mhurhangee/ep-ind-claims huggingface dataset:
An antenna device for a wireless communication system, comprising: an antenna board (900, 1200) comprising a plurality of antenna elements and a coupler for extracting part of a signal transmitted to the plurality of the antenna elements; and a calibration board disposed under the antenna board (900, 1200), and comprising a correction circuit for correcting an error using the part of the signal extracted by the coupler, wherein the coupler disposed on the antenna board comprises, a first transmission line (910, 1210) comprising a first portion (912, 1212) and a second portion (914, 1214) and connected with the plurality of the antenna elements, wherein the first transmission line (910, 1210) feeds power to the plurality of antenna elements; and a second transmission line (920, 1220) disposed to be capacitively connected with the first transmission line (910, 1210), wherein the second transmission line (920, 1220) comprises, a third transmission line (922, 1222) and a fourth transmission line (926, 1226) spaced apart from each other to be parallel to the second portion (914, 1214) of the first transmission line (910, 1210); and a fifth transmission line (924, 1224) disposed to connect with the third transmission line (922, 1222) and the fourth transmission line (926, 1226) with respective terminal ends, and disposed in a curved shape to surround a via hole corresponding to an antenna port and penetrating the antenna board (900, 1200) in a vertical direction, and wherein the first transmission line electrically connects the via hole corresponding to the antenna port and the plurality of antenna elements. an antenna board (900, 1200) comprising a plurality of antenna elements and a coupler for extracting part of a signal transmitted to the plurality of the antenna elements; and a calibration board disposed under the antenna board (900, 1200), and comprising a correction circuit for correcting an error using the part of the signal extracted by the coupler, wherein the coupler disposed on the antenna board comprises, a first transmission line (910, 1210) comprising a first portion (912, 1212) and a second portion (914, 1214) and connected with the plurality of the antenna elements, wherein the first transmission line (910, 1210) feeds power to the plurality of antenna elements; and a second transmission line (920, 1220) disposed to be capacitively connected with the first transmission line (910, 1210), wherein the second transmission line (920, 1220) comprises, a third transmission line (922, 1222) and a fourth transmission line (926, 1226) spaced apart from each other to be parallel to the second portion (914, 1214) of the first transmission line (910, 1210); and a fifth transmission line (924, 1224) disposed to connect with the third transmission line (922, 1222) and the fourth transmission line (926, 1226) with respective terminal ends, and disposed in a curved shape to surround a via hole corresponding to an antenna port and penetrating the antenna board (900, 1200) in a vertical direction, and wherein the first transmission line electrically connects the via hole corresponding to the antenna port and the plurality of antenna elements.
Bumper assembly for an automotive vehicle, comprising a cross-member designed to extend in a transverse direction of the automotive vehicle and two shock absorbers (14, 16) spaced transversely apart from one another and connected to the cross-member, each shock absorber (14, 16) being designed to be interposed between the cross-member and a side member of the automotive vehicle, each shock absorber (14, 16) comprising a central web suitable for connecting the cross-member to the side member and a shell suitable for deforming under the effect of a longitudinal compressive force, the shell surrounding the central web and being formed from a bottom half-shell and a top half-shell, the central web being formed by a bottom central portion and a top central portion, characterised in that the bottom and top half-shells of each shock absorber (14, 16) have at least one horizontal region (102, 104, 106, 108) to provide a connection to the bottom or top central portion of said shock absorber (14, 16).
A camera, disposed on a same side of a terminal as a display panel, wherein the camera comprises a lens barrel and a plurality of lenses (21, 22, 23, 24, 25) disposed in the lens barrel in a stacked manner in a direction of an optical axis of the camera, the lens barrel comprises a first segment and a second segment that are arranged and connected to each other in the direction of the optical axis, a lens accommodated in the first segment is a first lens, the first lens comprises a light incident surface, a light exiting surface, and a side face connected between the light incident surface and the light exiting surface, and a part of the second segment is disposed in a stacked manner with an edge of the display panel such that when the display panel is used as a reference plane, an orthographic projection of the part of the second segment on the reference plane at least partially overlaps the display panel, wherein the side face comprises a first face and a second face that are connected, a perpendicular distance between the first face and the optical axis is less than a perpendicular distance between the second face and the optical axis, a shape of the first segment matches a shape of the first lens, and a part, of the first segment, cooperating with the first face is disposed adjacent to an end face of the display panel, wherein the end face of the display panel is a plane perpendicular to the display surface.
A method comprising: receiving a voxel space associated with a LIDAR dataset representing an environment; determining, for a voxel of the voxel space, a surface normal vector associated with three-dimensional data represented by the voxel; determining, based at least in part on an orientation of an autonomous vehicle, a reference orientation; determining that an angle between the surface normal vector and a vector associated with the reference orientation is below a threshold value, wherein the threshold value varies based on a location of the autonomous vehicle, a type of road surface, or a velocity of the autonomous vehicle; determining, based at least in part on the angle being below the threshold value, that the voxel is a locally flat voxel; determining a ground cluster, the ground cluster including a plurality of locally flat voxels, the plurality of locally flat voxels including the locally flat voxel; and generating a trajectory for the autonomous vehicle based at least in part on the ground cluster representing a drivable surface for the autonomous vehicle. receiving a voxel space associated with a LIDAR dataset representing an environment; determining, for a voxel of the voxel space, a surface normal vector associated with three-dimensional data represented by the voxel; determining, based at least in part on an orientation of an autonomous vehicle, a reference orientation; determining that an angle between the surface normal vector and a vector associated with the reference orientation is below a threshold value, wherein the threshold value varies based on a location of the autonomous vehicle, a type of road surface, or a velocity of the autonomous vehicle; determining, based at least in part on the angle being below the threshold value, that the voxel is a locally flat voxel; determining a ground cluster, the ground cluster including a plurality of locally flat voxels, the plurality of locally flat voxels including the locally flat voxel; and generating a trajectory for the autonomous vehicle based at least in part on the ground cluster representing a drivable surface for the autonomous vehicle.
A process for the preparation of cis-2-(2-methylprop-1-enyl)-4-methyltetrahydropyran of the formula comprising the steps a) catalytic hydrogenation of 2-(2-methylprop-1-enyl)-4-methylenetetrahydropyran of the formula in the presence of hydrogen and a heterogeneous catalyst comprising ruthenium on a support to give a reaction mixture comprising the compound of the formula and trans-2-(2-methylprop-1-enyl)-4-methyltetrahydropyran of the formula and b) optionally separating off the compounds of the formula and from the reaction mixture obtained according to step a) and c) bringing the compounds of the formulae and obtained in step a) or b) into contact with a strongly acidic cation exchanger with isomerization of the compound of the formula to give the compound of the formula. a) catalytic hydrogenation of 2-(2-methylprop-1-enyl)-4-methylenetetrahydropyran of the formula in the presence of hydrogen and a heterogeneous catalyst comprising ruthenium on a support to give a reaction mixture comprising the compound of the formula and trans-2-(2-methylprop-1-enyl)-4-methyltetrahydropyran of the formula and b) optionally separating off the compounds of the formula and from the reaction mixture obtained according to step a) and c) bringing the compounds of the formulae and obtained in step a) or b) into contact with a strongly acidic cation exchanger with isomerization of the compound of the formula to give the compound of the formula.
Beverage preparation means, comprising - a carcass; - a fluid system arranged in the carcass, which comprises the following components: - a water source, for example a reservoir, and a supply line for supplying the water to the fluid system; - a brewing device for receiving a dry substance, through which the water can flow to prepare the beverage; - an outlet device (120, 125, 126) for dispensing the prepared beverage; the beverage preparation means a control device for controlling the fluid system for preparing a beverage; - a sensor device, which is or comprises an electrochemical sensor, having a sensor means and an evaluation means, the sensor device being designed to detect a chemical substance in the water, the control device being connected to the sensor device, characterised in that the sensor means is arranged in the supply line in close proximity, preferably in the immediate proximity of the water source, in order to monitor the water stored in the water source in terms of the chemical substance, which arises as a result of contamination. - a carcass; - a fluid system arranged in the carcass, which comprises the following components: - a water source, for example a reservoir, and a supply line for supplying the water to the fluid system; - a brewing device for receiving a dry substance, through which the water can flow to prepare the beverage; - an outlet device (120, 125, 126) for dispensing the prepared beverage; the beverage preparation means a control device for controlling the fluid system for preparing a beverage; - a sensor device, which is or comprises an electrochemical sensor, having a sensor means and an evaluation means, the sensor device being designed to detect a chemical substance in the water, the control device being connected to the sensor device,
Substitute for salt (NaCl), characterized in that it comprises deactivated yeast and a salt compound selected from NaCl, a potassium salt, an ammonium salt, a magnesium salt and mixtures thereof.
A dishwasher comprising: a tub in which a space for accommodating an object to be washed is formed; a spray arm rotatably mounted in the tub and configured to spray wash water onto the object to be washed; a sump disposed at a bottom surface of the tub to store the wash water and configured to supply the wash water to the spray arm; a fixed gear unit fixed in the tub and having gear teeth formed along an outer circumferential surface thereof; a rotary gear unit rotatably mounted on the spray arm to be engaged with the gear teeth of the fixed gear unit; and a link member connected to the rotary gear unit and the spray arm, wherein the spray arm comprises a main arm including a pair of arms (113, 114), wherein the rotary gear unit is configured to rotate while being engaged with the gear teeth of the fixed gear unit by the rotation of the main arm, characterized in that: the spray arm further comprises a pair of auxiliary arms (140, 150) rotatably connected to the main arm, and wherein the link member is configured to move by the rotation of the rotary gear unit and is configured to push and rotate each of the auxiliary arms (140, 150). a tub in which a space for accommodating an object to be washed is formed; a spray arm rotatably mounted in the tub and configured to spray wash water onto the object to be washed; a sump disposed at a bottom surface of the tub to store the wash water and configured to supply the wash water to the spray arm; a fixed gear unit fixed in the tub and having gear teeth formed along an outer circumferential surface thereof; a rotary gear unit rotatably mounted on the spray arm to be engaged with the gear teeth of the fixed gear unit; and a link member connected to the rotary gear unit and the spray arm, wherein the spray arm comprises a main arm including a pair of arms (113, 114), wherein the rotary gear unit is configured to rotate while being engaged with the gear teeth of the fixed gear unit by the rotation of the main arm, characterized in that: the spray arm further comprises a pair of auxiliary arms (140, 150) rotatably connected to the main arm, and wherein the link member is configured to move by the rotation of the rotary gear unit and is configured to push and rotate each of the auxiliary arms (140, 150). the spray arm further comprises a pair of auxiliary arms (140, 150) rotatably connected to the main arm, and wherein the link member is configured to move by the rotation of the rotary gear unit and is configured to push and rotate each of the auxiliary arms (140, 150).
A method of encoding a signal by packing data representing the signal to a formatted binary representation, the method comprising the steps of: deriving from the signal a first set and a second set of codewords, referred to as "coarse codewords" and "touchup codewords" respectively, each codeword comprising bits, wherein the coarse codewords are derived by variable length encoding the most significant bits 'MSBs' of words representing the signal and the touchup codewords are derived from the corresponding least significant bits 'LSBs' of the words representing the signal; establishing, in relation to each touchup codeword, a set of predetermined touchup bit positions within the formatted binary representation, the touchup bit positions being predetermined independently of the length of any codeword or of data contained within any codeword; placing all the bits of each coarse codeword into the formatted binary representation; and, conditionally placing bits from each touchup codeword into the predetermined touchup bit positions that were established in relation to that touchup codeword, wherein the placement of each bit from a touchup codeword into its respective predetermined touchup bit position is conditional on that position not being occupied by a bit from a coarse codeword, wherein bits from the touchup codeword that would be placed in positions occupied by a bit from a coarse codeword are either not placed or else are placed but subsequently overwritten. deriving from the signal a first set and a second set of codewords, referred to as "coarse codewords" and "touchup codewords" respectively, each codeword comprising bits, wherein the coarse codewords are derived by variable length encoding the most significant bits 'MSBs' of words representing the signal and the touchup codewords are derived from the corresponding least significant bits 'LSBs' of the words representing the signal; establishing, in relation to each touchup codeword, a set of predetermined touchup bit positions within the formatted binary representation, the touchup bit positions being predetermined independently of the length of any codeword or of data contained within any codeword; placing all the bits of each coarse codeword into the formatted binary representation; and, conditionally placing bits from each touchup codeword into the predetermined touchup bit positions that were established in relation to that touchup codeword, wherein the placement of each bit from a touchup codeword into its respective predetermined touchup bit position is conditional on that position not being occupied by a bit from a coarse codeword, wherein bits from the touchup codeword that would be placed in positions occupied by a bit from a coarse codeword are either not placed or else are placed but subsequently overwritten.
A method of analysing microbes, the method comprising; i) a lipid extraction step, comprising addition of an extraction composition to the microbes to extract lipids, wherein the extraction composition comprises more than 70vol% methanol or ethanol; ii) a sample preparation step, comprising preparation of a MALDI sample incorporating the extracted lipids; iii) a data gathering step, comprising performing MALDI-based mass spectrometry on the MALDI sample; and iv) a microbe identification step, comprising analysis of the mass spectrometry data to identify the microbial strain. i) a lipid extraction step, comprising addition of an extraction composition to the microbes to extract lipids, wherein the extraction composition comprises more than 70vol% methanol or ethanol; ii) a sample preparation step, comprising preparation of a MALDI sample incorporating the extracted lipids; iii) a data gathering step, comprising performing MALDI-based mass spectrometry on the MALDI sample; and iv) a microbe identification step, comprising analysis of the mass spectrometry data to identify the microbial strain.
Use of an amino acid composition for promoting a process wherein body fats are converted into energy required for physical exercise during and/or after anoxic or anaerobic motions performed under an extremely high load, wherein said amino acid composition comprises the following amino acids in the molar ratios specified below: alanine (not more than 12 moles), arginine (not more than 5 moles), aspartic acid (not more than one mole), glutamic acid (not more than 4 moles), glycine (7 to 20 moles), histidine (not more than 5 moles), isoleucine (3 to 9 moles), leucine (2 to 12 moles), lysine (5 to 11 moles), methionine (not more than 5 moles), phenylalanine (0.5 to 5 moles), proline (4 to 30 moles), serine (not more than 5 moles), threonine (2 to 15 moles), tryptophan (not more than 5 moles), tyrosine (1 to 9 moles) and valine (4 to 8 moles) as basic amino acid composition, and glutamine in an amount of 1.0 to 20 moles per 100 moles of the basic amino acid composition.
Packaging container with an inner part and an outer part, wherein the inner part forms a tray-shaped or cup-shaped container and the outer part at least partly surrounds the inner part, wherein the inner part is produced from a thermo-mouldable and/or deep-drawable material and wherein the outer part is produced from a fibrous and thus renewable, biologically degradable and/or recycled raw material, wherein the inner part and/or the outer part has or have a constructionally reinforcing structure (10, 11) at least in the region of the side wall sections and wherein the structure (10, 11) is formed to be impressed and wherein spacers are provided between the inner part and outer part, the structure (10, 11) being constructed as spacers, characterised in that a clamping device as clamping groove for connection of inner part and outer part is provided, wherein the clamping groove is provided at the upper end of the container and wherein the clamping groove is formed as a channel by a rolled-over portion, which forms an edge, of the inner part so that the outer part is secured to the inner part by the clamping in this channel.
A fresh air valve which comprises - an elongated housing with an elongated slot shaped through flow opening for building into elongated slot shaped openings in walls or frames, for example window frames and - an elongated cover plate which is displaceably arranged in the elongated housing to be displaceable between two positions, a closed position in which the through flow opening is closed and an open position in which the through flow opening is at least partially open characterized in that the elongated cover plate comprises - an elongated stringer element made from a first material and extending along the longitudinal axis of the elongated cover plate, and - an outer shell comprising a material different from the first material, - said outer shell being arranged to envelope the stringer element within the outer shell such that the material of the outer shell physically locks the stringer to the outer shell, and - said first material having a higher modulus of elasticity than the material of the outer shell. - an elongated housing with an elongated slot shaped through flow opening for building into elongated slot shaped openings in walls or frames, for example window frames and - an elongated cover plate which is displaceably arranged in the elongated housing to be displaceable between two positions, a closed position in which the through flow opening is closed and an open position in which the through flow opening is at least partially open characterized in that the elongated cover plate comprises - an elongated stringer element made from a first material and extending along the longitudinal axis of the elongated cover plate, and - an outer shell comprising a material different from the first material, - said outer shell being arranged to envelope the stringer element within the outer shell such that the material of the outer shell physically locks the stringer to the outer shell, and - said first material having a higher modulus of elasticity than the material of the outer shell.
Confocal microscope comprising an illumination device for illuminating a sample; a spinning disk unit, comprising a rotatable aperture mask with an optically open first section and with a structured second section for coding the illumination; an image-capturing unit for detecting a first image, which is assigned to the first section, and a second image, which is assigned to the second section, through the aperture mask or a decoder mask; a vertically displaceable object stage and/or a vertically displaceable focus drive with a position-detecting means for detecting a vertical position (z1... z7) of the object stage and/or of the focus drive; an image processor for generating a confocal image by calculating the first and second images (02, 03) assigned to the sections; characterized in that the image-capturing unit is configured to record first and second images at different vertical positions; to temporarily store each of the first and second images (02, 03) with their associated vertical position (zl... z7); and to interpolate two first or second images to give an intermediate image (06 or 08) and to with the second or first image, taking into account the vertical position (zl... z7), to give a confocal image of a sample placed on the object stage; to determine the topography of the sample from more than two confocal images at different focus positions.