen gas generated in the melting process and the argon gas by using a gas discharge optical emission method.
A computer-implemented method for facilitating use of a network link (106, 108, 204), comprising, at a computer system (110, 112, 202): monitoring an interarrival delay (210, 212, 402) of packets (226, 228) received from a sender over the network link (106, 108, 204); and performing an adjustment to a receive window (218, 220, 502) for the sender based on the interarrival delay (210, 212, 402) to facilitate receipt of subsequent packets (226, 228) from the sender and other senders over the network link (106, 108, 204); characterised in that the adjustment to the receive window (218, 220, 502) is scaled based on a priority (214, 216) of a process executing on the computer system (110, 112,202), wherein the process is associated with the packets (226, 228). monitoring an interarrival delay (210, 212, 402) of packets (226, 228) received from a sender over the network link (106, 108, 204); and performing an adjustment to a receive window (218, 220, 502) for the sender based on the interarrival delay (210, 212, 402) to facilitate receipt of subsequent packets (226, 228) from the sender and other senders over the network link (106, 108, 204); characterised in that the adjustment to the receive window (218, 220, 502) is scaled based on a priority (214, 216) of a process executing on the computer system (110, 112,202), wherein the process is associated with the packets (226, 228).
Method for producing a fibre composite part, wherein a foam material body for forming a preferably inner layer and a fibre layer for forming an outer layer and spacers situated therebetween are introduced into a mould (5, 6), the mould (5, 6) is then closed apart from a small residual gap, a curable resin is injected into the mould (5, 6), and the mould (5, 6), after it has been sufficiently filled, is completely closed in order to secure the resin, wherein the spacers are part of a sheet-like structure which is three-dimensionally deformed, embossed, punched, thermoformed and/or cut in such a way that the spacers protrude with respect to a main plane of the sheet-like structure, and wherein portions of the spacers press into the foam material body as a result of the mould movement from the residual gap position into the closed position.
A method to purify coccidial oocysts having dimensions between Dmin and Dmax from faeces comprising the steps of collecting the faeces containing the coccidial oocysts from host animals, diluting the faeces in an aqueous medium, optionally separating a coarse fraction comprising macroscopic particulate matter from the diluted faeces, and collecting an aqueous fraction containing the oocysts, characterised in that the method further comprises - sieving the aqueous fraction over a first sieve deck having mesh openings to let the oocysts pass, to obtain an aqueous filtrate (11, 32) comprising the oocysts and a first residue comprising particles larger than the oocysts, - sieving the aqueous filtrate over a second sieve deck having mesh openings to obstruct passing of the oocysts through this sieve deck, to obtain a second residue comprising the purified oocysts and a waist filtrate (12, 42) comprising particles smaller than the oocysts, - wherein the second residue is suitable to be used in a vaccine. - sieving the aqueous fraction over a first sieve deck having mesh openings to let the oocysts pass, to obtain an aqueous filtrate (11, 32) comprising the oocysts and a first residue comprising particles larger than the oocysts, - sieving the aqueous filtrate over a second sieve deck having mesh openings to obstruct passing of the oocysts through this sieve deck, to obtain a second residue comprising the purified oocysts and a waist filtrate (12, 42) comprising particles smaller than the oocysts, - wherein the second residue is suitable to be used in a vaccine.
An ignition device (10, 20, 30,40, 50,60, 70, 80) for igniting a mixture including an oxidizer and fuel comprising: a heating element that projects from an installation unit, projecting downwards in use, and has a heat generation region for generating heat to a temperature above an ignition temperature of the mixture at the lower end thereof; a fuel holding unit that encloses the heat generation region; and a fuel ejection device for ejecting the fuel to the fuel holding unit; and characterized in that: a through hole that vertically passes through the fuel holding unit is provided and the heat generation region installed inside thereof so that it is enclosed by the fuel holding unit by inserting the heat generation region into the through hole from the upward direction, the through hole opened to an upper part, and a surrounding wall that surrounds a space connected to the upper end of the through hole and has a flame ejection opening that connects the space to the space outside of the surrounding wall, is provided on the upper side of the fuel holding unit. a heating element that projects from an installation unit, projecting downwards in use, and has a heat generation region for generating heat to a temperature above an ignition temperature of the mixture at the lower end thereof; a fuel holding unit that encloses the heat generation region; and a fuel ejection device for ejecting the fuel to the fuel holding unit; and characterized in that: a through hole that vertically passes through the fuel holding unit is provided and the heat generation region installed inside thereof so that it is enclosed by the fuel holding unit by inserting the heat generation region into the through hole from the upward direction, the through hole opened to an upper part, and a surrounding wall that surrounds a space connected to the upper end of the through hole and has a flame ejection opening that connects the space to the space outside of the surrounding wall, is provided on the upper side of the fuel holding unit.
A method for acquiring an indication of a preferred beam of a wireless communication device, performed in a network node of a cellular communication network, wherein the network node is adapted to support a plurality of beams of a signal beam-forming scheme and to communicate with the wireless communication device using at least one beam of the plurality of beams, the method comprising: acquiring a beam power setting of the plurality of beams, wherein the beam power setting comprises a power offset being applied to at least one beam of the plurality of beams, the power offset being relative to a nominal power setting of the plurality of beams; transmitting, to the wireless communication device, a message indicative of the beam power setting; transmitting measurement signals; and receiving, from the wireless communication device, a report indicative of the preferred beam, wherein the preferred beam is determined by the wireless communication device based on the measurement signals and the beam power setting. acquiring a beam power setting of the plurality of beams, wherein the beam power setting comprises a power offset being applied to at least one beam of the plurality of beams, the power offset being relative to a nominal power setting of the plurality of beams; transmitting, to the wireless communication device, a message indicative of the beam power setting; transmitting measurement signals; and receiving, from the wireless communication device, a report indicative of the preferred beam, wherein the preferred beam is determined by the wireless communication device based on the measurement signals and the beam power setting.
A wheel module arranged to generate torque to accelerate and to decelerate a heavy-duty vehicle, the wheel module comprising at least one electric machine arranged for regenerative braking, an eddy current braking device, and an electronic control unit, ECU,, the wheel module further comprising a communications port arranged for communication with an external control unit and a power distribution network arranged to connect the electric machine to the eddy current braking device and to a power port arranged to input and to output electrical power to and from the wheel module, wherein the ECU is arranged to obtain configuration data via the communications port indicative of a maximum output power of the power port, and to control the power distribution network to maintain the output power of the power port below the maximum output power by distributing power from the at least one electric machine between the eddy current braking device and the power port, and wherein the wheel module is characterized in that, the ECU is further arranged to control the electric machine and the eddy current braking device to provide a desired wheel slip level in response to a wheel slip or wheel speed request obtained via communication port from the external control unit. the wheel module further comprising a communications port arranged for communication with an external control unit and a power distribution network arranged to connect the electric machine to the eddy current braking device and to a power port arranged to input and to output electrical power to and from the wheel module, wherein the ECU is arranged to obtain configuration data via the communications port indicative of a maximum output power of the power port, and to control the power distribution network to maintain the output power of the power port below the maximum output power by distributing power from the at least one electric machine between the eddy current braking device and the power port, and wherein the wheel module is characterized in that, the ECU is further arranged to control the electric machine and the eddy current braking device to provide a desired wheel slip level in response to a wheel slip or wheel speed request obtained via communication port from the external control unit.
A pharmaceutical composition comprising pridopidine or a pharmaceutically acceptable salt thereof for use in improving memory in a subject by periodically administering the composition to the subject, wherein the subject is afflicted with a cognitive deficit, and wherein the cognitive deficit is caused by or associated with a disease or disorder.
A modified capsid protein comprising a portion of hepatitis E virus open Reading Frame 2 protein that is able to form an acid and proteolytically stable HEV virus like particle, wherein: the portion of HEV ORF2 comprises the 452-606 segment of the HEV ORF2 protein of SEQ ID NO: 1, 2, 3, 4, 5, or 6, wherein at least one residue Y485, T489, S533, N573, or T586 of the HEV ORF2 protein set forth in SEQ ID NO: 1 or at least one of the corresponding residues of SEQ ID NO: 2, 3, 4, 5, or 6 is replaced with a cysteine, which cysteine is optionally chemically derivatized.
A method for detecting an ineffective network device in a set of network devices for a computer network as a device ineffective at identifying an attack in the network, the method comprising: receiving events generated by the set of network devices for each of a plurality of time periods, each event including an attribute belonging to a class of attributes; based on the received events, evaluating a normalised representative value of the attribute as a score for each network device for each of the plurality of time periods; for each of a plurality of pairs of devices in the set of network devices, evaluating a measure of similarity of scores for the pair for one or more time windows, each time window comprising two or more of the time periods; identifying a network device having evaluated similarity measures meeting a predetermined threshold as ineffective network devices, wherein events in the class of attributes indicate a severity of an occurrence in the computer network, wherein the score for a device for a time period is normalised by unity based normalisation, and wherein the measure of similarity is evaluated using a cosine similarity calculation. receiving events generated by the set of network devices for each of a plurality of time periods, each event including an attribute belonging to a class of attributes; based on the received events, evaluating a normalised representative value of the attribute as a score for each network device for each of the plurality of time periods; for each of a plurality of pairs of devices in the set of network devices, evaluating a measure of similarity of scores for the pair for one or more time windows, each time window comprising two or more of the time periods; identifying a network device having evaluated similarity measures meeting a predetermined threshold as ineffective network devices, wherein events in the class of attributes indicate a severity of an occurrence in the computer network, wherein the score for a device for a time period is normalised by unity based normalisation, and wherein the measure of similarity is evaluated using a cosine similarity calculation.
A welding system comprising: - a welding torch; - an engine capable of operation in an energy conservation mode and an operating mode, wherein the engine operates in the energy conservation mode when the engine is operational and not operating in the operating mode; and - a generator operatively coupled to the engine, wherein the generator provides at least one of a welding current output or an auxiliary power output, characterized by a proximity sensor positioned on said welding torch, the proximity sensor being configured to provide a first output signal when an operator of said welding system is in-range; wherein the engine operates in the operating mode when the proximity sensor provides the first output signal, wherein the proximity sensor is configured to provide a second output signal when the operator is out-of-range, and wherein the engine operates in the energy conservation mode when the proximity sensor provides the second output signal. - a welding torch; - an engine capable of operation in an energy conservation mode and an operating mode, wherein the engine operates in the energy conservation mode when the engine is operational and not operating in the operating mode; and - a generator operatively coupled to the engine, wherein the generator provides at least one of a welding current output or an auxiliary power output,
A height measurement device configured to measure a height of a target, the device comprising: a camera having a rectangular visual field; a moving device configured to relatively move the camera and the target; and a control device configured to control the moving device and the camera such that the target loaded at a predetermined position of a loading surface is imaged, extract a contour of the target from a two-dimensional image of the imaged target, set a circumscribed rectangular area of which each side is parallel to a corresponding side of the visual field of the camera and each side is circumscribed with the extracted contour of the target, set an extension area in which each of four sides of the set circumscribed rectangular area is extended outward by a predetermined amount, determine multiple imaging positions such that maximum parallax is obtained within a range where the set extension area does not protrude from the visual field of the camera, control the moving device and the camera such that the target is imaged at each of the determined multiple imaging positions, and estimate the height of the target from parallax of a two-dimensional image of the target imaged at each of the multiple imaging positions. a camera having a rectangular visual field; a moving device configured to relatively move the camera and the target; and a control device configured to control the moving device and the camera such that the target loaded at a predetermined position of a loading surface is imaged, extract a contour of the target from a two-dimensional image of the imaged target, set a circumscribed rectangular area of which each side is parallel to a corresponding side of the visual field of the camera and each side is circumscribed with the extracted contour of the target, set an extension area in which each of four sides of the set circumscribed rectangular area is extended outward by a predetermined amount, determine multiple imaging positions such that maximum parallax is obtained within a range where the set extension area does not protrude from the visual field of the camera, control the moving device and the camera such that the target is imaged at each of the determined multiple imaging positions, and estimate the height of the target from parallax of a two-dimensional image of the target imaged at each of the multiple imaging positions.
An oral care composition comprising a compound selected from and and an orally acceptable carrier, for use in a method for inhibiting or preventing bacterial adhesion to an oral cavity surface comprising contacting an oral cavity surface of a mammal with the oral care composition. an orally acceptable carrier, for use in a method for inhibiting or preventing bacterial adhesion to an oral cavity surface comprising contacting an oral cavity surface of a mammal with the oral care composition.
An article of footwear, comprising: an upper; a sole structure; and a motorized tensioning device seated in the sole structure and including a spool system, the spool system comprising: a cam device; a spool; a tensile element wound, at least in part, around the spool; a driveshaft extending through the spool and coupled to the cam device to deliver torque to the cam device to cause the spool to turn to increase or decrease tension on the tensile element; and an engagement plate configured to: engage with and receive torque from the cam device; couple to the spool in an engaged state of the spool system to cause the spool to rotate with the drive shaft; and space apart from the spool in a disengaged state of the spool system to cause the spool to rotate independently of the drive shaft. an upper; a sole structure; and a motorized tensioning device seated in the sole structure and including a spool system, the spool system comprising: a cam device; a spool; a tensile element wound, at least in part, around the spool; a driveshaft extending through the spool and coupled to the cam device to deliver torque to the cam device to cause the spool to turn to increase or decrease tension on the tensile element; and an engagement plate configured to: engage with and receive torque from the cam device; couple to the spool in an engaged state of the spool system to cause the spool to rotate with the drive shaft; and space apart from the spool in a disengaged state of the spool system to cause the spool to rotate independently of the drive shaft. a cam device; a spool; a tensile element wound, at least in part, around the spool; a driveshaft extending through the spool and coupled to the cam device to deliver torque to the cam device to cause the spool to turn to increase or decrease tension on the tensile element; and an engagement plate configured to: engage with and receive torque from the cam device; couple to the spool in an engaged state of the spool system to cause the spool to rotate with the drive shaft; and space apart from the spool in a disengaged state of the spool system to cause the spool to rotate independently of the drive shaft. engage with and receive torque from the cam device; couple to the spool in an engaged state of the spool system to cause the spool to rotate with the drive shaft; and space apart from the spool in a disengaged state of the spool system to cause the spool to rotate independently of the drive shaft.