mhurhangee/ep-ind-claims huggingface dataset:
A method of processing a bast-fibre material comprising a woody part, cellulose and incrusting substances to give elementary fibres, the method comprising the steps of: a. Feeding a raw bast-fibre material into a bale-breaker with loosener and into a metering system; b. Biochemically treating the raw material; c. Providing a liquid medium and processing the biochemically treated raw material in the liquid medium using a high voltage pulse electric discharge in chambers; d. Rinsing the product from step (c) with emulsifying reagents; e. Washing and pressing the product from step (d) followed by loosening, final drying and fine loosening to give elementary fibres which retain the length, diameter and ordered crystalline structure of the cellulose in the bast-fibre material; characterised in that the raw bast-fibre material is an intermediate product of a bast-fibre material after biological treatment without mechanical scutching. a. Feeding a raw bast-fibre material into a bale-breaker with loosener and into a metering system; b. Biochemically treating the raw material; c. Providing a liquid medium and processing the biochemically treated raw material in the liquid medium using a high voltage pulse electric discharge in chambers; d. Rinsing the product from step (c) with emulsifying reagents; e. Washing and pressing the product from step (d) followed by loosening, final drying and fine loosening to give elementary fibres which retain the length, diameter and ordered crystalline structure of the cellulose in the bast-fibre material; characterised in that the raw bast-fibre material is an intermediate product of a bast-fibre material after biological treatment without mechanical scutching.
A composition comprising, as an active ingredient, a fermented ginseng berry Pleurotus ferulae product obtained by fermenting a ginseng berry extract with Pleurotus ferulae, or an extract of a fermented ginseng berry Pleurotus ferulae product, obtained by fermenting a ginseng berry extract with Pleurotus ferulae.
A crystalline form of 4-( -2-{[6-( -3-methoxy-pyrrolidin-1-yl)-2-phenyl-pyrimidine-4-carbonyl]-amino}-3-phosphono-propionyl)-piperazine-1-carboxylic acid butyl ester hydrochloride, characterized by the presence of peaks in the X-ray powder diffraction diagram at the following angles of refraction 2θ: 4.0°, 5.0°, and 15.3°.
A butterfly valve comprising: a housing having a flow path therethrough; a valve plate located in the flow path; and a shaft connected to the valve plate, wherein the valve plate is configured and arranged to be rotated by the shaft so as to selectively allow and prevent fluid flow through the flow path, characterised by: a passage, within the housing, with distal ends extending from the flow path on one side of the valve plate to the flow path on another side of the valve plate so as to provide an alternative flow path that bypasses the valve plate; a cavity between distal ends of the passage; and a valve head, in the cavity, configured and arranged to be movable within the cavity between a closed position in which the distal ends of the passage are fluidly disconnected through the passage and an open position in which the distal ends of the passage are fluidly connected through the passage. a housing having a flow path therethrough; a valve plate located in the flow path; and a shaft connected to the valve plate, a passage, within the housing, with distal ends extending from the flow path on one side of the valve plate to the flow path on another side of the valve plate so as to provide an alternative flow path that bypasses the valve plate; a cavity between distal ends of the passage; and a valve head, in the cavity, configured and arranged to be movable within the cavity between a closed position in which the distal ends of the passage are fluidly disconnected through the passage and an open position in which the distal ends of the passage are fluidly connected through the passage. a valve head, in the cavity, configured and arranged to be movable within the cavity between a closed position in which the distal ends of the passage are fluidly disconnected through the passage and an open position in which the distal ends of the passage are fluidly connected through the passage.
A direct compressed pharmaceutical tablet comprising a DPP-IV inhibitor which is -1-[(3-hydroxy-1-adamantyl)amino]acetyl-2-cyanopyrrolidine in free form or in acid addition salt form, wherein the tablet comprises a combination of lactose and microcrystalline cellulose as diluents.
An exhaust gas apparatus, comprising an exhaust gas pipe (28; 78) having at one end portion an upstream opened end connected to a sound deadening device positioned at an upstream side of the exhaust gas pipe (28; 78) in the discharging direction of exhaust gas discharged from an internal combustion engine, and at the other end portion a downstream opened end (28b; 78b) through which the exhaust gas is discharged to the atmosphere, characterized in that a plate (41; 51) formed with an opened portion and a closed portion closing the cross section of the exhaust gas pipe (28; 78) is provided at the downstream opened end (28b; 78b) in perpendicular relationship with the axial direction of the exhaust gas pipe (28; 78), and the exhaust gas pipe (28; 78) is formed at its peripheral wall with a through bore (28e; 78d, 78e) axially inwardly spaced apart from the plate (41; 51) by a predetermined distance having a predetermined ratio with respect to the inner diameter of the exhaust gas pipe (28; 78), passing through the peripheral wall of the exhaust gas pipe (28; 78).
Belt strap for a safety belt device of a motor vehicle, comprising - at least one cavity for receiving electronic components and/or leads, - the cavity being formed by two fabric layers (6, 7) which are interconnected in the outer edge portions (3, 4) by one or more binding threads which extend in parallel with the longitudinal direction of the belt strap, and - the fabric layers (6, 7) being formed by a plurality of warp threads and weft threads, characterized in that - the warp threads are connected to the weft threads in a 5/1/1 weave. - at least one cavity for receiving electronic components and/or leads, - the cavity being formed by two fabric layers (6, 7) which are interconnected in the outer edge portions (3, 4) by one or more binding threads which extend in parallel with the longitudinal direction of the belt strap, and - the fabric layers (6, 7) being formed by a plurality of warp threads and weft threads, - the warp threads are connected to the weft threads in a 5/1/1 weave.
A method for use in a server, the method comprising: reading a plurality of visual image data records associated with a plurality of visual images captured at a plurality of computer devices, each data record including a visual feature indication and a location indication, the visual feature indication indicating whether a visual image includes a visual feature, the location indication indicating a location at which the visual image was captured; counting a number of times the visual feature is indicated by the visual feature indications in the visual image data records for visual image data records indicating locations within the same location area, for producing an aggregate count, ratio, or percentage of visual features identified within the same location area; repeating the counting and producing for a plurality of location areas; and mapping the aggregate counts, ratios, or percentages to location area indications corresponding to the location areas; the method further including producing an additional visual feature indication indicating whether the visual image includes an additional visual feature; the additional visual feature indication including a count of how many times the additional visual feature has been identified in the visual image. reading a plurality of visual image data records associated with a plurality of visual images captured at a plurality of computer devices, each data record including a visual feature indication and a location indication, the visual feature indication indicating whether a visual image includes a visual feature, the location indication indicating a location at which the visual image was captured; counting a number of times the visual feature is indicated by the visual feature indications in the visual image data records for visual image data records indicating locations within the same location area, for producing an aggregate count, ratio, or percentage of visual features identified within the same location area; repeating the counting and producing for a plurality of location areas; and mapping the aggregate counts, ratios, or percentages to location area indications corresponding to the location areas; the method further including producing an additional visual feature indication indicating whether the visual image includes an additional visual feature; the additional visual feature indication including a count of how many times the additional visual feature has been identified in the visual image.
A housing unit for an electronic device, the housing unit comprising a heat sink for dissipating heat from the electronic device, and a plastic housing which comprises talc filled polypropylene material for connecting to the heat sink, characterized in that the housing unit further comprises at least one elastomer layer being provided between at least one part of the heat sink and at least one part of the plastic housing, the elastomer layer is adapted for preventing the plastic housing from receiving an expansion force of the heat sink, and the plastic housing and a heat sink sub-assembly, which comprises the heat sink and the at least one elastomer layer, are provided as a single piece. a heat sink for dissipating heat from the electronic device, and a plastic housing which comprises talc filled polypropylene material for connecting to the heat sink, the housing unit further comprises at least one elastomer layer being provided between at least one part of the heat sink and at least one part of the plastic housing, the elastomer layer is adapted for preventing the plastic housing from receiving an expansion force of the heat sink, and the plastic housing and a heat sink sub-assembly, which comprises the heat sink and the at least one elastomer layer, are provided as a single piece.
An apparatus comprising: an instrument manipulator assembly comprising a housing and a motor pack movably mounted in the housing, the motor pack comprising a plurality of drive units; a preload track; and a preload assembly configured to ride on the preload track and to couple to the instrument manipulator assembly, wherein if the preload assembly is positioned at a first location on the preload track, the preload assembly is configured to apply a force proportional to a first force to the instrument manipulator assembly; and wherein if the preload assembly is positioned at a second location on the preload track, the preload assembly is configured to apply a force proportional to a second force to the instrument manipulator assembly, wherein the second force is larger than the first force. an instrument manipulator assembly comprising a housing and a motor pack movably mounted in the housing, the motor pack comprising a plurality of drive units; a preload track; and a preload assembly configured to ride on the preload track and to couple to the instrument manipulator assembly, wherein if the preload assembly is positioned at a first location on the preload track, the preload assembly is configured to apply a force proportional to a first force to the instrument manipulator assembly; and wherein if the preload assembly is positioned at a second location on the preload track, the preload assembly is configured to apply a force proportional to a second force to the instrument manipulator assembly, wherein the second force is larger than the first force. wherein if the preload assembly is positioned at a first location on the preload track, the preload assembly is configured to apply a force proportional to a first force to the instrument manipulator assembly; and wherein if the preload assembly is positioned at a second location on the preload track, the preload assembly is configured to apply a force proportional to a second force to the instrument manipulator assembly, wherein the second force is larger than the first force.
Massage head, comprising a housing, a flexible massage element having a massage surface and a coupling element which can be drivingly connected to a drive element, wherein a plurality of massage members are provided which are arranged to be moveable in at least one direction from a first to a second position and which in the second position cooperate with the massage element for local deflection of the massage surface, and wherein the coupling element cooperates with the plurality of massage members in the driven state in such a way that the massage members are moved from the first into the second position at staggered times, characterized in that the massage members for translating back and forth between the first and the second position are each translationally guided along an axis of rotation and in that at least one massage member is additionally arranged to rotate about the axis of rotation, wherein the axis of rotation forms the translational guide of the at least one massage member and the coupling element has or forms a rotary drive for the rotating drive of the at least one massage member about the axis of rotation.
Root assembly of a wind turbine blade for a wind turbine, whereby (a) a root portion of the root assembly comprises a root segment, (b) a root attachment face of the root portion is attached to a bearing or a hub flange of the root assembly by means of multiple bolts, (c) each of the multiple bolts is connected to one of multiple bushings fixedly arranged within the at least one root segment such that the multiple bolts are arranged adjacent to each other along a circumference of the root portion, and the bushings are arranged adjacent to each other along the circumference of the root portion, and (d) adjacent bushings are offset from one another in a way such that adjacent bushings are provided at an axial distance (d A) from one another, the axial distance (d A) being measured in an axial direction from the root attachment face to the bushings and between centers of the adjacent bushings, whereby a quotient between the axial distance (d A) and a bushing diameter (d B) of the bushings is 2.5 or greater, characterized in that, the root segment has a first centerline (C 62) located in the center of a thickness (t) of the root segment measured along a radial direction of the root segment and extending along a circumferential direction of the root segment, the multiple bolts are arranged with their centers along a second centerline (C 10) extending along the circumferential direction of the root segment, and the second centerline (C 10) is offset from the first centerline (C 62). (a) a root portion of the root assembly comprises a root segment, (b) a root attachment face of the root portion is attached to a bearing or a hub flange of the root assembly by means of multiple bolts, (c) each of the multiple bolts is connected to one of multiple bushings fixedly arranged within the at least one root segment such that the multiple bolts are arranged adjacent to each other along a circumference of the root portion, and the bushings are arranged adjacent to each other along the circumference of the root portion, and (d) adjacent bushings are offset from one another in a way such that adjacent bushings are provided at an axial distance (d A) from one another, the axial distance (d A) being measured in an axial direction from the root attachment face to the bushings and between centers of the adjacent bushings, whereby a quotient between the axial distance (d A) and a bushing diameter (d B) of the bushings is 2.5 or greater, characterized in that, the root segment has a first centerline (C 62) located in the center of a thickness (t) of the root segment measured along a radial direction of the root segment and extending along a circumferential direction of the root segment, the multiple bolts are arranged with their centers along a second centerline (C 10) extending along the circumferential direction of the root segment, and the second centerline (C 10) is offset from the first centerline (C 62).
Method for operating an internal combustion engine with a combustion process with homogeneous auto-ignition, in which method the driver demand predefined by means of an accelerator pedal is converted into a demanded torque to be output by the internal combustion engine, wherein a charge setpoint value for the air charge is determined by means of a lambda value which is predefinable in a working-point-dependent manner by virtue of a demanded torque for the air path being calculated from the position of the accelerator pedal, wherein the operating point predefined by load and engine speed is a further influential variable, and, at the output of a calculation of the demanded torque for the air path, a setpoint fuel quantity arising from said demanded torque is available, and, adopting the predefinable lambda value with the setpoint fuel quantity, the charge setpoint value is obtained, and a throttle flap position is set based on this charge setpoint value, wherein, in parallel with a lambda setpoint value and an actual air charge measured from a charge detection, a fuel quantity to be injected is calculated, wherein, from the position of the accelerator pedal, a demanded torque for the fuel path is calculated and converted into a lambda value determined as optimal for the homogeneous compression ignition operating mode, into a lambda value at the rich boundary of the homogeneous compression ignition combustion process and into a lambda value at the lean boundary of the homogeneous compression ignition combustion process, and wherein the lambda setpoint value is obtained from the lambda value determined as optimal for the homogeneous compression ignition operating mode for as long as the lambda value determined as optimal for the homogeneous compression ignition operating mode is within the rich and lean boundaries of the homogeneous compression ignition operating mode, wherein the fuel mass is varied within the rich and lean boundaries for the purposes of compensating dynamic processes.
A method for assembling a vane for the outlet guide vane of an aircraft turbofan engine, comprising: - an operation of depositing a polymerisable resin onto a junction face of a body of said vane, - an operation of positioning a cover of the vane onto the junction face covered with the resin so that an outer face of the cover and an outer face of the body together form a front side of this vane, - an operation of placing a sheet against the front side of the vane, - an operation of vacuumising a space included between the sheet and the front side, - a heating operation capable of polymerising the resin and thus attaching the cover to the body of the vane, this method comprising, before or during the operation of placing the sheet against the front side of the vane, an operation of depositing a bead of sealant onto the outer face of the body, about the junction face of the body so as to delimit said space included between the sheet and the front side, the sheet being dimensioned so that a peripheral thereof is pressed against the bead of sealant upon placing this sheet against the front side of the vane. - an operation of depositing a polymerisable resin onto a junction face of a body of said vane, - an operation of positioning a cover of the vane onto the junction face covered with the resin so that an outer face of the cover and an outer face of the body together form a front side of this vane, - an operation of placing a sheet against the front side of the vane, - an operation of vacuumising a space included between the sheet and the front side, - a heating operation capable of polymerising the resin and thus attaching the cover to the body of the vane,
A reaction system for forming polyurethane elastomers, the reaction system comprising: an isocyanate-reactive component that includes a cardanol-modified epoxy polyol that is a reaction product of an epoxy component and an epoxy-reactive component at a ratio of epoxy groups to epoxy reactive groups from 1:0.95 to 1:5, the epoxy-reactive component including a cashew nutshell liquid having a cardanol content of at least 85 wt%, based on a total weight of the cashew nutshell liquid, and an isocyanate component that includes at least one polyisocyanate. an isocyanate-reactive component that includes a cardanol-modified epoxy polyol that is a reaction product of an epoxy component and an epoxy-reactive component at a ratio of epoxy groups to epoxy reactive groups from 1:0.95 to 1:5, the epoxy-reactive component including a cashew nutshell liquid having a cardanol content of at least 85 wt%, based on a total weight of the cashew nutshell liquid, and an isocyanate component that includes at least one polyisocyanate.
Saw blade for a bone saw machine with a proximally arranged or formed coupling region that defines a coupling or insertion direction, for coupling or inserting the saw blade with/into an tool holder of the bone saw machine, rotating in an oscillating manner about an axis of rotation and with a row of saw teeth that are arranged or formed at a distal end edge of the saw blade such that the centre axis thereof orientated perpendicular to the row of saw teeth intersects the coupling region, and preferably the axis of rotation, if the saw blade is coupled with the tool holder or inserted therein, characterised in that the centre axis and the coupling or insertion direction are at an angle that is not equal to 0° or 180°, preferably in a range between 15° and 60°, more preferably in a range between 30° and 60° and still more preferably at approximately 45° to one another, and in that the saw blade is formed with two counter-rotating curvatures or bends in the manner of an S-shape.
A method of preparing a high temperature resistant NdFeB magnet, wherein the method comprises the following steps: Preparing NdFeB alloy flakes from a raw material of the NdFeB magnet by strip casting; Preparing a mixture of the NdFeB alloy flakes and a low melting point powder, then performing a hydrogen decrepitation of the mixture followed by jet milling to obtain a NdFeB powder, wherein the dehydrogenation temperature is 400-600 °C, wherein the low melting point powder comprises at least one of NdCu. NdAl and NdGa; cold isostatic pressing the alloy powder to a green compact while applying a magnetic field; sintering the green compact to obtain a NdFeB magnet; and applying a heavy rare earth diffusion material on the surface of the NdFeB magnet and performing a thermal diffusion process to obtain the high-temperature-resistant NdFeB magnet. Preparing NdFeB alloy flakes from a raw material of the NdFeB magnet by strip casting; Preparing a mixture of the NdFeB alloy flakes and a low melting point powder, then performing a hydrogen decrepitation of the mixture followed by jet milling to obtain a NdFeB powder, wherein the dehydrogenation temperature is 400-600 °C, wherein the low melting point powder comprises at least one of NdCu. NdAl and NdGa; cold isostatic pressing the alloy powder to a green compact while applying a magnetic field; sintering the green compact to obtain a NdFeB magnet; and applying a heavy rare earth diffusion material on the surface of the NdFeB magnet and performing a thermal diffusion process to obtain the high-temperature-resistant NdFeB magnet.