mhurhangee/ep-ind-claims huggingface dataset:
DC low voltage power distribution system (300; 400) for a power grid, said DC low voltage power distribution system (300; 400) comprising a DC low voltage power distribution unit for the power grid, an AC/DC converter (306; 404) having an input and an output, wherein the input is configured to be connected to a mains voltage; characterized in that said DC low voltage power distribution unit comprises: at least one input connector adapted to connect the DC low voltage power distribution unit to a safety extra low voltage, SELV; an electric distribution circuit comprising a printed circuit board with two input terminals connected to the at least one input connector, the two input terminals comprising an input line and a reference potential line, said input line branching off into a plurality of output lines, said electric distribution circuit comprising current limiting means provided in each output line of said plurality of output lines, wherein a current limit value of said current limiting means is provided to limit an output power to be output at each output line of said plurality of output lines to an inherently safe value, which is UL Class 2 compliant; a plurality of output connectors respectively connected to said plurality of output lines and to said reference potential line, wherein each output connector of the plurality output connectors is configured for outputting DC low voltage, and a communication bus line adapted to be connected to a lighting interface controller and further connected to each of the plurality of output connectors, wherein the AC/DC converter (306; 404) is configured to convert the mains voltage into the safety extra low voltage, SELV, wherein the DC low voltage power distribution unit is connected via the at least one input connector to the output of the AC/DC converter (306; 404), thereby receiving the safety extra low voltage, SELV. at least one input connector adapted to connect the DC low voltage power distribution unit to a safety extra low voltage, SELV; an electric distribution circuit comprising a printed circuit board with two input terminals connected to the at least one input connector, the two input terminals comprising an input line and a reference potential line, said input line branching off into a plurality of output lines, said electric distribution circuit comprising current limiting means provided in each output line of said plurality of output lines, wherein a current limit value of said current limiting means is provided to limit an output power to be output at each output line of said plurality of output lines to an inherently safe value, which is UL Class 2 compliant; a plurality of output connectors respectively connected to said plurality of output lines and to said reference potential line, wherein each output connector of the plurality output connectors is configured for outputting DC low voltage, and a communication bus line adapted to be connected to a lighting interface controller and further connected to each of the plurality of output connectors,
A pneumatic tire comprising: a tread portion being provided with at least one circumferentially and continuously extending main groove and at least one land portion adjacent to the main groove; the land portion comprising a ground contact surface, a sidewall and a corner portion formed between the ground contact surface and the sidewall on the side of the main groove, the land portion being provided with a lug groove extending from the main groove and terminating within the land portion; and the corner portion comprising a chamfered portion and a non-chamfered portion, the chamfered portion comprising a circumferential first end in communication with the lug groove, characterized in that the land portion is provided with a sipe (32, 35, 36) extending from the main groove substantially parallel with the lug groove, and the chamfered portion comprises a circumferential second end in communication with the sipe (32, 35, 36). a tread portion being provided with at least one circumferentially and continuously extending main groove and at least one land portion adjacent to the main groove; the land portion comprising a ground contact surface, a sidewall and a corner portion formed between the ground contact surface and the sidewall on the side of the main groove, the land portion being provided with a lug groove extending from the main groove and terminating within the land portion; and the corner portion comprising a chamfered portion and a non-chamfered portion, the chamfered portion comprising a circumferential first end in communication with the lug groove,
A combination washer/dryer machine, comprising: a cabinet; a tub positioned inside the cabinet, the tub having an inner surface; a drum that is rotatable inside the tub, the drum has an external surface; and a seal (90, 110, 120) positioned between the external surface of the drum and the inner surface of the tub forming a seal gap between the seal (90, 110, 120) and the drum or between the seal (90, 110, 120) and the tub during both washing and drying operations, wherein the seal (90, 110, 120) is configured to provide a flow restriction through the seal gap that minimizes drying air from bypassing the drum during the drying operation, wherein the tub includes a ring and the seal is positioned on the ring, characterized in that the ring includes a plurality of apertures that are covered by the seal during the washing operation and wherein the seal is moveable away from the ring during the drying operation to enable the drying air to pass through the apertures in the ring, and wherein the drying air passing through the apertures in the ring during the drying operation moves the seal towards the drum to reduce the seal gap between the seal and the drum. a cabinet; a tub positioned inside the cabinet, the tub having an inner surface; a drum that is rotatable inside the tub, the drum has an external surface; and a seal (90, 110, 120) positioned between the external surface of the drum and the inner surface of the tub forming a seal gap between the seal (90, 110, 120) and the drum or between the seal (90, 110, 120) and the tub during both washing and drying operations, wherein the seal (90, 110, 120) is configured to provide a flow restriction through the seal gap that minimizes drying air from bypassing the drum during the drying operation, wherein the tub includes a ring and the seal is positioned on the ring, the ring includes a plurality of apertures that are covered by the seal during the washing operation and wherein the seal is moveable away from the ring during the drying operation to enable the drying air to pass through the apertures in the ring, and wherein the drying air passing through the apertures in the ring during the drying operation moves the seal towards the drum to reduce the seal gap between the seal and the drum.
A spiral overlay for a conveyor belt formed of a plurality of connecting rods extending laterally across the belt and having a lateral axis extending across the belt defining a lateral direction, a longitudinal axis extending along a conveying direction of the belt, and a vertical axis perpendicular to the lateral axis and the longitudinal axis, the vertical axis defining a vertical direction, said overlay comprising: a plurality of wire spirals configured to be assembled together in intermeshing relationship to one another on the connecting rods to provide a conveying surface and an opposing surface with a belt thickness extending in the vertical direction; each of said wire spirals formed of a single length of wire and forming a helix configured to extend laterally across the belt, said spiral comprising opposed arcuate linking bends (128, 129) at a forward end and a rearward end along the longitudinal axis, and at least one intermediate loop disposed within the belt thickness, said spirals arranged relative to one another such that said linking bends (128, 129) of one spiral are intermeshed with linking bends (128, 129) of an immediately adjacent one of said spirals and said intermeshed linking bends of adj acent spirals are adapted to receive one of the connecting rods to operatively connect said spirals; characterized in that: the at least one intermediate loop is formed between said opposed arcuate linking bends (128, 129). a plurality of wire spirals configured to be assembled together in intermeshing relationship to one another on the connecting rods to provide a conveying surface and an opposing surface with a belt thickness extending in the vertical direction; each of said wire spirals formed of a single length of wire and forming a helix configured to extend laterally across the belt, said spiral comprising opposed arcuate linking bends (128, 129) at a forward end and a rearward end along the longitudinal axis, and at least one intermediate loop disposed within the belt thickness, said spirals arranged relative to one another such that said linking bends (128, 129) of one spiral are intermeshed with linking bends (128, 129) of an immediately adjacent one of said spirals and said intermeshed linking bends of adj acent spirals are adapted to receive one of the connecting rods to operatively connect said spirals; characterized in that: the at least one intermediate loop is formed between said opposed arcuate linking bends (128, 129).
A method for using a capture device to capture at least two video signals corresponding to a scene, comprising: a) providing a two-dimensional image sensor having a plurality of pixels; b) reading a first group of pixels from the image sensor at a first frame rate to produce a first video signal of the image scene; c) reading a second group of pixels from the image sensor at a second frame rate to produce a second video signal, wherein the pixels in the second group of pixels are different from the pixels in the first group of pixels; and d) using the second video signal for adjusting one or more of the capture device parameters; characterized in that a time interval for reading out each frame of the first group of pixels is divided into multiple parts; a time interval for reading out each frame of the second group of pixels is either a single contiguous time interval or is divided into multiple parts; and the single contiguous time intervals or parts of time intervals in which the frames of the second group of pixels are read out are interleaved with the parts of time intervals in which the frames of the first group of pixels are read out. a) providing a two-dimensional image sensor having a plurality of pixels; b) reading a first group of pixels from the image sensor at a first frame rate to produce a first video signal of the image scene; c) reading a second group of pixels from the image sensor at a second frame rate to produce a second video signal, wherein the pixels in the second group of pixels are different from the pixels in the first group of pixels; and d) using the second video signal for adjusting one or more of the capture device parameters; characterized in that a time interval for reading out each frame of the first group of pixels is divided into multiple parts; a time interval for reading out each frame of the second group of pixels is either a single contiguous time interval or is divided into multiple parts; and the single contiguous time intervals or parts of time intervals in which the frames of the second group of pixels are read out are interleaved with the parts of time intervals in which the frames of the first group of pixels are read out.
A coaxial loudspeaker system with at least two ways, comprising a primary electrodynamic transducer for reproducing low and/or mid-frequencies, which comprises: - a primary magnetic circuit defining a primary air gap; - a movable element, comprising a membrane integral with a movable coil dipped in the primary air gap; the system comprising a secondary electrodynamic transducer for reproducing high-frequencies, mounted coaxially and frontally with respect to the primary electrodynamic transducer and which comprises: - a secondary magnetic circuit, distinct from the primary magnetic circuit and defining a secondary air gap, said secondary magnetic circuit having a revolution symmetry about an axis; - a movable element, comprising a diaphragm integral with a movable coil dipped in the secondary air gap; - a waveguide, forming a full horn, mounted in the vicinity of the diaphragm, a system in which: - the waveguide has a face located facing and in the vicinity of the diaphragm and delimiting a compression chamber, said compression chamber having a compression rate, defined as the ratio of the planar surface delimited by the overall diameter of the diaphragm to the surface delimited by the projection, in a plane perpendicular to said axis, of the face delimiting the compression chamber, higher than 1.2:1; - the secondary electrodynamic transducer has a fixed endoskeleton, on which the movable element of the secondary electrodynamic transducer is mounted, through a suspension internal to the diaphragm. - a primary magnetic circuit defining a primary air gap; - a movable element, comprising a membrane integral with a movable coil dipped in the primary air gap; - a secondary magnetic circuit, distinct from the primary magnetic circuit and defining a secondary air gap, said secondary magnetic circuit having a revolution symmetry about an axis; - a movable element, comprising a diaphragm integral with a movable coil dipped in the secondary air gap; - a waveguide, forming a full horn, mounted in the vicinity of the diaphragm, - the waveguide has a face located facing and in the vicinity of the diaphragm and delimiting a compression chamber, said compression chamber having a compression rate, defined as the ratio of the planar surface delimited by the overall diameter of the diaphragm to the surface delimited by the projection, in a plane perpendicular to said axis, of the face delimiting the compression chamber, higher than 1.2:1; - the secondary electrodynamic transducer has a fixed endoskeleton, on which the movable element of the secondary electrodynamic transducer is mounted, through a suspension internal to the diaphragm.
Device for transporting and discharging multi-component adhesives from at least two fluid components (A, B) for their discharge onto a granular ballast bed of a railway track at a place of use, and for carrying along and discharging these multi-component adhesives at the place of use onto the granular ballast bed of the railway track from separately stored components (A, B), the device including an electrical power supply and control for pumping the components (A, B) via flexible hose lines (9, 10) from at least two separate containers (60, 61) belonging to the device, as well as a gear pump and a mass flow meter (15, 16) in each of the two flexible hose lines (9, 10) for mixing in a mixer and then controlled discharging as a multi-component adhesive, characterized in that the device has an associated boom with spray bar and the device can be moved as a whole by road transport to a railway line and can be loaded there onto a railway wagon for use, the spray bar being able to be brought into position at a front of the railway wagon.
Brewing apparatus for extracting a portion capsule, having a first brewing chamber element and a second brewing chamber element, wherein the first and/or the second brewing chamber element (3, 4) are/is movable in an axial direction between a loading position, in which the first and the second brewing chamber element (3, 4) are spaced apart from each other, and an extraction position, in which the first and the second brewing chamber element (3, 4) form a substantially closed brewing chamber, wherein, in the loading position, the portion capsule is fed in a loading direction between the first and the second brewing chamber element (3, 4), wherein the loading direction is oriented at right angles to the horizontal plane, characterized in that the first brewing chamber element has at least one first perforation means for perforating the portion capsule, and in that the brewing apparatus has a spacing element which is configured such that, when the portion capsule is fed between the first and the second brewing chamber element (3, 4) in the loading position, mechanical contact between the portion capsule and the at least one first perforation means is prevented by the spacing element, wherein the spacing element is fastened to the first brewing chamber element and is preloaded at least partially elastically in the direction of the second brewing chamber element, wherein the spacing element comprises a metal strip, wherein the metal strip has a first end fastened to the first brewing chamber element and a free second end and wherein the second end protrudes in the loading position obliquely from the first brewing chamber element in the direction of the second brewing chamber element, wherein the metal strip is oriented substantially parallel to the loading direction.
A herbicidal composition comprising herbicides, wherein the herbicides consist of a synergistic herbicidally effective amount of (a) penoxsulam or an agriculturally acceptable salt thereof, and (b) benzobicyclon or an agriculturally acceptable salt thereof in a weight ratio of from 1:15 to less than 1:7 or from 1:5 to 1:2.5.
Camera mount (1, 100, 200) for securing to a vehicle body of a motor vehicle, in particular a bus or utility vehicle, or a trailer of the motor vehicle, having a camera support part (3, 103, 203) fixable to the vehicle body and has at least one receiving shaft (32, 132, 232) for receiving at least one camera body of a camera, an encasing housing (2, 102, 203) that can be detachably placed over the camera support part (3, 103, 203) in a sliding-on direction, wherein the encasing housing has a receiving opening for receiving the camera support part and at least one window opening provided in a wall housing region, in or behind which a lens of the camera can be positioned, wherein at least one insert (5, 105, 205) which receives the camera and is adjustable through at least a first angle of adjustment (a) is arranged on the camera support part, wherein the at least one receiving shaft is bounded by a cylindrical outer wall of the camera support part, in which a cylindrical insert having a receptacle receiving the camera is received so as to be rotatable through a first angle of adjustment (a) about a first axis of rotation, characterized in that on an inner wall of the cylindrical receptacle, guide webs are formed that extend parallel to the first axis of rotation and project into lateral guide grooves of the camera body in order to position the camera. a camera support part (3, 103, 203) fixable to the vehicle body and has at least one receiving shaft (32, 132, 232) for receiving at least one camera body of a camera, an encasing housing (2, 102, 203) that can be detachably placed over the camera support part (3, 103, 203) in a sliding-on direction, wherein the encasing housing has a receiving opening for receiving the camera support part and at least one window opening provided in a wall housing region, in or behind which a lens of the camera can be positioned, wherein at least one insert (5, 105, 205) which receives the camera and is adjustable through at least a first angle of adjustment (a) is arranged on the camera support part, wherein the at least one receiving shaft is bounded by a cylindrical outer wall of the camera support part, in which a cylindrical insert having a receptacle receiving the camera is received so as to be rotatable through a first angle of adjustment (a) about a first axis of rotation, characterized in that on an inner wall of the cylindrical receptacle, guide webs are formed that extend parallel to the first axis of rotation and project into lateral guide grooves of the camera body in order to position the camera.
A liquid formulation for use in the topical treatment of psoriasis, comprising: a photosensitizer in the amount of 0.001 % to 1 %, wherein the photosensitizer exhibits cytotoxicity when exposed to light in the visible spectrum and the photosensitizer is hypericin or a hypericin derivative; and an organic solvent in the amount of 25% to 75%, wherein the organic solvent increases skin permeability and the organic solvent is dimethyl sulfoxide. a photosensitizer in the amount of 0.001 % to 1 %, wherein the photosensitizer exhibits cytotoxicity when exposed to light in the visible spectrum and the photosensitizer is hypericin or a hypericin derivative; and an organic solvent in the amount of 25% to 75%, wherein the organic solvent increases skin permeability and the organic solvent is dimethyl sulfoxide.
Control pedal for vehicle, comprising a pedal arm, a foot pad arranged at an end of the pedal arm and a hinge bush arranged at the opposite end of the pedal arm and defining an axis of rotation (x) for the pedal arm, wherein the pedal arm, the foot pad and the hinge bush are made of plastic material, wherein the pedal arm has a tubular structure with a closed cross-section and comprises a first arm part with an open cross-section and a second arm part with an open cross-section which are joined to each other so as to define the closed cross-section of the pedal arm, characterized in that the foot pad is wholly formed by the first arm part.
A method for molding a foamed article, comprising: placing an amount of water in a compression mold in the shape of an article; then placing a desired amount of thermoplastic polyurethane foam beads in the compression mold, wherein the thermoplastic polyurethane foam beads have a density of from 0.01 to 0.3 g/cm 3 and wherein 1 part by weight water per from 1.5 to 20 parts by weight of the thermoplastic polyurethane foam beads is used; closing the mold; bringing the mold to a peak temperature of from 130° C. to 180° C. over a period of from 300 to 1500 seconds; cooling the mold to a temperature of from 5° C. to 80° C. over a period of from 300 to 1500 seconds within 30 seconds after the peak temperature is reached; and removing the article. placing an amount of water in a compression mold in the shape of an article; then placing a desired amount of thermoplastic polyurethane foam beads in the compression mold, wherein the thermoplastic polyurethane foam beads have a density of from 0.01 to 0.3 g/cm 3 and wherein 1 part by weight water per from 1.5 to 20 parts by weight of the thermoplastic polyurethane foam beads is used; closing the mold; bringing the mold to a peak temperature of from 130° C. to 180° C. over a period of from 300 to 1500 seconds; cooling the mold to a temperature of from 5° C. to 80° C. over a period of from 300 to 1500 seconds within 30 seconds after the peak temperature is reached; and removing the article.
An apparatus for decoding received symbols comprising: a de-interleaver to de-interleave the received symbols; a channel state estimator to generate a tone value representing channel information; a quantizer coupled to the channel state estimator to quantize the tone value; a combiner coupled to the de-interleaver and the quantizer to combine the de-interleaved symbols and the quantized tone value to output combined de-interleaved symbols weighed by the quantized tone value; and a comparator coupled to the combiner to compare the combined de-interleaved symbols with a threshold to generate a decoding decision. a de-interleaver to de-interleave the received symbols; a channel state estimator to generate a tone value representing channel information; a quantizer coupled to the channel state estimator to quantize the tone value; a combiner coupled to the de-interleaver and the quantizer to combine the de-interleaved symbols and the quantized tone value to output combined de-interleaved symbols weighed by the quantized tone value; and a comparator coupled to the combiner to compare the combined de-interleaved symbols with a threshold to generate a decoding decision.