mhurhangee/ep-ind-claims huggingface dataset:
A transmitter communication device configured for communication with a receiver communication device in a wireless communication network, wherein the transmitter communication device comprises: a processor configured to provide basic synchronization information by generating a communication frame comprising at least a first signal and a second signal for synchronizing the receiver communication device and characterized in that the processor is further configured to provide additional synchronization information on the basis of the first and the second signal by: - arranging at least the first signal and the second signal in a pre-defined configuration in the communication frame, namely by the combination of positions of the first and second signal within the communication frame; and - selecting the first and the second signal from a set of pre-defined synchronization signals that differ in a generating code. a processor configured to provide basic synchronization information by generating a communication frame comprising at least a first signal and a second signal for synchronizing the receiver communication device and characterized in that the processor is further configured to provide additional synchronization information on the basis of the first and the second signal by: - arranging at least the first signal and the second signal in a pre-defined configuration in the communication frame, - arranging at least the first signal and the second signal in a pre-defined configuration in the communication frame, namely by the combination of positions of the first and second signal within the communication frame; and - selecting the first and the second signal from a set of pre-defined synchronization signals that differ in a generating code. - selecting the first and the second signal from a set of pre-defined synchronization signals that differ in a generating code.
A system for determining a cerebrovascular autoregulation state of a patient, comprising: a cerebral oximeter for external arrangement on the head of the patient; a blood pressure monitoring device for attachement to said patient; and a signal processing unit in communication with said cerebral oximeter and said blood pressure monitoring device, wherein said cerebral oximeter is configured to obtain oxygen content measurements of blood within said patient's brain taken at a plurality of times and to output an oxygen content signal to said signal processing unit, wherein said blood pressure monitoring device is configured to obtain blood pressure measurements at a plurality of times substantially synchronously with said oxygen content measurements and to output a blood pressure signal to said signal processing unit, and characterized in that said signal processing unit is configured to calculate a linear correlation coefficient based on said oxygen content signal and said blood pressure signal in a time domain for a plurality of times. a cerebral oximeter for external arrangement on the head of the patient; a blood pressure monitoring device for attachement to said patient; and a signal processing unit in communication with said cerebral oximeter and said blood pressure monitoring device, wherein said cerebral oximeter is configured to obtain oxygen content measurements of blood within said patient's brain taken at a plurality of times and to output an oxygen content signal to said signal processing unit, wherein said blood pressure monitoring device is configured to obtain blood pressure measurements at a plurality of times substantially synchronously with said oxygen content measurements and to output a blood pressure signal to said signal processing unit, and characterized in that said signal processing unit is configured to calculate a linear correlation coefficient based on said oxygen content signal and said blood pressure signal in a time domain for a plurality of times.
A method for wireless communications by a base station, BS, comprising: receiving, during communications with a user equipment, UE, one or more bundled uplink transmissions from the UE without receiving a silence insertion descriptor, SID, frame from the UE while a connection for a Voice over Internet protocol, VoIP call between the UE and the BS is active; determining whether the bundled uplink transmissions include a physical uplink control channel, PUCCH, transmitted from the UE; and deciding (i6o6) whether to continue communicating with the UE based on the determination. receiving, during communications with a user equipment, UE, one or more bundled uplink transmissions from the UE without receiving a silence insertion descriptor, SID, frame from the UE while a connection for a Voice over Internet protocol, VoIP call between the UE and the BS is active; determining whether the bundled uplink transmissions include a physical uplink control channel, PUCCH, transmitted from the UE; and deciding (i6o6) whether to continue communicating with the UE based on the determination.
A solventborne pigment dispersion having a volatile organic chemical content that is less than 250 g/L, as determined by EPA Method 24, for tinting solvent-based surface coatings, the pigment dispersion comprising: a. a vegetable oil-derived solvent component that is a mixture of methyl esters of one or more vegetable oils; b. a high solids content resin, or mixture of resins, containing at least 60 percent solids; c. one or more surfactants that contain no alkyl phenol ethoxylate moieties or free aromatic compounds; d. at least one organic pigment or at least one inorganic pigment, or mixtures thereof; e. at least one alternative viscosity-controlling solvent in an amount ranging from 4.5 to 15.0 parts by weight of the solventborne pigment dispersion. a. a vegetable oil-derived solvent component that is a mixture of methyl esters of one or more vegetable oils; b. a high solids content resin, or mixture of resins, containing at least 60 percent solids; c. one or more surfactants that contain no alkyl phenol ethoxylate moieties or free aromatic compounds; d. at least one organic pigment or at least one inorganic pigment, or mixtures thereof; e. at least one alternative viscosity-controlling solvent in an amount ranging from 4.5 to 15.0 parts by weight of the solventborne pigment dispersion.
A method of conditioning a micronized crystalline material comprising: aerosolizing micronized crystalline particles within a delivery gas, wherein said micronized crystalline particles contain one or both of an amorphous material and a residual solvent; continuously mixing the micronized crystalline particles with a conditioning gas comprising a carrier gas and a solvent vapor in a chamber; maintaining the aerosolized micronized crystalline particles in contact with the conditioning gas for sufficient time to result in annealing of said micronized crystalline particles, wherein said annealing results in one or both of reducing the presence of the amorphous material or reduction in the amount of residual solvent; and separating the micronized crystalline particles from the conditioning gas. aerosolizing micronized crystalline particles within a delivery gas, wherein said micronized crystalline particles contain one or both of an amorphous material and a residual solvent; continuously mixing the micronized crystalline particles with a conditioning gas comprising a carrier gas and a solvent vapor in a chamber; maintaining the aerosolized micronized crystalline particles in contact with the conditioning gas for sufficient time to result in annealing of said micronized crystalline particles, wherein said annealing results in one or both of reducing the presence of the amorphous material or reduction in the amount of residual solvent; and separating the micronized crystalline particles from the conditioning gas.
A method for monitoring an operation of at least one proximity sensor (220, 250) of a wind turbine, the wind turbine comprising a rotor shaft, the rotor shaft comprising a pattern (165, 240, 300, 400, 500) comprising a protrusion or a ramp the at least one proximity sensor being adapted to measure a radial displacement of the rotor shaft, the method comprising: providing at least one reference value as a reference pattern corresponding to said pattern comprising the protrusion or ramp, using the at least one proximity sensor (220, 250) to generate an output, the output depending on a measured distance by the respective proximity sensor; and comparing the detected output of the proximity sensor with the reference pattern to detect a correct operation of the at least one proximity sensor (220, 250); wherein said protrusion or ramp comprise a varying height profile. providing at least one reference value as a reference pattern corresponding to said pattern comprising the protrusion or ramp, using the at least one proximity sensor (220, 250) to generate an output, the output depending on a measured distance by the respective proximity sensor; and comparing the detected output of the proximity sensor with the reference pattern to detect a correct operation of the at least one proximity sensor (220, 250); wherein said protrusion or ramp comprise a varying height profile.
A printing apparatus comprising: a supply section that supports a first roll and a second roll into which respective printing media are wound and supplies the printing media; a transport section that imparts respective transporting forces onto the supplied printing media and transports the printing media, the transport section having common transport rollers (61, 62) that transport the printing media side by side; a printing section that performs printing on the transported printing media, the printing section having a common printing head that performs printing on the printing media; and a tension-imparting section (440; 500) that imparts respective tensile forces onto the printing media against the transporting forces, characterized in that: the tension-imparting section (440, 500) has respective rotational drive devices (442, 452) comprising a first motor and a second motor that rotationally drive the rolls (RA1, RA2) in the supply section, and the tension-imparting section (440, 500) controls individual respective tensile forces applied to the printing media by controlling respective driving torques of the first motor and the second motor. a supply section that supports a first roll and a second roll into which respective printing media are wound and supplies the printing media; a transport section that imparts respective transporting forces onto the supplied printing media and transports the printing media, the transport section having common transport rollers (61, 62) that transport the printing media side by side; a printing section that performs printing on the transported printing media, the printing section having a common printing head that performs printing on the printing media; and a tension-imparting section (440; 500) that imparts respective tensile forces onto the printing media against the transporting forces, characterized in that: the tension-imparting section (440, 500) has respective rotational drive devices (442, 452) comprising a first motor and a second motor that rotationally drive the rolls (RA1, RA2) in the supply section, and the tension-imparting section (440, 500) controls individual respective tensile forces applied to the printing media by controlling respective driving torques of the first motor and the second motor. the tension-imparting section (440, 500) has respective rotational drive devices (442, 452) comprising a first motor and a second motor that rotationally drive the rolls (RA1, RA2) in the supply section, and the tension-imparting section (440, 500) controls individual respective tensile forces applied to the printing media by controlling respective driving torques of the first motor and the second motor.
Radiant heater with a heating tube element comprising: - at least one heat tube element with a heating tube that is transparent or semi-transparent for infrared radiation; - at least one reflector having a focussing curvature, wherein the at least one heating tube element is arranged in a focussing area of the curvature; - a housing with at least one front side open or transparent or semi-transparent for infrared radiation and with edge and rear sides (8, 9) screening the infrared radiation surrounding the front side; wherein - the at least one heating tube element within the heating tube comprises a plurality of carbon fibres which form a dimensionally stable infrared heating coil of a carbon cord which has a circular cross-section, characterised in that the carbon cord of the infrared heating cord comprises braided carbon fibres, - wherein the reflector is an infrared reflector matched to the infrared spectrum of the heating tube element and - wherein facing the infrared heating coil the curved surface of the infrared reflector comprises mirror layers of metal oxides with a reflection coefficient R between 0.85 ≤ R ≤ 0.98 for infrared radiation of an infrared wavelength λR between 1.2 μm ≤ λR ≤ 2.4 μm in the transition area from IR-a to IR-B. - at least one heat tube element with a heating tube that is transparent or semi-transparent for infrared radiation; - at least one reflector having a focussing curvature, wherein the at least one heating tube element is arranged in a focussing area of the curvature; - a housing with at least one front side open or transparent or semi-transparent for infrared radiation and with edge and rear sides (8, 9) screening the infrared radiation surrounding the front side; wherein - the at least one heating tube element within the heating tube comprises a plurality of carbon fibres which form a dimensionally stable infrared heating coil of a carbon cord which has a circular cross-section, characterised in that the carbon cord of the infrared heating cord comprises braided carbon fibres, - wherein the reflector is an infrared reflector matched to the infrared spectrum of the heating tube element and - wherein facing the infrared heating coil the curved surface of the infrared reflector comprises mirror layers of metal oxides with a reflection coefficient R between 0.85 ≤ R ≤ 0.98 for infrared radiation of an infrared wavelength λR between 1.2 μm ≤ λR ≤ 2.4 μm in the transition area from IR-a to IR-B.
A device for containing and separately dispensing two materials for use on human skin, the device comprising: a container defining a primary chamber for containing a primary material, said container comprising an opening; and a dual cap assembly mounted to said container over said opening, characterized in that said dual cap assembly comprises: a base via which said dual cap assembly is mounted to said container and via which said primary material is dispensible from said container; a middle section removeably attached to said base to close off and provide access to said primary chamber and comprising a recess containing a stamp impregnated or soaked with a secondary material; and a top section removeably attached to said middle section to close off or provide access to a secondary chamber defined by said top section and said middle section (30, said secondary chamber serving for containing a secondary material. a base via which said dual cap assembly is mounted to said container and via which said primary material is dispensible from said container; a middle section removeably attached to said base to close off and provide access to said primary chamber and comprising a recess containing a stamp impregnated or soaked with a secondary material; and a top section removeably attached to said middle section to close off or provide access to a secondary chamber defined by said top section and said middle section (30, said secondary chamber serving for containing a secondary material.
A measuring device for measuring at least one environmental parameter, comprising a closed casing in which a central current supply, at least one sampling and an associated pump, at least one sensor (7.1, 7.2,...7.n) and a data acquisition and processing unit having a modular design are arranged, characterized in that the interior of the casing is divided, in terms of thermal control, into a merely force-ventilated supply room (1.2) and a measurement room (1.1) comprising an embedded device (4, 4.1) for air-conditioning the measurement room (1.1) and sensors (7.1, 7.2,...7.n) emitting waste heat or their subcomponents, respectively, such as, for example, catalysts are shielded individually from the measurement room (1.1) via thermal insulation (12.1, 12.2,...12.n), wherein the pump and the current supply are arranged in the supply room (1.2) and the data acquisition and processing unit and the at least one sensor (7.1, 7.2,...) are arranged in the measurement room (1.1).
An electronic control valve, comprising: a valve stationary portion defining a substantially central bore extending along an axis of said valve; a coil adapted when energized to generate a magnetic field, a valve train including a valve train movable member comprising a shaft disposed in said central bore and a ferrous plunger affixed to an end of the shaft, the plunger being driven by said magnetic field, so that said valve train is adapted for reciprocal movement along said axis, a noise mitigation device including a mass arranged in said central bore and having reciprocating motion along the axis, and at least one biasing means (134, 136) through which the mass and the valve train interact, said at least one biasing means (134, 136) being disposed between said valve train and said mass, so that reciprocal movements of said mass along said axis induced by forces exerted along said axis by said valve train and transmitted through said at least one biasing means (134, 136) dynamically reduce the reciprocal movement of said valve train along said axis, characterized in that said mass and said at least one biasing means (134, 136) are carried by said valve train movable member, and said at least one biasing means (134, 136) is retained about said mass and said valve train movable member. a valve stationary portion defining a substantially central bore extending along an axis of said valve; a coil adapted when energized to generate a magnetic field, a valve train including a valve train movable member comprising a shaft disposed in said central bore and a ferrous plunger affixed to an end of the shaft, the plunger being driven by said magnetic field, so that said valve train is adapted for reciprocal movement along said axis, a noise mitigation device including a mass arranged in said central bore and having reciprocating motion along the axis, and at least one biasing means (134, 136) through which the mass and the valve train interact, said at least one biasing means (134, 136) being disposed between said valve train and said mass, so that reciprocal movements of said mass along said axis induced by forces exerted along said axis by said valve train and transmitted through said at least one biasing means (134, 136) dynamically reduce the reciprocal movement of said valve train along said axis,
A method for detecting the presence, or measuring the concentration, of an anti-HIV-1 antibody in a biological sample of a human, wherein said method comprises conducting an immunoassay comprising the steps of: (a) contacting said biological sample with a peptide sequence having an epitope that is recognized by said anti-HIV-1 antibody, said contacting being under conditions sufficient to permit said anti-HIV-1 antibody if present in said sample to bind to said epitope and form a peptide-anti-HIV-1 antibody complex; (b) contacting said formed peptide-anti-HIV-1 antibody complex with an anti-HIV-1 antibody binding molecule, said contacting being under conditions sufficient to permit said anti-HIV-1 antibody binding molecule to bind to anti-HIV-1 antibody of said formed peptide-anti-HIV-1 antibody complex and form an extended complex; and (c) determining the presence of concentration of said anti-HIV-1 antibody in said biological sample by determining the presence or concentration of said formed extended complex; wherein said peptide comprises at least one amino acid sequence selected from the group consisting of SEQ ID NOs: 50-56. (a) contacting said biological sample with a peptide sequence having an epitope that is recognized by said anti-HIV-1 antibody, said contacting being under conditions sufficient to permit said anti-HIV-1 antibody if present in said sample to bind to said epitope and form a peptide-anti-HIV-1 antibody complex; (b) contacting said formed peptide-anti-HIV-1 antibody complex with an anti-HIV-1 antibody binding molecule, said contacting being under conditions sufficient to permit said anti-HIV-1 antibody binding molecule to bind to anti-HIV-1 antibody of said formed peptide-anti-HIV-1 antibody complex and form an extended complex; and (c) determining the presence of concentration of said anti-HIV-1 antibody in said biological sample by determining the presence or concentration of said formed extended complex;
A paper product comprising high energy TMP, low energy TMP, microfibrillated cellulose and optionally inorganic particulate material, wherein the paper product comprises at least 30 % by weight high energy TMP and low energy TMP, based on the total weight of the paper product, wherein the weight ratio of high energy TMP to low energy TMP is from 99:1 to 1:99, and wherein the low energy TMP has a Canadian standard freeness of from 80 to 130 cm 3, and wherein the high energy TMP has a Canadian standard freeness of from 10 to 60 cm 3.
Two-steel screw comprising a head part and a cutting part, the head part being made of a corrosion-resistant material and having a screw head and a shank portion, and wherein the cutting part is made of a hardenable material, wherein the cutting part has a pin-like projection and wherein the head part has a cup-shaped recess on the shank portion, wherein the pin-like projection is arranged in the cup-shaped recess, characterized in that the head part is permanently connected to the cutting part in the region of the shank portion by way of impact extrusion and in that, in cross-section, the cup-shaped recess has an engaging profile with a plurality of, preferably three, engaging segments wherein the pin-like projection axially undercuts the head part in the region of the cup-shaped recess at least partially.
Device for packaging and applying a product, especially a cosmetic product, comprising a container containing the product to be applied and an applicator comprising a wand provided at one end with an application member, the assembly formed by the wand and the application member extending along a non-rectilinear longitudinal axis, and a wiping member borne by the container in order to wipe the wand and the application member when the latter is removed from the container, the wiping member comprising a tubular mounting skirt, in contact with a wall of the container, and a wiping lip (71, 72) comprising a tubular-shaped portion having a length (k) greater than or equal to its internal diameter (Dint), extending axially beyond the mounting skirt towards the bottom of the container, the wiping lip (71,72) being unchamfered at its lower end, the lower end of the wiping member being defined by the lower end of the wiping lip.