mhurhangee/ep-ind-claims huggingface dataset:
Knife attachment arrangement for oscillatingly driven mower knives, comprising a shaft defining a first longitudinal axis and having a receiving space, a mower knife drive pin engaging in the receiving space and being detachably connected to the shaft, the mower knife drive pin extends axially with respect to the first longitudinal axis beyond the shaft and defines a second longitudinal axis being radially offset with respect to the first longitudinal axis, wherein a wall of the shaft that delimits the receiving space has a first support face curved in the circumferential direction, and wherein a head bearing holding area of the mower knife drive pin engages in the receiving space and has a first contact face that is in contact with the first support face and is curved opposite to the first support face, and connecting means for detachable connection of the mower knife drive pin to the shaft, characterised in that an undercut is formed in the wall delimiting the receiving space and in that the head bearing holding area of the mower knife drive pin has a collar engaging in the undercut, wherein the undercut is formed as a groove in the wall, the groove extends radially with respect to the second longitudinal axis.
A phased array ultrasonic probe comprising: a sheet of flexible circuit having a plurality of electrically conductive pins at a first connecting edge, a backing block having a backing top and a backing bottom, a layer of piezoelectric ceramic comprising a plurality of transducers having a plurality of conductive elements close to a second connecting edge for making electrical contact with each transducer, a matching layer, and a frame, wherein the flexible circuit, the ceramic and the matching layer are at least partially arranged below the bottom of the backing block, wherein adhesive material is applied to at least some part of each of the circuit, the backing block, the ceramic and the matching layer, and wherein the frame and the backing block each has respective sizing and tolerance configured so that the flexible circuit, the backing block, the ceramic and the matching layer are all aligned and stack pressed at least partially into the frame, and permanently bonded in such a fashion that each of the pins at the first connecting edge is correspondingly, firmly and permanently in contact with a corresponding conductive element at the second connecting edge. a sheet of flexible circuit having a plurality of electrically conductive pins at a first connecting edge, a backing block having a backing top and a backing bottom, a layer of piezoelectric ceramic comprising a plurality of transducers having a plurality of conductive elements close to a second connecting edge for making electrical contact with each transducer, a matching layer, and a frame, wherein the flexible circuit, the ceramic and the matching layer are at least partially arranged below the bottom of the backing block, wherein adhesive material is applied to at least some part of each of the circuit, the backing block, the ceramic and the matching layer, and wherein the frame and the backing block each has respective sizing and tolerance configured so that the flexible circuit, the backing block, the ceramic and the matching layer are all aligned and stack pressed at least partially into the frame, and permanently bonded in such a fashion that each of the pins at the first connecting edge is correspondingly, firmly and permanently in contact with a corresponding conductive element at the second connecting edge.
An exercise system, comprising: a movable element (28, 30, 32) that is movable in the performance of an exercise, the movable element (28, 30, 32) having at least one selectively adjustable operating parameter that selectively alters an exercise rate of a user relative to a default exercise rate; and a display that is configured to present display programming to the user, the display programming comprising one or more frames, the display programming having a default display rate that corresponds to the default exercise rate, the display programming being adjustable to correlate the display programming with the exercise rate of the user, characterised in that, in use, the display programming being adjusted by an amount that is commensurate with a difference between the exercise rate of the user and the default exercise rate by periodically pausing the display programming when the exercise rate of the user is less than the default exercise rate and to correlate the display programming with the exercise rate of the user; and wherein in use the periodic pausing of the display programming includes pausing a frame after each display of a certain number of frames at the default display rate. a movable element (28, 30, 32) that is movable in the performance of an exercise, the movable element (28, 30, 32) having at least one selectively adjustable operating parameter that selectively alters an exercise rate of a user relative to a default exercise rate; and a display that is configured to present display programming to the user, the display programming comprising one or more frames, the display programming having a default display rate that corresponds to the default exercise rate, the display programming being adjustable to correlate the display programming with the exercise rate of the user, characterised in that, in use, the display programming being adjusted by an amount that is commensurate with a difference between the exercise rate of the user and the default exercise rate by periodically pausing the display programming when the exercise rate of the user is less than the default exercise rate and to correlate the display programming with the exercise rate of the user; and wherein in use the periodic pausing of the display programming includes pausing a frame after each display of a certain number of frames at the default display rate.
A method for determining an effluent concentration profile, the method comprising: receiving at least one input parameter; determining the effluent concentration profile based on the at least one input parameter and at least one mathematical model applied to the input parameter by one of calculating a position of a breakthrough wave front of the chemical species through the filter bed, the position being a function of at least one of an evolution speed at which the breakthrough wave front evolves from the filter bed and time raised to a power of an acceleration factor, the acceleration factor being less than one for breakthrough wave fronts having a decelerating evolution speed and being greater than one for breakthrough wave fronts having an accelerated evolution speed; and calculating a position of the chemical species through the filter bed according to ζ = τ ς, where ζ is the position, t is a time within the period of time, and is an acceleration factor, the acceleration factor being less than one for breakthrough wave fronts having a decelerating evolution speed and being greater than one for breakthrough wave fronts having an accelerated evolution speed; and graphically displaying the effluent concentration profile as a plot of a concentration of a chemical species over a period of time through a filter bed of a filter cartridge. receiving at least one input parameter; determining the effluent concentration profile based on the at least one input parameter and at least one mathematical model applied to the input parameter by one of calculating a position of a breakthrough wave front of the chemical species through the filter bed, the position being a function of at least one of an evolution speed at which the breakthrough wave front evolves from the filter bed and time raised to a power of an acceleration factor, the acceleration factor being less than one for breakthrough wave fronts having a decelerating evolution speed and being greater than one for breakthrough wave fronts having an accelerated evolution speed; and calculating a position of the chemical species through the filter bed according to ζ = τ ς, where ζ is the position, t is a time within the period of time, and is an acceleration factor, the acceleration factor being less than one for breakthrough wave fronts having a decelerating evolution speed and being greater than one for breakthrough wave fronts having an accelerated evolution speed; and graphically displaying the effluent concentration profile as a plot of a concentration of a chemical species over a period of time through a filter bed of a filter cartridge.
Method for broadcasting a broadcast signal, comprising: generating an information signal having a first content and subsequently a second content; broadcasting the information signal via a first communication link (113, 102a); generating at least one previously determined first feature for the second content; detecting the second content in the information signal using the at least one previously determined first feature; characterised in that method further comprises: generating at least one second feature for the first content of the information signal preceding the second content upon detection of the second content in the information signal; sending the at least one second feature for the first content to a user device via a second communication link (117, 104, 139). generating an information signal having a first content and subsequently a second content; broadcasting the information signal via a first communication link (113, 102a); generating at least one previously determined first feature for the second content; detecting the second content in the information signal using the at least one previously determined first feature; generating at least one second feature for the first content of the information signal preceding the second content upon detection of the second content in the information signal; sending the at least one second feature for the first content to a user device via a second communication link (117, 104, 139).
Method for the control or regulation of a brake assembly, in particular a brake assembly of a rail vehicle, wherein the brake assembly comprises at least one first brake system characterised by a high safety level that fulfils the demands of rapid braking, and at least one second brake system characterised by a lower safety level, wherein after initiating a rapid braking operation (Step S10), first at least a second brake system is activated (Step S12) and thereafter at least a first brake system is activated (Step S26), if the braking effect produced by the brake assembly falls short of a threshold value (Step S18) characterised in that the said threshold value is dynamically adapted to a currently achievable braking effect of the brake systems (14, 16) (Step S24). wherein after initiating a rapid braking operation (Step S10), first at least a second brake system is activated (Step S12) and thereafter at least a first brake system is activated (Step S26), if the braking effect produced by the brake assembly falls short of a threshold value (Step S18) characterised in that the said threshold value is dynamically adapted to a currently achievable braking effect of the brake systems (14, 16) (Step S24).
A water treatment and pressurization system for the adiabatic cooling of comburent air destined for plants using gas turbines, run by measuring, control and regulation units, comprising a lifting and pressurizing station of vaporization water at a varying flow-rate for a maximum operating pressure, preferably up to 120 bar, associated with a series of nozzles situated on nozzle-holder ramps downstream of which there is at least one housing unit (44, 144) for humidity and temperature probes, characterised in that said housing unit (44, 144) comprises a chamber (51, 151) which houses measuring and control units and which is associated with one or more derivation and conveyor ducts of the comburent air in transit, comprising means for air suction in different points of the one or more transit derivation and conveyor ducts.
Machine for cold semi-continuous bending of low ductility profiles, of the type comprising a horizontal bed and an interchangeable tool against which said bending of the profile is generated, characterized by further comprising: - at least one support frame on the bed perpendicular thereto, said support frame comprising at least two vertical feet supporting a horizontal beam, - at least one vertical support of said tool located on the bed, - a double set of hydraulic cylinders (20,21) in a plane situated on and parallel to the bed, each set located on one side of the central axis of the machine, and each set comprising: a hydraulic pusher cylinder connected at one end to a pusher plate and at the other end connected, by means of a movable point sliding along a guide, to a positioning hydraulic cylinder; said positioning hydraulic cylinder fixed through a fixed rotating support point to a structural element fixed to the bed, - at least one presser cylinder perpendicular to the bed, said presser cylinder fixed and anchored to one of said beams with its upper end, and its lower end supporting a compression plate, and - at least one hydraulic pump driving said cylinders (20,22,6) through valves connected to each cylinder, wherein said tool is located in an area delimited by the bed, the vertical supports and the compression plate, and in front of an operation plane defined by a double set of positioning hydraulic cylinders and pusher cylinder. - at least one support frame on the bed perpendicular thereto, said support frame comprising at least two vertical feet supporting a horizontal beam, - at least one vertical support of said tool located on the bed, - a double set of hydraulic cylinders (20,21) in a plane situated on and parallel to the bed, each set located on one side of the central axis of the machine, and each set comprising: a hydraulic pusher cylinder connected at one end to a pusher plate and at the other end connected, by means of a movable point sliding along a guide, to a positioning hydraulic cylinder; said positioning hydraulic cylinder fixed through a fixed rotating support point to a structural element fixed to the bed, - at least one presser cylinder perpendicular to the bed, said presser cylinder fixed and anchored to one of said beams with its upper end, and its lower end supporting a compression plate, and - at least one hydraulic pump driving said cylinders (20,22,6) through valves connected to each cylinder,
System for attaching an obstacle detection sensor for a body part of a motor vehicle, the system comprising: - a case capable of accommodating a proximity sensor, the case having a detection surface; - a support comprising a housing capable of accommodating the case, the support being capable of being attached on the body part, characterized in that the support is arranged to form a volume between the detection surface of the case and the body part; and in that system includes a sealing device (3; 30) capable of sealing the volume between the detection surface of the ase and the body part. - a case capable of accommodating a proximity sensor, the case having a detection surface; - a support comprising a housing capable of accommodating the case, the support being capable of being attached on the body part, characterized in that the support is arranged to form a volume between the detection surface of the case and the body part; and in that system includes a sealing device (3; 30) capable of sealing the volume between the detection surface of the ase and the body part.
A method for transmitting an acknowledgement/negative- acknowledgement, ACK/NACK, signal at a user equipment in a wireless communication system, the method comprising: receiving a plurality of data blocks from a transmitting side; reserving a plurality of physical uplink control channel, PUCCH, resources for transmission of the ACK/NACK signal; mapping ACK/NACK hypothesis for the plurality of the data blocks to a PUCCH resource group including at least two reserved PUCCH resources, wherein the ACK/NACK hypothesis corresponds to ACK/NACK responses for the plurality of the data blocks; and transmitting at least two modulation symbols corresponding to the ACK/NACK hypothesis to the transmitting side via the PUCCH resource group, wherein PUCCH resource groups are defined such that a hamming distance between ACK/NACK hypotheses mapped to different PUCCH resource groups is equal to the number of the data blocks. receiving a plurality of data blocks from a transmitting side; reserving a plurality of physical uplink control channel, PUCCH, resources for transmission of the ACK/NACK signal; mapping ACK/NACK hypothesis for the plurality of the data blocks to a PUCCH resource group including at least two reserved PUCCH resources, wherein the ACK/NACK hypothesis corresponds to ACK/NACK responses for the plurality of the data blocks; and transmitting at least two modulation symbols corresponding to the ACK/NACK hypothesis to the transmitting side via the PUCCH resource group, wherein PUCCH resource groups are defined such that a hamming distance between ACK/NACK hypotheses mapped to different PUCCH resource groups is equal to the number of the data blocks.
Method for making porous, microfibrillated cellulose based materials, said method comprising at least the following steps: (i) mixing a predetermined amount of microfibrillated cellulose in a solvent, preferably in water, together with a predetermined amount of at least one water soluble salt, wherein the salt as present in the mixture of step (i) is present in the form of particles that have an average particle size from 5μm to 5mm, so that a homogenous mixture results; (ii) bringing the mixture of (i) into the desired shape and drying this mixture in an oven until dry, preferably at 80 °C or more, more preferably at 105 °C or more (first drying step); (iii) after completion of step (ii), immersing the dried material of step (ii) in a solvent, preferably in water, thus leaching out at least 95%, preferably 99,5% of the salt added in step (i); (iv) after completion of step (iii), drying this mixture from step (iii) in an oven until dry, preferably at 80 °C or more, more preferably at 105 °C or more (second drying step), resulting in a porous salt-free material. (i) mixing a predetermined amount of microfibrillated cellulose in a solvent, preferably in water, together with a predetermined amount of at least one water soluble salt, wherein the salt as present in the mixture of step (i) is present in the form of particles that have an average particle size from 5μm to 5mm, so that a homogenous mixture results; (ii) bringing the mixture of (i) into the desired shape and drying this mixture in an oven until dry, preferably at 80 °C or more, more preferably at 105 °C or more (first drying step); (iii) after completion of step (ii), immersing the dried material of step (ii) in a solvent, preferably in water, thus leaching out at least 95%, preferably 99,5% of the salt added in step (i); (iv) after completion of step (iii), drying this mixture from step (iii) in an oven until dry, preferably at 80 °C or more, more preferably at 105 °C or more (second drying step), resulting in a porous salt-free material.
A method of analysing including: providing a flow of particles to be analysed along a parabolic axis of a parabolic reflector; providing a source of electromagnetic radiation; reflecting with the parabolic reflector at least a portion of the electromagnetic radiation as substantially radially symmetric electromagnetic radiation converging towards the flow of particles to illuminate the flow of particles; reflecting with the parabolic reflector at least a portion of any electromagnetic radiation produced from the illumination of the flow of particles; sensing a portion of the electromagnetic radiation produced from the illumination of the flow of particles; and sorting particles in the flow of particles. providing a flow of particles to be analysed along a parabolic axis of a parabolic reflector; providing a source of electromagnetic radiation; reflecting with the parabolic reflector at least a portion of the electromagnetic radiation as substantially radially symmetric electromagnetic radiation converging towards the flow of particles to illuminate the flow of particles; reflecting with the parabolic reflector at least a portion of any electromagnetic radiation produced from the illumination of the flow of particles; sensing a portion of the electromagnetic radiation produced from the illumination of the flow of particles; and sorting particles in the flow of particles.
A method for producing a preliminary material for a machining tool, in particular a preliminary material for a saw blade, a saw band, a cutting line, a punching knife or a blade, wherein at least a first particulate cutting-edge material (16, 16a) is applied to a sheet-like base, the first particulate cutting-edge material is welded to the sheet-like base, and the sheet-like base is separated substantially along the welded connection (22, 27) thus produced. at least a first particulate cutting-edge material (16, 16a) is applied to a sheet-like base, the first particulate cutting-edge material is welded to the sheet-like base, and the sheet-like base is separated substantially along the welded connection (22, 27) thus produced.
Process for the stereoselective preparation of the compound of formula optionally in the form of the tautomers thereof, and optionally the pharmacologically acceptable acid addition salts thereof, characterised in that the process comprises reaction steps,,,,, and, wherein denotes the reaction of 1,4-cyclohexanedione-mono-ethyleneketal to form a compound of formula denotes the reaction of a compound of formula to form the compound of formula denotes the reaction of a compound of formula with a protective group reagent to form the compound of formula denotes the reaction of a compound of formula to form the compound of formula denotes the reaction of a compound of formula with a compound of formula to form a compound of formula denotes the cleavage of the protective groups from the compound of formula to form a compound of formula and denotes the chlorination of the compound of formula and subsequent reaction with 3-chloro-2-fluoroaniline, wherein steps to take place successively in the order stated and the protective group Sg 1 may represent a group selected from among optionally substituted benzyl, Cbz and optionally substituted acetyl, the protective group Sg 2 may represent optionally substituted benzyl. denotes the reaction of 1,4-cyclohexanedione-mono-ethyleneketal to form a compound of formula denotes the reaction of a compound of formula to form the compound of formula denotes the reaction of a compound of formula with a protective group reagent to form the compound of formula denotes the reaction of a compound of formula to form the compound of formula denotes the reaction of a compound of formula with a compound of formula to form a compound of formula denotes the cleavage of the protective groups from the compound of formula to form a compound of formula and denotes the chlorination of the compound of formula and subsequent reaction with 3-chloro-2-fluoroaniline,