mhurhangee/ep-ind-claims huggingface dataset:
A channel determination method in a carrier sensing operation performing a signal receiving operation while switching between reception frequencies of a receiving section, the method comprising: determining whether or not electric field strength of a received signal exceeds a predetermined threshold; detecting a predetermined preamble in received data during the carrier sensing operation; determining to enable or disable a channel in which the predetermined preamble is detected in the received data, in accordance with the electric field strength of the signal; wherein the determining to enable or disable a channel includes: causing a counter to count up when the electric field strength of the received signal exceeds the predetermined threshold and causing the counter to count down when the electric field strength of the received signal does not exceed the predetermined threshold for each channel during the carrier sensing operation; and disabling each channel when the count value of the counter of a corresponding one of the channels reaches a predetermined value. determining whether or not electric field strength of a received signal exceeds a predetermined threshold; detecting a predetermined preamble in received data during the carrier sensing operation; determining to enable or disable a channel in which the predetermined preamble is detected in the received data, in accordance with the electric field strength of the signal; wherein the determining to enable or disable a channel includes: causing a counter to count up when the electric field strength of the received signal exceeds the predetermined threshold and causing the counter to count down when the electric field strength of the received signal does not exceed the predetermined threshold for each channel during the carrier sensing operation; and disabling each channel when the count value of the counter of a corresponding one of the channels reaches a predetermined value. causing a counter to count up when the electric field strength of the received signal exceeds the predetermined threshold and causing the counter to count down when the electric field strength of the received signal does not exceed the predetermined threshold for each channel during the carrier sensing operation; and disabling each channel when the count value of the counter of a corresponding one of the channels reaches a predetermined value.
A method, comprising: receiving n data bits in parallel; receiving a clock signal; and transmitting the n bits in serial; characterized in that the method further comprising: receiving a data command signal; encoding, after receiving the data command signal, the next available bit of the n bits to include a number of logical states in a bit period of the serial transmission, and wherein the number of logical states is a function of the clock signal, is odd, and is at least three. receiving n data bits in parallel; receiving a clock signal; and transmitting the n bits in serial; characterized in that the method further comprising: receiving a data command signal; encoding, after receiving the data command signal, the next available bit of the n bits to include a number of logical states in a bit period of the serial transmission, and wherein the number of logical states is a function of the clock signal, is odd, and is at least three. receiving a data command signal; encoding, after receiving the data command signal, the next available bit of the n bits to include a number of logical states in a bit period of the serial transmission, and wherein the number of logical states is a function of the clock signal, is odd, and is at least three.
A block copolymer comprising a hydrophilic block and a hydrophobic block, wherein said hydrophilic or hydrophobic block is interrupted with a hydrolysable chemical moiety; wherein said hydrophilic block comprises poly(ethylene glycol), polyethylene oxide)-co-poly(propylene oxide) di- or multiblock copolymers, poly(ethylene oxide), poly(vinyl alcohol), poly(ethylene-co-vinyl alcohol), poly(N-vinyl pyrrolidone), poly(acrylic acid), poly(ethyloxazoline), poly(alkylacrylates), poly(acrylamide), poly(N-alkylacrylamides), polysaccharide, poly(N,N-dialkylacrylamides), hyaluronic acid, or poly(N-acryloylmorpholine); wherein said hydrophobic block comprises polypropylene sulfide), polypropylene glycol), or esterified poly(acrylic acid); wherein said hydrolysable chemical moiety is a chemical moiety that is cleaved in aqueous solution with a half life of 1 year or less at pH 7.4 and 37 °C; and wherein the block that is interrupted with said hydrolysable chemical moiety comprises said hydrolysable chemical moiety and, upon hydrolysis of said hydrolysable chemical moiety, the number of repeating units in the block is decreased. wherein said hydrophilic block comprises poly(ethylene glycol), polyethylene oxide)-co-poly(propylene oxide) di- or multiblock copolymers, poly(ethylene oxide), poly(vinyl alcohol), poly(ethylene-co-vinyl alcohol), poly(N-vinyl pyrrolidone), poly(acrylic acid), poly(ethyloxazoline), poly(alkylacrylates), poly(acrylamide), poly(N-alkylacrylamides), polysaccharide, poly(N,N-dialkylacrylamides), hyaluronic acid, or poly(N-acryloylmorpholine); wherein said hydrophobic block comprises polypropylene sulfide), polypropylene glycol), or esterified poly(acrylic acid); wherein said hydrolysable chemical moiety is a chemical moiety that is cleaved in aqueous solution with a half life of 1 year or less at pH 7.4 and 37 °C; and wherein the block that is interrupted with said hydrolysable chemical moiety comprises said hydrolysable chemical moiety and, upon hydrolysis of said hydrolysable chemical moiety, the number of repeating units in the block is decreased.
An articulated motor vehicle comprising: a body having a forward part and a rearward part, the forward part being articulated to the rearward part; and a load carrier configured for tipping, wherein the load carrier is disposed on the forward part of the vehicle and the rearward part is configured to support an operator, the vehicle being characterised in that the forward part is engageable by the operator to steer the vehicle, and in that the forward part and the rearward part are resiliently biased to return to a non-turning condition. a body having a forward part and a rearward part, the forward part being articulated to the rearward part; and a load carrier configured for tipping,
A combination of poly(N-acryloylglycinamide) with at least one active principle and/or at least one product that is visible in medical imaging, in a physiologically acceptable aqueous medium, said combination having a gel-sol transition temperature of between 30 and 60°C, and being in liquid form above the gel-sol transition temperature and in gel form below the gel-sol transition temperature, for its use in the local post-operative or peroperative treatment, for its use in the treatment of wounds, characterized in that it is applied directly to the wound or via any protective device, or for its use in the post-operative monitoring by medical imaging.
A saddle-ride type vehicle including: a vehicle-body frame; an engine supported by the vehicle-body frame to be in electrical contact therewith; an exhaust pipe connected to the engine and supported by the vehicle-body frame at a position rearward of the engine; an oxygen sensor for measuring an oxygen amount in an exhaust gas; and a battery for supplying electric power to the oxygen sensor, the oxygen sensor and a positive electrode of the battery being connected to each other by an electric power wire, the engine and a negative electrode of the battery being connected to each other by an engine-side earth wire, wherein the oxygen sensor is attached to the exhaust pipe, characterized in that an earth connection portion is provided near a support portion of the exhaust pipe with the vehicle-body frame, and the earth connection portion and the vehicle-body frame are connected to each other by a sensor-side earth wire different from the engine-side earth wire. a vehicle-body frame; an engine supported by the vehicle-body frame to be in electrical contact therewith; an exhaust pipe connected to the engine and supported by the vehicle-body frame at a position rearward of the engine; an oxygen sensor for measuring an oxygen amount in an exhaust gas; and a battery for supplying electric power to the oxygen sensor, the oxygen sensor and a positive electrode of the battery being connected to each other by an electric power wire, the engine and a negative electrode of the battery being connected to each other by an engine-side earth wire, wherein the oxygen sensor is attached to the exhaust pipe, characterized in that an earth connection portion is provided near a support portion of the exhaust pipe with the vehicle-body frame, and the earth connection portion and the vehicle-body frame are connected to each other by a sensor-side earth wire different from the engine-side earth wire.
An attachment method in a wireless communication network, comprising the steps of: - receiving in a network node (14, 300, 503) an attachment request relating to a user equipment; - receiving in the network node subscriber identity information; - determining in the network node at least one suitable attachment entity (5, 7, 8) based on stored historical mobility patterns relating to the identified subscriber, wherein the attachment entity is determined by selecting an entity where the subscriber has spent largest time at and where the subscriber has generated largest traffic volume; - communicating from the network node the determined at least one suitable attachment entity to at least one node in the network. - receiving in a network node (14, 300, 503) an attachment request relating to a user equipment; - receiving in the network node subscriber identity information; - determining in the network node at least one suitable attachment entity (5, 7, 8) based on stored historical mobility patterns relating to the identified subscriber, wherein the attachment entity is determined by selecting an entity where the subscriber has spent largest time at and where the subscriber has generated largest traffic volume; - communicating from the network node the determined at least one suitable attachment entity to at least one node in the network.
Use of a laundry treating appliance to effect a steam or refresh cycle, the laundry treating appliance being in the form of a heat pump clothes dryer and comprising: a drum defining a treating chamber; an air conduit fluidly coupled to the treating chamber; a blower for forcing air through the air conduit; a heat source associated with the air conduit; an atomizer fluidly coupled to the air conduit upstream of the heat source characterized by an auxiliary heater which may be activated if additional heat is required; wherein the atomizer is configured to introduce atomized liquid into the air conduit and wherein the auxiliary heater is configured to emit an amount of heat to maintain the atomized liquid in homogenously suspended droplets in the air prior to introduction to the treating chamber. a drum defining a treating chamber; an air conduit fluidly coupled to the treating chamber; a blower for forcing air through the air conduit; a heat source associated with the air conduit; an atomizer fluidly coupled to the air conduit upstream of the heat source characterized by an auxiliary heater which may be activated if additional heat is required; wherein the atomizer is configured to introduce atomized liquid into the air conduit and wherein the auxiliary heater is configured to emit an amount of heat to maintain the atomized liquid in homogenously suspended droplets in the air prior to introduction to the treating chamber.
A method of measuring a hematocrit or a free hemoglobin concentration of a fluid, comprising: providing a fluid in a vessel; exposing the fluid in the vessel to a light comprising at least the visible wavelength range emitted by a broadband light source so as to cause at least a portion of the light to be reflected by the fluid; receiving at least a portion of the reflected light; analyzing at least a portion of the received light and differentiating the wavelengths contained within the received light to produce an optical spectrum of the received light, wherein a main wavelength is then determined from the optical spectrum of the received light by using a color specification system; correlating the main wavelength to a hematocrit or a free hemoglobin concentration; and generating an output indicative of the hematocrit or the free hemoglobin concentration corresponding to said main wavelength. providing a fluid in a vessel; exposing the fluid in the vessel to a light comprising at least the visible wavelength range emitted by a broadband light source so as to cause at least a portion of the light to be reflected by the fluid; receiving at least a portion of the reflected light; analyzing at least a portion of the received light and differentiating the wavelengths contained within the received light to produce an optical spectrum of the received light, wherein a main wavelength is then determined from the optical spectrum of the received light by using a color specification system; correlating the main wavelength to a hematocrit or a free hemoglobin concentration; and generating an output indicative of the hematocrit or the free hemoglobin concentration corresponding to said main wavelength.
A tamping assembly for tamping sleepers of a track, comprising a tamping unit having a lowerable tool carrier and oppositely positioned tamping tools, wherein each tamping tool is connected via a pivot arm to a squeezing drive for generating a squeezing motion, and wherein a vibration drive comprising an electromagnetic actuator and a casing is provided for actuation of the tamping tools with a vibratory motion, characterized in that the electromagnetic actuator comprises an anchor which is connected to a shaft, and that the shaft is guided through a casing orifice of the casing by means of a slide sleeve.
A method of manufacturing a mesh cable tray which has a U-shaped cross-section, with a bottom wall and two side walls, and is made up of a plurality of transverse rods and a plurality of longitudinal rods, said transverse rods and longitudinal rods intersecting with one another forming a mesh and being joined to one another, and said transverse rods and longitudinal rods being coplanar in the intersections thereof with one another, characterized by molding said mesh cable tray as a single part made of a polymeric material, in an injection mold, said injection mold being shaped such that the transverse rods and the longitudinal rods of the mesh cable tray formed in said injection mold are coplanar in the intersections thereof with one another; and in that it comprises the following steps: - forming in said injection mold a first segment of said mesh cable tray; - opening said injection mold, demolding said first segment, and moving said first segment to a new position in the longitudinal direction of said mesh cable tray, such that in said new position said first segment is arranged outside said injection mold except for one end of said first segment which is arranged inside the cavity of said injection mold; closing said injection mold and molding a second segment of said mesh cable tray which is made integral, by molding, with said first segment in the prolongation thereof in said longitudinal direction; - optionally repeating the preceding step to form successive segments of said mesh cable tray until obtaining a desired length thereof. - forming in said injection mold a first segment of said mesh cable tray; - opening said injection mold, demolding said first segment, and moving said first segment to a new position in the longitudinal direction of said mesh cable tray, such that in said new position said first segment is arranged outside said injection mold except for one end of said first segment which is arranged inside the cavity of said injection mold; closing said injection mold and molding a second segment of said mesh cable tray which is made integral, by molding, with said first segment in the prolongation thereof in said longitudinal direction; - optionally repeating the preceding step to form successive segments of said mesh cable tray until obtaining a desired length thereof.
Distributor apparatus for forwarding and/or distributing electrical energy and/or electric current, having at least one meter component and having a mounting board to which the at least one meter component is fitted, characterized in that two supporting rails which run in parallel are connected by the mounting board, at least one contact plate to which the at least one meter component is fastened and which has the supporting function for the at least one meter component is fitted to the said mounting board, wherein a meter board which is fastened to the supporting rails and has at least one mounting opening, through which the at least one meter component passes, is provided.
An information transmission method for a mobile handset, comprising: generating a presence information file; and generating a presence information message containing the presence information file; characterized in that the method further comprises the step of transmitting the presence information message to at least one member of a predetermined user group using a short message service, wherein the presence information file comprises a type for distinguishing the type of the presence information message, an identifier for identifying a user, a presence code for indicating presence information, and an ID for identifying a membership of the user. generating a presence information file; and generating a presence information message containing the presence information file; characterized in that the method further comprises the step of transmitting the presence information message to at least one member of a predetermined user group using a short message service, wherein the presence information file comprises a type for distinguishing the type of the presence information message, an identifier for identifying a user, a presence code for indicating presence information, and an ID for identifying a membership of the user.
Method for forming an armor layer for a door (10, 100) comprising: providing a first layer (30, 108) of an armor material including a fiber structure with a resin surrounding the fibers; providing a second layer (30, 108, 110) of an armor material including a fiber structure with a resin surrounding the fibers; placing said first layer (30, 108) adjacent said second layer (30, 108, 110); applying a pressure of at least 34.5 kPa (5 psi) but less than 207 kPa (30 psi) between said first layer (30, 108) and said second layer (30, 108, 110); and heating said first layer (30, 108) and said second layer (30, 108, 110) to at least 120 °C such that applying said pressure and heating occurs simultaneously and continues for at least 30 minutes. providing a first layer (30, 108) of an armor material including a fiber structure with a resin surrounding the fibers; providing a second layer (30, 108, 110) of an armor material including a fiber structure with a resin surrounding the fibers; placing said first layer (30, 108) adjacent said second layer (30, 108, 110); applying a pressure of at least 34.5 kPa (5 psi) but less than 207 kPa (30 psi) between said first layer (30, 108) and said second layer (30, 108, 110); and heating said first layer (30, 108) and said second layer (30, 108, 110) to at least 120 °C such that applying said pressure and heating occurs simultaneously and continues for at least 30 minutes.
An access point, AP, of a network, the AP being configured to provide cellular connection and Wi-Fi connection capabilities for a device and configured to: generate a pseudo Media Access Control, MAC, address for the device, which has established a Wi-Fi connection to the network and is attempting to establish a cellular connection to a core network via the access point, based on a unique identifier of the device; obtain, from a Dynamic Host Configuration Protocol, DHCP, server of a Digital Network Architecture, DNA, fabric of the network, an Internet Protocol, IP, address for the device based on the pseudo MAC address, the IP address being used for tracking mobility of the device across the network; obtain, from an Identity Service Engine, ISE, of the DNA fabric of the network, a security tag for the device, wherein the security tag is for applying one or more security configurations of the network to the device while the device is using the cellular connection; update a mapping server of the DNA fabric of the network with the IP address and/or the tag for the device; and connect the device to the DNA fabric of the network using the IP address, the security tag and the cellular connection of the device and allow the device to roam on the network using the cellular connection while the DNA fabric implements its security measures to the device,wherein the DNA fabric is part of an enterprise network that enables a distributed data place with a centralized control plane. generate a pseudo Media Access Control, MAC, address for the device, which has established a Wi-Fi connection to the network and is attempting to establish a cellular connection to a core network via the access point, based on a unique identifier of the device; obtain, from a Dynamic Host Configuration Protocol, DHCP, server of a Digital Network Architecture, DNA, fabric of the network, an Internet Protocol, IP, address for the device based on the pseudo MAC address, the IP address being used for tracking mobility of the device across the network; obtain, from an Identity Service Engine, ISE, of the DNA fabric of the network, a security tag for the device, wherein the security tag is for applying one or more security configurations of the network to the device while the device is using the cellular connection; update a mapping server of the DNA fabric of the network with the IP address and/or the tag for the device; and connect the device to the DNA fabric of the network using the IP address, the security tag and the cellular connection of the device and allow the device to roam on the network using the cellular connection while the DNA fabric implements its security measures to the device,wherein the DNA fabric is part of an enterprise network that enables a distributed data place with a centralized control plane.