mhurhangee/ep-ind-claims huggingface dataset:
A mold-tool system, comprising: a nozzle-tip assembly having a tip-body assembly configured for reduced axial tilting, at least in part, the nozzle-tip assembly being configured for attachment, at least in part, to a nozzle assembly, and including a seal assembly surrounding the tip-body assembly, the seal assembly including a shaft body having a first radial support configured to supportably contact, at least in part, a mold assembly, the seal assembly further including an arm assembly, characterized in that the arm assembly extends radially outwardly from the shaft body and has a plurality of arms providing for a second radial support configured to supportably contact, at least in part, the mold assembly, the second radial support being set apart from the first radial support, and the first radial support and the second radial support thereby reducing, at least in part, axial tilting of the nozzle-tip assembly. a nozzle-tip assembly having a tip-body assembly configured for reduced axial tilting, at least in part, the nozzle-tip assembly being configured for attachment, at least in part, to a nozzle assembly, and including a seal assembly surrounding the tip-body assembly, the seal assembly including a shaft body having a first radial support configured to supportably contact, at least in part, a mold assembly, the seal assembly further including an arm assembly, characterized in that the arm assembly extends radially outwardly from the shaft body and has a plurality of arms providing for a second radial support configured to supportably contact, at least in part, the mold assembly, the second radial support being set apart from the first radial support, and the first radial support and the second radial support thereby reducing, at least in part, axial tilting of the nozzle-tip assembly.
A mounting mat for mounting a pollution control element in a housing of a pollution control device, said mounting mat comprising: at least one inorganic layer comprising inorganic fibers, and optionally other inorganic materials, suitable for mounting a pollution control element in a housing of a pollution control device, with said at least one inorganic layer having opposite sides, and each said side defining a major surface area; said mounting mat being characterized by further comprising: a friction-inducing inorganic material disposed on at least a portion of the major surface area, of at least one of the sides of said at least one inorganic layer, so as to define a higher friction area exhibiting a static coefficient of friction higher than that of said inorganic materials; and a lower friction layer comprising organic material disposed so as to cover at least a portion of said higher friction area and define an exposed surface area of said mounting mat, with said exposed surface area exhibiting a lower static coefficient of friction than that of said higher friction area, wherein said lower friction layer is operatively adapted so as to no longer cover a substantial portion of said higher friction area, after said mounting mat has been used to mount a pollution control element in a housing of a pollution control device. at least one inorganic layer comprising inorganic fibers, and optionally other inorganic materials, suitable for mounting a pollution control element in a housing of a pollution control device, with said at least one inorganic layer having opposite sides, and each said side defining a major surface area; said mounting mat being characterized by further comprising: a friction-inducing inorganic material disposed on at least a portion of the major surface area, of at least one of the sides of said at least one inorganic layer, so as to define a higher friction area exhibiting a static coefficient of friction higher than that of said inorganic materials; and a lower friction layer comprising organic material disposed so as to cover at least a portion of said higher friction area and define an exposed surface area of said mounting mat, with said exposed surface area exhibiting a lower static coefficient of friction than that of said higher friction area, a friction-inducing inorganic material disposed on at least a portion of the major surface area, of at least one of the sides of said at least one inorganic layer, so as to define a higher friction area exhibiting a static coefficient of friction higher than that of said inorganic materials; and a lower friction layer comprising organic material disposed so as to cover at least a portion of said higher friction area and define an exposed surface area of said mounting mat, with said exposed surface area exhibiting a lower static coefficient of friction than that of said higher friction area, wherein said lower friction layer is operatively adapted so as to no longer cover a substantial portion of said higher friction area, after said mounting mat has been used to mount a pollution control element in a housing of a pollution control device.
Contact part (20, 21) for electrically connecting end-face contact layers (12, 14) on the end faces of a plastic film capacitor winding of an encased electric single-phase or three-phase capacitor comprising a terminal wire (18, 34, 44) or a connecting wire, comprising - a preferably planar ring-shaped contact carrier with a terminal region for making contact with a terminal wire (18, 34, 44) or a connecting wire, wherein the terminal region is a terminal lug, preferably in the plane of the contact carrier, - at least one contact piece which extends upwards or downwards substantially perpendicularly from the contact carrier and has at least one contact tip for producing an electrical connection to an end-face contact layer (12, 14) by the contact tip being pushed into said end-face contact layer, and - a penetration depth limitation device for limiting the penetration depth of the contact tip or the contact tips in the end-face contact layer (12, 14), wherein the penetration depth limitation device has a plurality of resting pieces with resting areas, wherein furthermore the resting pieces or some of said resting pieces are preferably provided equidistantly on the outer rim of the ring-shaped contact carrier and extend upwards and/or downwards substantially perpendicularly uniformly therefrom or wherein the resting pieces or some of said resting pieces are preferably provided equidistantly on the inner rim of the ring-shaped contact carrier and extend upwards and/or downwards substantially perpendicularly uniformly therefrom. - a preferably planar ring-shaped contact carrier with a terminal region for making contact with a terminal wire (18, 34, 44) or a connecting wire, wherein the terminal region is a terminal lug, preferably in the plane of the contact carrier, - at least one contact piece which extends upwards or downwards substantially perpendicularly from the contact carrier and has at least one contact tip for producing an electrical connection to an end-face contact layer (12, 14) by the contact tip being pushed into said end-face contact layer, and - a penetration depth limitation device for limiting the penetration depth of the contact tip or the contact tips in the end-face contact layer (12, 14), wherein the penetration depth limitation device has a plurality of resting pieces with resting areas, wherein furthermore the resting pieces or some of said resting pieces are preferably provided equidistantly on the outer rim of the ring-shaped contact carrier and extend upwards and/or downwards substantially perpendicularly uniformly therefrom or wherein the resting pieces or some of said resting pieces are preferably provided equidistantly on the inner rim of the ring-shaped contact carrier and extend upwards and/or downwards substantially perpendicularly uniformly therefrom.
Valve for controlling a volume flow of a working fluid in a flow path, comprising a first valve opening, a second valve opening, and a third valve opening, a shut-off body movable to and fro between an open-position in which the third valve opening is open to allow a volume flow of the working fluid between said second and third valve opening (121, 122) and a close-position in which the third valve opening is closed by the shut-off body, a guide means for guiding the shut-off body between the open- and the close-position, and a retaining means for exerting a retaining force on the shut-off body in the close-position, characterized in that the shut-off body is formed at least one-part and the guide means has in successive arrangement a first guide means part with a first guide means region, a second guide means part with a second guide means region, and a third guide means part with a third guide means region in permanent joint, wherein the first and third guide means part (111, 113) are formed to surround the shut-off body and the second guide means part comprises a plurality of pins in parallel alignment with the direction of movement of the shut-off body so that the movement of the shut-off body relative to the guide means can take place in sliding co-operation with said first and second guide means region (114, 115) and closing of the third valve opening by the shut-off body in sealing co-operation with the third guide means region, wherein the second guide means region comprises a part of the surface of at least one of the pins, and wherein said first guide means part comprises the first valve opening for exerting an actuating force on the shut-off body in the direction of the third valve opening, the second guide means part the second valve opening, and the third guide means part the third valve opening.
A crystalline diethylamine solvate of a compound of formula: characterized in that the X-ray powder diffraction pattern of the crystalline diethylamine solvate of the compound of formula comprises peaks at diffraction angle (2θ) of 13.78±0.2°, 17.02±0.2°, 16.48±0.2°, and 12.46±0.2°.
The use of mineral fibres or filaments to improve the anti-corrosive effect of a corrosion protection layer, wherein a substrate that contains metal is protected against corrosion, wherein the anti-corrosive effect is established according to the Kesternich test according to the norms DIN EN ISO 6988 and DIN 50018 and/or according to the condensation water switching test according to RPB 2010 (German Federal Waterways Engineering and Research Institute - BAW Karlsruhe) and/or the anti-corrosive effect is established in the sea, in particular in the North Sea, wherein the mineral fibres or filaments comprise ≥ 50% by weight of SiO 2, wherein the corrosion protection layer comprises a matrix of a material that is selected from the group consisting of varnish and adhesive and wherein the mineral fibres or filaments are deployed in the form of a fabric, wherein the fabric is selected from the group consisting of woven fabric, knit fabric, mesh and non-woven fabric and/or has been produced in a multiaxial technique, and are completely enclosed by the matrix, wherein the substrate that contains metal is water craft, reinforced concrete or wind power installations, wherein the mineral fibres or filaments are basalt fibres.
A hydraulic transaxle(204L,204R) comprising: a housing which supports an axle and in which oil is stored; a hydraulic continuously variable transmission for driving the axle disposed in the housing that uses the oil as hydraulic oil; a parking brake unit configured to restrict rotation of the axle, characterized in that the parking brake unit further comprising: a brake rotor which is provided on a rotation shaft constituting a transmitting mechanism and which can coaxially rotate around the rotation shaft; a locking member being displaceable between a first position where the brake rotor is locked and cannot rotate and a second position where the brake rotor is unlocked and is free to rotate, and the locking member comprising: a locking portion that is engaged in a recess formed in the brake rotor and which locks the brake rotor in the first position; and a non-locking portion which is placed in a position corresponding to the recess and which separates from the brake rotor in the second position, wherein the hydraulic transaxle(204L,204R) comprises an oil-supply mechanism capable of displacing the locking member to the second position by hydraulic pressure. a housing which supports an axle and in which oil is stored; a hydraulic continuously variable transmission for driving the axle disposed in the housing that uses the oil as hydraulic oil; a parking brake unit configured to restrict rotation of the axle, characterized in that the parking brake unit further comprising: a brake rotor which is provided on a rotation shaft constituting a transmitting mechanism and which can coaxially rotate around the rotation shaft; a locking member being displaceable between a first position where the brake rotor is locked and cannot rotate and a second position where the brake rotor is unlocked and is free to rotate, and a brake rotor which is provided on a rotation shaft constituting a transmitting mechanism and which can coaxially rotate around the rotation shaft; a locking member being displaceable between a first position where the brake rotor is locked and cannot rotate and a second position where the brake rotor is unlocked and is free to rotate, and the locking member comprising: a locking portion that is engaged in a recess formed in the brake rotor and which locks the brake rotor in the first position; and a non-locking portion which is placed in a position corresponding to the recess and which separates from the brake rotor in the second position, a locking portion that is engaged in a recess formed in the brake rotor and which locks the brake rotor in the first position; and a non-locking portion which is placed in a position corresponding to the recess and which separates from the brake rotor in the second position, wherein the hydraulic transaxle(204L,204R) comprises an oil-supply mechanism capable of displacing the locking member to the second position by hydraulic pressure.
A textile mat structure based on inorganic fibres, preferably glass fibres, wherein the textile mat structure is a fibre nonwoven, preferably a glass fibre nonwoven, characterized in that the fibre nonwoven, preferably the glass fibre nonwoven, comprises regions with high air permeability and regions with low air permeability and the surface area of the regions with high air permeability is between 5% and 90% of the total surface area of the textile mat structure and the fibre nonwoven is a wet laid nonwoven, the regions with high air permeability have a local thickness which is a maximum of 80% of the mean nonwoven thickness "d", and in that the edge of the regions with high air permeability is banked up and the banking Δ is the difference "D" minus "d" and is a maximum of 20% of the thickness "d", wherein the thickness ""d"" is determined on a homogeneous textile mat structure with a mean basis weight and the thickness "D" is determined on a textile mat structure with regions with high and low air permeability in accordance with the measurement method in the description.
Method for generating a transmission signal (u) based on a useful signal disturbed by wind, and transmittable from a hearing apparatus to a device external thereto, by - generating a first and a second microphone signal (ms1, ms2) from the wind-disturbed useful signal in the hearing apparatus, - filtering the two microphone signals (ms1, ms2) using a first filter system (16, 17) which has a first latency, as a result of which first filter signals are obtained, - obtaining a wind-disturbed transmission signal from one of the two microphone signals or from the two microphone signals independently of the first filter signals, - reducing a contribution of the wind from the wind-disturbed transmission signal, so that the transmission signal is obtained, - determining parameters (fp) from the first filter signals, with which a contribution of the wind can be reduced from the two microphone signals (ms1, ms2), - filtering the wind-disturbed transmission signal (ms1, ms2) using a second filter system (19, 20, 21), which has a shorter latency compared to the first filter system, as a result of which second filter signals are obtained as a basis for the transmission signal, - applying the parameters (fp) determined from the first filter signals to the second filter signals for reducing the contribution of the wind, wherein the transmission signal (u) is generated in a parallel path, independently of a main processing path in which an audible output signal of the hearing apparatus is generated. - generating a first and a second microphone signal (ms1, ms2) from the wind-disturbed useful signal in the hearing apparatus, - filtering the two microphone signals (ms1, ms2) using a first filter system (16, 17) which has a first latency, as a result of which first filter signals are obtained, - obtaining a wind-disturbed transmission signal from one of the two microphone signals or from the two microphone signals independently of the first filter signals, - reducing a contribution of the wind from the wind-disturbed transmission signal, so that the transmission signal is obtained, - determining parameters (fp) from the first filter signals, with which a contribution of the wind can be reduced from the two microphone signals (ms1, ms2), - filtering the wind-disturbed transmission signal (ms1, ms2) using a second filter system (19, 20, 21), which has a shorter latency compared to the first filter system, as a result of which second filter signals are obtained as a basis for the transmission signal, - applying the parameters (fp) determined from the first filter signals to the second filter signals for reducing the contribution of the wind, wherein the transmission signal (u) is generated in a parallel path, independently of a main processing path in which an audible output signal of the hearing apparatus is generated.
A self-contained chromatography system, comprising: a chromatography device configured to combine a material sample to be analyzed and a carrier gas, wherein said chromatography device processes the combination of said material sample and said carrier gas to generate an analyte stream; a carrier gas reservoir for containing said carrier gas at a first system pressure, wherein said carrier gas reservoir is disposed upstream from said chromatography device; and an analyte stream processing device, wherein said analyte stream processing device includes at least one pressure reservoir for generating a second system pressure and is disposed downstream from said chromatography device to receive and process said analyte stream at a second system pressure, said first system pressure being larger than said second system pressure to cause said analyte stream to flow through said chromatography column at a desired flow rate. a chromatography device configured to combine a material sample to be analyzed and a carrier gas, wherein said chromatography device processes the combination of said material sample and said carrier gas to generate an analyte stream; a carrier gas reservoir for containing said carrier gas at a first system pressure, wherein said carrier gas reservoir is disposed upstream from said chromatography device; and an analyte stream processing device, wherein said analyte stream processing device includes at least one pressure reservoir for generating a second system pressure and is disposed downstream from said chromatography device to receive and process said analyte stream at a second system pressure, said first system pressure being larger than said second system pressure to cause said analyte stream to flow through said chromatography column at a desired flow rate.
Adjustment arrangement for orientating preformed contact pins of an electric component which are arranged to form a contact contour, wherein the contact contour is defined by contact portions of the contact pins or target positions thereof, comprising a holding device for fixing the component, and a shaping body with which a plurality of contact pins can be orientated simultaneously to form the contact contour, characterised in that the shaping body has at least one shaping segment for at least one of the contact pins, said shaping segment can be electrically contacted separately from the remainder of the shaping body so as to be able to check contact of the contact pin against the shaping segment during the orientation process.
Method for introducing at least one cutout and/or aperture into a sheetlike workpiece having a thickness of less than 3 millimetres, wherein the cutout and/or the aperture is formed as a result of a successively progressing etching open of a plurality of defects arranged following one another in the form of a linear chain of blisters and/or chemical modifications, wherein the defects are produced by the interaction with a laser radiation, wherein the laser radiation has a wavelength at which the material of the workpiece is transparent, and the laser radiation interacts with the workpiece material in the form of a pulse, characterized in that, as a result of a spatial beam shaping, the focus of the laser radiation interacts over the entire thickness of the workpiece material along the beam axis and the defects are created as modifications within the workpiece by each individual pulse of a train of pulses or by an individual pulse.
An isolated polypeptide having phospholipase C activity, having at least 90%, at least 91%, at least 92%, at least 93%, at least 94%, at least 95%, at least 96%, at least 97%, at least 98%, at least 99%, or 100% sequence identity to the mature polypeptide of SEQ ID NO: 2.
An optical fiber mass splice method, comprising: securing a fiber clamp to a fiber setting fixture, the fiber setting fixture comprising a fiber alignment block and a backstop, wherein a plurality of fiber grooves is defined in the fiber alignment block, and wherein the plurality of fiber grooves of the fiber setting fixture each extend along a lengthwise direction; inserting a plurality of optical fibers into the fiber setting fixture such that each of the plurality of optical fibers is disposed in one of the plurality of fiber grooves and contacts the backstop, wherein the plurality of optical fibers is inserted along the lengthwise direction until each of the plurality of optical fibers contacts the backstop; loading, after the inserting step, each of the plurality of optical fibers into the fiber clamp; clamping the plurality of optical fibers in the fiber clamp; and transporting the loaded and clamped fiber clamp from the fiber setting fixture to a splicer. securing a fiber clamp to a fiber setting fixture, the fiber setting fixture comprising a fiber alignment block and a backstop, wherein a plurality of fiber grooves is defined in the fiber alignment block, and wherein the plurality of fiber grooves of the fiber setting fixture each extend along a lengthwise direction; inserting a plurality of optical fibers into the fiber setting fixture such that each of the plurality of optical fibers is disposed in one of the plurality of fiber grooves and contacts the backstop, wherein the plurality of optical fibers is inserted along the lengthwise direction until each of the plurality of optical fibers contacts the backstop; loading, after the inserting step, each of the plurality of optical fibers into the fiber clamp; clamping the plurality of optical fibers in the fiber clamp; and transporting the loaded and clamped fiber clamp from the fiber setting fixture to a splicer.