mhurhangee/ep-ind-claims huggingface dataset:
An aircraft pneumatic tire, comprising: a carcass ply that straddles between a pair of bead portions; an inside belt layer that is provided at a tire radial direction outer side of a crown portion of the carcass ply; an outside belt layer that is provided at a tire radial direction outer side of the inside belt layer and that is configured by a cord of cord configuration elements that have been twisted together; a belt protection layer that is provided at a tire radial direction outer side of the outside belt layer and that is configured by a cord of cord configuration elements that have been twisted together; and a low elasticity portion that is provided at at least one of the cord of the belt protection layer or the cord of the outside belt layer, and that has a lower elasticity than other length direction portions of the cord, characterised in that: the low elasticity portion is configured by forming a hole along a diameter direction of the cord; and the size of the hole is less than the diameter of the cord. a carcass ply that straddles between a pair of bead portions; an inside belt layer that is provided at a tire radial direction outer side of a crown portion of the carcass ply; an outside belt layer that is provided at a tire radial direction outer side of the inside belt layer and that is configured by a cord of cord configuration elements that have been twisted together; a belt protection layer that is provided at a tire radial direction outer side of the outside belt layer and that is configured by a cord of cord configuration elements that have been twisted together; and a low elasticity portion that is provided at at least one of the cord of the belt protection layer or the cord of the outside belt layer, and that has a lower elasticity than other length direction portions of the cord, the low elasticity portion is configured by forming a hole along a diameter direction of the cord; and the size of the hole is less than the diameter of the cord.
A method for visualising the eccentricity of cables which is acquired in the eccentricity measurement of the cables, wherein eccentricity measurements take place at the same time on plural locations spaced apart across the perimeter of the cable during the transportation of the cable, and the measurement values are represented graphically on a display after being processed in a computer, characterised in that a frequency distribution of individual eccentricity values acquired during the measurement interval is represented on the display, wherein the scattering caused by measuring instruments is significantly smaller than the scattering of the individual eccentricity values.
Group of fittings with insulation, in particular for use in a heating cycle device, wherein the group of fittings comprises tube lines and at least one pump, wherein the insulation consists of two mold shells (12, 14) enclosing the group of fittings, wherein the mold shells (12, 14) comprise contact points or contact regions contacting the group of fittings when the mold shells (12, 14) are closed, and wherein a molded part (50, 60) is received in at least one shell in a releasable manner, characterized in that the molded part (50, 60) comprises two webs (52, 54; 62, 64) preferably at a right angle with respect to one another and having recesses formed therein which are in each case adapted to the nominal width of the tube lines of the group of fittings, wherein recesses (58, 68) of in each case different size are provided in the two webs (52, 54; 62, 64) and wherein the at least one molded part (50, 60) can be clipped into the rear shell of the two mold shells (12, 14) and wherein the at least one molded part (50, 60) is capable of receiving two different nominal tube widths by re-plugging.
A polymer modified asphalt composition comprising a blend of non-aqueous asphalt with a vinyl acetate/ethylene copolymer composition having a vinyl acetate content of more than 50% by weight based on the polymer content of the copolymer composition, wherein the vinyl acetate/ethylene copolymer composition is in the form of a dispersible powder prior to blending with non-aqueous asphalt to form the blend.
Method for operating an internal combustion engine for utility motor vehicles, having a fuel-air feed device, having a downstream exhaust-gas system, and having a catalytic exhaust-gas aftertreatment device, wherein the exhaust-gas enthalpy in the exhaust-gas flow of the internal combustion engine is utilized for operating a heat engine, wherein the heat engine generates mechanical energy, wherein the heat engine is a Stirling motor with a working piston and with a displacement piston, in which cylinders are arranged, and wherein the exhaust-gas enthalpy in the exhaust-gas flow of the internal combustion engine is transferred as a driving heat flow (Qzu) to the heat engine, wherein, into at least one exhaust-gas line of the exhaust-gas system of the internal combustion engine, there is incorporated at least one heat exchanger which applies the driving heat flow (Qzu) to the heat engine, wherein the at least one heat exchanger is provided upstream of the exhaust-gas aftertreatment device, and wherein means are used for bypassing the at least one heat exchanger arranged in the exhaust-gas system, characterized in that the at least one heat exchanger is arranged upstream of a branching point for an exhaust-gas recirculation device of the internal combustion engine, in that the at least one heat exchanger is a heatpipe, and in that the cylinder of the displacement piston, as a heat sink (Q AB), is cooled by relative wind of the motor vehicle, wherein cooling fins are arranged on the cylinder of the displacement piston.
A heating cooker comprising: a heating unit (101, 102) that heats a food stored in a heating chamber; an imaging unit that captures an image of a food or a dish contained in the heating chamber; a setting unit that sets heating control details of heating control performed by the heating unit (101, 102); a storage that stores the image captured by the imaging unit and the heating control details set by the setting unit such that the image and the heating control details are associated with each other; a notification unit that issues notification about the heating control details; and a controller, wherein the controller is configured to identify heating control details corresponding to the food or dish included in an image captured by the imaging unit in association with similar images of the food and dish, and the controller controls the notification unit such that the notification unit issues notification about the heating control details for the food or the dish present in the image captured by the imaging unit based on a number of the food or the dish, characterized by that the heating unit includes a plurality of heating sources (101, 102), and that the controller is configured to determine a predetermined heating source (101, 102) among the plurality of heating sources (101, 102) based on the heating control details extracted. a heating unit (101, 102) that heats a food stored in a heating chamber; an imaging unit that captures an image of a food or a dish contained in the heating chamber; a setting unit that sets heating control details of heating control performed by the heating unit (101, 102); a storage that stores the image captured by the imaging unit and the heating control details set by the setting unit such that the image and the heating control details are associated with each other; a notification unit that issues notification about the heating control details; and a controller, wherein the controller is configured to identify heating control details corresponding to the food or dish included in an image captured by the imaging unit in association with similar images of the food and dish, and the controller controls the notification unit such that the notification unit issues notification about the heating control details for the food or the dish present in the image captured by the imaging unit based on a number of the food or the dish, characterized by that the heating unit includes a plurality of heating sources (101, 102), and that the controller is configured to determine a predetermined heating source (101, 102) among the plurality of heating sources (101, 102) based on the heating control details extracted.
A process for pelletizing carbon black, said process comprising the following steps: ▪ obtaining a homogenous mixture of carbon black powder, water, a binding agent, and a dispersing agent; wherein, the ratio of carbon black and water is in the range of 0.1: 2.0 to 2: 1 and said dispersing agent is an amine-based surfactant comprising an amine and a polyether, said dispersing agent being in the range of 0.005 - 0.1 % of said mixture; ▪ pelletizing said homogenous mixture in a pelletizer to obtain raw carbon black pellets; and ▪ drying said raw carbon black pellets for a time period of 20 - 60 minutes at a temperature between 150 - 250 °C, to obtain carbon black pellets. ▪ obtaining a homogenous mixture of carbon black powder, water, a binding agent, and a dispersing agent; wherein, the ratio of carbon black and water is in the range of 0.1: 2.0 to 2: 1 and said dispersing agent is an amine-based surfactant comprising an amine and a polyether, said dispersing agent being in the range of 0.005 - 0.1 % of said mixture; ▪ pelletizing said homogenous mixture in a pelletizer to obtain raw carbon black pellets; and ▪ drying said raw carbon black pellets for a time period of 20 - 60 minutes at a temperature between 150 - 250 °C, to obtain carbon black pellets.
An apparatus comprising a ground plate (21, 121) from which project multiple mushroom structures, each of the multiple mushroom structures including: a first patch parallel to the ground plate at a first substantially normal separation (t) from the ground plate; and a second patch parallel to the ground plate at a second substantially normal separation from the ground plate, the first and second substantially normal separations being different; and a conductive via hole connecting the first patch but not the second patch to the ground plate, whereby the second patch is a passive element which is ungrounded and is capacitively coupled with at least the first patch; wherein a gap between first patches of neighbouring mushroom structures out of a certain number of mushroom structures lined up along a certain line gradually changes along the certain line; and whereby capacitances (C1, C2..., Cn) are generated by gaps between neighbouring ones of the first patches; and inductances are formed by the ground plate and the via hole and first patch of each mushroom structure; and whereby the reflection phase difference, for an incoming radio wave normal to the planes of the patches, varies gradually along the certain line. a first patch parallel to the ground plate at a first substantially normal separation (t) from the ground plate; and a second patch parallel to the ground plate at a second substantially normal separation from the ground plate, the first and second substantially normal separations being different; and a conductive via hole connecting the first patch but not the second patch to the ground plate, whereby the second patch is a passive element which is ungrounded and is capacitively coupled with at least the first patch; wherein a gap between first patches of neighbouring mushroom structures out of a certain number of mushroom structures lined up along a certain line gradually changes along the certain line; and whereby capacitances (C1, C2..., Cn) are generated by gaps between neighbouring ones of the first patches; and inductances are formed by the ground plate and the via hole and first patch of each mushroom structure; and whereby the reflection phase difference, for an incoming radio wave normal to the planes of the patches, varies gradually along the certain line.
Dispenser or similar dispensing container, in particular for pieced food, comprising a housing, the bottom of which determines a placement plane, and comprising a slider which is movably arranged in the housing and, when actuated, a peripheral region thereof is moved past an edge of the housing, having an extension which touches the edge when the slider is actuated and which extension is connected to the slider by means of at least one break-off shoulder, characterised by at least two feet which protrude downwards through the placement plane when the slider is actuated.
An apparatus for providing power to a vehicle's electric power system, comprising a converter for converting input electricity having an input voltage into output electricity having an output voltage; a power line for connecting the output of the converter in parallel to the vehicle's electric power system; a sense line in addition to the power line, for connecting a control unit to the vehicle's electric power system; and the control unit configured to: detect a running state of an alternator of the vehicle based on a measurement of a voltage on the sense line; and control the converter to set the output voltage in dependence on the detected running state. detect a running state of an alternator of the vehicle based on a measurement of a voltage on the sense line; and control the converter to set the output voltage in dependence on the detected running state.
Device for measuring the tensioning of at least one strap wound and strapped around at least one product or one object, characterized in that it comprises a frame that supports: - a first head and a second head facing each other, spaced apart and opposed that are configured to receive a strap that is wound and strapped externally to both said heads (3, 4) according to a ring configuration; - movement means configured to mutually displace at least one of said heads (3, 4) according to at least one direction; - detection means for detecting at least the stress and deformation data affecting said strap when it is wound and blocked outside said heads (3, 4) and when said movement means mutually move said heads (3, 4) away to deform said strap until the relative breakage; - computer means operatively connected to said detection means and comprising: - storage means in which a computer product is stored; - a microprocessor that is configured to execute said computer product, said computer product, when it is being processed, being configured to process the data acquired by said detection means and to calculate the values at least of the tensile load and of the elongation affecting said strap. - a first head and a second head facing each other, spaced apart and opposed that are configured to receive a strap that is wound and strapped externally to both said heads (3, 4) according to a ring configuration; - movement means configured to mutually displace at least one of said heads (3, 4) according to at least one direction; - detection means for detecting at least the stress and deformation data affecting said strap when it is wound and blocked outside said heads (3, 4) and when said movement means mutually move said heads (3, 4) away to deform said strap until the relative breakage; - computer means operatively connected to said detection means and comprising: - storage means in which a computer product is stored; - a microprocessor that is configured to execute said computer product, said computer product, when it is being processed, being configured to process the data acquired by said detection means and to calculate the values at least of the tensile load and of the elongation affecting said strap. - storage means in which a computer product is stored; - a microprocessor that is configured to execute said computer product, said computer product, when it is being processed, being configured to process the data acquired by said detection means and to calculate the values at least of the tensile load and of the elongation affecting said strap.
Solar collector assembly comprising (a) a pipe exposed to solar energy adapted to accommodate a fluid flow in such a way that the solar energy is transferred to the fluid, a heat pipe or any other energy guiding system or absorber; (b) a reflector assembly with a curved reflector for focusing solar radiation in the range of the pipe, and (c) an actuator (90,64, 80) for moving the reflector assembly in a way that the solar radiation is reflected in the direction of the pipe, wherein (d) means (30, 32) are provided for rotatably, releasably fixing the reflector assembly to the pipe characterized in that (e) the actuator is a motor which is fixed at the rotatable reflector assembly or in the rotatable reflector assembly, wherein (f) the actuator, a control means and a power supply form a module with the reflector assembly which can be fully assembled by the manufacturer and mounted in one piece at the pipe with the fluid flow. (a) a pipe exposed to solar energy adapted to accommodate a fluid flow in such a way that the solar energy is transferred to the fluid, a heat pipe or any other energy guiding system or absorber; (b) a reflector assembly with a curved reflector for focusing solar radiation in the range of the pipe, and (c) an actuator (90,64, 80) for moving the reflector assembly in a way that the solar radiation is reflected in the direction of the pipe, wherein (d) means (30, 32) are provided for rotatably, releasably fixing the reflector assembly to the pipe (e) the actuator is a motor which is fixed at the rotatable reflector assembly or in the rotatable reflector assembly, wherein (f) the actuator, a control means and a power supply form a module with the reflector assembly which can be fully assembled by the manufacturer and mounted in one piece at the pipe with the fluid flow.
An apparatus for indicating pest activity, comprising: an activity indicator; an activity sensor, comprising: a substrate comprising a material which is attractive to a target pest species; a sensing element formed on and/or within said substrate, said sensing element configured for coupling to a power source and said activity indicator, and arranged to output a signal to said activity indicator; wherein said signal is influenced by pest activity on and/or within said substrate characterised in that said activity indicator is operative to indicate a state of said signal received from said sensing element; and further wherein said state of said signal changes responsive to a change in at least one property of said sensing element caused by deposit of a pest excretion thereon. an activity indicator; an activity sensor, comprising: a substrate comprising a material which is attractive to a target pest species; a sensing element formed on and/or within said substrate, a substrate comprising a material which is attractive to a target pest species; a sensing element formed on and/or within said substrate, said sensing element configured for coupling to a power source and said activity indicator, and arranged to output a signal to said activity indicator; wherein said signal is influenced by pest activity on and/or within said substrate characterised in that said activity indicator is operative to indicate a state of said signal received from said sensing element; and further wherein said state of said signal changes responsive to a change in at least one property of said sensing element caused by deposit of a pest excretion thereon.
Method for controlling a training device, excluding methods for the therapeutic treatment of the human or animal body, comprising the following steps: - providing a defined room atmosphere in a training room, in which a training device is located, - determining a respiratory quotient of a test subject using the training device in the training room, - using the respiratory quotient of the test subject as an input variable for controlling the training device, characterized in that the room atmosphere in the training room has a constant oxygen content, which is in the range of from 22 to 32 percent by volume, and in that a predefinable equivalent power of the training device is varied in a range of from 50 to 85 watt in dependence on the respiratory quotient of the test subject in such a way that the respiratory quotient of the test subject assumes a value in a range of from 0.77 to 0.85. - providing a defined room atmosphere in a training room, in which a training device is located, - determining a respiratory quotient of a test subject using the training device in the training room, - using the respiratory quotient of the test subject as an input variable for controlling the training device,
A monoclonal antibody that specifically binds to Notch3, wherein the antibody specifically binds to a conformational epitope of Notch3 consisting of amino acids 1384-1640 of SEQ ID NO:1, wherein the conformational epitope comprises (i) a LIN12 domain which consists of SEQ ID NO: 9 and a dimerization domain 2 which consists of SEQ ID NO: 18, or (ii) amino acid residues 1395-1396, 1402-1404 and 1420-1422 of the L1 LIN12 domain of Notch3 shown as SEQ ID NO: 1 and amino acid residues 1576-1578 and 1626-1628 of the D2 dimerization domain of Notch3 shown as SEQ ID NO: 1, and wherein the antibody inhibits Jagged1-, Jagged2- and/or DLL4-induced Notch3 signaling.
A touch panel mounted to a surface of a window member including a view area and a bezel area surrounding the view area, the touch panel comprising: a sensor layer formed in the view area on a surface of the window member and including a sensor pattern for detecting a user input for at least a user's touch; a light blocking layer formed in the bezel area on the surface of the window member; bridges on the window member and located in the view area of the window member; insulation layers on the bridges, such that the sensor pattern is located on said insulation layers; a wiring layer (123b, 125a) formed on a surface of the light blocking layer and including first wires connected to the sensor pattern, respectively; and a barrier layer formed on a surface of the wiring layer (123b, 125a), characterized in that the barrier layer is formed in a pattern corresponding to the first wires, formed of an organic insulation material and configured to prevent the first wires from being exposed to an etching solution, wherein second wires are formed on a surface of the barrier layer. a sensor layer formed in the view area on a surface of the window member and including a sensor pattern for detecting a user input for at least a user's touch; a light blocking layer formed in the bezel area on the surface of the window member; bridges on the window member and located in the view area of the window member; insulation layers on the bridges, such that the sensor pattern is located on said insulation layers; a wiring layer (123b, 125a) formed on a surface of the light blocking layer and including first wires connected to the sensor pattern, respectively; and a barrier layer formed on a surface of the wiring layer (123b, 125a), characterized in that the barrier layer is formed in a pattern corresponding to the first wires, formed of an organic insulation material and configured to prevent the first wires from being exposed to an etching solution, wherein second wires are formed on a surface of the barrier layer.