mhurhangee/patent-ind-claim-en huggingface dataset:
A silver-coated spherical resin comprising: a spherical resin consisting of acrylic-based resin; a tin adsorption layer provided on a surface of the spherical resin; and silver coated on a surface of the tin adsorption layer, wherein an amount of the silver is in a range of 2 to 80 parts by mass with respect to 100 parts by mass of the silver-coated spherical resin, a crystallite diameter of the silver measured by X-ray diffractometry is in a range of 18 to 24 nm, and wherein an average particle diameter of the spherical resin is in a range of 0.5 to 40 μm, and a variation coefficient of particle diameters thereof is in a range of 5.0% or less. a spherical resin consisting of acrylic-based resin; a tin adsorption layer provided on a surface of the spherical resin; and silver coated on a surface of the tin adsorption layer, wherein an amount of the silver is in a range of 2 to 80 parts by mass with respect to 100 parts by mass of the silver-coated spherical resin, a crystallite diameter of the silver measured by X-ray diffractometry is in a range of 18 to 24 nm, and wherein an average particle diameter of the spherical resin is in a range of 0.5 to 40 μm, and a variation coefficient of particle diameters thereof is in a range of 5.0% or less.
An array substrate, comprising: a gate electrode of a TFT and a gate insulation layer sequentially formed on a base substrate ; a semiconductor active layer , a source electrode and a drain electrode of the TFT sequentially formed on a part of the gate insulation layer that corresponds to the gate electrode of the TFT; ; a first insulation layer formed between the gate electrode of the TFT and the gate insulation layer , wherein the first insulation layer is disposed beneath at least one of the source electrode and the drain electrode of the TFT; and the gate electrode is in contact with the gate insulation layer at a channel region of the TFT between the source electrode and the drain electrode of the TFT; characterized by an etch stop layer disposed between the semiconductor active layer and the source and drain electrodes , wherein the source and drain electrodes of the TFT are respectively in contact with the semiconductor active layer by way of via holes; and a second insulation layer formed between the base substrate and the gate electrode of the TFT, wherein the second insulation layer is disposed beneath the TFT channel; wherein the gate electrode is disposed on the second insulation layer , such that a distance between the gate electrode and the base substrate at the channel region of the TFT is larger than a distance between the gate electrode and the base substrate at the region corresponding to the source electrode and the drain electrode of the TFT. a gate electrode of a TFT and a gate insulation layer sequentially formed on a base substrate ; a semiconductor active layer , a source electrode and a drain electrode of the TFT sequentially formed on a part of the gate insulation layer that corresponds to the gate electrode of the TFT; ; a first insulation layer formed between the gate electrode of the TFT and the gate insulation layer , wherein the first insulation layer is disposed beneath at least one of the source electrode and the drain electrode of the TFT; and the gate electrode is in contact with the gate insulation layer at a channel region of the TFT between the source electrode and the drain electrode of the TFT; characterized by an etch stop layer disposed between the semiconductor active layer and the source and drain electrodes , wherein the source and drain electrodes of the TFT are respectively in contact with the semiconductor active layer by way of via holes; and a second insulation layer formed between the base substrate and the gate electrode of the TFT, wherein the second insulation layer is disposed beneath the TFT channel; wherein the gate electrode is disposed on the second insulation layer , such that a distance between the gate electrode and the base substrate at the channel region of the TFT is larger than a distance between the gate electrode and the base substrate at the region corresponding to the source electrode and the drain electrode of the TFT.
A linker-payload conjugate according to Formula III wherein X is a spacer group comprising a maleimide group and D is a payload molecule, or according to any one of Formula IIIb, Formula IIIc and Formula IIId: wherein X is a spacer group comprising a maleimide group or an azide-reactive group and D is a payload molecule, wherein the spacer group comprises an acyl group conjugated to the rest of the linker with an amide bond, and wherein the payload molecule D is selected from the group consisting of a cytotoxic drug, an immunomodulatory agent, a labeling agent, a chelator and a radioactive agent. wherein the spacer group comprises an acyl group conjugated to the rest of the linker with an amide bond, and wherein the payload molecule D is selected from the group consisting of a cytotoxic drug, an immunomodulatory agent, a labeling agent, a chelator and a radioactive agent.
A method of controlling a robot, the method comprising: a) feeding a service schedule to a self-propelled robot, the service schedule identifying a plurality of tasks for the robot to perform, b) the robot performing one or more of the plurality of tasks, c) the robot not completing a first task of the plurality of tasks, and d) the robot, after step c), performing another of the tasks, characterized in that step c) further comprises the robot generating information corresponding to the non-completion of the first task, e) the method further comprising the step of identifying and outputting, based on the corresponding information, information relating to the first task, wherein: - the service schedule comprises, for the first task, one or more parameters according to which the robot should perform the first task, - step c) comprises the robot not having performed the first task in accordance with the one or more parameters and - the corresponding information comprises information as to which parameter(s), the first task was not performed in accordance with. a) feeding a service schedule to a self-propelled robot, the service schedule identifying a plurality of tasks for the robot to perform, b) the robot performing one or more of the plurality of tasks, c) the robot not completing a first task of the plurality of tasks, and d) the robot, after step c), performing another of the tasks, characterized in that step c) further comprises the robot generating information corresponding to the non-completion of the first task, e) the method further comprising the step of identifying and outputting, based on the corresponding information, information relating to the first task, - the service schedule comprises, for the first task, one or more parameters according to which the robot should perform the first task, - step c) comprises the robot not having performed the first task in accordance with the one or more parameters and - the corresponding information comprises information as to which parameter(s), the first task was not performed in accordance with.
A hair dryer, comprising a body and a holder connected thereto, wherein the holder is configured to be convertible between a handle configuration and a support configuration via its own metamorphosis in shape, characterized in that the holder is detachably connected to the body via a magnetic coupling and is retractable relative to the body so that the whole hair dryer can be in a single and consistent tube configuration when not in use, the body includes in linear a front operational tube part and a rear tube part , the front operational tube part is configured to perform a blowing operation and has an air inlet formed at its rear end, the rear tube part has an air-incoming chamber formed therein and also designed to receive a power supply line for powering the front operational tube part , the air-incoming chamber is in air communication with the air inlet of the front operational tube part , the front operational tube part has a section which is substantially consistent with that of the rear tube part , and the rear tube part is further designed to receive the detached holder therein.
Fuel tank comprising at least two layers stacked one on top of the other, wherein the layers each have a plurality of individual tanks arranged in series, wherein the individual tanks are elongate and a longitudinal extension of the elongate individual tanks defines an orientation (O1 or 02) of the respective layer (L1 or L2), wherein the at least two layers have a different orientation (O1, 02), and wherein the orientations (O1, 02) of the layers form an angle of 90° to one another, characterised in that a plurality of individual tanks of a layer have a connector arranged on a front face, which is arranged inside a structure of the fuel tank , wherein the structure of the fuel tank is an auxiliary structure separate from the individual tanks which is formed as a rail inside which a plurality of connectors of the individual tanks of a layer are arranged.
An apparatus for controlling the temperature of workpieces , in particular of vehicle bodies, comprising a) a temperature control tunnel , b) a tunnel tube , c) an intermediate floor , which is arranged between the temperature control tunnel and the tunnel tube and has a connecting passage , and d) a conveying device for conveying the workpieces in the temperature control tunnel , e) wherein the conveying device has at least one trolley having a running gear and a workpiece carrier for receiving the workpieces to be temperature-controlled, wherein the running gear is arranged in the tunnel tube and, with a connecting device which projects through the connecting passage of the intermediate floor , is connected to the workpiece carrier arranged in the temperature control tunnel , characterized in that f) the intermediate floor , at least in some regions, is equipped with an active cooling and/or heating system (40; 50) in order to control the temperature of the tunnel tube . a) a temperature control tunnel , b) a tunnel tube , c) an intermediate floor , which is arranged between the temperature control tunnel and the tunnel tube and has a connecting passage , and d) a conveying device for conveying the workpieces in the temperature control tunnel , e) wherein the conveying device has at least one trolley having a running gear and a workpiece carrier for receiving the workpieces to be temperature-controlled, wherein the running gear is arranged in the tunnel tube and, with a connecting device which projects through the connecting passage of the intermediate floor , is connected to the workpiece carrier arranged in the temperature control tunnel , f) the intermediate floor , at least in some regions, is equipped with an active cooling and/or heating system (40; 50) in order to control the temperature of the tunnel tube .
An anti-MIF antibody in combination with a glucocorticoid for use in the treatment of inflammation, wherein the antibody is an anti-oxMIF antibody, and wherein the anti-MIF antibody is selected from the following group: anti-MIF antibody RAB9, i.e. an antibody with a light chain as deposited as DSM 25111 and a heavy chain as deposited as DSM 25113, RAB4, i.e. an antibody with a light chain as deposited as DSM 25110 and a heavy chain as deposited as DSM 25112 and/or RAB0, i.e. an antibody with a light chain as deposited as DSM 25114 and a heavy chain as deposited as DSM 25115, or RAM9, i.e. an antibody with a light chain as deposited as DSM 25859 and a heavy chain as deposited as DSM 25860, RAM4, i.e. an antibody with a light chain as deposited as DSM 25861 and a heavy chain as deposited as DSM 25862 or RAM0, i.e. an antibody with a light chain as deposited as DSM 25863 and a heavy chain as deposited as DSM 25864.
A compound selected from Compound I : deuterated derivatives of Compound I , and pharmaceutically acceptable salts thereof.
Method for the surface treatment of a lightweight-design gas canister produced using a dual-phase steel, in which method the gas canister is blasted to a minimum roughness depth of 30 μm, subsequently powder-coated with lacquer, and finally heat-treated in an oven at a temperature of from 150°C to 250°C.
Drive system for a rail vehicle having - a main transformer , - a traction current converter with an intermediate circuit , - an active filter , wherein the traction current converter is connected to a first secondary winding of the main transformer , wherein the active filter has an inverter with silicon carbide-based semiconductors , and characterised in that the active filter is arranged on the AC voltage side in parallel with the first secondary winding of the main transformer . - a main transformer , - a traction current converter with an intermediate circuit , - an active filter ,
A method performed by a transmission point, TRP , for communicating with a user equipment, UE , the method comprising: transmitting, to the UE , a message comprising multiple CSI-RS configurations and a first beam tracking process index, BTPI, wherein the first BTPI identifies a first beam tracking process, transmitting, to the UE , a trigger message for triggering the UE to transmit an aperiodic measurement report with respect to a set of one or more CSI-RS resources of the CSI-RS configurations, receiving, from the UE , the aperiodic measurement report comprising an identification of a preferred CSI-RS configuration, and transmitting, to the UE , a control message for scheduling a PDSCH transmission, wherein the first BTPI is included in the control message. transmitting, to the UE , a message comprising multiple CSI-RS configurations and a first beam tracking process index, BTPI, wherein the first BTPI identifies a first beam tracking process, transmitting, to the UE , a trigger message for triggering the UE to transmit an aperiodic measurement report with respect to a set of one or more CSI-RS resources of the CSI-RS configurations, receiving, from the UE , the aperiodic measurement report comprising an identification of a preferred CSI-RS configuration, and transmitting, to the UE , a control message for scheduling a PDSCH transmission, wherein the first BTPI is included in the control message.
Device for measuring the quality of a gas flowing in a gas line comprising: - an extraction device for extracting and forwarding the gas flowing in the gas line , the extraction device having an extraction probe arrangable in the gas line for extracting the gas flowing in the gas line , the extraction probe having an inlet opening for introducing the gas flowing in the gas line and a line for forwarding the gas extracted by means of the extraction probe , - a pressure reducing device for reducing the pressure of the gas forwarded by means of the line of the extraction device from the extraction device to the pressure reducing device , the pressure reducing device having a line for forwarding the pressure-reduced gas, - a measuring device for measuring the quality of the gas forwarded by means of the line of the pressure reducing device from the pressure reducing device to the measuring device , the measuring device comprising a gas chromatograph and an inlet for a carrier gas, - a bearing device , wherein the bearing device is connectable to the gas line , characterized in that the extraction device , the pressure reducing device and the measuring device are mountable together in or on the gas line by means of the bearing device , wherein the pressure reducing device is mounted in the extraction device and the measuring device is mounted in the pressure reducing device . - an extraction device for extracting and forwarding the gas flowing in the gas line , the extraction device having an extraction probe arrangable in the gas line for extracting the gas flowing in the gas line , the extraction probe having an inlet opening for introducing the gas flowing in the gas line and a line for forwarding the gas extracted by means of the extraction probe , - a pressure reducing device for reducing the pressure of the gas forwarded by means of the line of the extraction device from the extraction device to the pressure reducing device , the pressure reducing device having a line for forwarding the pressure-reduced gas, - a measuring device for measuring the quality of the gas forwarded by means of the line of the pressure reducing device from the pressure reducing device to the measuring device , the measuring device comprising a gas chromatograph and an inlet for a carrier gas, - a bearing device , wherein the bearing device is connectable to the gas line , the extraction device , the pressure reducing device and the measuring device are mountable together in or on the gas line by means of the bearing device , wherein the pressure reducing device is mounted in the extraction device and the measuring device is mounted in the pressure reducing device .
Stair climber comprising a supporting frame , a maneuvering tiller constrained to said frame, and a tracked movement device combined with said frame to displace said stair climber along a staircase (S), or along a sliding plane (P), said stair climber further comprising lifting means to lift said tracked device from said sliding plane (P), said lifting means comprising at least one first rear wheel and at least one supporting lever having a first arm to which said at least one first rear wheel is rotatably constrained around a first horizontal axis (X), said supporting lever being rotatably constrained to said supporting frame around a second horizontal axis (Y), wherein said supporting lever comprises a second arm distinct from said at least one first arm and rotatable around said at least one second horizontal axis (Y), and wherein said lifting means further comprise at least one second rear wheel constrained to said at least one second arm in a position with respect to said at least one first rear wheel such that said at least one second rear wheel and said at least one first rear wheel are contemporaneously in contact with said sliding plane (P) at least when said maneuvering tiller is subject to a thrust torque to rotate said supporting frame backwards around said second horizontal axis (Y) and to lift said tracked device from said sliding plane (P), characterized in that said at least one second rear wheel is swivellingly constrained to said at least one second arm .
A steering control unit comprising; an assist controller that calculates an assist controlled variable on the basis of a plurality of kinds of state quantities including a steering torque and a steering angle, the assist controlled variable being used to control power supply to a motor that generates an assist force to be supplied to a steering mechanism of a vehicle; a correction controller that performs, when the steering angle reaches a first value close to a second value that defines a boundary of a physical range of operation of a steering wheel that is included in the steering mechanism, correction control that calculates a correction quantity that corrects the assist controlled variable to sharply increase the steering torque; a limit calculator that sets first limits individually for each of the plurality of kinds of state quantities, each of the first limits being used to limit a variation range of the assist controlled variable in accordance with a corresponding one of the plurality of kinds of state quantities, the limit calculator being configured to calculate a final limit on the assist controlled variable by adding together all the first limits; and a limit processor that limits the variation range of the assist controlled variable on the basis of the final limit calculated by the limit calculator, wherein the limit calculator sets a second limit that limits the correction quantity in accordance with the steering angle, and calculates the final limit by taking into account the second limit, and when the correction control is performed, the limit calculator calculates the final limit by using the first limit that corresponds to the steering torque immediately before the correction control is performed.
A process for recycling high density polyethylene (HDPE) materials by thermofusion, comprising the steps of: - crushing waste HDPE containers to form a crushed material; - storing the crushed material in maxi sacks; - pouring the crushed material into a wash container; - washing the crushed material with a biodegradable degreaser; - rinsing the crushed material with pure water; - storing the clean and crushed material in maxi sacks; - pouring the clean and dry, crushed material into a thermofusion furnace; - boiling, by thermofusion, the material under specific conditions; - removing the thermo-fused product from the thermofusion furnace; - pressing the thermo-fused material; and - extracting a molded product. - crushing waste HDPE containers to form a crushed material; - storing the crushed material in maxi sacks; - pouring the crushed material into a wash container; - washing the crushed material with a biodegradable degreaser; - rinsing the crushed material with pure water; - storing the clean and crushed material in maxi sacks; - pouring the clean and dry, crushed material into a thermofusion furnace; - boiling, by thermofusion, the material under specific conditions; - removing the thermo-fused product from the thermofusion furnace; - pressing the thermo-fused material; and - extracting a molded product.
Fatigue life extender for a tubular element, such as an electrical cable, a pipeline, a riser, an umbilical and the like , the fatigue life extender comprising an essentially cylindrical body having a through-going cylindrical passage for receiving the tubular element, wherein the cylindrical body comprises at least one end portion , at the distal end of which is a mouth portion , characterized in that a cylindrical band of resilient material is arranged in the interior of the mouth portion , the resilient band being crosshatched by longitudinal and transverse hatch cuts extending less than completely through the thickness of the band into a grid of rectangular segments .