mhurhangee/ep-ind-claims huggingface dataset:
Method for estimating the fatigue life of a rope, able to allow the choice of structural and functional parameters of the rope on the basis of the number of passages of the rope across each component of the working system, characterized by the following steps: a. calculation of the parameters connected to the three main influence areas: the overload deriving from the system geometry, the intrinsic features of the rope and the applied load; b. estimation of expected bends of the rope in laboratory conditions; c. estimation of stress and inner friction of the rope; d. combination between the expected number of bends and the overload linked to the system geometry derives the geometry damage D gi; e. combination between the optima breaking load, optimal stress and inner friction derives the load damage intensifier factor D li; f. product between geometry damage D gi and load damage D li determines the total damage depending on the single component; g. the calculations of steps a-f are made in relation to each component of the system; h. a measure of the whole damage is obtained, by virtue of the principle of effects overlapping, by means of the reverse sum of the single damages, which results in the total number of wire rope fatigue bends the wire rope can undergo before reaching the discard criteria. a. calculation of the parameters connected to the three main influence areas: the overload deriving from the system geometry, the intrinsic features of the rope and the applied load; b. estimation of expected bends of the rope in laboratory conditions; c. estimation of stress and inner friction of the rope; d. combination between the expected number of bends and the overload linked to the system geometry derives the geometry damage D gi; e. combination between the optima breaking load, optimal stress and inner friction derives the load damage intensifier factor D li; f. product between geometry damage D gi and load damage D li determines the total damage depending on the single component; g. the calculations of steps a-f are made in relation to each component of the system; h. a measure of the whole damage is obtained, by virtue of the principle of effects overlapping, by means of the reverse sum of the single damages, which results in the total number of wire rope fatigue bends the wire rope can undergo before reaching the discard criteria.
A method for generating a multi-carrier reflectometry signal intended to be injected into a transmission line to identify the presence of at least one possible fault on the line, the method comprising the steps of: - generating, in the frequency domain, a phase-modulated multi-carrier digital signal by: i. generating a digital signal, ii. phase-modulating the digital signal based on a constellation of symbols, the phase θ k of each modulated symbol being determined based on the following equation: θ k = ± ( α * k 2), where k is the index of each carrier of the signal and varies between 1 and the number of carriers N of the signal, iii. α is a coefficient within the interval π N − π 2 N; π N + π 2 N iv. rounding the obtained phase θ k to the phase of the symbol of the nearest constellation, - converting the generated signal into the time domain. - generating, in the frequency domain, a phase-modulated multi-carrier digital signal by: i. generating a digital signal, ii. phase-modulating the digital signal based on a constellation of symbols, the phase θ k of each modulated symbol being determined based on the following equation: θ k = ± ( α * k 2), where k is the index of each carrier of the signal and varies between 1 and the number of carriers N of the signal, iii. α is a coefficient within the interval π N − π 2 N; π N + π 2 N iv. rounding the obtained phase θ k to the phase of the symbol of the nearest constellation, i. generating a digital signal, ii. phase-modulating the digital signal based on a constellation of symbols, the phase θ k of each modulated symbol being determined based on the following equation: θ k = ± ( α * k 2), where k is the index of each carrier of the signal and varies between 1 and the number of carriers N of the signal, iii. α is a coefficient within the interval π N − π 2 N; π N + π 2 N iv. rounding the obtained phase θ k to the phase of the symbol of the nearest constellation, - converting the generated signal into the time domain.
A probe for detecting a polymorphism in a K-ras gene that is a disease-related gene, the probe comprising an oligonucleotide of SEQ ID NO: 10 or 31: 5'-ctcttgcctacgccaccagctccaact-3' (SEQ ID NO: 10) 5'-ctcttgcctacgccaccagctccaacttgctggctacgc-3' (SEQ ID NO: 31). 5'-ctcttgcctacgccaccagctccaact-3' (SEQ ID NO: 10) 5'-ctcttgcctacgccaccagctccaacttgctggctacgc-3' (SEQ ID NO: 31).
Bearing device for the mounting of a rotor of a compressor, comprising: - a bearing housing, which encloses a bearing chamber with a central opening for receiving the rotor, and - an intermediate wall for sealing off a rear chamber of a compressor wheel of the compressor with respect to the bearing chamber, wherein the intermediate wall comprises a rotationally symmetrical, disc-shaped main body with a central opening for the leadthrough of the rotor, wherein, in the region of the central opening, there are provided means for sealing off a transition to the rotor, wherein the intermediate wall comprises an encircling fastening flange which is of rotationally symmetrical shape and which is provided for the fastening of the intermediate wall to the bearing housing and which has a planar contact surface for support on a contact surface of the bearing housing, wherein multiple bores (42, 43) are formed into the fastening flange on a virtual circular line, and wherein the bores comprise at least one sealing-air channel and multiple bores, arranged so as to be distributed in a circumferential direction on the virtual circular line, for receiving fastening means, wherein the bearing housing comprises an encircling fastening flange which is provided for the fastening of the intermediate wall to the bearing housing and which has a planar contact surface for support on the contact surface of the fastening flange of the intermediate wall, wherein multiple bores (32, 33) are formed into the fastening flange of the bearing housing on a virtual circular line, wherein the bores comprise at least one sealing-air channel and multiple bores, which are arranged so as to be distributed in a circumferential direction on the virtual circular line, for receiving fastening means, and wherein the multiple bores (32, 33) of the fastening flange of the bearing housing correspond with the multiple bores (42, 43) of the fastening flange of the intermediate wall, such that the at least one sealing-air channel of the fastening flange of the bearing housing forms an axial continuation of the at least one sealing-air channel of the intermediate wall, wherein the bores for receiving fastening means are arranged in the fastening flange of the intermediate wall, and the at least one sealing-air channel of the fastening flange of the intermediate wall is arranged in each case between two adjacently arranged bores of the fastening flange of the intermediate wall for receiving fastening means. - a bearing housing, which encloses a bearing chamber with a central opening for receiving the rotor, and - an intermediate wall for sealing off a rear chamber of a compressor wheel of the compressor with respect to the bearing chamber, wherein the intermediate wall comprises a rotationally symmetrical, disc-shaped main body with a central opening for the leadthrough of the rotor, wherein, in the region of the central opening, there are provided means for sealing off a transition to the rotor,
Method for controlling a pulse width modulation by means of a data bus, comprising transmission of data for controlling on and off times of the PWM for at least one PWM channel, wherein in a PWM period, first an on or an off signal for the PWM channel is transmitted, and then a trigger signal for inverting the PWM channel is transmitted at a switching time in the PWM period when a state of the PWM channel is to be inverted, characterized in that a plurality of PWM channels are controlled in parallel, wherein the on or off signal switches all PWM channels on or off in a synchronized way and further wherein for each channel the trigger signal for an inversion of the state of the respective channel is transmitted separately.
A positive-type photosensitive resin composition comprising (a) an alkali-soluble polyimide, (b) a compound having two or more epoxy groups in a molecule, and (c) a photo acid generator, wherein the content of the compound having two or more epoxy groups in a molecule (b) is within a range of 5 to 50 parts by weight based on 100 parts by weight of the alkali-soluble polyimide (a), wherein the alkali-soluble polyimide (a) includes a diamine residue having a polyalkylene oxide group and/or a carboxylic acid residue having a polyalkylene oxide group.
A medical X-ray imaging arrangement, comprising: - a movable carriage that is movably mountable to a ceiling structure of an operating room; - an X-ray image acquisition device that is movably mountable to the movable carriage and configured to acquire image information of an object; - an air supply for an operating zone, the air supply comprising a plurality of air outlets provided on a bottom side of the carriage arranged to provide treated air from an air-feed as a primary laminar downflow defining a carriage laminar flow zone for the operating zone, wherein the carriage comprises: - an air inlet connectable to the air-feed and provided to be arranged on an upper side of the carriage, wherein the air inlet comprises a plurality of inlets configured to receive the treated air from a plurality of supply-air outlets provided in the ceiling structure above the medical X-ray imaging arrangement; and - a distribution zone comprising a hollow space that extends transverse to a flow direction and connects the air inlet with the plurality of air outlets, wherein an airflow passage comprising a plurality of passageways is provided inside the carriage in connection with the air inlets, and wherein the distribution zone connects the passageways with the plurality of air outlets, the passageways discharging treated air into the distribution zone. - a movable carriage that is movably mountable to a ceiling structure of an operating room; - an X-ray image acquisition device that is movably mountable to the movable carriage and configured to acquire image information of an object; - an air supply for an operating zone, the air supply comprising a plurality of air outlets provided on a bottom side of the carriage arranged to provide treated air from an air-feed as a primary laminar downflow defining a carriage laminar flow zone for the operating zone, - an air inlet connectable to the air-feed and provided to be arranged on an upper side of the carriage, wherein the air inlet comprises a plurality of inlets configured to receive the treated air from a plurality of supply-air outlets provided in the ceiling structure above the medical X-ray imaging arrangement; and - a distribution zone comprising a hollow space that extends transverse to a flow direction and connects the air inlet with the plurality of air outlets,
A cover plate assembly for a concave grate of a combine harvester, the concave grate comprising two parallel arcuate side rails, a plurality of axial bars spanning the parallel arcuate rails, and an anchor device secured to one of said side rails of said concave grate, wherein the cover plate assembly comprises: an elongated body dimensioned to fit between the two parallel arcuate side rails on an exterior of the concave grate of the combine harvester; said elongated body having two opposing ends, each end having a clasp element (104, 106) formed therein, wherein the clasp elements are configured to grasp onto separate axial bars spanning the parallel arcuate rails and lock said elongated body in a supinated position against the exterior of said concave grate; and a latching mechanism configured to maintain the position of said elongated body relative to said concave grate so that each of said clasp elements (104, 106) maintains its grasp on its respective axial bar, wherein said latching mechanism comprises: an anchor bracket attached to an exterior-facing side of said elongated body, and a mechanism configured to induce a tension force between the anchor bracket and the anchor device. an elongated body dimensioned to fit between the two parallel arcuate side rails on an exterior of the concave grate of the combine harvester; said elongated body having two opposing ends, each end having a clasp element (104, 106) formed therein, wherein the clasp elements are configured to grasp onto separate axial bars spanning the parallel arcuate rails and lock said elongated body in a supinated position against the exterior of said concave grate; and a latching mechanism configured to maintain the position of said elongated body relative to said concave grate so that each of said clasp elements (104, 106) maintains its grasp on its respective axial bar, wherein said latching mechanism comprises: an anchor bracket attached to an exterior-facing side of said elongated body, and a mechanism configured to induce a tension force between the anchor bracket and the anchor device. an anchor bracket attached to an exterior-facing side of said elongated body, and a mechanism configured to induce a tension force between the anchor bracket and the anchor device.
An isodiametric tractor with minimum maintenance comprising a chassis (50; 50', 50") carrying a front axle and a rear axle for pairs of front wheels and rear wheels, wherein two front wheels are driving wheels and are actuated by a motor with the interpositioning of a differential and wherein transmission means for transmitting motion from the motor to the wheels are entirely contained in the chassis, wherein each wheel of the front axle is also connected to the chassis (50; 50', 50") and/or to a differential casing by a respective articulated kinematic group, wherein said motor is cantilever-fixed to a front end of the chassis (50; 50', 50"), characterized in that each articulated kinematic group of each wheel of the front axle is associated with a hydraulic cylinder (61, 62), associated by means of a pin (63, 64; 158) with a portion of said chassis (50; 50', 50") and at the other end, with a portion (56; 155) of said articulated kinematic group, wherein each hydraulic cylinder (61, 62) comprises two chambers having a variable volume, opposite with respect to an intermediate piston (69, 70), wherein an upper chamber of one cylinder is connected (in 67) to an upper chamber of the other cylinder and a lower chamber of one cylinder is connected (in 68) to a lower chamber of the other cylinder, wherein said articulated kinematic group comprises an upper rocker (55; 155) and a lower rocker (56; 156) positioned between said chassis (50; 50") and each support of said front wheel.
Connecter for coupling several wall elements for constructing rooms, in particular for coupling insulating panels that are formed by filling a cavity with a fluid foam material, wherein the connecter is embedded in the foam material in the process, - having a housing, which forms a base wall that is arranged in a base plane B and has a front wall opposite the base wall, said front wall being arranged in a front wall plane F, - having an entry opening for a locking hook in the front wall, - having an accommodation chamber in the housing for at least one locking element, wherein - the housing forms an air channel, - the air channel extends from the front plane F in the direction of the base plane B, - the air channel forms an air inlet opening in the base plane and an air outlet opening in the front plane, - the housing forms fixing tabs that have an accommodation cylinder for a fixing element that is open in the front plane, by means of which the connecter is held on a wall element frame during foaming, - the accommodation cylinder forms an air inlet opening in the base plane, - a fixing element is held in the accommodation cylinder, characterised in that - the accommodation cylinder forms the air channel for the fixing element, - the fixing element held in the accommodation cylinder forms a relief channel, along which air can escape between the inlet opening and the outlet opening. - having a housing, which forms a base wall that is arranged in a base plane B and has a front wall opposite the base wall, said front wall being arranged in a front wall plane F, - having an entry opening for a locking hook in the front wall, - having an accommodation chamber in the housing for at least one locking element, - the housing forms an air channel, - the air channel extends from the front plane F in the direction of the base plane B, - the air channel forms an air inlet opening in the base plane and an air outlet opening in the front plane, - the housing forms fixing tabs that have an accommodation cylinder for a fixing element that is open in the front plane, by means of which the connecter is held on a wall element frame during foaming, - the accommodation cylinder forms an air inlet opening in the base plane, - a fixing element is held in the accommodation cylinder, characterised in that - the accommodation cylinder forms the air channel for the fixing element, - the fixing element held in the accommodation cylinder forms a relief channel, along which air can escape between the inlet opening and the outlet opening.
Washing machine comprising a washing unit which consists of a suds container and drum, can be moved in a vibratory manner relative to the machine housing and, for securing during transport, can be locked by means of a rod-shaped fixing device that connects the housing to the washing unit, the rod-shaped fixing device engaging in interlocking and/or force-locked mountings on the housing in the secured state, the rod-shaped fixing device for mounting the washing unit in the housing in a force-locked manner causing clamping between the rod casing, the rods (8, 9) comprising the fixing device and the housing by screwing in the rods (8, 9), characterised in that the rods (8, 9) are oval in cross section.
A system comprising: a signal generation module (17, 19, 23, 24) comprising at least a first and a second electric signal source or terminal, and one or more leads (30, 32) having one or more electrodes configured for exposing glial cells and neurons of a subject simultaneously to a first electromagnetic stimulus and a second electromagnetic stimulus, said stimuli being provided by first and second electromagnetic fields, respectively, wherein the signal generation module is configured for having an operating mode for providing a first electric signal to a first subgroup of the electrodes and a second electric signal to a second subgroup of the electrodes, the first and second electric signals having at least one uncommon parameter therebetween, the first and second electric signals generating said first and second electromagnetic fields, respectively, wherein the first subgroup of the electrodes is electrically coupled to the first electric signal source or terminal and the second subgroup of the electrodes is electrically coupled to the second electric signal source or terminal. a signal generation module (17, 19, 23, 24) comprising at least a first and a second electric signal source or terminal, and one or more leads (30, 32) having one or more electrodes configured for exposing glial cells and neurons of a subject simultaneously to a first electromagnetic stimulus and a second electromagnetic stimulus, said stimuli being provided by first and second electromagnetic fields, respectively, wherein the signal generation module is configured for having an operating mode for providing a first electric signal to a first subgroup of the electrodes and a second electric signal to a second subgroup of the electrodes, the first and second electric signals having at least one uncommon parameter therebetween, the first and second electric signals generating said first and second electromagnetic fields, respectively, wherein the first subgroup of the electrodes is electrically coupled to the first electric signal source or terminal and the second subgroup of the electrodes is electrically coupled to the second electric signal source or terminal.
A process for the production of a capacitor, comprising the process steps: a) providing an electrode body of an electrode material, wherein a dielectric covers one surface of this electrode material at least partly under formation of an anode body; b) introducing a dispersion comprising a dispersing agent and complexes of polythiophenes and polyanions, wherein the polythiophene is poly(3,4-ethylenedioxythiophene), the polyanion is a polystyrenesulphonic acid and wherein the weight ratio of polythiophenes: polyanions in the dispersion is at least 0.67 and less than 1.5, into at least a part of the anode body; c) at least partially removing the dispersing agent, thereby obtaining a solid electrolyte in a capacitor body. a) providing an electrode body of an electrode material, wherein a dielectric covers one surface of this electrode material at least partly under formation of an anode body; b) introducing a dispersion comprising a dispersing agent and complexes of polythiophenes and polyanions, wherein the polythiophene is poly(3,4-ethylenedioxythiophene), the polyanion is a polystyrenesulphonic acid and wherein the weight ratio of polythiophenes: polyanions in the dispersion is at least 0.67 and less than 1.5, into at least a part of the anode body; c) at least partially removing the dispersing agent, thereby obtaining a solid electrolyte in a capacitor body.
A light emitter to be attached to caps, the light emitter comprising: - a case having a plurality of second lamps formed at a front surface thereof, - a sub-body having a first lamp at a front surface thereof - a power switch attached to an outer surface of the case, - a battery installed inside the case to provide power, - a mounting clip formed at the outer surface of the case, said light emitter being characterized in that it comprises - a guide groove formed at a center of the case, and said sub-body being coupled to the guide groove so as to slide along the groove to turn on or off the first lamp, wherein the front surface of the case and the front surface of the sub-body form a front surface of the light emitter. - a case having a plurality of second lamps formed at a front surface thereof, - a sub-body having a first lamp at a front surface thereof - a power switch attached to an outer surface of the case, - a battery installed inside the case to provide power, - a mounting clip formed at the outer surface of the case, said light emitter being characterized in that it comprises - a guide groove formed at a center of the case, and said sub-body being coupled to the guide groove so as to slide along the groove to turn on or off the first lamp, wherein the front surface of the case and the front surface of the sub-body form a front surface of the light emitter.