mhurhangee/ep-ind-claims huggingface dataset:
A method of generating an event video sequence, the method comprising: receiving input image frames encoded into a sequence of image frames arranged in groups of pictures, each group of pictures comprising an intra-frame and zero or more subsequent inter-frames, each group of pictures in said sequence of image frames having a GOP structure, storing a pre-event sequence of image frames in a first-in-first-out buffer, said pre-event sequence having a first predetermined GOP structure, receiving an event notification, upon receiving said event notification, retrieving said pre-event sequence from said buffer, and generating the event video sequence by combining said pre-event sequence and a post-event sequence of image frames, said post-event sequence having a second GOP structure, which is different from said first GOP structure, wherein said first GOP structure differs from said second GOP structure in that a first GOP length of said first GOP structure differs from a second GOP length of said second GOP structure, each GOP length being defined by a number of frames contained in a respective group of pictures, and characterized in that said first GOP length is predetermined and set by user input, and said second GOP length is dynamic. receiving input image frames encoded into a sequence of image frames arranged in groups of pictures, each group of pictures comprising an intra-frame and zero or more subsequent inter-frames, each group of pictures in said sequence of image frames having a GOP structure, storing a pre-event sequence of image frames in a first-in-first-out buffer, said pre-event sequence having a first predetermined GOP structure, receiving an event notification, upon receiving said event notification, retrieving said pre-event sequence from said buffer, and generating the event video sequence by combining said pre-event sequence and a post-event sequence of image frames, said post-event sequence having a second GOP structure, which is different from said first GOP structure, wherein said first GOP structure differs from said second GOP structure in that a first GOP length of said first GOP structure differs from a second GOP length of said second GOP structure, each GOP length being defined by a number of frames contained in a respective group of pictures, and characterized in that said first GOP length is predetermined and set by user input, and said second GOP length is dynamic.
Railway rail fastening apparatus comprising a baseplate for receiving a railway rail to be fastened thereto and baseplate securing means (30; 40) for securing the baseplate to a baseplate seat area of a concrete railway foundation, the baseplate securing means (30; 40) comprising first and second fastening assemblies (30; 40) configured for location on the concrete rail foundation on opposite sides of the baseplate seat area, each fastening assembly (30; 40) comprising clamping means (35, 35 1 -35 N, 35A, 35B 1 -35B N; 45) configured such that a part (36, 36 1 -36 N; 46) of the clamping means (35, 35 1 -35 N, 35A, 35B 1 -35B N; 45) can be arranged so as to overlie part of the baseplate, when the baseplate is supported by the concrete rail foundation and is located in the baseplate seat area thereof, each of the first and second fastening assemblies (30; 40) further comprising fixing means (31; 41) having a first part (32; 42) configured for retention within the concrete rail foundation and a second part (33; 43) configured for location above the rail foundation and for engaging the said clamping means (35, 35 1 -35 N, 35A, 35B 1 -35B N: 45); characterized in that, of the fixing means (31; 41) of the first and second fastening assemblies (30; 40), only the fixing means of the second fastening assembly consists of a screw-threaded fastener, the fixing means of the first fastening assembly consisting of a shoulder, a stem of the shoulder being the first part of the fixing means of the first fastening means and a head of the shoulder being the second part of the fixing means of the first fastening means.
A pre-implantation rodent host embryo characterized by a disruption of a fertility gene, the pre-implantation host embryo comprising a donor rodent pluripotent cell lacking the disruption of the fertility gene, wherein the donor pluripotent cell optionally further comprises a genetic modification in its genome, wherein the fertility gene is located on the X-chromosome and wherein the disrupted fertility gene inhibits male fertility.
A brush iron device (100,300) comprising: an iron roll (120,320) heated at a high temperature and including a plurality of perforations (122,321) formed lengthwise along its outer peripheral surface; and brushes (140,440) having lower portions engaged with the perforations (122,321) of the iron roll (120,320) to then be combined with the iron roll (120,320), wherein the brushes (140,440) include one or more heat transfer units (141,441) engaged with the perforations (122,321) of the iron roll, and one or more heat blocking units (142,442) coupled to hollows of the one or more heat transfer units (141,441) and exposed toward top portions of the one or more heat transfer units (141,441), characterised in that each of the one or more heat transfer units (141,441) is formed such that a diameter of its lower portion is greater than that of its upper portion so as to allow the lower portion to be engaged with each of the perforations (122,321) of the iron roll (120,320). an iron roll (120,320) heated at a high temperature and including a plurality of perforations (122,321) formed lengthwise along its outer peripheral surface; and brushes (140,440) having lower portions engaged with the perforations (122,321) of the iron roll (120,320) to then be combined with the iron roll (120,320), wherein the brushes (140,440) include one or more heat transfer units (141,441) engaged with the perforations (122,321) of the iron roll, and one or more heat blocking units (142,442) coupled to hollows of the one or more heat transfer units (141,441) and exposed toward top portions of the one or more heat transfer units (141,441), characterised in that each of the one or more heat transfer units (141,441) is formed such that a diameter of its lower portion is greater than that of its upper portion so as to allow the lower portion to be engaged with each of the perforations (122,321) of the iron roll (120,320).
A battery cell configured to have a structure in which two or more electrode assemblies, each comprising positive electrodes, negative electrodes, and separators disposed respectively between the positive electrodes and the negative electrodes, are mounted in a battery case, wherein the electrode assemblies are stacked such that electrode terminals (113, 117) of the electrode assemblies are aligned in a vertical direction, one side lower edge of an upper one of the electrode assemblies is disposed in contact with a top surface of a lower one of the electrode assemblies, and one side upper edge of the lower electrode assembly is disposed in contact with a bottom surface of the upper electrode assembly at an interface between the electrode assemblies, and the battery case has an internal shape corresponding to an external shape of the stacked electrode assemblies, wherein the electrode assemblies are stacked such that the electrode terminals (113, 117) are arranged in the same direction, the electrode assemblies have the same size the battery case is a battery case made of a laminate sheet comprising a resin layer and a metal layer, and is provided with a receiving unit having a stepped structure in width and height, and the battery case made of the laminate sheet comprises an upper case and a lower case, and the upper case and the lower case are provided with receiving units corresponding to the external shape of the stacked electrode assemblies, the upper case and the lower case being coupled to each other such that the stacked electrode assemblies are received in the receiving units in a sealed space, characterized in that the electrode assemblies are configured to have a combination of two or more selected from among the wound type structure, the stacked type structure, the stacked/folded type structure, and a laminated and stacked type structure.
Tyre for a motorized two-wheel vehicle of the motorbike type, comprising: - a tread connected by two sidewalls to two beads, each bead comprising a metal circumferential reinforcing element or bead wire, - a crown reinforcement extending radially inside the tread and comprising at least one crown layer, the at least one crown layer comprising mutually parallel reinforcers forming, with a circumferential direction (XX') of the tyre, an angle at most equal to 5°, - a carcass reinforcement extending radially on the inside of the crown reinforcement as far as into the beads and comprising at least two carcass layers (61, 62), each of the at least two carcass layers (61, 62) comprising mutually parallel reinforcers forming, with the circumferential direction (XX') of the tyre, an angle (A1, A2) at least equal to 65°, characterized in that the reinforcers of a first carcass layer form, with the circumferential direction (XX'), an angle (A 1) at most equal to 75°, in that the reinforcers of a second carcass layer form, with the circumferential direction (XX'), an angle (A 2) at least equal to 80° and at most equal to 90°, in that the difference between the angles (A1, A2) of the respective reinforcers of the first and second carcass layers (61, 62) is at least equal to 10° and at most equal to 20° and in that the angles (A1, A2) of the respective reinforcers of the first and second carcass layers (61, 62) are oriented in the same direction. - a tread connected by two sidewalls to two beads, each bead comprising a metal circumferential reinforcing element or bead wire, - a crown reinforcement extending radially inside the tread and comprising at least one crown layer, the at least one crown layer comprising mutually parallel reinforcers forming, with a circumferential direction (XX') of the tyre, an angle at most equal to 5°, - a carcass reinforcement extending radially on the inside of the crown reinforcement as far as into the beads and comprising at least two carcass layers (61, 62), each of the at least two carcass layers (61, 62) comprising mutually parallel reinforcers forming, with the circumferential direction (XX') of the tyre, an angle (A1, A2) at least equal to 65°,
Quinine or one of its pharmaceutically acceptable salts, hydrates and solvates for use by oral or pharyngeal administration in the prophylaxis or treatment of a coronaviral infection caused by SARS-CoV-2.
A genetically modified mouse comprising in its genome: a nucleic acid encoding human M-CSF replacing the nucleic acid encoding mouse M-CSF and operably linked to the mouse M-CSF promoter and regulatory elements, a nucleic acid encoding human IL-3 replacing the nucleic acid encoding mouse IL-3 and operably linked to the mouse IL-3 promoter and regulatory elements, a nucleic acid encoding human GM-CSF replacing the nucleic acid encoding the mouse GM-CSF and operably linked to the mouse GM-CSF promoter and regulatory elements, a nucleic acid encoding human SIRPA operably linked to a human SIRPA promoter and human SIRPA regulatory sequence, and a nucleic acid encoding human TPO replacing the nucleic acid encoding the mouse TPO and operably linked to the mouse TPO promoter and regulatory elements, wherein the mouse expresses human M-CSF polypeptide, human IL-3 polypeptide, human GM-CSF polypeptide, human SIRPA polypeptide and human TPO polypeptide, and wherein the mouse comprises a recombination activating gene 2 gene knock-out and an IL2 receptor gamma chain (IL2rg) gene knock-out.
A method for forming an extruded high aspect ratio structure on a substrate (14, 120, 132), the method being characterized by: merging first and second materials from at least two different channels to form a single flow inside a single volume region of an applicator such that the second material alternates with the first material in a manner that causes the first material to form said structure inside the single volume region, wherein the single volume region is tapered such that it has a first end and a relatively narrower second end; and co-extruding the single flow from the single volume region through an exit port (16, 62, 112) located in the relatively narrower second end and onto the substrate (14,120,132) such that both the first material and the second material are in direct contact with a surface of the substrate (14,120,132) merging first and second materials from at least two different channels to form a single flow inside a single volume region of an applicator such that the second material alternates with the first material in a manner that causes the first material to form said structure inside the single volume region, wherein the single volume region is tapered such that it has a first end and a relatively narrower second end; and co-extruding the single flow from the single volume region through an exit port (16, 62, 112) located in the relatively narrower second end and onto the substrate (14,120,132) such that both the first material and the second material are in direct contact with a surface of the substrate (14,120,132)
A method for partial discharge measurement on an electric power cable comprising: - connecting a high-voltage power supply to a high-voltage conductor of the power cable to be tested at a first of two selected measurement locations on the power cable,connecting at each of the two measurement locations along the power cable a capacitor (Ck) to a high-voltage conductor of the power cable, characterized by - connecting to the low-voltage end of each capacitor (Ck) a communication coupling device and a measurement coupling device, where the communication coupling device and the measurement coupling device are connected in series, - connecting at each measurement location a communication system to the communication coupling device and connecting a measurement instrument to the measurement coupling device, - providing high-voltage signals to the high-voltage carrying conductor of the power cable by means of the high-voltage power supply, - receiving a partial discharge signal at each of the two measurement locations by means of the measurement instruments and generating measurement results of the partial discharge at each measurement location, - transmitting measurement results of a partial discharge from one measurement location via the high-voltage conductor of the cable to the other measurement location, - receiving the transmitted measurement results of a partial discharge at the other measurement location. - connecting a high-voltage power supply to a high-voltage conductor of the power cable to be tested at a first of two selected measurement locations on the power cable,connecting at each of the two measurement locations along the power cable a capacitor (Ck) to a high-voltage conductor of the power cable, characterized by - connecting to the low-voltage end of each capacitor (Ck) a communication coupling device and a measurement coupling device, where the communication coupling device and the measurement coupling device are connected in series, - connecting at each measurement location a communication system to the communication coupling device and connecting a measurement instrument to the measurement coupling device, - providing high-voltage signals to the high-voltage carrying conductor of the power cable by means of the high-voltage power supply, - receiving a partial discharge signal at each of the two measurement locations by means of the measurement instruments and generating measurement results of the partial discharge at each measurement location, - transmitting measurement results of a partial discharge from one measurement location via the high-voltage conductor of the cable to the other measurement location, - receiving the transmitted measurement results of a partial discharge at the other measurement location.
Locating device for locating at least one apparatus (30a-36b) which is to be located and is arrangeable on board a means of transport, for example on board an aircraft, the locating device comprising: - a detecting unit for detecting an audio signal wirelessly transmitted by the at least one apparatus (30a-36b) to be located; and - a computing unit configured to determine the distance of the at least one apparatus (30a-36b) to be located from the detecting unit based on the audio signal transmitted by the at least one apparatus (30a-36b) to be located and on a first information signal assigned to the audio signal and transmitted by the apparatus (30a-36b) to be located via a first deterministic data connection; and to determine, based on a time of reception of the first information signal, the time of transmission of the audio signal from the at least one apparatus (30a-36b) to be located and to take account of the determined time of transmission of the audio signal on the determination of the distance of the at least one apparatus (30a-36b) to be located from the detecting unit. - a detecting unit for detecting an audio signal wirelessly transmitted by the at least one apparatus (30a-36b) to be located; and - a computing unit configured to determine the distance of the at least one apparatus (30a-36b) to be located from the detecting unit based on the audio signal transmitted by the at least one apparatus (30a-36b) to be located and on a first information signal assigned to the audio signal and transmitted by the apparatus (30a-36b) to be located via a first deterministic data connection; and to determine, based on a time of reception of the first information signal, the time of transmission of the audio signal from the at least one apparatus (30a-36b) to be located and to take account of the determined time of transmission of the audio signal on the determination of the distance of the at least one apparatus (30a-36b) to be located from the detecting unit. to determine the distance of the at least one apparatus (30a-36b) to be located from the detecting unit based on the audio signal transmitted by the at least one apparatus (30a-36b) to be located and on a first information signal assigned to the audio signal and transmitted by the apparatus (30a-36b) to be located via a first deterministic data connection; and to determine, based on a time of reception of the first information signal, the time of transmission of the audio signal from the at least one apparatus (30a-36b) to be located and to take account of the determined time of transmission of the audio signal on the determination of the distance of the at least one apparatus (30a-36b) to be located from the detecting unit.
A heat exchanger (30, 68, 84) of a circulating fluidized bed boiler, comprising - a first (36, 70, 86) and a second (38, 78, 88) heat exchange chamber arranged in connection with a furnace of the circulating fluidized bed boiler, - a first inlet channel for introducing hot solids from a particle separator of the external circulation of the circulating fluidized bed boiler into the first heat exchange chamber (36, 70, 86) which is provided with first means (40, 44, 48) for fluidizing solids, - a second inlet channel (58, 96) for introducing solids into the second heat exchange chamber (38, 78, 88) which is provided with second means (42, 46, 50) for fluidizing solids, - first discharge means (54, 56, 98) for removing a first portion of the cooled solids from the first heat exchange chamber (36, 70, 86) to said second inlet channel (58, 96) and - second discharge means for removing cooled solids from the second heat exchange chamber (38, 78, 88) to the furnace, characterized in that the heat exchanger comprises inlet means (64, 80) for introducing hot solids from the internal circulation of the furnace directly to the second heat exchange chamber (38, 78, 88). - a first (36, 70, 86) and a second (38, 78, 88) heat exchange chamber arranged in connection with a furnace of the circulating fluidized bed boiler, - a first inlet channel for introducing hot solids from a particle separator of the external circulation of the circulating fluidized bed boiler into the first heat exchange chamber (36, 70, 86) which is provided with first means (40, 44, 48) for fluidizing solids, - a second inlet channel (58, 96) for introducing solids into the second heat exchange chamber (38, 78, 88) which is provided with second means (42, 46, 50) for fluidizing solids, - first discharge means (54, 56, 98) for removing a first portion of the cooled solids from the first heat exchange chamber (36, 70, 86) to said second inlet channel (58, 96) and - second discharge means for removing cooled solids from the second heat exchange chamber (38, 78, 88) to the furnace,
System for releasing pressure in a pressure vessel, comprising: - a pressure vessel for holding a fuel, - a shut-off valve for shutting off an access between the pressure vessel and a consumer side, - a first safety valve for discharging the fuel out of the pressure vessel, - a second safety valve for discharging the fuel from the pressure vessel, wherein the first safety valve is formed as a normally closed valve and the second safety valve is formed as a valve that is normally open, at least above a threshold value of a pressure within the pressure vessel. - a pressure vessel for holding a fuel, - a shut-off valve for shutting off an access between the pressure vessel and a consumer side, - a first safety valve for discharging the fuel out of the pressure vessel, - a second safety valve for discharging the fuel from the pressure vessel,
A method implemented by a node within a home network for coordinating the self-imposed cooperation amongst clients for sharing different network connections (14, 16, 18), comprising: - maintaining information for said network connections that logically represents the different network connections as independent pools (22, 24, 26) of usable bandwidth and that indicates the amount of bandwidth available for use from each pool (22, 24, 26); - receiving advertisements from clients advertising tentative use of a specified amount of bandwidth drawn from each of one or more pools (22, 24, 26); - notifying clients regarding whether or not, according to said information, the one or more pools (22, 24, 26) from which their respective advertised uses would draw from each have the specified amount of bandwidth available; and - independently updating each pool (22, 24, 26) to indicate that any bandwidth notified as being available from that pool (22, 24, 26) is now unavailable. - maintaining information for said network connections that logically represents the different network connections as independent pools (22, 24, 26) of usable bandwidth and that indicates the amount of bandwidth available for use from each pool (22, 24, 26); - receiving advertisements from clients advertising tentative use of a specified amount of bandwidth drawn from each of one or more pools (22, 24, 26); - notifying clients regarding whether or not, according to said information, the one or more pools (22, 24, 26) from which their respective advertised uses would draw from each have the specified amount of bandwidth available; and - independently updating each pool (22, 24, 26) to indicate that any bandwidth notified as being available from that pool (22, 24, 26) is now unavailable.