mhurhangee/ep-ind-claims huggingface dataset:
Hydraulic control assembly for actuating a hydraulic actuator, in particular a differential-hydraulic cylinder, with two working lines (4, 6), one of which can be respectively connected to pressure chambers (3, 5) of the actuator, acting in opposite directions, for actuating the actuator and arranged in which there is respectively a pilot-operated unblockable check valve (23, 24), the blocked direction of flow of which, from the direction of the pressure chambers (3, 5), can be released by hydraulic activation; a proportional valve, by which the two working lines (4, 6) can be connected, depending on the position of the proportional valve, to a pressure medium source for applying pressure to the associated pressure chamber (3, 5) or to a pressure medium sink for relieving the pressure of the associated pressure chamber (3, 5); and a bypass line, which connects the two working lines (4, 6) to one another while interposing two check valves (26, 27) having opposite directions of flow, characterized in that one of the check valves arranged in the bypass line is designed to be blockable in a pilot-operated manner and the other of the check valves arranged in the bypass line is designed to be unblockable in a pilot-operated manner, and the control assembly has a switching valve, by which the pilot-operated unblockable check valves (23, 24) arranged in the working lines (4, 6) and the pilot-operated blockable check valve arranged in the bypass line are hydraulically activated in a single switching position of the switching valve. two working lines (4, 6), one of which can be respectively connected to pressure chambers (3, 5) of the actuator, acting in opposite directions, for actuating the actuator and arranged in which there is respectively a pilot-operated unblockable check valve (23, 24), the blocked direction of flow of which, from the direction of the pressure chambers (3, 5), can be released by hydraulic activation; a proportional valve, by which the two working lines (4, 6) can be connected, depending on the position of the proportional valve, to a pressure medium source for applying pressure to the associated pressure chamber (3, 5) or to a pressure medium sink for relieving the pressure of the associated pressure chamber (3, 5); and a bypass line, which connects the two working lines (4, 6) to one another while interposing two check valves (26, 27) having opposite directions of flow, characterized in that one of the check valves arranged in the bypass line is designed to be blockable in a pilot-operated manner and the other of the check valves arranged in the bypass line is designed to be unblockable in a pilot-operated manner, and the control assembly has a switching valve, by which the pilot-operated unblockable check valves (23, 24) arranged in the working lines (4, 6) and the pilot-operated blockable check valve arranged in the bypass line are hydraulically activated in a single switching position of the switching valve.
Dental or surgical handpiece comprising a head serving for receiving a tool, and a connector sleeve for coupling the handpiece to a drive motor, and the head and the connector sleeve being connected by a connecting piece, the connecting piece accommodating a drivetrain serving for transmitting a rotational energy from the connector sleeve into the head for driving the tool, characterized in that the handpiece has an RFID transponder and a plastic casing delimiting the handpiece, and the RFID transponder is protected by the plastic casing.
Blow-by device of an internal combustion engine comprising an inlet-sided connection piece that can be releasably connected to a coupling piece to which a blow-by line is connected, wherein the connection between the coupling piece and the connection piece is secured by a securing ring, characterized by a ring that can be positioned to the connection piece, the ring carrying a connector collar for seating a connector that closes an electric contact in the connection piece connected with the coupling piece.
Stimulation system for indicating stimulation signals to a user, provided with at least one heart beat sensor for converting measured heart beats into a signal, a processing circuit configured to process the measured heart beat signals, a user interface configured to indicate stimulation signals to the user, wherein the processing circuit is configured to calculate intervals between the detected heart beats and register a predetermined number of successive intervals and predict a time interval between a detected heart beat and a predicted future heart beat based on the registered intervals, characterised in that the processing circuit is configured to instruct the user interface to indicate a stimulation signal to the user non-simultaneously with the predicted future heart beat at the end of the predicted time interval so as to change the heart rate and/or heart coherence of the user, wherein the processing circuit is configured to instruct the user interface to indicate the stimulation signal just before the predicted future heart beat, when it is intended to excite the user, and the processing circuit is configured to instruct the user interface to indicate the stimulation signal just after the predicted future heart beat, when it is intended to relax the user.
An absorbent article comprising a body portion that includes a liquid permeable topsheet, a liquid impermeable backsheet, an absorbent core positioned between the backsheet and the topsheet, and optionally a release liner with a release agent coated onto a surface thereof, wherein the absorbent article comprises a water-dispersible elastic film comprising: at least one water-soluble polymer, wherein the water-soluble polymer is a vinyl alcohol polymer having a weight average molecular weight of from 10,000 to 150,000 grams per mole and a number average molecular weight of from 1,000 to 80,000 grams per mole; at least one plasticizer, wherein the weight ratio of the water-soluble polymer to the plasticizer is from 1 to 50; and at least one thermoplastic polyurethane synthesized from at least one polyol and at least one organic diisocyanate, wherein the weight ratio of the water-soluble polymer to the thermoplastic polyurethane is from 0.01 to 3.0. at least one water-soluble polymer, wherein the water-soluble polymer is a vinyl alcohol polymer having a weight average molecular weight of from 10,000 to 150,000 grams per mole and a number average molecular weight of from 1,000 to 80,000 grams per mole; at least one plasticizer, wherein the weight ratio of the water-soluble polymer to the plasticizer is from 1 to 50; and at least one thermoplastic polyurethane synthesized from at least one polyol and at least one organic diisocyanate, wherein the weight ratio of the water-soluble polymer to the thermoplastic polyurethane is from 0.01 to 3.0.
Connecting rod having a hydraulic valve arranged in a valve-receiving bore of the connecting rod, with a hydraulic fluid, in particular for switching an actuating piston (31, 32) in the connecting rod for a variable compression of an internal combustion engine, comprising a valve housing which has a first working port and a second working port and also a supply port to which a hydraulic pressure of the hydraulic fluid can be applied, with the result that a movable piston arranged in the valve housing is displaceable against the force of a preloaded spring, wherein the working ports (A1, A2) are provided so as to be sealed with respect to the supply port and/or with respect to the atmosphere by means of sealing elements (48, 49, 51, 52) arranged in peripheral ring grooves (80, 81, 82, 83), characterized in that the sealing elements (48, 49, 51, 52) are provided as sealing rings which are designed to be deformable, or at least movable, in their sealing seat in such a way that the sealing elements (48, 49, 51, 52) can be brought, by means of the hydraulic pressure prevailing at the respective working port (A1, A2), into sealing contact with a wall of the valve-receiving bore and with a lateral surface of the ring grooves (80, 81, 82, 83) that faces away from the respective working port (A1, A2), and the hydraulic valve is provided so as to be mechanically decoupled from the connecting rod.
A system for characterizing tissue of a subject, comprising: one or more processors; and Memory having instructions stored thereon, the instructions, when executed by the one or more processors, cause the system to: receive a time series of fluorescence images of the tissue of the subject, wherein the images define a plurality of calculation regions; generate a plurality of time-intensity curves for the plurality of calculation regions; create a set of parameter values for each calculation region, wherein the parameter values are created by quantifying durations of respective phases of at least a portion of the time-intensity curve; generate a set of numeric ranks for the parameter values for each calculation region by comparing the sets of parameter values for the plurality of calculation regions; generate a total rank value for each calculation region by (i) summing the set of numeric ranks for each calculation region, or (ii) mapping a set of numeric metrics for each calculation region with a hash function; and convert the total rank values for the calculation regions into a ranking map image visualizing the spatial distribution of total rank values across the calculation regions. receive a time series of fluorescence images of the tissue of the subject, wherein the images define a plurality of calculation regions; generate a plurality of time-intensity curves for the plurality of calculation regions; create a set of parameter values for each calculation region, wherein the parameter values are created by quantifying durations of respective phases of at least a portion of the time-intensity curve; generate a set of numeric ranks for the parameter values for each calculation region by comparing the sets of parameter values for the plurality of calculation regions; generate a total rank value for each calculation region by (i) summing the set of numeric ranks for each calculation region, or (ii) mapping a set of numeric metrics for each calculation region with a hash function; and convert the total rank values for the calculation regions into a ranking map image visualizing the spatial distribution of total rank values across the calculation regions.
A polyamide resin composition comprising a polyamide resin and a property imparting component, the composition being: a polyamide resin composition which comprises as the property imparting component 50 to less than 100 parts by volume of flake graphite, 5 to less than 40 parts by volume of carbon fibers and 0.1 to 5 parts by volume of a polyhydric alcohol, relative to 100 parts by volume of the polyamide resin; a polyamide resin composition which comprises the polyamide resin which is a polyamide resin comprising dicarboxylic acid units (x) and diamine units (y) as constitutional units, and the property imparting component which is at least one member selected from the group consisting of a metal oxide, a nitrogen compound, and a silicon compound, wherein the dicarboxylic acid units (x) of the polyamide resin are oxalic acid in an amount of 70 mol% or more, based on the total dicarboxylic acid units of the polyamide resin; or a polyamide resin composition which comprises the polyamide resin and metal oxide particles as the property imparting component, wherein the metal oxide particles contain those having a particle size of 70 μm or more in an amount of 10 to 50% by mass and those having a particle size of 20 μm or less in an amount of 1 to 50% by mass, based on the total mass of the metal oxide particles, wherein the metal oxide particles are contained in an amount of 70 to 85% by mass, based on the mass of the polyamide resin composition. a polyamide resin composition which comprises as the property imparting component 50 to less than 100 parts by volume of flake graphite, 5 to less than 40 parts by volume of carbon fibers and 0.1 to 5 parts by volume of a polyhydric alcohol, relative to 100 parts by volume of the polyamide resin; a polyamide resin composition which comprises the polyamide resin which is a polyamide resin comprising dicarboxylic acid units (x) and diamine units (y) as constitutional units, and the property imparting component which is at least one member selected from the group consisting of a metal oxide, a nitrogen compound, and a silicon compound, wherein the dicarboxylic acid units (x) of the polyamide resin are oxalic acid in an amount of 70 mol% or more, based on the total dicarboxylic acid units of the polyamide resin; or a polyamide resin composition which comprises the polyamide resin and metal oxide particles as the property imparting component, wherein the metal oxide particles contain those having a particle size of 70 μm or more in an amount of 10 to 50% by mass and those having a particle size of 20 μm or less in an amount of 1 to 50% by mass, based on the total mass of the metal oxide particles, wherein the metal oxide particles are contained in an amount of 70 to 85% by mass, based on the mass of the polyamide resin composition.
Assembly for spray boom of an agricultural spraying system comprising: - a first structural element (10.1), - a second structural element (10.2), one among the first structural element (10.1) and the second structural element (10.2) comprising a sheath extending about a first extension axis, the other among the first structural element (10.1) and the second structural element (10.2) comprising a shaft extending along a second extension axis, the shaft being surrounded by the sheath and pivotably mounted in the sheath about the second extension axis, - an anti-whipping device (10.3) designed to cushion a whipping of the first structural element (10.1) and of the second structural element (10.2) with respect to one another, the assembly being characterized in that the anti-whipping device (10.3) is mounted inside the sheath, between the shaft and the sheath. - a first structural element (10.1), - a second structural element (10.2), one among the first structural element (10.1) and the second structural element (10.2) comprising a sheath extending about a first extension axis, the other among the first structural element (10.1) and the second structural element (10.2) comprising a shaft extending along a second extension axis, the shaft being surrounded by the sheath and pivotably mounted in the sheath about the second extension axis, - an anti-whipping device (10.3) designed to cushion a whipping of the first structural element (10.1) and of the second structural element (10.2) with respect to one another, the assembly being characterized in that the anti-whipping device (10.3) is mounted inside the sheath, between the shaft and the sheath.
Calibration method for a group of reflectors for concentrating solar radiation onto a radiation receiver, comprising the following method steps: A) aligning the reflectors so that a calibration surface is at least partly acted upon by solar radiation reflected by the reflectors; B) generating a change in the intensity distribution of the radiation incident on the calibration surface by execution of a movement pattern by each reflector of the group, wherein the movement pattern of each reflector, in at least one specified movement pattern parameter from the group - frequency of the movement, - amplitude of the movement, - phase position of the movement, - path of the solar radiation reflected by the reflector within the calibration surface, differs from the movement pattern parameters of the other reflectors; C) recording series of image points for a plurality of location points at different locations on the calibration surface by means of at least one camera, each image point series having at least five image point recordings staggered in time; D) establishing a spectrum for each image point series by transformation of the image point series into the frequency domain; E) assigning a sub-set of spectra to the reflectors in dependence upon the movement pattern parameter of the reflector; F) determining at least one reflection target position for each reflector in dependence upon at least the sub-set of spectra assigned to the reflector. A) aligning the reflectors so that a calibration surface is at least partly acted upon by solar radiation reflected by the reflectors; B) generating a change in the intensity distribution of the radiation incident on the calibration surface by execution of a movement pattern by each reflector of the group, wherein the movement pattern of each reflector, in at least one specified movement pattern parameter from the group - frequency of the movement, - amplitude of the movement, - phase position of the movement, - path of the solar radiation reflected by the reflector within the calibration surface, differs from the movement pattern parameters of the other reflectors; - frequency of the movement, - amplitude of the movement, - phase position of the movement, - path of the solar radiation reflected by the reflector within the calibration surface, differs from the movement pattern parameters of the other reflectors; C) recording series of image points for a plurality of location points at different locations on the calibration surface by means of at least one camera, each image point series having at least five image point recordings staggered in time; D) establishing a spectrum for each image point series by transformation of the image point series into the frequency domain; E) assigning a sub-set of spectra to the reflectors in dependence upon the movement pattern parameter of the reflector; F) determining at least one reflection target position for each reflector in dependence upon at least the sub-set of spectra assigned to the reflector.
A method of monitoring a gas turbine system, comprising: selecting a binder to monitor temperature by emitting an indicator within a temperature range determined to permit subjecting a substrate in the system to high temperature operation up to less than a critical turbine substrate deterioration temperature combining the indicator and the binder; and applying the combined indicator and binder to the substrate to form the monitoring deposit, wherein the binder releases the indicator into an exhaust gas stream when the system operating temperature reaches a melting point of the binder. selecting a binder to monitor temperature by emitting an indicator within a temperature range determined to permit subjecting a substrate in the system to high temperature operation up to less than a critical turbine substrate deterioration temperature combining the indicator and the binder; and applying the combined indicator and binder to the substrate to form the monitoring deposit, wherein the binder releases the indicator into an exhaust gas stream when the system operating temperature reaches a melting point of the binder.
A bearing system comprising: an outer race that extends around a central axis, an inner race that extends around and rotates in a first direction about the central axis relative to the outer race and spaced apart radially from the outer race to define a bearing cavity therebetween, a plurality of internal rotating components arranged radially between the inner race and the outer race to engage the inner race and the outer race, and a lubrication system configured to provide lubrication to the plurality of internal rotating components during rotation of the inner race, the lubrication system including a side-jet injector located in spaced-apart relation to the outer race in a fixed position relative to the outer race and configured to inject a stream of lubrication from an outlet formed in the side-jet injector in an axial direction toward the plurality of internal rotating components, and a windage barrier (44, 244, 344) located adjacent to the outlet of the side-jet injector; characterised in that the windage barrier is in a fixed position relative to the side-jet injector and the outer race upstream from the outlet and configured to establish a zone of stagnant fluid downstream of the windage barrier (44, 244, 344) such that the stream moves through the zone of stagnant fluid from the outlet to the plurality of rotating components. an outer race that extends around a central axis, an inner race that extends around and rotates in a first direction about the central axis relative to the outer race and spaced apart radially from the outer race to define a bearing cavity therebetween, a plurality of internal rotating components arranged radially between the inner race and the outer race to engage the inner race and the outer race, and a lubrication system configured to provide lubrication to the plurality of internal rotating components during rotation of the inner race, the lubrication system including a side-jet injector located in spaced-apart relation to the outer race in a fixed position relative to the outer race and configured to inject a stream of lubrication from an outlet formed in the side-jet injector in an axial direction toward the plurality of internal rotating components, and a windage barrier (44, 244, 344) located adjacent to the outlet of the side-jet injector; characterised in that the windage barrier is in a fixed position relative to the side-jet injector and the outer race upstream from the outlet and configured to establish a zone of stagnant fluid downstream of the windage barrier (44, 244, 344) such that the stream moves through the zone of stagnant fluid from the outlet to the plurality of rotating components.
Method of fabricating an external timepiece element in which at least one decoration is inserted, characterized in that the method includes the following series of steps: a) taking a decoration formed of anterior and posterior parts respectively intended to emerge from the external element and to serve as a means of anchoring said decoration in said external timepiece element, b) taking a master mould made in the dimensions of the external element, said master mould having a hollow pattern cavity and matching the dimensions of the anterior part of the decoration (Figures 1 and 2), c) the decoration is placed in the master mould, the anterior part of the decoration filling the pattern cavity made in the master mould, d) the master mould is filled by the galvanic deposition of a metal to obtain the required external element, and e) the external element obtained is removed from the master mould. a) taking a decoration formed of anterior and posterior parts respectively intended to emerge from the external element and to serve as a means of anchoring said decoration in said external timepiece element, b) taking a master mould made in the dimensions of the external element, said master mould having a hollow pattern cavity and matching the dimensions of the anterior part of the decoration (Figures 1 and 2), c) the decoration is placed in the master mould, the anterior part of the decoration filling the pattern cavity made in the master mould, d) the master mould is filled by the galvanic deposition of a metal to obtain the required external element, and e) the external element obtained is removed from the master mould.
A pharmaceutical composition comprising a recombinant chimeric protein having amino acid sequences from at least, CD55 and CD59; or a nucleic acid encoding the recombinant chimeric protein, wherein the order of the sequences comprising the recombinant chimeric protein are CD55 and CD59, wherein the amino acid sequences from the CD59 protein are C-terminal to the amino acid sequences of the CD55 protein.