mhurhangee/ep-ind-claims huggingface dataset:
Clamp for fastening an elongate element to a carrier, in particular the carrier of a work apparatus, wherein the clamp has a first receiving region for the carrier and a second receiving region for the elongate element, wherein the clamp has a first front end and a second front end, a peripheral wall extending therebetween, wherein the first receiving region is delimited by a first wall section of the peripheral wall, wherein the second receiving region is delimited by a second wall section of the peripheral wall, wherein the first wall section and the second wall section are mutually contiguous at two connecting locations (63, 64), wherein the first receiving region and the second receiving region between the connecting locations (63, 64) are connected to one another and conjointly form a single receiving space, wherein the peripheral wall in the closed state of the clamp extends in a fully encircling manner about the receiving space, and wherein one of the wall sections (61, 62) has two partial wall sections (65, 66), the ends (21, 22) thereof forming a closure for releasably connecting the partial wall sections (65, 66), characterized in that the first end of the first partial wall section has a rib, in that the second end of the second partial wall section has a groove, and in that the rib in the closed state of the clamp engages in the groove such that a movement of the first end of the first partial wall section of the clamp in relation to the second end of the second partial wall section of the clamp in the direction from the one front end (25, 26) to the other front end (25, 26) is delimited.
Crystalline form "A" of a compound represented by formula, wherein an X-ray powder diffraction pattern of the crystalline form "A" using Cu-Kα radiation with λ=1.54056Å has characteristic diffraction peaks at the following 2Θ angles: 3.52±0.20°, 6.04±0.20°, and 18.21±0.20°
A vacuum system comprising a vacuum pump, an electric motor for driving the vacuum pump, a cooling arrangement for cooling the vacuum system and a control for controlling the power and/or torque generated by the electric motor in response to pumping requirements of the vacuum pump, wherein the control is arranged to control the magnetic flux generated in the electric motor and the value of cooling applied by the cooling arrangement dependent on the values of flux, cooling and power and/or torque, and wherein the value of cooling applied by the cooling arrangement is dependent on a sensor of a temperature of the system.
A system for selecting a meniscus prosthetic device for a patient from a library of available meniscus prosthetic devices, the system comprising: a plurality of trial prosthetic devices (400, 480), each trial prosthetic device having a profile corresponding to one of the available meniscus prosthetic devices of the library, and each trial prosthetic device comprising one or more pressure sensors for measuring a load imparted on the trial prosthetic device such that the measured load imparted on the trial prosthetic device provides a pressure distribution across the trial prosthetic device suitable for evaluating the suitability of the corresponding available meniscus prosthetic device of the library for the patient; characterised in that the system further comprises a computer system (502, 514) configured to compare an evaluation of a first trial prosthetic device of the plurality of trial prosthetic devices to an evaluation of a second trial prosthetic device of the plurality of trial prosthetic devices on a regional basis, wherein each of the regions is weighted based on importance. a plurality of trial prosthetic devices (400, 480), each trial prosthetic device having a profile corresponding to one of the available meniscus prosthetic devices of the library, and each trial prosthetic device comprising one or more pressure sensors for measuring a load imparted on the trial prosthetic device such that the measured load imparted on the trial prosthetic device provides a pressure distribution across the trial prosthetic device suitable for evaluating the suitability of the corresponding available meniscus prosthetic device of the library for the patient; characterised in that the system further comprises a computer system (502, 514) configured to compare an evaluation of a first trial prosthetic device of the plurality of trial prosthetic devices to an evaluation of a second trial prosthetic device of the plurality of trial prosthetic devices on a regional basis, wherein each of the regions is weighted based on importance.
A flexible joint, comprising: a housing, an extension tube disposed at least partially within the housing, wherein the extension tube comprises a substantially frustoconical upper profile; a compression bearing comprising: a transition shim having an upper surface and a lower surface, wherein the upper surface of the transition shim is substantially flat when compared to the lower surface at any selected section of the transition shim surface, wherein the lower surface is correspondingly radiused at that same selected section; and at least one flexible element bonded to the lower surface of the transition shim; and characterized in that the flexible joint further comprises: an inner bonding material bonded to each of the extension tube and the upper surface of the transition shim of the compression bearing, wherein the upper surface of the transition shim is bonded to a surface of the frustoconical upper profile of the extension tube; and wherein the compression bearing is bonded to an inner surface of the housing. a housing, an extension tube disposed at least partially within the housing, wherein the extension tube comprises a substantially frustoconical upper profile; a compression bearing comprising: a transition shim having an upper surface and a lower surface, wherein the upper surface of the transition shim is substantially flat when compared to the lower surface at any selected section of the transition shim surface, wherein the lower surface is correspondingly radiused at that same selected section; and at least one flexible element bonded to the lower surface of the transition shim; and characterized in that the flexible joint further comprises: an inner bonding material bonded to each of the extension tube and the upper surface of the transition shim of the compression bearing, wherein the upper surface of the transition shim is bonded to a surface of the frustoconical upper profile of the extension tube; and wherein the compression bearing is bonded to an inner surface of the housing. a transition shim having an upper surface and a lower surface, wherein the upper surface of the transition shim is substantially flat when compared to the lower surface at any selected section of the transition shim surface, wherein the lower surface is correspondingly radiused at that same selected section; and at least one flexible element bonded to the lower surface of the transition shim; and characterized in that the flexible joint further comprises: an inner bonding material bonded to each of the extension tube and the upper surface of the transition shim of the compression bearing, wherein the upper surface of the transition shim is bonded to a surface of the frustoconical upper profile of the extension tube; and wherein the compression bearing is bonded to an inner surface of the housing. an inner bonding material bonded to each of the extension tube and the upper surface of the transition shim of the compression bearing, wherein the upper surface of the transition shim is bonded to a surface of the frustoconical upper profile of the extension tube; and wherein the compression bearing is bonded to an inner surface of the housing.
A method of manufacturing a toilet bowl treatment composition dispensing device comprising: providing a hanger including, an elongate body portion having a first end and a second end, a hook portion the first end for suspending the hanger from a rim of said toilet bowl, and a block supporting portion at the second end, the block supporting portion having at least one finger for receiving a treatment composition block and projecting from a planar portion of the supporting portion; the hook portion and the at least one finger project from opposite longitudinal sides of the body portion; and inserting said at least one finger into a surface of said treatment composition block. providing a hanger including, an elongate body portion having a first end and a second end, a hook portion the first end for suspending the hanger from a rim of said toilet bowl, and a block supporting portion at the second end, the block supporting portion having at least one finger for receiving a treatment composition block and projecting from a planar portion of the supporting portion; the hook portion and the at least one finger project from opposite longitudinal sides of the body portion; and inserting said at least one finger into a surface of said treatment composition block.
Method for preparing a catalyst for the selective hydrogenation of polyunsaturated hydrocarbon fractions comprising a bimetallic active phase based on a first nickel metal element, in a proportion of 1 and 30% by weight of nickel element relative to the total weight of the catalyst, and a second copper metal element, in a proportion of 0.5 to 15% by weight of copper element relative to the total weight of the catalyst, the molar ratio between the copper and the nickel being less than 1, and a support comprising at least one refractory oxide chosen from silica, alumina and silica-alumina, said method comprising the following steps: a) a step of placing the support in contact with at least one solution containing at least one nickel precursor is carried out; b) a step of placing the support in contact with at least one aqueous solution containing at least one copper precursor at least partially in the dissolved state is carried out by impregnation; the steps a) and b) being carried out separately in any order; c) at least one step of drying the catalyst precursor at the end of step a) and b), or b) and a), at a temperature less than 250°C is carried out; d) the catalyst precursor obtained at the end of step c) is supplied to a reactor for the selective hydrogenation of polyunsaturated hydrocarbon fractions, and a reduction step is carried out by placing said precursor in contact with a reducing gas at a temperature less than 200°C for a period greater than or equal to 5 minutes and less than 2 hours. a) a step of placing the support in contact with at least one solution containing at least one nickel precursor is carried out; b) a step of placing the support in contact with at least one aqueous solution containing at least one copper precursor at least partially in the dissolved state is carried out by impregnation; the steps a) and b) being carried out separately in any order; c) at least one step of drying the catalyst precursor at the end of step a) and b), or b) and a), at a temperature less than 250°C is carried out; d) the catalyst precursor obtained at the end of step c) is supplied to a reactor for the selective hydrogenation of polyunsaturated hydrocarbon fractions, and a reduction step is carried out by placing said precursor in contact with a reducing gas at a temperature less than 200°C for a period greater than or equal to 5 minutes and less than 2 hours.
A battery-powered roller shade comprising: a housing that is configured to be mounted to a structure; a shade assembly that is supported by the housing, wherein the shade assembly includes a roller tube and a shade fabric that is operable between a raised position and a lowered position by rotating the shade fabric about a longitudinal axis of the roller tube; and a battery compartment that is pivotally supported by the housing along a first pivot axis that extends parallel to the longitudinal axis of the roller tube, wherein the battery compartment is operable between a closed position and an opened position by pivoting the battery compartment about the first pivot axis, such that one or more batteries held by the battery compartment are accessible along a direction that is normal to the longitudinal axis of the roller tube when the battery compartment is in the opened position, wherein the battery compartment is arranged to pivot about the first pivot axis, such that at least a portion of the battery compartment rotates away from the structure that the roller tube is mounted to when the battery compartment is operated from the closed position to the opened position. a housing that is configured to be mounted to a structure; a shade assembly that is supported by the housing, wherein the shade assembly includes a roller tube and a shade fabric that is operable between a raised position and a lowered position by rotating the shade fabric about a longitudinal axis of the roller tube; and a battery compartment that is pivotally supported by the housing along a first pivot axis that extends parallel to the longitudinal axis of the roller tube, wherein the battery compartment is operable between a closed position and an opened position by pivoting the battery compartment about the first pivot axis, such that one or more batteries held by the battery compartment are accessible along a direction that is normal to the longitudinal axis of the roller tube when the battery compartment is in the opened position, wherein the battery compartment is arranged to pivot about the first pivot axis, such that at least a portion of the battery compartment rotates away from the structure that the roller tube is mounted to when the battery compartment is operated from the closed position to the opened position.
A quick connector, comprising a coupling body and a multifunctional part, wherein the multifunctional part has a retainer and an indicator, wherein the coupling body comprises a head section at one end and a plug section at the other end, wherein the plug section is designed for plugging on or plugging in a first tube, wherein the head section has an axial opening for introducing a counter-piece with a circumferential collar, wherein the head section comprises at least one radial opening for inserting the multifunctional part, wherein the multifunctional part has a back for manual activation for purposes of insertion into the coupling body, wherein the retainer comprises two retainer legs, wherein the indicator has two indicator legs, wherein the indicator legs can be moved independently of the retainer legs during insertion of the circumferential collar, wherein the indicator legs and the coupling body are designed in such a way that the indicator can be transferred from a partially inserted preassembly position into a completely inserted assembly position by the movement of the indicator legs caused by the circumferential collar, wherein the multifunctional part has two safety arms for securing the multifunctional part in the coupling body, characterized in that the retainer legs are designed in such a way as to be spread apart when the retainer is located inside of the coupling body and the circumferential collar of the counter-piece contacts the retainer legs in the direction of introduction of the counter piece. wherein the multifunctional part has a back for manual activation for purposes of insertion into the coupling body, wherein the retainer comprises two retainer legs, wherein the indicator has two indicator legs, wherein the indicator legs can be moved independently of the retainer legs during insertion of the circumferential collar, wherein the indicator legs and the coupling body are designed in such a way that the indicator can be transferred from a partially inserted preassembly position into a completely inserted assembly position by the movement of the indicator legs caused by the circumferential collar, wherein the multifunctional part has two safety arms for securing the multifunctional part in the coupling body, characterized in that the retainer legs are designed in such a way as to be spread apart when the retainer is located inside of the coupling body and the circumferential collar of the counter-piece contacts the retainer legs in the direction of introduction of the counter piece.
An expressed joint panelized cladding system comprising: a plurality of low density nailable fibre cement battens securable to a building structure, wherein each low density nailable fibre cement batten is in simple strip form comprising a flat frame structure engaging surface and an integrally formed finish ready flat panel supporting surface; and at least two fibre cement cladding panels, wherein the at least two fibre cement cladding panels are securable directly to or through one or more of the plurality of low density nailable fibre cement battens, such that the at least two fibre cement cladding panels are spaced apart from each other on the one or more of the plurality of low density nailable fibre cement battens to form a gap between the at least two fibre cement cladding panels and wherein the exposed surface of said finish ready panel supporting surface within the gap of the or each low density nailable fibre cement batten forms an external recessed surface of an expressed joint. a plurality of low density nailable fibre cement battens securable to a building structure, wherein each low density nailable fibre cement batten is in simple strip form comprising a flat frame structure engaging surface and an integrally formed finish ready flat panel supporting surface; and at least two fibre cement cladding panels, wherein the at least two fibre cement cladding panels are securable directly to or through one or more of the plurality of low density nailable fibre cement battens, such that the at least two fibre cement cladding panels are spaced apart from each other on the one or more of the plurality of low density nailable fibre cement battens to form a gap between the at least two fibre cement cladding panels and wherein the exposed surface of said finish ready panel supporting surface within the gap of the or each low density nailable fibre cement batten forms an external recessed surface of an expressed joint.
A method of attenuating noise comprising: identifying a location in an area at which sound emitted from one or more speakers has acoustic characteristics that are substantially similar in measure to corresponding acoustic characteristics of the emitted sound at a location in the area near an ear of an occupant of the area, the identifying comprising: computing a first transfer function for the sound emitted from the one or more speakers at a first location near the ear of an occupant of the area; computing a second transfer function for the sound emitted from the one or more speakers at a second location in the area spatially separated from the first location near the ear; comparing the first transfer function to the second transfer function; and identifying the second location as a candidate for the identified location at which to place the microphone if the second transfer function is substantially similar in measure to the first transfer function; placing a microphone at the identified second location; and generating, in response to sound detected by the microphone, a noise-canceling audio signal adapted to attenuate one or more frequencies in the sound detected by the microphone. identifying a location in an area at which sound emitted from one or more speakers has acoustic characteristics that are substantially similar in measure to corresponding acoustic characteristics of the emitted sound at a location in the area near an ear of an occupant of the area, the identifying comprising: computing a first transfer function for the sound emitted from the one or more speakers at a first location near the ear of an occupant of the area; computing a second transfer function for the sound emitted from the one or more speakers at a second location in the area spatially separated from the first location near the ear; comparing the first transfer function to the second transfer function; and identifying the second location as a candidate for the identified location at which to place the microphone if the second transfer function is substantially similar in measure to the first transfer function; computing a first transfer function for the sound emitted from the one or more speakers at a first location near the ear of an occupant of the area; computing a second transfer function for the sound emitted from the one or more speakers at a second location in the area spatially separated from the first location near the ear; comparing the first transfer function to the second transfer function; and identifying the second location as a candidate for the identified location at which to place the microphone if the second transfer function is substantially similar in measure to the first transfer function; placing a microphone at the identified second location; and generating, in response to sound detected by the microphone, a noise-canceling audio signal adapted to attenuate one or more frequencies in the sound detected by the microphone.
A method for measuring spatial points by means of a laser scanner, having the steps • scanning a plurality of spatial points of an object (2, 2'), • ascertaining coordinates (r, Θ, φ) of the respective spatial point, wherein the laser scanner forms the coordinate origin and the coordinates comprise a distance (r) and two angles (Θ, φ), • defining a two-dimensional vicinity around a central spatial point, having. ▪ at least two spatial points, the first angle coordinate (Θ) of which in a defined angle space is adjacent to that of the central spatial point, and • at least two spatial points, the second angle coordinate (φ) of which in a defined angle space is adjacent to that of the central spatial point, • aggregating coordinates (r, Θ, φ) of the spatial points in the defined vicinity, and • replacing coordinates (r, Θ, φ) of the central spatial point by the aggregation of coordinates (r, Θ, φ) of the spatial points in the defined vicinity, characterized in that • the spatial points are scanned by the laser scanner in at least three region segments (N', N", N''', N"", N'"") having the scanning step size of a first angle (Θ); and • while using these region segments (N', N", N'''), a vicinity is defined, wherein at least those region segments (N', N", N'", N"", N'""), which are less than or equal to two scanning step sizes of a second angle (φ) around the central spatial point are considered to be adjacent to the central spatial point. • scanning a plurality of spatial points of an object (2, 2'), • ascertaining coordinates (r, Θ, φ) of the respective spatial point, wherein the laser scanner forms the coordinate origin and the coordinates comprise a distance (r) and two angles (Θ, φ), • defining a two-dimensional vicinity around a central spatial point, having. ▪ at least two spatial points, the first angle coordinate (Θ) of which in a defined angle space is adjacent to that of the central spatial point, and • at least two spatial points, the second angle coordinate (φ) of which in a defined angle space is adjacent to that of the central spatial point, ▪ at least two spatial points, the first angle coordinate (Θ) of which in a defined angle space is adjacent to that of the central spatial point, and • at least two spatial points, the second angle coordinate (φ) of which in a defined angle space is adjacent to that of the central spatial point, • aggregating coordinates (r, Θ, φ) of the spatial points in the defined vicinity, and • replacing coordinates (r, Θ, φ) of the central spatial point by the aggregation of coordinates (r, Θ, φ) of the spatial points in the defined vicinity, • the spatial points are scanned by the laser scanner in at least three region segments (N', N", N''', N"", N'"") having the scanning step size of a first angle (Θ); and • while using these region segments (N', N", N'''), a vicinity is defined, wherein at least those region segments (N', N", N'", N"", N'""), which are less than or equal to two scanning step sizes of a second angle (φ) around the central spatial point are considered to be adjacent to the central spatial point.