mhurhangee/patent-ind-claim-en huggingface dataset:
A cap assembly for use with a liquid container having a neck with an opening and having an internal compartment sized to hold a volume of potable drink liquid , the cap assembly comprising: a base configured to be removably coupled to the neck of a liquid container ; a drink spout extending from the base and defining a passage through which drink liquid from the internal compartment of a liquid container may be selectively dispensed when the cap assembly is operatively coupled to a liquid container ; a closure configured to be removably coupled relative to the drink spout in a closed position to selectively restrict dispensing of liquid through the passage and to selectively permit dispensing of liquid through the passage when removed from the drink spout ; a handle extending from the base , characterized in that the handle includes a closure retention mechanism configured to selectively retain the closure in a stowed position against a region of the handle when the closure is selectively removed from the drink spout and received by the closure retention mechanism , wherein the closure is removed from engagement with the handle when the closure is in the closed position. a base configured to be removably coupled to the neck of a liquid container ; a drink spout extending from the base and defining a passage through which drink liquid from the internal compartment of a liquid container may be selectively dispensed when the cap assembly is operatively coupled to a liquid container ; a closure configured to be removably coupled relative to the drink spout in a closed position to selectively restrict dispensing of liquid through the passage and to selectively permit dispensing of liquid through the passage when removed from the drink spout ; a handle extending from the base , characterized in that the handle includes a closure retention mechanism configured to selectively retain the closure in a stowed position against a region of the handle when the closure is selectively removed from the drink spout and received by the closure retention mechanism , wherein the closure is removed from engagement with the handle when the closure is in the closed position.
Pump system comprising a pump having a generally cylindrical pump housing ; which pump housing is arranged with a liquid inlet in one end and a liquid outlet in a second end; - a tubular membrane arranged inside said pump housing ; - a first passage arranged in the vicinity of said liquid inlet for introducing pressurized fluid between said membrane and said housing ; - a second passage arranged in the vicinity of said liquid outlet for releasing said pressurized fluid; the membrane is arranged with an elasticity providing a local radial compression and a ring-shaped fluid compartment when a pulse of pressurized fluid is entered through the first passage; wherein said fluid compartment travels along said housing, bringing a volume of liquid with it; characterised in that the system further comprises an expansion vessel operably attached to said liquid outlet for reducing pressure changes in said liquid caused by the action of said pulse of the pressurized fluid. - a tubular membrane arranged inside said pump housing ; - a first passage arranged in the vicinity of said liquid inlet for introducing pressurized fluid between said membrane and said housing ; - a second passage arranged in the vicinity of said liquid outlet for releasing said pressurized fluid;
A wrist protecting band configured to be attached to a wrist (H), the wrist protecting band comprising: a first compression member having a first compression pad provided on an inner surface thereof to be able to compress one of an ulna area (H1) and a radius area (H2) of the wrist (H) toward a central portion of the wrist (H); a second compression member having a second compression pad provided on an inner surface thereof, in a location opposite to the first compression pad , to be able to compress the other of the ulna area and the radius area of the wrist (H) toward the central portion of the wrist (H); characterised in that it further comprises a connecting member having both ends pivotably coupled to one end portion of the first compression member and to one end portion of the second compression member to connect the first compression member and the second compression member ; and a coupling body , wherein the other end portion of the first compression member is pivotably coupled to one end portion of the coupling body , and the other end portion of the second compression member is coupled to or decoupled from the other end portion of the coupling body in response to a user's manipulation, wherein the wrist (H) other than the ulna area and the radius area is not compressed, and a coupling state of the second compression member is adjustable by the user's manipulation so that compression load of the first and second compression members on the ulna area and the radius area is adjusted. a first compression member having a first compression pad provided on an inner surface thereof to be able to compress one of an ulna area (H1) and a radius area (H2) of the wrist (H) toward a central portion of the wrist (H); a second compression member having a second compression pad provided on an inner surface thereof, in a location opposite to the first compression pad , to be able to compress the other of the ulna area and the radius area of the wrist (H) toward the central portion of the wrist (H); characterised in that it further comprises a connecting member having both ends pivotably coupled to one end portion of the first compression member and to one end portion of the second compression member to connect the first compression member and the second compression member ; and a coupling body , wherein the other end portion of the first compression member is pivotably coupled to one end portion of the coupling body , and the other end portion of the second compression member is coupled to or decoupled from the other end portion of the coupling body in response to a user's manipulation, wherein the wrist (H) other than the ulna area and the radius area is not compressed, and a coupling state of the second compression member is adjustable by the user's manipulation so that compression load of the first and second compression members on the ulna area and the radius area is adjusted.
A resin composition for a self-adsorbing foam sheet, the resin composition comprising: 100 parts by mass of a (meth)acrylic acid ester copolymer resin which includes an N-methylol group, and whose glass transition temperature is -10°C or less; and 1 to 20 parts by mass of a carbodiimide crosslinking agent, wherein: monomeric units derived from monomers including N-methylol groups in the (meth)acrylic acid ester copolymer resin are 0.1% to 10% by mass, when the (meth)acrylic acid ester copolymer resin is 100% by mass; and the glass transition temperature is a value measured with the following method: 50 μm of a polyethylene terephthalate film in thickness is coated with the (meth)acrylic acid ester copolymer resin with a 250 μm applicator, and is dried at normal temperature for 24 hours, to obtain a resin film; and using the resin film, the glass transition temperature is measured at -50°C to 160°C in measurement temperature at 10°C/min in heating rate with a differential scanning calorimeter, conforming to JIS (Japanese Industrial Standards) K7121. 100 parts by mass of a (meth)acrylic acid ester copolymer resin which includes an N-methylol group, and whose glass transition temperature is -10°C or less; and 1 to 20 parts by mass of a carbodiimide crosslinking agent, wherein: monomeric units derived from monomers including N-methylol groups in the (meth)acrylic acid ester copolymer resin are 0.1% to 10% by mass, when the (meth)acrylic acid ester copolymer resin is 100% by mass; and the glass transition temperature is a value measured with the following method: 50 μm of a polyethylene terephthalate film in thickness is coated with the (meth)acrylic acid ester copolymer resin with a 250 μm applicator, and is dried at normal temperature for 24 hours, to obtain a resin film; and using the resin film, the glass transition temperature is measured at -50°C to 160°C in measurement temperature at 10°C/min in heating rate with a differential scanning calorimeter, conforming to JIS (Japanese Industrial Standards) K7121. monomeric units derived from monomers including N-methylol groups in the (meth)acrylic acid ester copolymer resin are 0.1% to 10% by mass, when the (meth)acrylic acid ester copolymer resin is 100% by mass; and the glass transition temperature is a value measured with the following method: 50 μm of a polyethylene terephthalate film in thickness is coated with the (meth)acrylic acid ester copolymer resin with a 250 μm applicator, and is dried at normal temperature for 24 hours, to obtain a resin film; and using the resin film, the glass transition temperature is measured at -50°C to 160°C in measurement temperature at 10°C/min in heating rate with a differential scanning calorimeter, conforming to JIS (Japanese Industrial Standards) K7121.
A medical device for determining an atrial fibrillation, AF, episode, comprising: a sensor sensing a cardiac signal; and a processor configured to identify the cardiac signal sensed during a predetermined time interval as one of an AF event, a non-AF event, and an unclassified event, determine a number of identified AF events, determine a number of identified unclassified events, and determine that the AF episode is occurring in response to the number of identified AF events being greater than an AF event count threshold, the number of identified unclassified events being less than an unclassified event count threshold and no identified non-AF events, wherein an unclassified event is an event that can neither be classified as an AF event or a non-AF event. a sensor sensing a cardiac signal; and a processor configured to identify the cardiac signal sensed during a predetermined time interval as one of an AF event, a non-AF event, and an unclassified event, determine a number of identified AF events, determine a number of identified unclassified events, and determine that the AF episode is occurring in response to the number of identified AF events being greater than an AF event count threshold, the number of identified unclassified events being less than an unclassified event count threshold and no identified non-AF events, wherein an unclassified event is an event that can neither be classified as an AF event or a non-AF event.
An imaging device , characterized in that it comprises: - a first set of microwave sensors , preferably radiometric sensors, each microwave sensor being configured to pick up electromagnetic radiation emitted or reflected by bodies or objects situated in a detection zone of said microwave sensor ; and - reflector means configured to reflect the electromagnetic radiation that can be picked up by the first set of microwave sensors ; - two reference emitter means , wherein the reflector means are mounted to be movable in the detection zone of each microwave sensor so as to move said detection zone by movement of the reflector means , and wherein the reflector means are configured also to move the detection zone of each microwave sensor successively over a body or object and over each of the two reference emitter means and wherein the imaging device is configured to calibrate the gain and noise factor of each microwave sensor of the first set of microwave sensors from the measurement, by each microwave sensor of the first set of microwave sensors, of the radiation of each of the two reference emitter means. - a first set of microwave sensors , preferably radiometric sensors, each microwave sensor being configured to pick up electromagnetic radiation emitted or reflected by bodies or objects situated in a detection zone of said microwave sensor ; and - reflector means configured to reflect the electromagnetic radiation that can be picked up by the first set of microwave sensors ; - two reference emitter means ,
A door assembly for selectively providing access to, or closing, an oven cavity of an oven appliance, the door assembly comprising: an outer pane element comprising an at least partially transparent region; an inner pane element spaced apart from the outer pane element comprising an at least partially transparent region; optionally one or more center pane elements located between the outer pane element and the inner pane element and comprising an at least partially transparent region; and a camera assembly comprising an optical sensor for obtaining image data from within the oven cavity; characterized in that the door assembly further comprises: an aperture which is provided in one of the pane elements , wherein the camera assembly is mounted within the aperture so that the aperture accommodates the camera assembly within the door. an outer pane element comprising an at least partially transparent region; an inner pane element spaced apart from the outer pane element comprising an at least partially transparent region; optionally one or more center pane elements located between the outer pane element and the inner pane element and comprising an at least partially transparent region; and a camera assembly comprising an optical sensor for obtaining image data from within the oven cavity; characterized in that the door assembly further comprises: an aperture which is provided in one of the pane elements , wherein the camera assembly is mounted within the aperture so that the aperture accommodates the camera assembly within the door.
An active noise control device comprising two passive attenuation earpieces , each having an external microphone , an internal microphone , and a loudspeaker for playing back a noise into the earpiece; the control device having a first processing channel comprising a feedforward filter (FF_i) connected to the external microphones, a feedback filter (FB) connected to the internal microphones, and a playback module supplying each loudspeaker with a playback signal derived from the output signals of the feedforward filter and of the feedback filter; and a second processing channel comprising a sound source identification module for identifying sound sources, the second processing channel being implemented in parallel with the first processing channel and being adapted to adjust the settings of the first processing channel ; the control device being characterized in that the first processing channel includes a partition module for partitioning an external acoustic space, which module is situated upstream from the feedforward filter (FF_i) and makes use of a directional microphone formed by the external microphones in order to partition the external acoustic space into a plurality of incidence sectors (Sect_i); and in that the identification module is adapted to identify whether an external noise in each incidence sector is a useful noise or an undesirable noise.
A user equipment comprising: a receiver configured to monitor a physical downlink control channel, PDCCH, on a secondary cell of a frame structure type 3, characterized in that for the secondary cell with the frame structure type 3, if a first possible starting position of a downlink transmission and a second possible starting position of a downlink transmission are indicated by higher layer , the user equipment monitors both a first set of candidates of the PDCCH and a second set of candidates of the PDCCH in a subframe, the first set of candidates starts on the first possible starting position, and the second set of candidates starts on the second possible starting position. a receiver configured to monitor a physical downlink control channel, PDCCH, on a secondary cell of a frame structure type 3, characterized in that for the secondary cell with the frame structure type 3, if a first possible starting position of a downlink transmission and a second possible starting position of a downlink transmission are indicated by higher layer , the user equipment monitors both a first set of candidates of the PDCCH and a second set of candidates of the PDCCH in a subframe, the first set of candidates starts on the first possible starting position, and the second set of candidates starts on the second possible starting position.
A method for manufacturing an intermediate electronic device (SM) covered with a cover sheet or layer over its entire main surface, said method comprising a step of forming a support body comprising: - a cavity (C1, C2) provided in the support body, - an antenna comprising at least one electrical interconnection zone (Z1, Z2) inside the cavity, - an electronic module comprising at least one connection pad connecting said interconnection zone, which module is arranged in the cavity, - a space or gap existing at the interface between the module and the support body, which space or gap is oriented substantially perpendicularly to said main surface of the support body, opens out at the surface of the support body and is intended to be covered with said cover sheet or layer, characterized in that a flexible or elastic material is arranged in the device so as to at least partially fill or cover said space or gap between the module and the support body, and in that the flexible material comprises a conductive connection material arranged and compressed in the device so as to connect the module to the antenna and to flow into said space or gap in order to at least partially fill it. - a cavity (C1, C2) provided in the support body, - an antenna comprising at least one electrical interconnection zone (Z1, Z2) inside the cavity, - an electronic module comprising at least one connection pad connecting said interconnection zone, which module is arranged in the cavity, - a space or gap existing at the interface between the module and the support body, which space or gap is oriented substantially perpendicularly to said main surface of the support body, opens out at the surface of the support body and is intended to be covered with said cover sheet or layer, characterized in that a flexible or elastic material is arranged in the device so as to at least partially fill or cover said space or gap between the module and the support body, and in that the flexible material comprises a conductive connection material arranged and compressed in the device so as to connect the module to the antenna and to flow into said space or gap in order to at least partially fill it. characterized in that a flexible or elastic material is arranged in the device so as to at least partially fill or cover said space or gap between the module and the support body, and in that the flexible material comprises a conductive connection material arranged and compressed in the device so as to connect the module to the antenna and to flow into said space or gap in order to at least partially fill it.
A method performed by a wireless transmit/receive unit, WTRU , the method comprising: establishing a secure connection to an access network ; receiving, from the access network, a first Radio Resource Control, RRC, connection reconfiguration message comprising one or more grant-free configuration parameters of a grant-free configuration; storing, at the WTRU, the grant-free configuration; transferring, in response to a direction from the access network, from a connected state to an inactive state; receiving, from the access network while in the inactive state, a second RRC connection reconfiguration message comprising one or more grant-free configuration parameters of an updated grant-free configuration, wherein the second reconfiguration message indicates that the communications device is to switch to the connected state for the updating of the stored grant-free configuration; transferring from the inactive state to the connected state; updating, at the WTRU while in the connected state, the stored grant-free configuration; and transferring from the connected state to the inactive state. establishing a secure connection to an access network ; receiving, from the access network, a first Radio Resource Control, RRC, connection reconfiguration message comprising one or more grant-free configuration parameters of a grant-free configuration; storing, at the WTRU, the grant-free configuration; transferring, in response to a direction from the access network, from a connected state to an inactive state; receiving, from the access network while in the inactive state, a second RRC connection reconfiguration message comprising one or more grant-free configuration parameters of an updated grant-free configuration, wherein the second reconfiguration message indicates that the communications device is to switch to the connected state for the updating of the stored grant-free configuration; transferring from the inactive state to the connected state; updating, at the WTRU while in the connected state, the stored grant-free configuration; and transferring from the connected state to the inactive state.
Multitrack bicycle comprising at least one longitudinal member , a gearwheel , two rear wheels , two rear wheel bearings , two drive shafts and a receptacle , wherein the rear wheels are axially spaced apart from one another and from the longitudinal member by means of the two rear wheel bearings and are arranged on the longitudinal member in an articulated manner independently of one another, the drive shafts each being operatively connected both to the gearwheel and to a rear wheel and being designed as cardan shafts, and the gearwheel , the two drive shafts and the two rear wheel bearings being arranged on the longitudinal member by means of the receptacle , the bicycle having a front wheel receptacle , wherein at least two front wheel bearings and/or at least two front wheel shock absorbers are arranged on the longitudinal member by means of the front wheel receptacle , characterized in that the front wheel receptacle has at least one section which circumferentially encompasses the longitudinal member , and the section being designed as a sleeve or clamp .