mhurhangee/ep-ind-claims huggingface dataset:
A rotational angle measurement apparatus comprising: a magnetic sensor that includes first and second (60A; 60B) bridges each comprising magneto-resistance elements (51, 52) each having a pinned magnetic layer; and a signal processing unit that receives an output signal Vx from the first bridge as an input signal Vx and an output signal Vy from the second bridge as an input signal Vy and outputting an angle of magnetic field θ, characterizing in that the signal processing unit includes: a ratio-calculation unit that calculates the ratio Vy/Vx of the input signals Vx and Vy, a parameter correction unit that subtracts a predetermined correction parameter β from the ratio Vy/Vx calculated by the ratio-calculation unit, and an atan-processing unit that conducts an arctangent processing on the value calculated by the parameter correction unit and calculates the angle of magnetic field θ, a parameter-storage unit that stores the predetermined correction parameter β, wherein the difference between the ratio Vy/Vx of the input signals and tan(θ) is a constant non-zero value. a magnetic sensor that includes first and second (60A; 60B) bridges each comprising magneto-resistance elements (51, 52) each having a pinned magnetic layer; and a signal processing unit that receives an output signal Vx from the first bridge as an input signal Vx and an output signal Vy from the second bridge as an input signal Vy and outputting an angle of magnetic field θ, a ratio-calculation unit that calculates the ratio Vy/Vx of the input signals Vx and Vy, a parameter correction unit that subtracts a predetermined correction parameter β from the ratio Vy/Vx calculated by the ratio-calculation unit, and an atan-processing unit that conducts an arctangent processing on the value calculated by the parameter correction unit and calculates the angle of magnetic field θ, a parameter-storage unit that stores the predetermined correction parameter β, wherein the difference between the ratio Vy/Vx of the input signals and tan(θ) is a constant non-zero value.
A damper device having an input element to which torque from an engine is transmitted and an output element, the damper device comprising: a first intermediate element; a second intermediate element; a first elastic body that transmits torque between the input element and the first intermediate element; a second elastic body that transmits torque between the first intermediate element and the output element; a third elastic body that transmits torque between the input element and the second intermediate element; a fourth elastic body that transmits torque between the second intermediate element and the output element; and a fifth elastic body (SPm) that transmits torque between the first intermediate element and the second intermediate element. a first intermediate element; a second intermediate element; a first elastic body that transmits torque between the input element and the first intermediate element; a second elastic body that transmits torque between the first intermediate element and the output element; a third elastic body that transmits torque between the input element and the second intermediate element; a fourth elastic body that transmits torque between the second intermediate element and the output element; and a fifth elastic body (SPm) that transmits torque between the first intermediate element and the second intermediate element.
Water dispersible granules comprising at least one algae and at least one of agrochemical excipient comprising at least one or more of surfactant, binder or disintegrant wherein, the weight ratio of algae to at least one of surfactant, binder or disintegrant is 99:1 to 1:99 wherein the algae comprises 0.1% to 90% by weight of the total composition, and wherein the composition has a particle size in the range of 0.1 microns to 60 microns, wherein the algae is Spirulina Sp, and wherein when present, the surfactants are present in an amount of 0.1 to 10% w/w of the total composition.
An arc welding system for generating an arc between a consumable welding electrode and a welding workpiece, the system comprising: a powder source configured to provide a cyclical welding output current to generate an arc between a consumable welding electrode and a welding workpiece; a wire feeder operatively connected to the power source and configured to feed the consumable welding electrode at a wire feed speed; and a welding tool operatively connected to the wire feeder to accept the consumable welding electrode and direct the consumable welding electrode toward the welding workpiece, characterized in that the power source is configured to command modulation of the wire feed speed and at least a portion of the cyclical welding output current in a synergistic manner based on a selected travel speed of the welding tool to affect an appearance of a deposited weld bead from the consumable welding electrode onto the workpiece. a powder source configured to provide a cyclical welding output current to generate an arc between a consumable welding electrode and a welding workpiece; a wire feeder operatively connected to the power source and configured to feed the consumable welding electrode at a wire feed speed; and a welding tool operatively connected to the wire feeder to accept the consumable welding electrode and direct the consumable welding electrode toward the welding workpiece, characterized in that the power source is configured to command modulation of the wire feed speed and at least a portion of the cyclical welding output current in a synergistic manner based on a selected travel speed of the welding tool to affect an appearance of a deposited weld bead from the consumable welding electrode onto the workpiece.
Gearbox with power take-off, comprising an input shaft (116; 216), an intermediate shaft (120; 220), a manual gearbox shaft (124; 224), a power take-off shaft (130; 230), a gearbox input clutch (118; 218), an intermediate clutch (122; 222) and a power take-off clutch (140; 240), wherein the intermediate shaft (120; 220) can be connected to the input shaft (116; 216) via the gearbox input clutch (118; 218), and wherein the manual gearbox shaft (124; 224) can be connected to the intermediate shaft (120; 220) via the intermediate clutch (122; 222), wherein the power take-off clutch (140; 240) is located downstream of the gearbox input clutch (118; 218) in the torque flow, characterised in that the power take-off clutch (140; 240) is designed as a jaw clutch by means of which a hollow shaft (138, 238) can be directly connected to the intermediate shaft (120; 220), the hollow shaft (138, 238) being used to mount or secure an input gear (132, 232) of the power take-off.
An output correction apparatus comprising reset means for obtaining an output waveform, as an output value, from a cylinder internal pressure sensor (138, 200, 201), the output waveform representing cylinder internal pressure of an internal combustion engine or a rate of change of the cylinder internal pressure of the internal combustion engine, and for resetting the output value representing the output waveform to a reference value, the output correction apparatus being characterized by comprising: period determination means for determining a period of the output waveform on the basis of the output waveform obtained from the cylinder internal pressure sensor (138, 200, 201); and reset timing determination means for determining a timing for performing the resetting on the basis of the period determined by the period determination means. period determination means for determining a period of the output waveform on the basis of the output waveform obtained from the cylinder internal pressure sensor (138, 200, 201); and reset timing determination means for determining a timing for performing the resetting on the basis of the period determined by the period determination means.
A yarn feeder comprising: - a rotary drum having a plurality of yarn loops wound thereon, which are adapted to be unwound from a delivery end (I2r) of the drum upon request from a downstream machine, and - a thin-walled, hollow braking member having a substantially frustoconical profile yielding elastically in a radial direction, which is biased to coaxially engage said delivery end of the drum with its inner surface by elastic means under tension between a stationary support and said braking member, characterized in that said drum is a rotary motorized drum and said braking member is rotatably supported about its axis with respect to said stationary support by a rolling bearing which is operatively interposed between said braking member and said elastic means and has a low rolling friction and low inertia, and in that said braking member is made of a material having a modulus of elasticity in the range 1 to 4 Gpa and has a moment of inertia in the range 200 to 2000 g·mm 2. - a rotary drum having a plurality of yarn loops wound thereon, which are adapted to be unwound from a delivery end (I2r) of the drum upon request from a downstream machine, and - a thin-walled, hollow braking member having a substantially frustoconical profile yielding elastically in a radial direction, which is biased to coaxially engage said delivery end of the drum with its inner surface by elastic means under tension between a stationary support and said braking member,
Portion capsule for producing a beverage having a capsule body with a capsule bottom, a side wall and a collar edge and a lid, a cavity for receiving a pulverulent granular or liquid beverage substrate being configured between the capsule bottom and the lid, and a filter element being arranged in the cavity, and the filter element being produced from nonwoven fiber material, characterized in that the filter element has an edge region which is fastened to the collar edge of the capsule body and has a central region (7") which is fastened to the capsule bottom, the side wall of the filter element being stretched.
A method for in-situ marking a workpiece (6, 6') in a thermal forming process of a polymer material, using a device for in-situ marking the workpiece (6, 6') comprising a surface directed towards the workpiece (6, 6'), wherein a number of heating elements is distributed behind the surface for a local heating of a workpiece surface portion, wherein each of the heating elements comprises a solid material having a surface structure and a heating structure, wherein the device further comprises a controller connected to the individually controllable heating elements, wherein the method comprises the step to energize predetermined heating elements (2, 3) through control signals from the controller for creating a predetermined marking, characterized in that the predetermined marking is created through altering the surface portion of the workpiece comprising an altering taken from the group encompassing darkening, burning, foaming of the surface portion of the workpiece (6, 6') associated to said predetermined heating elements (2, 3) or creation of altered, especially darker or lighter molecules in the surface portion of the workpiece (6, 6') compared to adjacent surface portions of the workpiece (6, 6').
A flexible energy absorbing system comprising a first plurality of cells comprising a first re-entrant geometry and a second plurality of cells comprising a second, different geometry, wherein the first plurality of cells and the second plurality of cells comprise an elastomeric material, and wherein the second geometry comprises a second, different re-entrant geometry.
A method, performed by a first device (115, 205), of wireless communication, comprising: measuring a condition of a wireless channel; generating at least one channel side information feedback message based on the measured condition of the wireless channel, wherein the at least one channel side information feedback message indicates a correlation of at least one parameter of a set of parameters with time or frequency; and transmitting the at least one channel side information feedback message to a second device (105, 210), wherein generating the at least one channel side information feedback message includes estimating a value of each parameter in a first subset of the set of parameters based on a given value for each parameter in a remaining subset of the set of parameters, and, wherein the first subset of the set of parameters comprises the at least one parameter of the set of parameters. measuring a condition of a wireless channel; generating at least one channel side information feedback message based on the measured condition of the wireless channel, wherein the at least one channel side information feedback message indicates a correlation of at least one parameter of a set of parameters with time or frequency; and transmitting the at least one channel side information feedback message to a second device (105, 210), wherein generating the at least one channel side information feedback message includes estimating a value of each parameter in a first subset of the set of parameters based on a given value for each parameter in a remaining subset of the set of parameters, and, wherein the first subset of the set of parameters comprises the at least one parameter of the set of parameters.
A method for starting a roller crusher having two generally parallel rolls arranged to rotate in opposite directions and separated by an adjustable gap, wherein the roller crusher further comprises a feeding arrangement for feeding material to be crushed to the rolls, the method comprising the following steps: a) setting a gap width between the rolls to a predefined value (x), where the predefined value (x) is greater than a production operating gap; b) running the feeding arrangement at a feed rate (r) which differs from a normal production feed rate, where the feed rate (r) is less than the normal production feed rate; c) rotating the rolls in opposite directions at a predetermined speed (s), where the predetermined speed (s) is greater than 0 rpm; d) setting parameters in steps a)-c) such that i. material to be crushed passes between the rolls along substantially an entire crushing length of the rollers; and ii. no or substantially no specific crushing force (f) is exerted on the material by the rolls, e) when i) and ii) are achieved, increasing the feed rate (r) gradually until desired production parameters of the production feed rate and the crushing force (f) are achieved. a) setting a gap width between the rolls to a predefined value (x), where the predefined value (x) is greater than a production operating gap; b) running the feeding arrangement at a feed rate (r) which differs from a normal production feed rate, where the feed rate (r) is less than the normal production feed rate; c) rotating the rolls in opposite directions at a predetermined speed (s), where the predetermined speed (s) is greater than 0 rpm; d) setting parameters in steps a)-c) such that i. material to be crushed passes between the rolls along substantially an entire crushing length of the rollers; and ii. no or substantially no specific crushing force (f) is exerted on the material by the rolls, i. material to be crushed passes between the rolls along substantially an entire crushing length of the rollers; and ii. no or substantially no specific crushing force (f) is exerted on the material by the rolls, e) when i) and ii) are achieved, increasing the feed rate (r) gradually until desired production parameters of the production feed rate and the crushing force (f) are achieved.
Method for processing a digital audio signal comprising a succession of samples arranged in successive frames, the method being implemented during a decoding of the said signal for replacing at least one signal frame lost in the decoding, the method comprising the steps: a) search, within a segment of valid signal available in the decoding (Nc), for at least one period within the signal, determined according to the said valid signal, b) analysis of the signal within the said period, for a determination of spectral components of the signal within the said period, c) synthesis of at least one frame for replacement of the lost frame, by construction of a synthetis signal based on: - an addition of components selected from amongst the said determined spectral components, and - a noise added to the addition of components, in which the quantity of noise added to the addition of components is weighted as a function of voicing information of the valid signal, the said voicing information being determined by a coder, then supplied in a coded stream, corresponding to the said signal, delivered by the said coder and received in the decoding, such that, in the case of loss of a frame in the decoding, the voicing information contained in a valid signal frame preceding the lost frame is used. a) search, within a segment of valid signal available in the decoding (Nc), for at least one period within the signal, determined according to the said valid signal, b) analysis of the signal within the said period, for a determination of spectral components of the signal within the said period, c) synthesis of at least one frame for replacement of the lost frame, by construction of a synthetis signal based on: - an addition of components selected from amongst the said determined spectral components, and - a noise added to the addition of components, in which the quantity of noise added to the addition of components is weighted as a function of voicing information of the valid signal, the said voicing information being determined by a coder, then supplied in a coded stream, corresponding to the said signal, delivered by the said coder and received in the decoding, such that, in the case of loss of a frame in the decoding, the voicing information contained in a valid signal frame preceding the lost frame is used. - an addition of components selected from amongst the said determined spectral components, and - a noise added to the addition of components,
A passenger seat for an aircraft, the seat comprising: a bottom support configured to be connected to a floor of the aircraft, the bottom support defining a footprint of the seat on a surface of the floor; a seat pan frame; and a support structure interconnecting the seat pan frame to the bottom support, a front support member defining a frontmost portion of the support structure, the front support member having a top end connected to a front end of the seat pan frame and an opposed bottom end connected to the bottom support; wherein the front end of the seat pan frame is forwardly offset from a front end of the bottom support and the top end of the front support member is forwardly offset from the bottom end of the front support member such that an empty space is defined across a width of the seat between the seat pan frame and the floor, forwardly of the support structure, forwardly of the bottom support, and rearwardly of a vertical plane aligned with the front end of the seat pan frame; and characterised in that the front support member comprises a leg having a bottom end rigidly connected to the bottom support. a bottom support configured to be connected to a floor of the aircraft, the bottom support defining a footprint of the seat on a surface of the floor; a seat pan frame; and a support structure interconnecting the seat pan frame to the bottom support, a front support member defining a frontmost portion of the support structure, the front support member having a top end connected to a front end of the seat pan frame and an opposed bottom end connected to the bottom support; wherein the front end of the seat pan frame is forwardly offset from a front end of the bottom support and the top end of the front support member is forwardly offset from the bottom end of the front support member such that an empty space is defined across a width of the seat between the seat pan frame and the floor, forwardly of the support structure, forwardly of the bottom support, and rearwardly of a vertical plane aligned with the front end of the seat pan frame; and characterised in that the front support member comprises a leg having a bottom end rigidly connected to the bottom support.
An apparatus comprising: a processor that is configured to: scramble and modulate coded bits to generate data; map the data into a first resource block and a second resource block, both of which form a resource block, wherein the first resource block is from a symbol with an indicated index to a symbol with an end index of the resource block, the second resource block is from a symbol with a start index to a symbol with the indicated index minus one of the resource block; a transmitter that is configured to: transmit the data in the resource block; wherein the processor is further configured to: map the data, which are scrambled and modulated from a first portion of the coded bits, into the first resource block; map the data, which are scrambled and modulated from a second portion of the coded bits, into the second resource block. a processor that is configured to: scramble and modulate coded bits to generate data; map the data into a first resource block and a second resource block, both of which form a resource block, wherein the first resource block is from a symbol with an indicated index to a symbol with an end index of the resource block, the second resource block is from a symbol with a start index to a symbol with the indicated index minus one of the resource block; scramble and modulate coded bits to generate data; map the data into a first resource block and a second resource block, both of which form a resource block, wherein the first resource block is from a symbol with an indicated index to a symbol with an end index of the resource block, the second resource block is from a symbol with a start index to a symbol with the indicated index minus one of the resource block; a transmitter that is configured to: transmit the data in the resource block; wherein the processor is further configured to: map the data, which are scrambled and modulated from a first portion of the coded bits, into the first resource block; map the data, which are scrambled and modulated from a second portion of the coded bits, into the second resource block. map the data, which are scrambled and modulated from a first portion of the coded bits, into the first resource block; map the data, which are scrambled and modulated from a second portion of the coded bits, into the second resource block.
Device for preclinical emergency care, in which a network is formed from at least two interlinked modules, and wherein the modules permit a situation-dependent course of action through the interlinkage, characterized in that, in order to form a system, one module is a defibrillator and one a ventilator, and in that the system controls or regulates in a condition-dependent manner, wherein the modules have an organizational structure for the sequence control, and wherein the organizational structure contains master-slave principles, in such a way that the system master(s) alternate(s) between the defibrillator and the ventilator during the care, and wherein the system masters monitor the alarm output and control the latter in a situation-dependent manner.
An automatic swimming pool cleaner comprising: a. a body having a water inlet and a water outlet; and b. means for moving the body along a surface to be cleaned, the moving means comprising a plurality of components configured in use to (i) contact the surface and (ii) rotate in unison about axes generally perpendicular to the surface, characterised in that each of the plurality of components is a collapsible foot. a. a body having a water inlet and a water outlet; and b. means for moving the body along a surface to be cleaned, the moving means comprising a plurality of components configured in use to (i) contact the surface and (ii) rotate in unison about axes generally perpendicular to the surface, characterised in that each of the plurality of components is a collapsible foot.