mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a plurality of modules (655, 660, 665, 670); means for receiving a first notification of a transmission in a predetermined frequency band; and means, responsive to the notification, for causing at least one countermeasure to be performed by at least one of the plurality of modules, the at least one countermeasure predetermined to reduce an effect of interference caused by the transmission on reception of information in a reception frequency band, wherein the transmission is one burst transmission of a plurality of burst transmissions, the apparatus further comprising means, responsive to a second notification of which of a plurality of modes is used in the burst transmission, for determining whether to cause the at least one countermeasure to be performed for the burst transmission. a plurality of modules (655, 660, 665, 670); means for receiving a first notification of a transmission in a predetermined frequency band; and means, responsive to the notification, for causing at least one countermeasure to be performed by at least one of the plurality of modules, the at least one countermeasure predetermined to reduce an effect of interference caused by the transmission on reception of information in a reception frequency band, wherein the transmission is one burst transmission of a plurality of burst transmissions, the apparatus further comprising means, responsive to a second notification of which of a plurality of modes is used in the burst transmission, for determining whether to cause the at least one countermeasure to be performed for the burst transmission.
A lighting device comprising: a heat sink which includes a base and a projection disposed on the base; a light source which is disposed on the projection; a driving unit which is disposed on the base and is electrically connected to the light source; a housing receiving the light source and the driving unit, having a top opening and a bottom opening on which the heat sink is disposed; an optical plate disposed in the top opening; and a reflector which is received in the housing and is disposed between the optical plate and the light source, wherein the driving unit comprises a circuit board which receives electric power from the outside, and wherein the circuit board comprises a hole through which the projection passes, characterized in that: the housing comprises a catching portion, the reflector comprises a catching projection coupled to the catching portion, and the catching projection is coupled to the catching portion by rotating about the direction in which the reflector is received in the housing. a heat sink which includes a base and a projection disposed on the base; a light source which is disposed on the projection; a driving unit which is disposed on the base and is electrically connected to the light source; a housing receiving the light source and the driving unit, having a top opening and a bottom opening on which the heat sink is disposed; an optical plate disposed in the top opening; and a reflector which is received in the housing and is disposed between the optical plate and the light source, wherein the driving unit comprises a circuit board which receives electric power from the outside, and wherein the circuit board comprises a hole through which the projection passes, characterized in that: the housing comprises a catching portion, the reflector comprises a catching projection coupled to the catching portion, and the catching projection is coupled to the catching portion by rotating about the direction in which the reflector is received in the housing. the housing comprises a catching portion, the reflector comprises a catching projection coupled to the catching portion, and the catching projection is coupled to the catching portion by rotating about the direction in which the reflector is received in the housing.
Aqueous composition consisting of: a) bromhexine in an amount of from 0.04 g to 0.4 g, b) thickener in an amount of from 0.005 g to 5 g, c) sweetener in an amount of from 0.01 g to 10 g, d) further suitable additives selected from preservatives, acidity regulators, antifoams, flavourings and dyes in an amount of from 0 to 10 g and e) water to 100 ml, wherein the composition comprises an amount of sugar alcohols of less than 10 g, based on 100 ml of the composition. a) bromhexine in an amount of from 0.04 g to 0.4 g, b) thickener in an amount of from 0.005 g to 5 g, c) sweetener in an amount of from 0.01 g to 10 g, d) further suitable additives selected from preservatives, acidity regulators, antifoams, flavourings and dyes in an amount of from 0 to 10 g and e) water to 100 ml,
A method for creating a measurement report for decision of transmission mode transition between a localized transmission mode and a distributed transmission mode, the method comprising steps of: obtaining (103, 105) by a User Equipment, UE, a threshold value of reporting a Channel Quality Indicator, CQI, difference of all frequency sub-bands; the UE measuring a CQI value in each CQI reporting frequency sub-band of an entire frequency band at each measured time interval; the UE determining a CQI_difierence value reflecting CQI variation between the CQI reporting frequency sub-bands based on the measured CQI value of each CQI reporting frequency sub-band; the UE comparing the determined CQI_difierence with the threshold value; and if a condition is satisfied, the UE sending the determined CQI_difierence to a base station. obtaining (103, 105) by a User Equipment, UE, a threshold value of reporting a Channel Quality Indicator, CQI, difference of all frequency sub-bands; the UE measuring a CQI value in each CQI reporting frequency sub-band of an entire frequency band at each measured time interval; the UE determining a CQI_difierence value reflecting CQI variation between the CQI reporting frequency sub-bands based on the measured CQI value of each CQI reporting frequency sub-band; the UE comparing the determined CQI_difierence with the threshold value; and if a condition is satisfied, the UE sending the determined CQI_difierence to a base station.
A cooling system, configured to be mounted in a hybrid vehicle including: a motor driven by electric power supplied from a battery; and a generator configured to be driven by an internal combustion engine when a residual electric power in the battery becomes not larger than a predetermined value so as to charge the battery, the cooling system comprising: a cooling path in which a coolant for cooling the motor (2, 3) and the generator is recirculated; a housing having a coolant reservoir which is formed at a lower portion in an interior of the housing, and configured to accommodate the generator; and a pressurizing unit configured to pump the coolant, wherein the motor is disposed downstream of the pressurizing unit in a recirculating direction of the coolant, and the generator is disposed downstream of the motor and upstream of the pressurizing unit in the recirculating direction, the cooling system being characterized in that the motor is disposed higher than the generator, and a lower end of a rotor of the motor (2, 3) is positioned higher than a level of the coolant in the coolant reservoir. a cooling path in which a coolant for cooling the motor (2, 3) and the generator is recirculated; a housing having a coolant reservoir which is formed at a lower portion in an interior of the housing, and configured to accommodate the generator; and a pressurizing unit configured to pump the coolant, wherein the motor is disposed downstream of the pressurizing unit in a recirculating direction of the coolant, and the generator is disposed downstream of the motor and upstream of the pressurizing unit in the recirculating direction, the cooling system being characterized in that the motor is disposed higher than the generator, and a lower end of a rotor of the motor (2, 3) is positioned higher than a level of the coolant in the coolant reservoir.
A power and/or telecommunication cable, characterized in that it includes: • at least one central conducting element; • an inner semiconducting layer surrounding the central conducting element; • a first electrically insulating layer surrounding said inner semiconducting layer, this first layer being a layer wound around said inner semiconducting layer; • a transitional semiconducting layer surrounding said first electrically insulating layer; • a second electrically insulating layer surrounding the transitional semiconducting layer; • an outer semiconducting layer surrounding said second electrically insulating layer. • at least one central conducting element; • an inner semiconducting layer surrounding the central conducting element; • a first electrically insulating layer surrounding said inner semiconducting layer, this first layer being a layer wound around said inner semiconducting layer; • a transitional semiconducting layer surrounding said first electrically insulating layer; • a second electrically insulating layer surrounding the transitional semiconducting layer; • an outer semiconducting layer surrounding said second electrically insulating layer.
A reduced pressure treatment system for treating a tissue site of a patient, the reduced pressure treatment system comprising: a dressing filler (106, 406, 606, 906, 1106) adapted to be positioned at the tissue site, the dressing filler (106, 406, 606, 906, 1106) being comprised of a porous substrate having at least one compressed region (130, 430, 610, 930, 1130); wherein the compressed region (130, 430, 610, 930, 1130) of the porous substrate is held in a compressed state by a first coating capable of dissolving in the presence of a fluid. a dressing filler (106, 406, 606, 906, 1106) adapted to be positioned at the tissue site, the dressing filler (106, 406, 606, 906, 1106) being comprised of a porous substrate having at least one compressed region (130, 430, 610, 930, 1130); wherein the compressed region (130, 430, 610, 930, 1130) of the porous substrate is held in a compressed state by a first coating capable of dissolving in the presence of a fluid.
A method of calibrating a magnetic field sensing device, wherein calibrated sensing signal components ( X cal, Y cal, Z cal) represented in a three-dimensional coordinate system (X, Y, Z) by a spherical graph centered at the origin of said three-dimensional coordinate system (X, Y, Z) are generated from uncalibrated signal components ( X unc, Y unc, Z unc) from said magnetic field sensing device represented in said three-dimensional coordinate system (X, Y, Z) by an ellipsoidal graph having a center offset with respect to the origin of said three-dimensional coordinate system (X, Y, Z), wherein the method includes applying to said uncalibrated sensing signal components Kalman filter processing yielding a set of parameters (X(8:0)) fitting said ellipsoidal graph by prediction and correction based on said prediction, the method is characterized in that it includes estimating a gain of said uncalibrated sensing signal components forwarded to said Kalman filter processing as a difference of maximum and minimum values of said uncalibrated sensing signal components, and tuning the Kalman filter processing based on said gain.
Connection conveyor used for loading a metal charge into a melting plant or furnace of the type that uses a loading system with a main conveyor and introduction of the charge from one side of the furnace, said connection conveyor including a cradle structure having lateral and bottom walls, characterized in that said cradle structure is made from a metal sheet having a U-shaped profile, outside said sheet a plurality of cooling panels being closely associated, disposed one adjacent to the other so as to form a substantially continuous covering, each of said cooling panels being formed by at least a tube inside which cooling liquid circulates.
A portable leaf blower comprising: a housing having an air inlet (112a, 112b) and an air outlet port defining an air outlet port axis; a handle attached to the housing; a motor mounted within said housing and having a rotatable drive shaft; a rotatable impeller mounted on said drive shaft for rotation therewith, and to draw air into the air inlet (112a, 112b) and to blow said air out of the air outlet port in generally parallel relation to said air outlet port axis; a blower tube having a tube ingress port and a tube egress port, said blower tube defining a tube ingress port axis, characterized in that said blower tube is connectable in supported relation to at least one of said housing and said handle by at least one spacer member, with said tube ingress port being positioned in spaced relation to said air outlet port to define a peripheral open area between the air outlet port and the tube ingress port, and with said air outlet port axis being substantially coincident with said tube ingress port axis. a housing having an air inlet (112a, 112b) and an air outlet port defining an air outlet port axis; a handle attached to the housing; a motor mounted within said housing and having a rotatable drive shaft; a rotatable impeller mounted on said drive shaft for rotation therewith, and to draw air into the air inlet (112a, 112b) and to blow said air out of the air outlet port in generally parallel relation to said air outlet port axis; a blower tube having a tube ingress port and a tube egress port, said blower tube defining a tube ingress port axis, characterized in that said blower tube is connectable in supported relation to at least one of said housing and said handle by at least one spacer member, with said tube ingress port being positioned in spaced relation to said air outlet port to define a peripheral open area between the air outlet port and the tube ingress port, and with said air outlet port axis being substantially coincident with said tube ingress port axis.
An immersion exposure apparatus for exposing a substrate with an exposure beam via an optical element and immersion liquid, comprising: a substrate stage, the substrate stage comprising: a table for mounting the substrate and that is configured to maintain immersion liquid below the optical element when located opposed to the optical element; and a pad that is configured to maintain immersion liquid below the optical element when located opposed to the optical element, wherein the substrate stage is configured such that, when the table is located opposed to the optical element, the table and the pad are movable relative to the optical element in a state in which a surface of the table and a surface of the pad are arranged adjacent to each other so that immersion liquid below the optical element is thereby transferred from the table to the pad. a substrate stage, the substrate stage comprising: a table for mounting the substrate and that is configured to maintain immersion liquid below the optical element when located opposed to the optical element; and a pad that is configured to maintain immersion liquid below the optical element when located opposed to the optical element, wherein the substrate stage is configured such that, when the table is located opposed to the optical element, the table and the pad are movable relative to the optical element in a state in which a surface of the table and a surface of the pad are arranged adjacent to each other so that immersion liquid below the optical element is thereby transferred from the table to the pad. a table for mounting the substrate and that is configured to maintain immersion liquid below the optical element when located opposed to the optical element; and a pad that is configured to maintain immersion liquid below the optical element when located opposed to the optical element, wherein the substrate stage is configured such that, when the table is located opposed to the optical element, the table and the pad are movable relative to the optical element in a state in which a surface of the table and a surface of the pad are arranged adjacent to each other so that immersion liquid below the optical element is thereby transferred from the table to the pad.
A carbon material having a volume of macropores with 50 to 400 nm pore diameters, as measured by a nitrogen adsorption method, of 0.05 to 0.40 cm 3 /g (cc/g), wherein the carbon material is a composite carbon material for an electrode active material that contains a carbon material forming a core, and a coating carbon material covering at least part of the core-forming carbon material.
A method of updating a data store with information identifying users capable of communicating in a communication network, said method comprising: receiving from a first user a first set of information to search the data store; searching the data store with the first set of information; providing the first user with means to post the first set of information on a request page if the first set of information does not match any entries stored in the data store, wherein the first information is posted in the form of a request message on the request page; storing the request message in association with a request identifier associated with the first user; receiving from a second user a second set of information as an answer to the request message posted on the request page; transmitting the second set of information together with the request identifier to the data store; storing the second set of information in the data store; identifying the first user from the request identifier associated with the request message; and notifying the first user of the second set of information which answered the request message and is stored in the data store. receiving from a first user a first set of information to search the data store; searching the data store with the first set of information; providing the first user with means to post the first set of information on a request page if the first set of information does not match any entries stored in the data store, wherein the first information is posted in the form of a request message on the request page; storing the request message in association with a request identifier associated with the first user; receiving from a second user a second set of information as an answer to the request message posted on the request page; transmitting the second set of information together with the request identifier to the data store; storing the second set of information in the data store; identifying the first user from the request identifier associated with the request message; and notifying the first user of the second set of information which answered the request message and is stored in the data store.
A repair method for repairing a turbine engine airfoil element comprising a main body and an old reinforcement, the turbine engine airfoil element including an initial hole passing through the old reinforcement and at least a portion of the main body, the method being characterized by comprising: - removing the old reinforcement; - positioning a first plug on a first side of the initial hole in the main body; - positioning a second plug on a second side of the initial hole in the main body, the first plug and the second plug being spaced apart from each other; - leveling the first plug so that a surface of the first plug is flush with the surface of the main body in which the first plug lies; - leveling the second plug so that a surface of the second plug is flush with the surface of the main body in which the second plug lies; - after leveling the first plug and the second plug (20, 21), fastening a new reinforcement on the main body, the new reinforcement covering the first plug; and - forming a new hole passing through the new reinforcement and at least a portion of the main body, the new hole being formed at least in part in the first plug. - removing the old reinforcement; - positioning a first plug on a first side of the initial hole in the main body; - positioning a second plug on a second side of the initial hole in the main body, the first plug and the second plug being spaced apart from each other; - leveling the first plug so that a surface of the first plug is flush with the surface of the main body in which the first plug lies; - leveling the second plug so that a surface of the second plug is flush with the surface of the main body in which the second plug lies; - after leveling the first plug and the second plug (20, 21), fastening a new reinforcement on the main body, the new reinforcement covering the first plug; and - forming a new hole passing through the new reinforcement and at least a portion of the main body, the new hole being formed at least in part in the first plug.
Set of a hollow body which comprises an inlet opening for inletting an airflow to be cleaned and an outlet opening for outletting the cleaned airflow, and multiple cleaning substructures as separating structures for cleaning the airflow by a separation of particles and/or for a filtration of the airflow, wherein at least two of the cleaning substructures comprise the separating structure for cleaning an airflow, characterized in that at least two different combinations of cleaning substructures are arrangeable in the hollow body, wherein at least one separating structure comprises at least two flaps which are aligned substantially parallel to the airflow, between which in the hollow body a further separating structure is arrangeable, wherein the flaps are configured such that the flaps are arrangeable as a spacer to an inner wall of the hollow body or a further separating structure. at least two different combinations of cleaning substructures are arrangeable in the hollow body, wherein at least one separating structure comprises at least two flaps which are aligned substantially parallel to the airflow, between which in the hollow body a further separating structure is arrangeable, wherein the flaps are configured such that the flaps are arrangeable as a spacer to an inner wall of the hollow body or a further separating structure.