mhurhangee/patent-ind-claim-en huggingface dataset:
A method of allocating a wireless resource in a wireless Local Area Network, LAN, the method comprising: allocating, by an access point, AP, the wireless resource on a frequency band; and transmitting, by the AP, downlink, DL, data through the wireless resource, wherein the wireless resource is allocated based on a basic resource allocation unit having 242 tones, wherein entire available tones of the wireless resource include a multiple of the 242 tones based on a size of the frequency band, wherein when the size of the frequency band is 20 MHz and the basic resource allocation unit is used as one unit, the number of the entire available tones is set to 242 tones, and wherein when the size of the frequency band is 20 MHz and the basic resource allocation unit is divided into 9 small tone units, the 242 tones are divided into 9 small tone units and each small tone unit has 26 tones. allocating, by an access point, AP, the wireless resource on a frequency band; and transmitting, by the AP, downlink, DL, data through the wireless resource, wherein the wireless resource is allocated based on a basic resource allocation unit having 242 tones, wherein entire available tones of the wireless resource include a multiple of the 242 tones based on a size of the frequency band, wherein when the size of the frequency band is 20 MHz and the basic resource allocation unit is used as one unit, the number of the entire available tones is set to 242 tones, and wherein when the size of the frequency band is 20 MHz and the basic resource allocation unit is divided into 9 small tone units, the 242 tones are divided into 9 small tone units and each small tone unit has 26 tones.
A polymer for surface functionalization, comprising a recurring unit of Formula (IV): wherein each of R 1c and R 2c is independently hydrogen, optionally substituted alkyl, or optionally substituted phenyl; R 3c is hydrogen, optionally substituted alkyl, optionally substituted phenyl, or optionally substituted C 7-14 aralkyl; Ar is an optionally substituted C 6-10 aryl or an optionally substituted 5 or 6 membered heteroaryl; R A is optionally substituted tetrazine; and L 3 is a single bond, an optionally substituted alkylene linker, or an optionally substituted heteroalkylene linker. wherein each of R 1c and R 2c is independently hydrogen, optionally substituted alkyl, or optionally substituted phenyl; R 3c is hydrogen, optionally substituted alkyl, optionally substituted phenyl, or optionally substituted C 7-14 aralkyl; Ar is an optionally substituted C 6-10 aryl or an optionally substituted 5 or 6 membered heteroaryl; R A is optionally substituted tetrazine; and L 3 is a single bond, an optionally substituted alkylene linker, or an optionally substituted heteroalkylene linker.
A directional coupler comprising two housing parts which define at least two hollow conductors and a separation wall positioned between both hollow conductors , said separation wall comprising several holes ensuring a coupling of the at least two hollow conductors , wherein said several holes are arranged in two rows in an alternating manner such that a galvanic connection of both housing parts is provided between each neighbored holes , characterized in that each of said housing parts has a separation base of said separation wall wherein each separation base comprises at least one row of said holes .
An open fronted food storage cabinet having a top, rear, base and opposed sides , the top, rear, base and opposing sides defining an interior space of the cabinet which is accessible through an opening to the front of the cabinet defined between edges of the top, base and opposing sides of the cabinet , wherein the cabinet includes an interior chassis structure comprised of a base panel , a rear panel and a top panel which are mechanically connected to one another, wherein further the base, rear and top panels are each formed from a structural sandwich composite material having thermal insulation properties, and wherein further the rear panel includes an aperture to which a mechanism operable to alter the temperature within interior space of the cabinet is mounted, wherein the mechanism operable to alter the temperature within interior space of the cabinet is a heating mechanism in the form of a cassette which is fittable to and removable from the aperture in the rear panel of the interior chassis structure , and wherein the heating mechanism includes an electric heating element and a fan.
A method comprising: measuring input electric current that is input into an electrically controlled valve to change a position of the electrically controlled valve ; measuring output electric current that is output from the electrically controlled valve in response to the input electric current being input into the electrically controlled valve; generating position signals using a sensor coupled with the electrically controlled valve , the position signals indicative of the position of the electrically controlled valve ; characterized by calculating baseline values associated with the input electric current, the output electric current, and the position signals, wherein the baseline values are based on measured input electric current values, measured output electric current values, and measured position signal values repeatedly sampled during a prior moving time window ; and determining a health state of the electrically controlled valve by comparing the baseline values associated with the input electric current, the output electric current, and the position signals with subsequently measured values associated with the input electric current , the output electric current , and the position signals . measuring input electric current that is input into an electrically controlled valve to change a position of the electrically controlled valve ; measuring output electric current that is output from the electrically controlled valve in response to the input electric current being input into the electrically controlled valve; generating position signals using a sensor coupled with the electrically controlled valve , the position signals indicative of the position of the electrically controlled valve ; characterized by calculating baseline values associated with the input electric current, the output electric current, and the position signals, wherein the baseline values are based on measured input electric current values, measured output electric current values, and measured position signal values repeatedly sampled during a prior moving time window ; and determining a health state of the electrically controlled valve by comparing the baseline values associated with the input electric current, the output electric current, and the position signals with subsequently measured values associated with the input electric current , the output electric current , and the position signals .
Oven for the textile sector, substantially parallelepiped and comprising means for ventilation with hot air, wherein said means for ventilation are provided on the ceiling of the oven itself and side walls of said oven , being free from valves, fans and burners, are adapted to be fully opened, pivoting on specific hinges, characterised in that between outer side doors and inner side walls of said oven an air gap is present, adapted to allow the passage of process air to and fro through a material and in that valves for the operation of the oven are mounted with a minimum footprint on the same inner walls of the oven .
An air conditioning unit, comprising a housing in which at least one air transport passage for directing an air flow within the housing is formed and in which an array of air distribution outlets connected to said at least one air transport passage is formed, a blower and an air supply duct which are connected to said housing, said air supply duct having an upstream end joined to the blower and a downstream end joined to the housing , and a plurality of air distribution pipes which are respectively joined to said air distribution outlets and configured to be connected to respective air outlets (D, V, F) for distributing air within a cabin of a vehicle, characterized in that said air supply duct is formed as a bag comprising an envelope made of flexible and inflatable material. a housing in which at least one air transport passage for directing an air flow within the housing is formed and in which an array of air distribution outlets connected to said at least one air transport passage is formed, a blower and an air supply duct which are connected to said housing, said air supply duct having an upstream end joined to the blower and a downstream end joined to the housing , and a plurality of air distribution pipes which are respectively joined to said air distribution outlets and configured to be connected to respective air outlets (D, V, F) for distributing air within a cabin of a vehicle, characterized in that said air supply duct is formed as a bag comprising an envelope made of flexible and inflatable material.
Gas intake device for a cylinder of an internal-combustion engine, said gas intake device comprising an intake duct , at least one intake valve arranged within said intake duct , at least one calibration part of said intake valve positioned at one end of said intake duct and facing towards the combustion face (FF) of said cylinder, and means for deflecting said gas to generate an aerodynamic movement of said gas within said cylinder about an axis substantially perpendicular to the axis of said cylinder, the device being characterized in that the passage section of said duct has a substantially rectangular shape with rounded corners, and in that , on the intrados of said intake duct , the intersection between said intake duct and said calibration part of said intake valve is on a generatrix (YY) forming an angle α of between 10° and 20° with respect to a plane (F'F') parallel to said combustion face (FF) of said cylinder and passing through an intersection point between said intake duct and said calibration part , such that the end of the intake duct is then twisted.
A dry erase article comprising: a writable surface layer comprising a cured hardcoat composition comprising at least 2.8 wt.-% and less than 9.5 wt.-% of i) the reaction product of a compound comprising a C18-C36 hydrocarbon group and an ethylenically unsaturated group; or ii) the reaction product of a mixture of compounds comprising first compounds comprising a C18-C36 hydrocarbon group and an ethylenically unsaturated group and second compounds comprising a C8-C17 hydrocarbon group and an ethylenically unsaturated group wherein the first and second compound are present at a weight ratio of 3:2 to 4:1. i) the reaction product of a compound comprising a C18-C36 hydrocarbon group and an ethylenically unsaturated group; or ii) the reaction product of a mixture of compounds comprising first compounds comprising a C18-C36 hydrocarbon group and an ethylenically unsaturated group and second compounds comprising a C8-C17 hydrocarbon group and an ethylenically unsaturated group wherein the first and second compound are present at a weight ratio of 3:2 to 4:1.
Fuel cell comprising at least one membrane electrode unit having a first electrode and a second electrode , separated from one another by a membrane , and at least two bipolar plates that adjoin the membrane electrode unit on either side, wherein the bipolar plates are interrupted by a first feed conduit for supply of a fuel and by a second feed conduit for supply of an oxidant, wherein a first distribution structure facing the first electrode adjoins a first edge of the first feed conduit , and a second distribution structure facing the second electrode adjoins a second edge of the second feed conduit , wherein the first electrode extends along the membrane in a region spaced apart from the first edge of the first feed conduit , and in that the second electrode extends along the membrane in a region spaced apart from the second edge of the second feed conduit , characterized in that the membrane has regions on both sides which are adjacent to the first feed channel and the second feed channel and which directly adjoin the first distribution structure or the second distribution structure and are free of the electrodes .
A video coding method comprising: classifying frames of the video into independent frames and dependent frames, which comprise a first type of the dependent frames, a dependent frame of the first type referring to an independent frame; generating region wise packing (RWP) coding configuration of each of the independent frames by coding parameters of the respective one of the independent frames, the parameters comprising frame parameters that describe attributes of an entire frame and region parameters that describe a region included in a frame, wherein the RWP coding configuration of the independent frames comprises the parameters to be decoded to restore the video; characterized by : for each of the first type of the dependent frames, generating RWP coding configuration of the dependent frame by coding parameters of the dependent frame based on difference and dependency between the parameters of the dependent frame and the parameters of an independent frame used as a reference for the coding of the dependent frame by coding into the RWP coding configuration of the dependent frame parameters that differ from the parameters of the independent frame while omitting parameters that are the same as the parameters of the independent frame and which can be inherited from the independent frame. classifying frames of the video into independent frames and dependent frames, which comprise a first type of the dependent frames, a dependent frame of the first type referring to an independent frame; generating region wise packing (RWP) coding configuration of each of the independent frames by coding parameters of the respective one of the independent frames, the parameters comprising frame parameters that describe attributes of an entire frame and region parameters that describe a region included in a frame, wherein the RWP coding configuration of the independent frames comprises the parameters to be decoded to restore the video; characterized by : for each of the first type of the dependent frames, generating RWP coding configuration of the dependent frame by coding parameters of the dependent frame based on difference and dependency between the parameters of the dependent frame and the parameters of an independent frame used as a reference for the coding of the dependent frame by coding into the RWP coding configuration of the dependent frame parameters that differ from the parameters of the independent frame while omitting parameters that are the same as the parameters of the independent frame and which can be inherited from the independent frame.
Outlet fitting for shower trays or bath tubs consisting of a shower tray with a base wall , wherein the outlet fitting has a housing , wherein in the upper region of the outlet fitting in the region of an inlet chamber is arranged a pot-like inlet part in sealed manner, and the outlet fitting further has an outlet connection piece connected to the housing , wherein the pot-like inlet part has an upper wall surface which is formed as an inlet wall with inlet openings for a waste water flow running in and wherein in the pot-like inlet part is arranged an impeller rotary driven by a drive motor and which feeds waste water in compressed manner to the outlet connection piece , wherein the impeller is mounted to be rotatable on a vertical axis , wherein the vertical axis is attached either on the base side to a cover wall of an inner sleeve receiving the drive motor and formed by an inner housing and its unsupported free part directed upwards engages with radial clearance into a central hub of the pot-like inlet part , or in that the vertical axis is attached on one side suspended in the central hub of the inlet part and its free, unsupported part engages with radial clearance into a central hub on the cover wall of the inner housing , wherein the impeller is provided on its radial outer edge with an elastomeric annular lip which is placed with elastic deformation on a lower base wall of the pot-like inlet part opposite the impeller .
A vehicle interior member , comprising: in a light receiving surface on which light from outside is irradiated in a vehicle interior member , having groove portions , each being formed of, in a section, two flat reflection surfaces facing each other, wherein a plane angle of the reflection surfaces is less than 65 degrees, wherein in each of the groove portions , a crossing point at an opening and the reflection surfaces is arranged on a perpendicular line (V), the respective reflection surfaces incline in opposite directions relative to the perpendicular line (V), and the first reflection surface is bent, and includes a flat shallow surface portion which is a side close to the light receiving surface in a depth direction, and a flat deep surface portion which extends to the depth direction from the shallow surface portion , the vehicle interior member being characterized in that in plane face angles (θ, θ 1 ) of the respective reflection surfaces , the deep surface portion is smaller than that of the shallow surface portion (θ > θ 1 ). in a light receiving surface on which light from outside is irradiated in a vehicle interior member , having groove portions , each being formed of, in a section, two flat reflection surfaces facing each other, wherein a plane angle of the reflection surfaces is less than 65 degrees, wherein in each of the groove portions , a crossing point at an opening and the reflection surfaces is arranged on a perpendicular line (V), the respective reflection surfaces incline in opposite directions relative to the perpendicular line (V), and the first reflection surface is bent, and includes a flat shallow surface portion which is a side close to the light receiving surface in a depth direction, and a flat deep surface portion which extends to the depth direction from the shallow surface portion , the vehicle interior member being characterized in that in plane face angles (θ, θ 1 ) of the respective reflection surfaces , the deep surface portion is smaller than that of the shallow surface portion (θ > θ 1 ).
A pool cleaner comprising: a drive mechanism for moving the pool cleaner; a housing that has a first fluid opening and a second fluid opening; wherein the pool cleaner is characterized by comprising: a filtering element that is cylindrical and is configured to be rotated around a central rotating shaft; arc-shaped pipes that feed jets or sprinklers that surround the filtering element , and are configured to direct fluid towards the filter element during a backwash process; and one or more scanning mechanisms that are configured to scan the arc-shaped pipes and the feed jets or sprinklers during the backwash process. a drive mechanism for moving the pool cleaner; a housing that has a first fluid opening and a second fluid opening; wherein the pool cleaner is characterized by comprising: a filtering element that is cylindrical and is configured to be rotated around a central rotating shaft; arc-shaped pipes that feed jets or sprinklers that surround the filtering element , and are configured to direct fluid towards the filter element during a backwash process; and one or more scanning mechanisms that are configured to scan the arc-shaped pipes and the feed jets or sprinklers during the backwash process.
Method for measuring an amount (c x ) of a gaseous species (G x ) present in a gas, the gaseous species being able to absorb light in an absorption spectral band (Δ x ), the method comprising the following steps: a) placing the gas between a light source and a measuring photodetector , the light source being able to emit a light wave , which propagates through the gas to the measuring photodetector , the light source being a black-body or grey-body light source; b) activating the light source so as to illuminate the gas, in such a way that the light source emits a light pulse; c) measuring, with the measuring photodetector , an intensity (/( k )), referred to as the measurement intensity, of a light wave transmitted by the gas in the course of its illumination, in a measurement spectral band (Δ 20 ) comprising the absorption spectral band (Δ x ); the method being characterized in that step b) comprises supplying the light source with a pulsed activation signal (V), the activation signal comprising electrical pulses, each electrical pulse extending between an initial time (t i ) and a final time (tf), and each electrical pulse comprising: - an initial period (T i ), extending an initial duration (Δt i ) from the initial time (t i ), in the course of which the activation signal (V) is at an initial level (V i ); - a nominal period (T N ), after the initial period (T i ), in the course of which the activation signal is maintained at a nominal level (V N ) strictly lower than the initial level (V i ), the nominal period having a nominal duration (Δt N ) longer than the initial duration (Δt i ). a) placing the gas between a light source and a measuring photodetector , the light source being able to emit a light wave , which propagates through the gas to the measuring photodetector , the light source being a black-body or grey-body light source; b) activating the light source so as to illuminate the gas, in such a way that the light source emits a light pulse; c) measuring, with the measuring photodetector , an intensity (/( k )), referred to as the measurement intensity, of a light wave transmitted by the gas in the course of its illumination, in a measurement spectral band (Δ 20 ) comprising the absorption spectral band (Δ x ); - an initial period (T i ), extending an initial duration (Δt i ) from the initial time (t i ), in the course of which the activation signal (V) is at an initial level (V i ); - a nominal period (T N ), after the initial period (T i ), in the course of which the activation signal is maintained at a nominal level (V N ) strictly lower than the initial level (V i ), the nominal period having a nominal duration (Δt N ) longer than the initial duration (Δt i ).