mhurhangee/ep-ind-claims huggingface dataset:
A pressure sensor comprising a piezoelectric material, wherein it comprises at least one lower substrate having two electrodes (3, 4), partially covered with a semiconductor layer made of a semiconductor material, deposited thereon, and a piezoelectric layer made of a piezoelectric material, and in contact with the semiconductor layer in such a way that semiconductor material is in contact with the piezoelectric material and with the two electrodes (3, 4), the piezoelectric layer being systematically in contact with the electrodes, said electrodes (3, 4) being capable of being connected to a voltage source or to a device for measuring the intensity of a current generated by the displacement of electric charges in the semiconductor layer between the electrodes (3, 4), said electric charges being created when a pressure is exerted on the piezoelectric layer.
A method performed by a terminal for using listen before talk, LBT, procedure in a wireless communication system, comprising: identifying uplink data to be transmitted on a serving cell, the serving cell operating on an unlicensed band; in case that the uplink data corresponds to a medium access control, MAC, protocol data unit, PDU, for a configured uplink grant, selecting a channel access priority class, CAPC, index for the uplink data; performing a channel access procedure based on the selected CAPC index; and transmitting, to a base station, the uplink data on the serving cell, in case that a channel for the serving cell is identified to be idle, the method is characterized by the selecting the CAPC index for the uplink data comprises identifying whether the uplink data includes dedicated control channel, DCCH, service data unit, SDU; and selecting the CAPC index as a CAPC index of a DCCH based on the uplink data including the DCCH SDU. identifying uplink data to be transmitted on a serving cell, the serving cell operating on an unlicensed band; in case that the uplink data corresponds to a medium access control, MAC, protocol data unit, PDU, for a configured uplink grant, selecting a channel access priority class, CAPC, index for the uplink data; performing a channel access procedure based on the selected CAPC index; and transmitting, to a base station, the uplink data on the serving cell, in case that a channel for the serving cell is identified to be idle, the method is characterized by the selecting the CAPC index for the uplink data comprises identifying whether the uplink data includes dedicated control channel, DCCH, service data unit, SDU; and selecting the CAPC index as a CAPC index of a DCCH based on the uplink data including the DCCH SDU.
Oily composition, characterized in that it comprises: i) at least one vegetable oil VI containing at least a lipophilic extract of torch ginger ( Etlingera elatior); and ii) at least one vegetable oil V2 containing at least a lipophilic extract of water hyacinth ( Eichhornia crassipes); said oils V1 and V2 (vector oils) being the same or different. i) at least one vegetable oil VI containing at least a lipophilic extract of torch ginger ( Etlingera elatior); and ii) at least one vegetable oil V2 containing at least a lipophilic extract of water hyacinth ( Eichhornia crassipes);
An automatic cover detection system for a fire detector comprising: a fire detector top cover having an exposed surface; an indicator LED for standardly indicating the fire detector's functionality and a sensor assembly operatively coupled to the fire detector to detect the presence of an object in contact with or in close proximity of the fire detector top cover and at least partially covering the exposed surface of the fire detector top cover, wherein the sensor assembly comprises an optical sensor assembly having an electromagnetic emitter and an electromagnetic sensor, characterised in that: the indicator LED is the electromagnetic emitter. a fire detector top cover having an exposed surface; an indicator LED for standardly indicating the fire detector's functionality and a sensor assembly operatively coupled to the fire detector to detect the presence of an object in contact with or in close proximity of the fire detector top cover and at least partially covering the exposed surface of the fire detector top cover, wherein the sensor assembly comprises an optical sensor assembly having an electromagnetic emitter and an electromagnetic sensor, characterised in that: the indicator LED is the electromagnetic emitter.
A service data offloading method, comprising: Sending, by an access network device, a local area network configuration message and a bearer configuration message to a terminal, configuring a local area network for the terminal according to the local area network configuration message, and configuring a dedicated bearer for the terminal according to the bearer configuration message, wherein the local area network is associated with the dedicated bearer, and the local area network configuration message or the bearer configuration message comprises a downlink-only data reception indication, so that the terminal receives, in the local area network according to the downlink-only data reception indication, downlink data of the dedicated bearer and prohibits sending uplink data of the dedicated bearer.
An apparatus (110, 210) for removing material within a body lumen, comprising: an elongate tubular member (120, 220) including a proximal end (121, 221), a distal end (122, 222) sized for introduction into a body lumen, and an aspiration lumen (124, 224) extending between the proximal and distal ends; a cutting assembly (140, 240) that is separate from the elongate tubular member and may be selectively inserted into and removed from the tubular member during use, the cutting assembly including: a cutting head (142, 242) disposed within the aspiration lumen adjacent the distal end when the cutting assembly is inserted into and removed from the elongate tubular member; and, a drive shaft (144, 244) extending from the cutting head to the proximal end of the tubular member, the drive shaft (144, 244) and cutting head being reciprocable axially within the aspiration lumen for macerating material being aspirated into the aspiration lumen; and a control system controlling reciprocation of the drive shaft and cutting head within the aspiration lumen. an elongate tubular member (120, 220) including a proximal end (121, 221), a distal end (122, 222) sized for introduction into a body lumen, and an aspiration lumen (124, 224) extending between the proximal and distal ends; a cutting assembly (140, 240) that is separate from the elongate tubular member and may be selectively inserted into and removed from the tubular member during use, the cutting assembly including: a cutting head (142, 242) disposed within the aspiration lumen adjacent the distal end when the cutting assembly is inserted into and removed from the elongate tubular member; and, a drive shaft (144, 244) extending from the cutting head to the proximal end of the tubular member, the drive shaft (144, 244) and cutting head being reciprocable axially within the aspiration lumen for macerating material being aspirated into the aspiration lumen; and a cutting head (142, 242) disposed within the aspiration lumen adjacent the distal end when the cutting assembly is inserted into and removed from the elongate tubular member; and, a drive shaft (144, 244) extending from the cutting head to the proximal end of the tubular member, the drive shaft (144, 244) and cutting head being reciprocable axially within the aspiration lumen for macerating material being aspirated into the aspiration lumen; and a control system controlling reciprocation of the drive shaft and cutting head within the aspiration lumen.
A run flat device (2,102,150) for fitting to the outer circumference of a wheel (130,132,134,136) inside an inflatable tyre, said device comprising a resilient substantially annular body (4,104) having a central axis substantially corresponding to the axis of rotation of the wheel, and said annular body (4,104) comprising an inner surface, an outer surface located at a greater distance from the central axis than the inner surface, first and second side surfaces (6,8) extending from the outer surface towards the inner surface, said annular body extending outwardly in a direction parallel to the central axis at the inner surface of said body and at radially lower ends of the first and second side surfaces (6,8), to form first (14,114) and second (16,116) tyre abutting members, the inner surface of the annular body (4,104) being provided with a recess (22,122) extending between the first (14,114) and second (16,116) tyre abutting members, the recess being substantially defined by planar inner surfaces (24,26,124,126) of the respective tyre abutting members, wherein the planar inner surfaces (24,26,124,126) of the respective tyre abutting members (14,16,114,116) are connected to one another and to the inner surface of the annular body by curvilinear or arcuate surfaces, characterised in that the planar inner surfaces (24,26,124,126) are disposed at an angle to one another whereby the recess (22,122) is generally triangular in shape, and extends into the annular body less than half way.
A method of communicating data to mobile terminals from an orthogonal frequency division multiplexing, OFDM, wireless telecommunication network which provides a wireless access interface for communicating the data using a plurality of OFDM sub-carriers, the method comprising allocating communications resources provided by a first group of the plurality of OFDM sub-carriers within a first frequency band to terminals of a first type (S1a), allocating communications resources provided by a second group of the plurality of OFDM sub-carriers to terminals of a second type within a second frequency band, the second group of the plurality of OFDM sub-carriers being smaller than the first group of the plurality of OFDM sub-carriers and the second frequency band being selected from within the first frequency band to form a virtual carrier (S1b), providing a first control channel having a bandwidth corresponding to the first frequency band, and the allocating the communications resources by the first group of OFDM sub-carriers to the terminals of the first type and allocating the communications resources of the second group of OFDM sub-carriers to the terminals of the second type comprises transmitting resource allocation messages from the first control channel, the resource allocation message allocating resources to the terminals of the first type over the first bandwidth corresponding to the combined first and second groups of OFDM sub-carriers, wherein the resource allocation messages also allocate resources to the terminals of the second type over the second bandwidth corresponding to the second group of OFDM sub-carriers, and the method includes providing a second control channel within the second frequency band within the second group of OFDM sub-carriers, and transmitting control information which is specific to transmitting the data by the terminals of the second type via the second group of OFDM sub-carriers.
A consumable electrode-fed welding-type system, comprising: - a welding-type power source configured to provide welding-type current to a welding-type circuit, the welding-type circuit comprising a welding-type electrode and a first contact tip of a welding torch; - an electrode preheating circuit configured to provide preheating current through a first portion of the welding-type electrode via a second contact tip of the welding torch; and - an electrode preheat control circuit to monitor a voltage drop across a second portion of the welding-type electrode and to adjust at least one of the welding-type current or the preheating current based on the voltage drop, the second portion of the welding-type electrode comprising at least part of the first portion of the welding-type electrode, characterized by - a preheat controller configured to control the preheating current based on a hydrogen reduction goal, and - a hydrogen sensor configured to measure hydrogen at least one of in the electrode wire or proximate the electrode wire, the preheat controller configured to control the preheating current based on a hydrogen measurement from the hydrogen sensor. - a welding-type power source configured to provide welding-type current to a welding-type circuit, the welding-type circuit comprising a welding-type electrode and a first contact tip of a welding torch; - an electrode preheating circuit configured to provide preheating current through a first portion of the welding-type electrode via a second contact tip of the welding torch; and - an electrode preheat control circuit to monitor a voltage drop across a second portion of the welding-type electrode and to adjust at least one of the welding-type current or the preheating current based on the voltage drop, the second portion of the welding-type electrode comprising at least part of the first portion of the welding-type electrode, characterized by - a preheat controller configured to control the preheating current based on a hydrogen reduction goal, and - a hydrogen sensor configured to measure hydrogen at least one of in the electrode wire or proximate the electrode wire, the preheat controller configured to control the preheating current based on a hydrogen measurement from the hydrogen sensor.
A variable capacity vane pump comprising: a pump casing including a pump chamber; a pump control ring moveable within the pump chamber to vary the volumetric capacity of the pump; a vane pump rotor positioned within a cavity of the pump control ring and being rotatable about an axis offset from a center of the pump control ring cavity; vanes being driven by the rotor and engaging an inside surface of the pump control ring; a first control chamber between the pump casing and a first portion of the pump control ring, the first control chamber (460, 520) operable to receive pressurized fluid to create a force to move the pump control ring to reduce the volumetric capacity of the pump; a second control chamber (462, 524) between the pump casing and a second portion of the pump control ring between a first seal assembly and a second seal assembly, the second control chamber operable to receive pressurized fluid to create a force to move the pump control ring to reduce the volumetric capacity of the pump; and a return spring biasing the pump control ring toward a position of maximum volumetric capacity, the return spring acting against the forces created by the pressurized fluid within the first and second control chambers (460, 462), characterized in the first portion of the pump control ring circumferentially extending on either side of a pivot pin (52, 426) between the first seal assembly and a third seal assembly. a pump casing including a pump chamber; a pump control ring moveable within the pump chamber to vary the volumetric capacity of the pump; a vane pump rotor positioned within a cavity of the pump control ring and being rotatable about an axis offset from a center of the pump control ring cavity; vanes being driven by the rotor and engaging an inside surface of the pump control ring; a first control chamber between the pump casing and a first portion of the pump control ring, the first control chamber (460, 520) operable to receive pressurized fluid to create a force to move the pump control ring to reduce the volumetric capacity of the pump; a second control chamber (462, 524) between the pump casing and a second portion of the pump control ring between a first seal assembly and a second seal assembly, the second control chamber operable to receive pressurized fluid to create a force to move the pump control ring to reduce the volumetric capacity of the pump; and a return spring biasing the pump control ring toward a position of maximum volumetric capacity, the return spring acting against the forces created by the pressurized fluid within the first and second control chambers (460, 462), characterized in the first portion of the pump control ring circumferentially extending on either side of a pivot pin (52, 426) between the first seal assembly and a third seal assembly.
A method for establishing S1 signaling connections in an evolved network, comprising: receiving, by an evolved packet core, EPC, a HANDOVER COMPLETE message sent by a target evolved Node B, wherein the HANDOVER COMPLETE message carries a new S1 signaling connection parameter and an original S1 signaling connection parameter; the original S1 signaling connection parameter is an original mobility management entity, MME, communication context identifier carried in a HANDOVER REQUEST message sent by a source eNode B to the target eNode B, and the new S1 signaling connection parameter is a new eNodeB communication context identifier allocated by the target eNode B; and storing, by the EPC, the new S1 signaling connection parameter carried in the HANDOVER COMPLETE message. receiving, by an evolved packet core, EPC, a HANDOVER COMPLETE message sent by a target evolved Node B, wherein the HANDOVER COMPLETE message carries a new S1 signaling connection parameter and an original S1 signaling connection parameter; the original S1 signaling connection parameter is an original mobility management entity, MME, communication context identifier carried in a HANDOVER REQUEST message sent by a source eNode B to the target eNode B, and the new S1 signaling connection parameter is a new eNodeB communication context identifier allocated by the target eNode B; and storing, by the EPC, the new S1 signaling connection parameter carried in the HANDOVER COMPLETE message.
A coating composition comprising (i) a biocidally effective amount of a biocidal composition comprising: zinc pyrithione; and 4-bromo-2-(4-chlorophenyl)-5-(trifluoromethyl)-1 H- pyrrole-3-carbonitrile, wherein said component and said component are present in a weight ratio of 3:2 to 2:3, and wherein said biocidal composition does not contain copper or contains copper in a total amount of less than 3% by weight, based on the total weight of the composition; and (ii) a marine paint base. (i) a biocidally effective amount of a biocidal composition comprising: zinc pyrithione; and 4-bromo-2-(4-chlorophenyl)-5-(trifluoromethyl)-1 H- pyrrole-3-carbonitrile, wherein said component and said component are present in a weight ratio of 3:2 to 2:3, and wherein said biocidal composition does not contain copper or contains copper in a total amount of less than 3% by weight, based on the total weight of the composition; and zinc pyrithione; and 4-bromo-2-(4-chlorophenyl)-5-(trifluoromethyl)-1 H- pyrrole-3-carbonitrile, (ii) a marine paint base.
An information processing device which is connectable through a network to a terminal device used by a worker who checks a device installed in a plant, comprising: a collector configured to collect, from the terminal device, first historical data representing at least one of data representing an operation performed to the terminal device by the worker, data representing an environmental value of the plant, and data representing biological information of the worker; a storage which stores second historical data representing historical data collected from the terminal device by the collector in the past; and characterized by further comprising a proposer configured to compare the first historical data collected by the collector and the second historical data stored in the storage, the proposer being configured to propose an operation which should be performed to the terminal device based on a difference between the first historical data and the second historical data. a collector configured to collect, from the terminal device, first historical data representing at least one of data representing an operation performed to the terminal device by the worker, data representing an environmental value of the plant, and data representing biological information of the worker; a storage which stores second historical data representing historical data collected from the terminal device by the collector in the past; and characterized by further comprising a proposer configured to compare the first historical data collected by the collector and the second historical data stored in the storage, the proposer being configured to propose an operation which should be performed to the terminal device based on a difference between the first historical data and the second historical data.
An apparatus comprising: - a processing component comprising two maintenance components (221, 225) and a non-maintenance component and a switching means; wherein said two maintenance components (221, 225) and said non-maintenance component represent electronic components, wherein said two maintenance components (221, 225) are configured to provide maintenance functions to said apparatus, wherein a first maintenance component of said two maintenance components (221, 225) represents a debug or testing component and a second maintenance component of said two maintenance components (221, 225) represents a trace component; and - wherein the two maintenance components (221, 225) and the non-maintenance component of the processing component are connected to an input of the switching means; - the apparatus characterized by - an external connector, wherein said external connector is configured to be switched to exactly one component of the two maintenance components 221, 225) and said non-maintenance component by said switching means. - a processing component comprising two maintenance components (221, 225) and a non-maintenance component and a switching means; wherein said two maintenance components (221, 225) and said non-maintenance component represent electronic components, wherein said two maintenance components (221, 225) are configured to provide maintenance functions to said apparatus, wherein a first maintenance component of said two maintenance components (221, 225) represents a debug or testing component and a second maintenance component of said two maintenance components (221, 225) represents a trace component; and - wherein the two maintenance components (221, 225) and the non-maintenance component of the processing component are connected to an input of the switching means; - the apparatus characterized by - an external connector, wherein said external connector is configured to be switched to exactly one component of the two maintenance components 221, 225) and said non-maintenance component by said switching means.