mhurhangee/ep-ind-claims huggingface dataset:
A seawater suction system comprising: - first and second conduits connected to one another, so as to form an internal fluid passage allowing fluid communication between the two conduits (12, 14), wherein the first conduit is formed from at least two layers of a first material and the second conduit is formed from a single layer of a second material, which is different from the first material; - a suction head connected to a free end of the first conduit; characterised by: - at least one caisson adapted to receive and hold the suction head of the first conduit: characterized by: - the caisson comprising: - a suspension apparatus, adapted to selectively secure the first and second conduits during assembly, comprising a spring operated mechanism adapted to lockingly engage with the first and second conduit, and a conduit adapter (48, 50) configured to compensate for any difference between the external diameters of the first and second conduits. - first and second conduits connected to one another, so as to form an internal fluid passage allowing fluid communication between the two conduits (12, 14), wherein the first conduit is formed from at least two layers of a first material and the second conduit is formed from a single layer of a second material, which is different from the first material; - a suction head connected to a free end of the first conduit; characterised by: - at least one caisson adapted to receive and hold the suction head of the first conduit: characterized by: - the caisson comprising: - a suspension apparatus, adapted to selectively secure the first and second conduits during assembly, comprising a spring operated mechanism adapted to lockingly engage with the first and second conduit, and a conduit adapter (48, 50) configured to compensate for any difference between the external diameters of the first and second conduits. - a suspension apparatus, adapted to selectively secure the first and second conduits during assembly, comprising a spring operated mechanism adapted to lockingly engage with the first and second conduit, and a conduit adapter (48, 50) configured to compensate for any difference between the external diameters of the first and second conduits.
A method performed by a wireless device for determining a search space for a physical control channel in a wireless communications network, which wireless device is configured with a first search space for a physical control channel and a second search space for the physical control channel, which first search space is associated with a first synchronization signal, the method comprising: attempting to receive from a first network node, the first synchronization signal, and determining a search space for a physical control channel, the search space being the first or second search space, based on whether or not the attempt to decode said first synchronization signal was successful, the determining a search space comprising: when the attempt to decode said first synchronization signal was successful determining the first search space for the physical control channel, when the attempt to decode said first synchronization signal was not successful determining the second search space for any one or more out of: the physical control channel and a second physical control channel; and characterized in that the method further comprising: when a predetermined number of blind decoding attempts using the determined first search space have failed, determining the second search space for the physical control channel. attempting to receive from a first network node, the first synchronization signal, and determining a search space for a physical control channel, the search space being the first or second search space, based on whether or not the attempt to decode said first synchronization signal was successful, the determining a search space comprising: when the attempt to decode said first synchronization signal was successful determining the first search space for the physical control channel, when the attempt to decode said first synchronization signal was not successful determining the second search space for any one or more out of: the physical control channel and a second physical control channel; and characterized in that the method further comprising: when a predetermined number of blind decoding attempts using the determined first search space have failed, determining the second search space for the physical control channel. when the attempt to decode said first synchronization signal was successful determining the first search space for the physical control channel, when the attempt to decode said first synchronization signal was not successful determining the second search space for any one or more out of: the physical control channel and a second physical control channel; and characterized in that the method further comprising: when a predetermined number of blind decoding attempts using the determined first search space have failed, determining the second search space for the physical control channel.
A patient interface for sealed delivery of a flow of air at a continuously positive pressure with respect to ambient air pressure to an entrance to the patient's airways including the entrance of a patient's nares and the patient's mouth, wherein the patient interface is configured to maintain a therapy pressure in a range of about 4 cmH2O to about 30 cmH2O above ambient air pressure in use, throughout the patient's respiratory cycle, while the patient is sleeping, to ameliorate sleep disordered breathing; said patient interface comprising: a cushion assembly adapted to form a seal around the patient's nose and mouth, the cushion assembly defining a plenum chamber pressurised at a pressure above ambient pressure in use; a gas washout vent configured to allow a flow of patient exhaled CO2 to an exterior of the patient interface to minimise rebreathing of exhaled CO2 by the patient; and at least one volume reducing member (6900A; 6900B) provided within the plenum chamber to reduce an effective internal volume of the plenum chamber, characterized in that the at least one volume reducing member is arranged to separate a main volume of the plenum chamber for delivery of the therapy pressure from a deadspace volume, the main volume adapted to be in direct fluid communication with the entrance to the patient's nares, the patient's mouth and the vent; and wherein the at least one volume reducing member creates a flow bias such that all patient inhalation and patient exhalation throughout the patient's respiratory cycle occurs via the main volume. a cushion assembly adapted to form a seal around the patient's nose and mouth, the cushion assembly defining a plenum chamber pressurised at a pressure above ambient pressure in use; a gas washout vent configured to allow a flow of patient exhaled CO2 to an exterior of the patient interface to minimise rebreathing of exhaled CO2 by the patient; and at least one volume reducing member (6900A; 6900B) provided within the plenum chamber to reduce an effective internal volume of the plenum chamber, characterized in that the at least one volume reducing member is arranged to separate a main volume of the plenum chamber for delivery of the therapy pressure from a deadspace volume, the main volume adapted to be in direct fluid communication with the entrance to the patient's nares, the patient's mouth and the vent; and wherein the at least one volume reducing member creates a flow bias such that all patient inhalation and patient exhalation throughout the patient's respiratory cycle occurs via the main volume.
Dental material, comprising: a) at least one monomer comprising at least one radically polymerizable ethylenically unsaturated group and at least one acid group, b) at least one monomer not comprising any acid groups and comprising at least one radically polymerizable ethylenically unsaturated group, c) at least one photoinitiator, d) at least one tertiary aromatic amine as coinitiator, which amine exhibits a benzene ring to which at least one dialkylamine group and at least one additional group are directly bonded, characterized in that the additional group is chosen from: i. carboxylic acid ester groups comprising at least one polyoxyalkylene group with at least 2 oxyethylene and/or oxypropylene units, and ii. amide groups. a) at least one monomer comprising at least one radically polymerizable ethylenically unsaturated group and at least one acid group, b) at least one monomer not comprising any acid groups and comprising at least one radically polymerizable ethylenically unsaturated group, c) at least one photoinitiator, d) at least one tertiary aromatic amine as coinitiator, which amine exhibits a benzene ring to which at least one dialkylamine group and at least one additional group are directly bonded, i. carboxylic acid ester groups comprising at least one polyoxyalkylene group with at least 2 oxyethylene and/or oxypropylene units, and ii. amide groups.
An anvil for transversally sealing a tube having a longitudinal seam portion and advancing along a path; the anvil comprises: - a first elongate contact surface extending along a first axis and adapted to contact the tube; - a second elongate contact surface being spaced aparat from the first elongate contact surface, extending along a second axis parallel to the first axis and being adapted to contact the tube; and wherein the first elongate contact surface comprises a first groove and the second elongate contact surface comprises a second groove, each one of the first groove and the second groove being adapted to receive, in use, a respective section of the longitudinal seam portion of the tube; wherein the first elongate contact surface comprises a first seam interaction portion provided within the first groove and having a first surface profile and being adapted to interact with a respective section of the longitudinal seam portion; and wherein the second elongate contact surface comprises a second seam interaction portion provided within the second groove and having a second surface profile and being adapted to interact with a respective section of the longitudinal seam portion; the anvil being characterized in that the first surface profile differs from the second surface profile. - a first elongate contact surface extending along a first axis and adapted to contact the tube; - a second elongate contact surface being spaced aparat from the first elongate contact surface, extending along a second axis parallel to the first axis and being adapted to contact the tube; and
A wind turbine comprising a pair of two-part collars (8,10); a two-part turbine blade assembly, wherein the two parts are coupled together and the turbine blade assembly is rotatably coupled to each of the collars; and an electrical generator comprising a rotor and a stator, wherein the electrical generator is operatively coupled to the turbine blade assembly such that rotation of the turbine blade assembly relative to the collar results in a corresponding rotation of the rotor; characterised in that the wind turbine further includes an inner spacer (36a,36b) located internally of each collar. wherein the two parts are coupled together and the turbine blade assembly is rotatably coupled to each of the collars; and an electrical generator comprising a rotor and a stator, wherein the electrical generator is operatively coupled to the turbine blade assembly such that rotation of the turbine blade assembly relative to the collar results in a corresponding rotation of the rotor; characterised in that the wind turbine further includes an inner spacer (36a,36b) located internally of each collar.
A method of improving the efficiency of an electrically small antenna, the method comprising the following steps: • selecting an antenna; • electrically feeding said selected antenna; • quantifying the energy stored in the selected antenna at a given transmission frequency; • determining the nature of the antenna as a function of the quantified stored energy, this determination comprising comparing said quantity of stored energy with an energy threshold, the antenna being of electric nature if the quantified stored energy is below the energy threshold, and otherwise being of magnetic nature; and • selecting a metamaterial inclusion for associating with the selected antenna in order to improve its efficiency, the selection being made from a list of inclusions as a function of the nature of the selected antenna. • selecting an antenna; • electrically feeding said selected antenna; • quantifying the energy stored in the selected antenna at a given transmission frequency; • determining the nature of the antenna as a function of the quantified stored energy, this determination comprising comparing said quantity of stored energy with an energy threshold, the antenna being of electric nature if the quantified stored energy is below the energy threshold, and otherwise being of magnetic nature; and • selecting a metamaterial inclusion for associating with the selected antenna in order to improve its efficiency, the selection being made from a list of inclusions as a function of the nature of the selected antenna.
A method of controlling a microwave cooking appliance, comprising the following steps: - a first antenna and at least one second antenna (24, 42) are supplied with microwave radiation originating from a semiconductor amplifier (26, 28, 44) and radiated by the antennas (22, 24, 42) into a cooking chamber of the cooking appliance; - a backward travelling microwave signal coupled by the cooking chamber into the antenna (22, 24, 42) is detected; - forward travelling microwave signals coupled by the antennas (22, 24, 42) into the cooking chamber are detected at the antennas (22, 24, 42); - the phase position of the microwave radiation of the two antennas (22, 24, 42) in relation to each other is controlled such that the power of the backward travelling microwave signal is minimized, wherein coherent microwave signals are supplied to the antennas (22, 24, 42), characterized in that the detected forward travelling microwave signals as well as the detected backward travelling microwave signals are used for mathematical calculation of a change in the phase position, the power coupled into a food to be cooked being dynamically adjusted to the respective food to be cooked. - a first antenna and at least one second antenna (24, 42) are supplied with microwave radiation originating from a semiconductor amplifier (26, 28, 44) and radiated by the antennas (22, 24, 42) into a cooking chamber of the cooking appliance; - a backward travelling microwave signal coupled by the cooking chamber into the antenna (22, 24, 42) is detected; - forward travelling microwave signals coupled by the antennas (22, 24, 42) into the cooking chamber are detected at the antennas (22, 24, 42); - the phase position of the microwave radiation of the two antennas (22, 24, 42) in relation to each other is controlled such that the power of the backward travelling microwave signal is minimized, wherein coherent microwave signals are supplied to the antennas (22, 24, 42),
A method comprising: applying a mask to a ceramic matrix composite structure; and subjecting the structure having the mask to a process for repair, wherein the process for repair includes melt infiltration or chemical vapor infiltration. applying a mask to a ceramic matrix composite structure; and subjecting the structure having the mask to a process for repair, wherein the process for repair includes melt infiltration or chemical vapor infiltration.
A plug comprising: • a housing; • an ejector; • an inner core comprising at least two pins; wherein • the housing comprises a fixedly mounted first bracket configured to guide a first end of a lever; • the lever (240 is located within the housing; • the lever has a middle mounting element, located between the first end of the lever and the second end of the lever; • wherein the mechanical advantage of the lever is greater than 1 the plug being characterized in that: • the inner core is slidably mounted within the ejector, while the ejector is slidably mounted in the housing; • the ejector comprises a fixedly mounted second bracket configured to guide a second end of the lever; • the middle mounting element is configured to guide a rod attached to the inner core; • wherein the lever is configured such that when the ejector slides out of the housing to a first extent, due to the movement of the lever, the inner core slides within the ejector to a second extent, which is lower than the first extent. • a housing; • an ejector; • an inner core comprising at least two pins; wherein • the housing comprises a fixedly mounted first bracket configured to guide a first end of a lever; • the lever (240 is located within the housing; • the lever has a middle mounting element, located between the first end of the lever and the second end of the lever; • wherein the mechanical advantage of the lever is greater than 1 • the inner core is slidably mounted within the ejector, while the ejector is slidably mounted in the housing; • the ejector comprises a fixedly mounted second bracket configured to guide a second end of the lever; • the middle mounting element is configured to guide a rod attached to the inner core; • wherein the lever is configured such that when the ejector slides out of the housing to a first extent, due to the movement of the lever, the inner core slides within the ejector to a second extent, which is lower than the first extent.
A process for manufacturing an electrical device, the process comprising the steps: providing a substrate; activating a stamp with a base or a fluoride; bringing the stamp into contact with the substrate whereby areas of the substrate contacted by the stamp have increased contact angle with a liquid comprising an electrically active material; and depositing the liquid comprising the electrically active material over areas of the substrate located between the areas of increased contact angle.
Arrangement of a partition of a partition for the inner loading space of a utility vehicle, said arrangement comprising a movable grill panel configured to separate said inner loading space from the passenger compartment, the movable grill panel being configured to slide from a position behind a second row of seats to another position behind a first row of seats, for the purpose of increasing the loading space of the vehicle, said arrangement comprising a solid panel to which the backs and the headrests of the second row of seats are secured, the solid panel comprising an articulated hinge on the floor located on the edge facing the edge supporting the headrests, characterised in that the movable grill panel is secured at its lower edge by means of a hook inserted in a lock located at the opposite end of the hinge of the solid panel, when the movable grill panel is behind the first row of seats.
A lighting apparatus, comprising: a housing; a heat sink disposed in the housing, wherein the heat sink has a proximal end and a distal end spaced apart by a length defining a length axis, the heat sink has a recess extending along a portion of the length; and a light emitting diode having a mounting plane located in the recess between the proximal end and the distal end of the heat sink, wherein the heat sink has a body located proximally of the recess; the heat sink comprises a plurality of fins (60a - 60q) projecting away from the body, wherein the fins (60a - 60q) in the plurality of fins (60a - 60q) are spaced apart from one another along the length axis, wherein the plurality of fins (60a - 60q) includes a first subset of the fins (60f - 60q) and a second subset of the fins (60a - 60e), wherein the first subset of fins (60f - 60q) is located proximally of the light emitting diode, characterized in that the second subset of the fins (60a - 60e) is located between the light emitting diode and the distal end of the heat sink; and a fan is disposed in the housing, wherein when the fan is activated, ambient air is drawn into the housing and exhausted from the housing such that a portion of the heat sink distal of a light emitting diode mounting plane and with it the second subset of the fins (60a - 60e) lies in a convective airflow path. a housing; a heat sink disposed in the housing, wherein the heat sink has a proximal end and a distal end spaced apart by a length defining a length axis, the heat sink has a recess extending along a portion of the length; and a light emitting diode having a mounting plane located in the recess between the proximal end and the distal end of the heat sink, wherein the heat sink has a body located proximally of the recess; the heat sink comprises a plurality of fins (60a - 60q) projecting away from the body, wherein the fins (60a - 60q) in the plurality of fins (60a - 60q) are spaced apart from one another along the length axis, wherein the plurality of fins (60a - 60q) includes a first subset of the fins (60f - 60q) and a second subset of the fins (60a - 60e), wherein the first subset of fins (60f - 60q) is located proximally of the light emitting diode, characterized in that the second subset of the fins (60a - 60e) is located between the light emitting diode and the distal end of the heat sink; and a fan is disposed in the housing, wherein when the fan is activated, ambient air is drawn into the housing and exhausted from the housing such that a portion of the heat sink distal of a light emitting diode mounting plane and with it the second subset of the fins (60a - 60e) lies in a convective airflow path.
A method for generating a playable limited version of a video game, comprising: recording a user's gameplay of a full version of the video game, wherein recording the user's gameplay includes recording video and one or more of user input data or game state data; determining (804, 820) a plurality of user-defined portions of the user's recorded gameplay by providing a user interface for reviewing the recorded gameplay video so as to allow the user to define the user-defined portions; for each user-defined portion, defining (806, 808) boundaries within a gameplay context of the video game based on the user-defined portion, and generating a playable portion of the video game based on the defined boundaries; and arranging each of the playable portions of the video game in a series to define the limited version of the video game, wherein the method is executed by a processor. recording a user's gameplay of a full version of the video game, wherein recording the user's gameplay includes recording video and one or more of user input data or game state data; determining (804, 820) a plurality of user-defined portions of the user's recorded gameplay by providing a user interface for reviewing the recorded gameplay video so as to allow the user to define the user-defined portions; for each user-defined portion, defining (806, 808) boundaries within a gameplay context of the video game based on the user-defined portion, and generating a playable portion of the video game based on the defined boundaries; and arranging each of the playable portions of the video game in a series to define the limited version of the video game, wherein the method is executed by a processor.