mhurhangee/ep-ind-claims huggingface dataset:
A natural fiber plastic composite product comprising a first composite layer and a second composite layer, the first composite layer forming at least a part of the surface of the product, wherein - the first composite layer comprises thermoplastic polymer and cellulose based particles, characterized in that - the second composite layer comprises thermoplastic polymer in an amount in the range of 10-70% (w/w) and dried deinking sludge in an amount in the range of 30-90% (w/w), wherein the deinking sludge contains cellulose fibers in the range of 10-30% (w/w) and minerals in the range of 55-75% (w/w). - the first composite layer comprises thermoplastic polymer and cellulose based particles, characterized in that - the second composite layer comprises thermoplastic polymer in an amount in the range of 10-70% (w/w) and dried deinking sludge in an amount in the range of 30-90% (w/w), wherein the deinking sludge contains cellulose fibers in the range of 10-30% (w/w) and minerals in the range of 55-75% (w/w).
A heat conductive sheet having a laminated structure of a plurality of resin layers including a heat-conductive resin layer comprising a platy heat-conductive filler, a sheet major surface being a plane perpendicular to laminated faces of the resin layers, and the major axis of the platy heat-conductive filler being oriented at an angle of 60° or more with respect to the sheet major surface, wherein the heat conductive sheet has an Asker C hardness, of 70 or less, as measured thereon with an Asker rubber durometer type C (manufactured by KOBUNSHI KEIKI CO., LTD.) at 23°C, and characterized in that the resin layers each comprise a resin that is liquid at 20 °C.
A system for calibrating a multi-channel radio frequency signal generation system, wherein at least two signal sources (18, 20) and a calibration unit are provided, wherein a calibration data module is provided that is assigned to at least one of the signal sources (18, 20), wherein the system comprises a switch matrix assigned to at least two signal channels, wherein the at least two signal sources (18, 20) are assigned to the at least two signal channels, wherein the calibration unit, in a first operation mode, is connected with the at least two signal channels simultaneously, wherein the calibration unit is configured to gather calibration data assigned to the at least two signal channels, wherein the system is configured to transfer the calibration data gathered from the calibration unit to the calibration data module, wherein the calibration data module is configured to apply the respective calibration data on the multi-channel radio signal generation frequency system in order to calibrate the multi-channel radio frequency signal generation system, and wherein, in a second operation mode, the system is configured to disconnect the at least two signal channels from the calibration unit and to connect the at least two signal channels with a device under test, and wherein the switch matrix is configured to switch the at least two signal channels from the calibration unit to the device under test automatically.
A headset jack, comprising: a side wall, a bottom part, a clamping component on the side wall, a first detection end at the bottom part, a second detection end on the side wall or at the bottom part, and a membrane switch electrically connected to the second detection end, wherein the clamping component is configured to clamp a headset plug when the headset plug is inserted into the headset jack; when the headset plug is not inserted in position, the membrane switch is electrically isolated from the first detection end, and an electrical characteristic between the first detection end and the second detection end is a first electrical characteristic; the membrane switch is configured to: when the headset plug is inserted in position, generate elastic deformation under a pressure of the headset plug, and be electrically connected to the first detection end, so as to electrically connect the first detection end to the second detection end, and change the electrical characteristic between the first detection end and the second detection end to a second electrical characteristic, wherein the second electrical characteristic is used to generate an electrical signal to reflect that the headset plug is inserted into the headset jack in position; the membrane switch comprises an elastically deformable part and a conductive connector; the elastically deformable part generates elastic deformation under the pressure of the headset plug, so as to cause the conductive connector to be electrically connected to the first detection end; the elastically deformable part is made of an insulation material; characterized by that the conductive connector is electrically connected to the second detection end by a conducting wire or an electrical connection component, and the conducting wire or the electrical connection component is buried in the elastically deformable part.
A transdermal absorption sheet comprising: a sheet like portion having an end portion and two first and second principal surfaces facing away from each other; and a plurality of needle-like protruding portions containing a drug arranged on the first principal surface of the sheet portion, wherein the transdermal absorption sheet is made of polymer resin, and the sheet portion has a center portion which is a region in which the plurality of needle-like protruding portions are formed and an outer edge portion which is a region from the center portion to the end portion, and a maximum thickness of a thickness portion of the outer edge portion is larger than an average thickness of the center portion, characterized in that the thickness portion is shaped such that the thickness gradually increases in a direction away from the first principal surface of the sheet portion. a sheet like portion having an end portion and two first and second principal surfaces facing away from each other; and a plurality of needle-like protruding portions containing a drug arranged on the first principal surface of the sheet portion, wherein the transdermal absorption sheet is made of polymer resin, and the sheet portion has a center portion which is a region in which the plurality of needle-like protruding portions are formed and an outer edge portion which is a region from the center portion to the end portion, and a maximum thickness of a thickness portion of the outer edge portion is larger than an average thickness of the center portion, characterized in that the thickness portion is shaped such that the thickness gradually increases in a direction away from the first principal surface of the sheet portion.
A formulation, a pharmaceutical or a pharmaceutical preparation comprising at least one active agent, wherein the active agent comprises rifaximin, extended intestinal release rifaximin, rifampicin (or rifampin), rifabutin, rifapentine and rifalazil, for use in treating, ameliorating and preventing obsessive compulsive disorder.
Timepiece balance wheel with adjustable inertia, comprising an arbor carrying firstly a felloe via at least one arm, and secondly an inner flange fixed to said arbor and carrying an outer ring by means of a plurality of first elastic guide connections, which are inertia balanced with respect to the axis of said arbor and in a plane perpendicular to said axis, said outer ring being distinct from said felloe, said balance wheel comprising a plurality of inertia blocks, characterized in that said outer ring is arranged to pivot with respect to said inner flange under the action of an external torque exerted counter to a resistant torque exerted by said first elastic guide connections, and characterized in that each said inertia block is carried at least by said inner flange by means of at least one second elastic connection and can be indexed in a stable angular position defined by the respective cooperation between a first indexing toothing carried by said inner flange or by said inertia block, and a second indexing toothing that is carried respectively by said inertia block or by said outer ring, and in that any rotation of said outer ring with respect to said inner flange modifies the angular position of said inertia blocks.
A device (105; 150) comprising: a first radio configured to communicate wirelessly with a first station in accordance with a first wireless communication technology; a second radio configured to communicate wirelessly with a second station in accordance with a second wireless communication technology; a controller configured to i) terminate scheduled portions of time for sending communications from the first radio to the first station in favor of receiving communications from the second station to the second radio and ii) restrict which of all available scheduled portions of time for sending communications from the first radio to the first station are provided for termination based on information about types of data transmitted in respective ones of the available scheduled portions of time, wherein the controller is further configured to exclude periods from the scheduled portions of time made available for termination in favor of receiving communications from the second station to the second radio, wherein the excluded periods comprise all periods scheduled for transmission of acknowledgements, ACKs, from the first radio to the first station and at least a portion of periods scheduled for transmission of channel state information, CSI. a first radio configured to communicate wirelessly with a first station in accordance with a first wireless communication technology; a second radio configured to communicate wirelessly with a second station in accordance with a second wireless communication technology; a controller configured to i) terminate scheduled portions of time for sending communications from the first radio to the first station in favor of receiving communications from the second station to the second radio and ii) restrict which of all available scheduled portions of time for sending communications from the first radio to the first station are provided for termination based on information about types of data transmitted in respective ones of the available scheduled portions of time, wherein the controller is further configured to exclude periods from the scheduled portions of time made available for termination in favor of receiving communications from the second station to the second radio, wherein the excluded periods comprise all periods scheduled for transmission of acknowledgements, ACKs, from the first radio to the first station and at least a portion of periods scheduled for transmission of channel state information, CSI.
A process for soil remediation which comprises the injection and/or diffusion of carbon dioxide used as a solvent for contaminants which are transported thereby in the soil upper layer, the process being charaterized by the further following steps of: - excavation and disposal of the superficial layer in which all the contaminants are concentrated; - recovery and reuse of CO 2 by capturing and extraction trough suction and/or pressure control systems; - purification of the extracted CO 2 in order to remove particulates, humidity, contaminant fraction dragged, and gases. - excavation and disposal of the superficial layer in which all the contaminants are concentrated; - recovery and reuse of CO 2 by capturing and extraction trough suction and/or pressure control systems; - purification of the extracted CO 2 in order to remove particulates, humidity, contaminant fraction dragged, and gases.
Flat heat pipe with a two-phase liquid-vapor working fluid, comprising: - a first plate, intended to receive thermal energy from a heat source, - a second plate, intended to transfer thermal energy to a cold source, arranged opposite and substantially parallel to the first plate, - an edge sealingly connecting the first and second plates, to form a closed internal space enclosing the two-phase working fluid, - a capillary structure, interposed between the first and second plates, - vaporization channels adjacent to the first plate, - at least one transfer passage placing the evaporation channels in communication with the condensation channels for the transport of vapor, characterized in that the heat pipe comprises - condensation channels adjacent to the second plate, - at least one collection channel forming a reservoir, in fluid communication with each condensation channel, said collection channel being adjacent to the second plate; such that the collection channel is arranged to attract and store the excess liquid phase. - a first plate, intended to receive thermal energy from a heat source, - a second plate, intended to transfer thermal energy to a cold source, arranged opposite and substantially parallel to the first plate, - an edge sealingly connecting the first and second plates, to form a closed internal space enclosing the two-phase working fluid, - a capillary structure, interposed between the first and second plates, - vaporization channels adjacent to the first plate, - at least one transfer passage placing the evaporation channels in communication with the condensation channels for the transport of vapor, - condensation channels adjacent to the second plate, - at least one collection channel forming a reservoir, in fluid communication with each condensation channel, said collection channel being adjacent to the second plate; such that the collection channel is arranged to attract and store the excess liquid phase.
Process for producing silicon seed particles, which can be used for producing polycrystalline silicon granules in a fluidized-bed reactor, comprising introduction of a milling gas stream into a chamber having polycrystalline silicon granules, as a result of which individual particles of the polycrystalline silicon granules are accelerated in such a manner that they collide with other particles of the polycrystalline silicon granules, and in this case the polycrystalline silicon granules are comminuted, characterized in that the milling gas stream is introduced into the chamber by at least one jet nozzle made of tungsten carbide having a binder matrix of cobalt, optionally containing additions of metal carbides selected from the group consisting of titanium carbide, tantalum carbide, chromium carbide and vanadium carbide, where the jet nozzle is a Laval nozzle or a jet nozzle which has a diamond-like carbon coating having a thickness of 1 to 10 μm.
A manufacturing method for manufacturing a resin container made of polyethylene using an injection stretch blow molding method, the manufacturing method comprising: an injection molding step of forming a bottomed preform by injection molding; and a stretch blow molding step of stretching the preform by pressing a bottom portion of the preform by a stretching rod while introducing blow air into the preform, wherein the stretch blow molding step comprises: a first step of stretching the preform by introducing preliminary blow air which has a pressure lower than final blow air into the preform in a state where the stretching rod is not in contact with the bottom portion of the preform; a second step of stretching the preform by moving the stretching rod at a predetermined set speed and pressing the bottom portion of the preform by the stretching rod while introducing the preliminary blow air into the preform, the second step being performed after the first step; and a third step of stretching the preform by introducing the final blow air into the preform, the third step being performed after the second step. an injection molding step of forming a bottomed preform by injection molding; and a stretch blow molding step of stretching the preform by pressing a bottom portion of the preform by a stretching rod while introducing blow air into the preform, wherein the stretch blow molding step comprises: a first step of stretching the preform by introducing preliminary blow air which has a pressure lower than final blow air into the preform in a state where the stretching rod is not in contact with the bottom portion of the preform; a second step of stretching the preform by moving the stretching rod at a predetermined set speed and pressing the bottom portion of the preform by the stretching rod while introducing the preliminary blow air into the preform, the second step being performed after the first step; and a third step of stretching the preform by introducing the final blow air into the preform, the third step being performed after the second step. a first step of stretching the preform by introducing preliminary blow air which has a pressure lower than final blow air into the preform in a state where the stretching rod is not in contact with the bottom portion of the preform; a second step of stretching the preform by moving the stretching rod at a predetermined set speed and pressing the bottom portion of the preform by the stretching rod while introducing the preliminary blow air into the preform, the second step being performed after the first step; and a third step of stretching the preform by introducing the final blow air into the preform, the third step being performed after the second step.
A method of determining whether a basestation in a communications network has changed position, the method comprising: at a first time, detecting signals transmitted by a plurality of neighbouring basestations (16a, 16b, 16c) and identifying said neighbouring basestations at the first time; at a second time, detecting signals transmitted by a plurality of neighbouring basestations (16a, 16b, 16c) and identifying said neighbouring basestations at the second time; determining whether the basestation has changed position based on the detected signals at the first time and at the second time, by determining whether the neighbouring basestations identified at the first time are substantially the same as the neighbouring basestations identified at the second time; and responsive to determining that the basestation has changed position, sending an alarm signal to an operator of the communications network. at a first time, detecting signals transmitted by a plurality of neighbouring basestations (16a, 16b, 16c) and identifying said neighbouring basestations at the first time; at a second time, detecting signals transmitted by a plurality of neighbouring basestations (16a, 16b, 16c) and identifying said neighbouring basestations at the second time; determining whether the basestation has changed position based on the detected signals at the first time and at the second time, by determining whether the neighbouring basestations identified at the first time are substantially the same as the neighbouring basestations identified at the second time; and responsive to determining that the basestation has changed position, sending an alarm signal to an operator of the communications network.
Method to adjust at least one control parameter controlling a fuel combustion engine, comprising the steps: - providing at least one control parameter to control the fuel combustion engine, the control parameter being optimized to control the combustion of a pure fossil fuel; - providing a combustible fuel being composed of a fossil fuel and a synthetic fuel; - measuring the proportion of the synthetic fuel in the combustible fuel; and - adjusting the at least one control parameter based on the measured proportion of the synthetic fuel in the combustible fuel, characterized in that an air fuel ratio λ representing the at least one control parameter is reduced to less than 1,4 with a higher proportion of synthetic fuel in a combustible fuel, whereby during an acceleration phase with a high torque demand, the λ-value is shifted from λ = 1,4, with Diesel fuel, further to 1, the more synthetic fuel is present in the combustible fuel. - providing at least one control parameter to control the fuel combustion engine, the control parameter being optimized to control the combustion of a pure fossil fuel; - providing a combustible fuel being composed of a fossil fuel and a synthetic fuel; - measuring the proportion of the synthetic fuel in the combustible fuel; and - adjusting the at least one control parameter based on the measured proportion of the synthetic fuel in the combustible fuel,
Hinge having a side part which can be fixed to a wall and a hinge part which can be pivoted relative to the side part and to which a door can be fixed, and having a linear damper which is arranged in the side part and has a housing (11, 11') and a piston rod, which is pretensioned in particular by a spring, whereby the housing (11, 11') of the linear damper is non-rotatably fixed in the side part via a holder of the hinge to at least one axis (8, 9) on which a lever (4, 5) is mounted for pivotably mounting the hinge part, and a control cam is formed on the lever for mounting the hinge part, which cam compresses the linear damper during a closing movement shortly before reaching a closed position, characterized in that the control cam is formed on at least one bent web of the lever and slides along a pin of the hinge which rests against the piston rod of the linear damper.
A method performed by a base station, BS, in a wireless communication system, the method comprising: allocating, to a user equipment, LTE, bandwidth part, BWP, resources and intra-BWP physical resource block, PRB, resources within a BWP; transmitting, to the LTE, BWP resource indication information and intra-BWP PRB resource indication information through an uplink grant information, and receiving an uplink signal based on the BWP resource indication information and the intra-BWP PRB resource indication information, wherein the BWP resource indication information indicates the BWP resources allocated by the BS to the LTE and the intra-BWP PRB resource indication information indicates the intra-BWP PRB resources allocated by the BS to the LTE, wherein the BWP resource indication information and the intra-BWP PRB resource indication information are arranged adjacent to each other, and wherein the BWP resource indication information and the intra-BWP PRB resource indication information are located at the most significant bit, MSB, within the uplink grant information. allocating, to a user equipment, LTE, bandwidth part, BWP, resources and intra-BWP physical resource block, PRB, resources within a BWP; transmitting, to the LTE, BWP resource indication information and intra-BWP PRB resource indication information through an uplink grant information, and receiving an uplink signal based on the BWP resource indication information and the intra-BWP PRB resource indication information, wherein the BWP resource indication information indicates the BWP resources allocated by the BS to the LTE and the intra-BWP PRB resource indication information indicates the intra-BWP PRB resources allocated by the BS to the LTE, wherein the BWP resource indication information and the intra-BWP PRB resource indication information are arranged adjacent to each other, and wherein the BWP resource indication information and the intra-BWP PRB resource indication information are located at the most significant bit, MSB, within the uplink grant information.
A grinding mill for pulverizing material, comprising: a platform having an upper surface and defining a recess having a floor, the recess configured to seat a dish in which the material is to be disposed; characterised by a movable securing frame that is movably connected with the platform, the frame including a lift support having an upper surface that is movable along a path from a first location that is beneath the floor of the recess, through the recess, to a second location that is coplanar with the upper surface of the platform. a platform having an upper surface and defining a recess having a floor, the recess configured to seat a dish in which the material is to be disposed; characterised by a movable securing frame that is movably connected with the platform, the frame including a lift support having an upper surface that is movable along a path from a first location that is beneath the floor of the recess, through the recess, to a second location that is coplanar with the upper surface of the platform.