mhurhangee/ep-ind-claims huggingface dataset:
Device for damping torsional oscillations, comprising: - a support able to move rotationally about an axis, - at least one pendulum assembly comprising: a first and a second pendulum mass which are spaced axially with respect to one another and able to move with respect to the support, the first pendular mass being positioned axially on a first side of the support and the second pendular mass being positioned axially on a second side of the support, and at least one connecting member connecting the first and second pendular masses pairing said masses, and - at least one rolling member collaborating with a first runway couple with the first pendular mass, a second runway couple with the second pendular mass, and a third runway couple with the support, so as to guide the movement of the pendulum assembly with respect to the support, the support having at least one opening in which the connecting member and the rolling member are positioned, and characterized in that the connecting member bears a buffer able to be interposed between this connecting member and the edge of the opening at the end of the movement of the pendulum assembly from the rest position with respect to the support. - a support able to move rotationally about an axis, - at least one pendulum assembly comprising: a first and a second pendulum mass which are spaced axially with respect to one another and able to move with respect to the support, the first pendular mass being positioned axially on a first side of the support and the second pendular mass being positioned axially on a second side of the support, and at least one connecting member connecting the first and second pendular masses pairing said masses, and - at least one rolling member collaborating with a first runway couple with the first pendular mass, a second runway couple with the second pendular mass, and a third runway couple with the support, so as to guide the movement of the pendulum assembly with respect to the support,
A fire retardant board comprising - a core formed from flute paper, wherein the flute paper is pre-impregnated with a flame retardant, wherein the core is formed as a three dimensional body presenting a first face and a second face opposed to said first face and a wall structure defining a plurality of channels, each channel having a longitudinal axis intersecting the first face at an angle (a) which is 90 degrees or less than 90 degrees; - a first liner attached to said first face; wherein the first liner comprises a first layer adjacent to the core, a surface layer, and a flame-resistant layer present between the first layer and the surface layer; and - an adhesive arranged to fix the first liner to the first face of the core. - a core formed from flute paper, wherein the flute paper is pre-impregnated with a flame retardant, wherein the core is formed as a three dimensional body presenting a first face and a second face opposed to said first face and a wall structure defining a plurality of channels, each channel having a longitudinal axis intersecting the first face at an angle (a) which is 90 degrees or less than 90 degrees; - a first liner attached to said first face; wherein the first liner comprises a first layer adjacent to the core, a surface layer, and a flame-resistant layer present between the first layer and the surface layer; and - an adhesive arranged to fix the first liner to the first face of the core.
Winding arrangement having at least two windings (1, 2, 34, 37), which are arranged next to one another in a row and each of which is surrounded by a barrier arrangement (3, 4, 38, 40) formed exclusively of insulating material, and each having a tubular electric shield (23, 62, 63) in the region of each of the two winding end sides (5, 6, 58, 59) of at least one of the windings (1, 34), each shield (23, 62, 63) coaxially surrounding the at least one winding (1, 34) leaving an intermediate gap (23A, 62A, 63A) and extending axially outwards beyond the respective winding end side (5, 6, 58, 59) such that its axial height (B, D), in relation to the respective winding end side (5, 6, 58, 59), is equal to or greater than half the radial width (A, C) of the intermediate gap (23A, 62A, 63A).
A multiple-pane insulating glazing unit having a between-pane space, the multiple-pane insulating glazing unit comprising a pane having a surface coated with a low-emissivity coating, said surface of said pane being exposed to said between-pane space, the low-emissivity coating comprising, in sequence moving outwardly from said surface of said pane, a dielectric base coat comprising oxide film, nitride film, or oxynitride film, a first infrared-reflective layer, a first nickel-aluminum blocker layer in contact with the first infrared-reflective layer, a dielectric middle coat comprising an oxide film in contact with the first nickel-aluminum blocker layer, a second infrared-reflective layer, a second nickel-aluminum blocker layer in contact with the second infrared-reflective layer, and a dielectric top coat comprising an oxide film in contact with the second nickel-aluminum blocker layer, the first and second infrared-reflective layers each comprising silver, the first and second nickel-aluminum blocker layers having a combined thickness of from 90 Å to 165 Å, wherein the low-emissivity coating has only two silver-containing infrared-reflective layers and the multiple-pane insulating glazing unit has a visible transmittance of between 0.3 and 0.5, the first and second nickel-aluminum blocker layers deposited in metallic form so as to consist of nickel, aluminum, and titanium as deposited.
A method for controlling access from a virtual machine to a storage device, the virtual machine being provided by a Central Processing Unit of a server device executing a prescribed program and outputting an input/output command, the method comprising: acquiring a service level corresponding to a virtual machine identifier that identifies a virtual machine and is output from the virtual machine together with the input/output command by using the virtual machine identifier and by referring to a storage unit that stores a correspondence relationship between the virtual machine identifier and the service level, the service level indicating priority of a particular virtual machine access with respect to other virtual machines that may be trying to access the same storage device; and executing the input/output command from the virtual machine in accordance with the acquired service level in at least either the server device or the storage device. acquiring a service level corresponding to a virtual machine identifier that identifies a virtual machine and is output from the virtual machine together with the input/output command by using the virtual machine identifier and by referring to a storage unit that stores a correspondence relationship between the virtual machine identifier and the service level, the service level indicating priority of a particular virtual machine access with respect to other virtual machines that may be trying to access the same storage device; and executing the input/output command from the virtual machine in accordance with the acquired service level in at least either the server device or the storage device.
Arrangement for adjusting the position of a pick-up drum and of a pressing element in an agricultural harvesting machine, wherein the pick-up drum is provided with a plurality of rotating rows of resilient tines which are arranged to skim over the ground and, in the process, to pick up crop lying thereon and to convey said crop rearwards, and the pressing element serves for limiting the crop flow picked up by the pick-up drum forwards and upwards, with a first actuator which is designed for moving the pick-up drum in relation to the harvesting machine between a lowered operating position and a raised inoperative position, a second actuator which is designed for adjusting the height of the pressing element in relation to the pick-up drum, and with a control device which is connected to the actuators (50, 52), characterized in that the control device is designed to activate the second actuator in the sense of a downwards movement of the pressing element if said control device activates the first actuator to bring the pick-up drum into the inoperative position.
A voltage generation circuitry configured to convert a source voltage into at least one derived output voltage for a power amplifier included in a transmitter based on a target voltage, the voltage generation circuitry comprising: an adjustable boost circuitry configured to multiply the source voltage by a boost factor to generate an input voltage having a voltage equal to or greater than the source voltage; a step-down regulator circuitry configured to regulate the input voltage to generate a regulated output voltage having a voltage that is less than or equal to the input voltage; a voltage splitter circuitry coupled to the regulated output voltage and configured to generate the at least one derived output voltage (V S1, V S2,..., V SN) from the regulated output voltage; and control circuitry configured to select the boost factor based on the target voltage and the source voltage, and generate control signals for the step-down regulator circuitry based on a difference between a voltage feedback signal from the voltage splitter circuitry and the target voltage, wherein the control circuitry is configured to: determine a ratio between the regulated output voltage and the at least one derived output voltage (V S1, V S2,..., V SN) based on the transmitter operation parameters; and provide a ratio control signal to the voltage splitter circuitry to control the voltage splitter circuitry to generate the at least one of the derived output voltages (V S1, V S2,..., V SN) according to the ratio. an adjustable boost circuitry configured to multiply the source voltage by a boost factor to generate an input voltage having a voltage equal to or greater than the source voltage; a step-down regulator circuitry configured to regulate the input voltage to generate a regulated output voltage having a voltage that is less than or equal to the input voltage; a voltage splitter circuitry coupled to the regulated output voltage and configured to generate the at least one derived output voltage (V S1, V S2,..., V SN) from the regulated output voltage; and control circuitry configured to select the boost factor based on the target voltage and the source voltage, and generate control signals for the step-down regulator circuitry based on a difference between a voltage feedback signal from the voltage splitter circuitry and the target voltage, wherein the control circuitry is configured to: determine a ratio between the regulated output voltage and the at least one derived output voltage (V S1, V S2,..., V SN) based on the transmitter operation parameters; and provide a ratio control signal to the voltage splitter circuitry to control the voltage splitter circuitry to generate the at least one of the derived output voltages (V S1, V S2,..., V SN) according to the ratio. determine a ratio between the regulated output voltage and the at least one derived output voltage (V S1, V S2,..., V SN) based on the transmitter operation parameters; and provide a ratio control signal to the voltage splitter circuitry to control the voltage splitter circuitry to generate the at least one of the derived output voltages (V S1, V S2,..., V SN) according to the ratio.
Optical motor-vehicle guide made of transparent or translucent material, extending in a main direction, and comprising: - a tubular and rounded guiding segment (18.1, 18.2) that forms, with the exterior environment, a tubular and rounded dioptric interface, said segment being able to guide light along the main direction via successive reflections from the dioptric interface; and - a rib (22.1, 22.2) adjacent to the guiding segment (18.1, 18.2), able to make light exit from said segment; the guide further comprising a web adjacent to the rib, said guiding segment (18.1, 18.2) being optically connected to said web by said rib (22.1, 22.2), the web having two opposite main faces, at least one of said faces comprising regions with means (20.2) allowing light to exit via one of said faces, forming lighting regions, the rib (22.1, 22.2) having a variable shape along the main direction so as to modulate the amount of light exiting the guiding segment along said direction; the optical guide being characterized in that the variable shape of the rib (22.1, 22.2) comprises, in a plane transverse to the main direction, an inclination α between a main direction (24.1, 24.2) of the rib and a direction (26.1, 26.2) passing through the centre of the guiding segment (18.1, 18.2) and the main direction (24.1, 24.2) of said rib at the point of adjacency to said segment, and preferably the thickness e of the rib. - a tubular and rounded guiding segment (18.1, 18.2) that forms, with the exterior environment, a tubular and rounded dioptric interface, said segment being able to guide light along the main direction via successive reflections from the dioptric interface; and - a rib (22.1, 22.2) adjacent to the guiding segment (18.1, 18.2), able to make light exit from said segment; the guide further comprising a web adjacent to the rib, said guiding segment (18.1, 18.2) being optically connected to said web by said rib (22.1, 22.2), the web having two opposite main faces, at least one of said faces comprising regions with means (20.2) allowing light to exit via one of said faces, forming lighting regions, the rib (22.1, 22.2) having a variable shape along the main direction so as to modulate the amount of light exiting the guiding segment along said direction;
A battery module, comprising: - an electrochemical cell; - a bus bar carrier having a window; - a circuit disposed on the bus bar carrier; and - a sensor welding tab comprising a circuit engagement region coupled to the circuit, a welding region coupled to the electrochemical cell, and a transverse region extending through the window of the bus bar carrier and between the circuit engagement region and the welding region, wherein the sensor welding tab is a temperature sensor welding tab. - an electrochemical cell; - a bus bar carrier having a window; - a circuit disposed on the bus bar carrier; and - a sensor welding tab comprising a circuit engagement region coupled to the circuit, a welding region coupled to the electrochemical cell, and a transverse region extending through the window of the bus bar carrier and between the circuit engagement region and the welding region,
A pharmaceutical composition comprising diacerein, or salts or esters thereof adsorbed on a pharmaceutically acceptable adsorbent, wherein the composition is obtained by the process, wherein the process comprises: a) providing a slurry or solution of diacerein, optionally with one or more pharmaceutically acceptable excipients in one or more suitable solvents; b) adding pharmaceutically acceptable adsorbent to the slurry or solution of step a) or vice versa; and c) recovering the diacerein, or salts thereof adsorbed on the pharmaceutically acceptable adsorbent from the slurry or solution of step b) thereof, wherein the pharmaceutically acceptable adsorbent comprises one or more of colloidal silicon dioxide, calcium silicate, magnesium aluminum meta-silicate, porous ceramics, calcium carbonate, calcium phosphate and calcium sulfate. a) providing a slurry or solution of diacerein, optionally with one or more pharmaceutically acceptable excipients in one or more suitable solvents; b) adding pharmaceutically acceptable adsorbent to the slurry or solution of step a) or vice versa; and c) recovering the diacerein, or salts thereof adsorbed on the pharmaceutically acceptable adsorbent from the slurry or solution of step b) thereof, wherein the pharmaceutically acceptable adsorbent comprises one or more of colloidal silicon dioxide, calcium silicate, magnesium aluminum meta-silicate, porous ceramics, calcium carbonate, calcium phosphate and calcium sulfate.
Device for adopting a safety measure for protecting a user against kick-back in the event of blocking or jamming of a power tool, wherein the power tool comprises an electric motor with at least one field winding and one armature winding and wherein the device has the following features: - a sensor unit which is designed to provide a sensor signal on the basis of a motor current through the electric motor, an armature voltage across the armature winding, a voltage across the field winding and/or a commutation frequency on the armature winding; - a change in sensor signal detection unit which is designed to detect a temporal change in the sensor signal and to output a corresponding change signal on the basis of the detected change; and - a safety unit which is designed to detect blocking or jamming on the basis of a value of the change signal, in particular in the event of the value of the change signal exceeding or falling below a threshold value and to adopt a safety measure on the power tool such that the power supply to the power tool is interrupted, mechanical braking of the power tool is introduced, electrical or electromechanical braking of the power tool and/or blocking of the power tool by a mechanical or electrical device is introduced. - a sensor unit which is designed to provide a sensor signal on the basis of a motor current through the electric motor, an armature voltage across the armature winding, a voltage across the field winding and/or a commutation frequency on the armature winding; - a change in sensor signal detection unit which is designed to detect a temporal change in the sensor signal and to output a corresponding change signal on the basis of the detected change; and - a safety unit which is designed to detect blocking or jamming on the basis of a value of the change signal, in particular in the event of the value of the change signal exceeding or falling below a threshold value and to adopt a safety measure on the power tool such that the power supply to the power tool is interrupted, mechanical braking of the power tool is introduced, electrical or electromechanical braking of the power tool and/or blocking of the power tool by a mechanical or electrical device is introduced.
A wheel hub bearing unit for a vehicle comprising a radially outer annular element provided radially on the inside with first rolling tracks, a radially inner annular element provided radially on the outside with second rolling tracks facing and opposite to the first rolling tracks and a plurality of rolling bodies interposed between the radially inner and outer elements and engaging the rolling tracks; wherein one of the annular elements, which acts in use as a rotating element, comprises a spindle provided, on a side intended in use to be facing the outboard side of the vehicle, with a mounting flange adapted to receive in use a vehicle wheel; characterized in that, in combination: i)- at least a frontal surface of the mounting flange is entirely covered by a layer of UV photopolimerizable synthetic plastic material having a thickness from 30 to 40 microns and which has been deposited on the frontal surface of the flange in the non-polimerized state by means of a mixed air spraying nozzle with a tolerance not exceeding 5 microns on the thickness; ii)- the wheel hub bearing unit having a "run out" tolerance lower than or equal to 15 microns.. i)- at least a frontal surface of the mounting flange is entirely covered by a layer of UV photopolimerizable synthetic plastic material having a thickness from 30 to 40 microns and which has been deposited on the frontal surface of the flange in the non-polimerized state by means of a mixed air spraying nozzle with a tolerance not exceeding 5 microns on the thickness; ii)- the wheel hub bearing unit having a "run out" tolerance lower than or equal to 15 microns..
A method for improving the uniformity of tires (300, 900) in tire manufacture, comprising the steps of: providing a set of at least two test tires manufactured in a specific known order; identifying at least one candidate cyclic process effect and a corresponding rate of introduction of the at least one candidate cyclic process effect; measuring a given uniformity parameter for each tire (300, 900) in the set of at least two test tires, wherein the measured uniformity parameter contains one or more tire harmonics corresponding to harmonic components of a uniformity measurement that have a period that fits some integral number of times within one tire circumference and process harmonics corresponding to harmonic components of a uniformity measurement that have periods that do not fit some integral number of times within one tire circumference; concatenating measured data points for the set of test tires in the specific known order into a concatenated composite waveform; separating at least one process harmonic associated with each of the at least one candidate cyclic process effects from the tire harmonics in the concatenated composite waveform; and building a new tire to improve uniformity based on knowledge of each separated process harmonic. providing a set of at least two test tires manufactured in a specific known order; identifying at least one candidate cyclic process effect and a corresponding rate of introduction of the at least one candidate cyclic process effect; measuring a given uniformity parameter for each tire (300, 900) in the set of at least two test tires, wherein the measured uniformity parameter contains one or more tire harmonics corresponding to harmonic components of a uniformity measurement that have a period that fits some integral number of times within one tire circumference and process harmonics corresponding to harmonic components of a uniformity measurement that have periods that do not fit some integral number of times within one tire circumference; concatenating measured data points for the set of test tires in the specific known order into a concatenated composite waveform; separating at least one process harmonic associated with each of the at least one candidate cyclic process effects from the tire harmonics in the concatenated composite waveform; and building a new tire to improve uniformity based on knowledge of each separated process harmonic.