mhurhangee/ep-ind-claims huggingface dataset:
A coform nonwoven web comprising a matrix of meltblown fibers and an absorbent material, the matrix comprising a continuous region and a plurality of offset regions, the continuous region having a cross direction, a machine direction, and a thickness, characterised in the continuous region further comprising a planar first side extending in the cross direction and the machine direction and a planar second side opposite the first side, the first and second sides being separated by the thickness of the continuous region, the offset regions extend out from the first side, wherein the offset regions are positioned to define a plurality of first uninterrupted portions of the continuous regions, wherein the first uninterrupted portions of the continuous region do not underlie any offset regions, further wherein the first uninterrupted portions of the continuous region extend in a first direction (D 1) in the plane of the first side, the first direction (D 1) not intersecting any offset regions, and further wherein the width (W 1) of the uninterrupted portions (W 1) divided by the width (W 2) of the offset regions (W 2) is between about 0.3 and about 2.0, the widths (W 1,W 2) measured perpendicular to the first direction (D 1) in the plane of the first side, and even further wherein the continuous region extends completely under the offset regions.
A spreader arrangement for dispersing crop residue (12, 14) laterally from each side of an agricultural harvester, comprising: at least first (18, 60) and second (20, 62) spreader units spaced one from the other on opposite sides of a harvester longitudinal centerline; and each spreader unit (18, 20, 60, 62) including a generally vertically extending rotor having an impeller (26, 28, 64, 66, 104) for expelling crop residue from the harvester, the spreader arrangement being characterized in that the impeller of each spreader unit is provided near an upper end of the vertically extending rotor, and in that each spreader unit includes a fan (38, 40, 76 78) near a lower end of the vertically extending rotor for creating an airflow to assist in dispersing the crop residue, and at least one conduit (52, 54, 82, 86, 96, 98) for ducting the airflow obliquely upward from the fan to an impeller. at least first (18, 60) and second (20, 62) spreader units spaced one from the other on opposite sides of a harvester longitudinal centerline; and each spreader unit (18, 20, 60, 62) including a generally vertically extending rotor having an impeller (26, 28, 64, 66, 104) for expelling crop residue from the harvester, the spreader arrangement being characterized in that the impeller of each spreader unit is provided near an upper end of the vertically extending rotor, and in that each spreader unit includes a fan (38, 40, 76 78) near a lower end of the vertically extending rotor for creating an airflow to assist in dispersing the crop residue, and at least one conduit (52, 54, 82, 86, 96, 98) for ducting the airflow obliquely upward from the fan to an impeller.
A light source, comprising: a light emitting diode array, each LED unit (101a, 101b) including an LED chip (401, 501, 1101), wherein the LED array includes at least two types of LED units (101a, 101b) emitting different color lights; wherein a light emitting surface of each LED chip (401, 501, 1101) is covered by a high-refractive index transparent medium having a refractive index greater than 1.3; a collimator array, including at least one collimator unit, wherein each collimator unit corresponds to at least one LED unit (101a, 101b), for collimating a light emitted from the at least one LED unit (101a, 101b) while maintaining an etendue of the light from the at least one LED unit (101a, 101b) substantially unchanged; and a light homogenizing device for smoothing a light from the collimator array; characterized in that the high-refractive index medium covering the light emitting surface of each LED chip (401, 501, 1101) has a thickness less than 50% of a diameter of a bounding circle of the light emitting surface of the LED chip (401, 501, 1101), and, wherein in the LED array, the LED units (101a, 101b) are arranged in a square pattern; and wherein in the collimator array, the collimator units are arranged in a square pattern; or, wherein in the LED array, the LED units (101a, 101b) are arranged in a honeycomb pattern; and wherein in the collimator array, the collimator units are arranged in a honeycomb pattern. a light emitting diode array, each LED unit (101a, 101b) including an LED chip (401, 501, 1101), wherein the LED array includes at least two types of LED units (101a, 101b) emitting different color lights; wherein a light emitting surface of each LED chip (401, 501, 1101) is covered by a high-refractive index transparent medium having a refractive index greater than 1.3; a collimator array, including at least one collimator unit, wherein each collimator unit corresponds to at least one LED unit (101a, 101b), for collimating a light emitted from the at least one LED unit (101a, 101b) while maintaining an etendue of the light from the at least one LED unit (101a, 101b) substantially unchanged; and a light homogenizing device for smoothing a light from the collimator array; characterized in that the high-refractive index medium covering the light emitting surface of each LED chip (401, 501, 1101) has a thickness less than 50% of a diameter of a bounding circle of the light emitting surface of the LED chip (401, 501, 1101), and, wherein in the LED array, the LED units (101a, 101b) are arranged in a square pattern; and wherein in the collimator array, the collimator units are arranged in a square pattern; or, wherein in the LED array, the LED units (101a, 101b) are arranged in a honeycomb pattern; and wherein in the collimator array, the collimator units are arranged in a honeycomb pattern.
A method for producing a toner comprising: ejecting a toner composition fluid or a solution or a dispersion of a toner composition from a nozzle, vibrating the nozzle at a constant frequency to induce constrictions of liquid columns in the toner composition fluid or the solution or dispersion ejected from the nozzle and to split the toner composition fluid or the solution or dispersion into droplets at the front edge of the liquid columns, and in case of the toner composition fluid, solidifying the droplets to be made into particles, or in case of the solution or a dispersion of a toner composition, drying the droplets, wherein the toner composition fluid comprises a toner composition, and the toner composition comprises a resin and a colorant, and wherein the solution or the dispersion of the toner composition comprises a resin and a colorant, and wherein the nozzle is vibrated by use of a vibration generating unit, wherein the vibration generating unit makes contact with the nozzle to thereby directly vibrate the nozzle. ejecting a toner composition fluid or a solution or a dispersion of a toner composition from a nozzle, vibrating the nozzle at a constant frequency to induce constrictions of liquid columns in the toner composition fluid or the solution or dispersion ejected from the nozzle and to split the toner composition fluid or the solution or dispersion into droplets at the front edge of the liquid columns, and in case of the toner composition fluid, solidifying the droplets to be made into particles, or in case of the solution or a dispersion of a toner composition, drying the droplets,
A gimbal, comprising: a mount, the mount configured to connect to a platform; a first motor connected to the mount, the first motor including a first motor shaft, wherein torque is applied by the first motor to rotate the first motor shaft; a second motor connected to the first motor shaft, the second motor including a second motor shaft, wherein torque is applied by the second motor to rotate the second motor shaft; a third motor connected to the second motor shaft, the third motor including a third motor shaft, wherein torque is applied by the third motor to rotate the third motor shaft; an electronic camera connection configured to connect to a digital camera mounted on the gimbal; and an internal data bus (140, 141), the internal data bus facilitating data communication between the digital camera and the platform, characterized in that the gimbal is configured to perform an auto-calibration sequence in response to a new camera being connected to the gimbal, an unrecognised camera being attached to the gimbal, a new mount platform being connected to the gimbal or in response to an input from a user, the auto-calibration sequence comprising moving the gimbal to a number of set orientations and measuring the speed at which the gimbal re-orients the camera compared to an expected speed and adjusting the torque exerted by the first, second and/or third motors so that the movement of the gimbal is desirable. a mount, the mount configured to connect to a platform; a first motor connected to the mount, the first motor including a first motor shaft, wherein torque is applied by the first motor to rotate the first motor shaft; a second motor connected to the first motor shaft, the second motor including a second motor shaft, wherein torque is applied by the second motor to rotate the second motor shaft; a third motor connected to the second motor shaft, the third motor including a third motor shaft, wherein torque is applied by the third motor to rotate the third motor shaft; an electronic camera connection configured to connect to a digital camera mounted on the gimbal; and an internal data bus (140, 141), the internal data bus facilitating data communication between the digital camera and the platform, characterized in that the gimbal is configured to perform an auto-calibration sequence in response to a new camera being connected to the gimbal, an unrecognised camera being attached to the gimbal, a new mount platform being connected to the gimbal or in response to an input from a user, the auto-calibration sequence comprising moving the gimbal to a number of set orientations and measuring the speed at which the gimbal re-orients the camera compared to an expected speed and adjusting the torque exerted by the first, second and/or third motors so that the movement of the gimbal is desirable.
An oral pharmaceutical composition comprising an enteric-coated drug substance, wherein said composition also comprises an enteric-coated oligouronate and wherein said drug substance is a polymeric biological drug substance.
A device for recycling composite materials of reinforcement and matrix type, characterized in that it includes two metal rails (1, 2) between which the materials to be recycled are intended to be stretched, and a current generator, the terminals of which are connected or intended to be connected to the two metal rails (1, 2), said rails (1, 2) thus forming electrodes (1, 2) in short circuit when the materials to be recycled are arranged on said rails (1, 2), said generator being suitable for outputting at least one current pulse of a power in the order of or greater than the MW between these two rails (1, 2), which allows the separation of the reinforcements from their matrix.
A crystalline multilayer structure comprising: a metal layer containing a uniaxially oriented metal as a major component; and a semiconductor layer disposed directly on the metal layer or with another layer therebetween and containing a crystalline oxide semiconductor as a major component, characterized in that, the crystalline oxide semiconductor contains one or more metals selected from gallium, indium, and aluminum, is uniaxially oriented and has a corundum structure or β-galia structure. a metal layer containing a uniaxially oriented metal as a major component; and a semiconductor layer disposed directly on the metal layer or with another layer therebetween and containing a crystalline oxide semiconductor as a major component, characterized in that, the crystalline oxide semiconductor contains one or more metals selected from gallium, indium, and aluminum, is uniaxially oriented and has a corundum structure or β-galia structure.
An automated liquid chromatography system arranged to provide a controlled fluid flow through a chromatography column, said system comprising: two or more fluid handling units (1 to 18) arranged as interchangeable modular components; and a housing comprising a liquid handling panel with two or more component positions for receiving said units, wherein said two or more units include a fluidics section having fluid connections allowing the fluid handing unit to be connected to a liquid chromatography fluid path, and a non fluidics section, and wherein said two or more units further include a panel member arranged to separate fluid connections of a respective fluidics section from a respective non fluidics section and for attachment to a component position in the liquid handling panel such that said fluidics sections of said units including the fluid connections of said fluidics sections of the handling units are external to the housing, and said non fluidics sections of the units are internal to the housing, whereby the positions of the fluid handling units may be customized for a specific experimental set up.
A fastener assembly comprising a fastener being attached to a panel and having means for attachment of a device thereto, comprising: a panel; an elongate barrel having an outside surface extending from a top end to an open bottom end thereof; a bore including an inner wall at a bottom portion thereof terminating at a circular edge; a reinforcement collar located at the base of the barrel extending radially from said outside surface, said barrel extending upwardly therefrom, said collar being the largest diameter of said fastener and having an annular top surface adapted to receive a downward pressing force; an annular displacer flange located immediately below said collar and including an annular bottom surface for forcibly deforming said panel; an undercut located on said outside surface immediately below said displacer for receiving a cold flow of deformed panel material; a plurality of axially extending circumferential teeth located immediately below said undercut on said outside surface, said teeth extending to a greater diameter than said undercut but being of lesser diameter than said displacer flange; and a chamfer extending downward and inwardly from said teeth terminating at said circular edge; characterised in that the circular edge is a sharp, cutting edge; and the panel is pierced by the sharp, cutting edge and the fastener is attached to the panel with the length of the barrel below the reinforcement collar being less than the width of said panel. a panel; an elongate barrel having an outside surface extending from a top end to an open bottom end thereof; a bore including an inner wall at a bottom portion thereof terminating at a circular edge; a reinforcement collar located at the base of the barrel extending radially from said outside surface, said barrel extending upwardly therefrom, said collar being the largest diameter of said fastener and having an annular top surface adapted to receive a downward pressing force; an annular displacer flange located immediately below said collar and including an annular bottom surface for forcibly deforming said panel; an undercut located on said outside surface immediately below said displacer for receiving a cold flow of deformed panel material; a plurality of axially extending circumferential teeth located immediately below said undercut on said outside surface, said teeth extending to a greater diameter than said undercut but being of lesser diameter than said displacer flange; and a chamfer extending downward and inwardly from said teeth terminating at said circular edge; characterised in that the circular edge is a sharp, cutting edge; and the panel is pierced by the sharp, cutting edge and the fastener is attached to the panel with the length of the barrel below the reinforcement collar being less than the width of said panel.
Automatic machine for producing an infusion beverage, comprising a plurality of chambers (2, 3, 4) that are suitable for receiving one sort of a plant product each and that each comprise at least one chamber opening (5, 6, 7) on the floor side through which the plant product can be transferred into a brewing unit using the force of gravity, the automatic machine comprising at least three chambers (2, 3, 4), and at least one closure means that is mounted so as to be rotatable about an axis of rotation being arranged between the chamber opening (5, 6, 7) of a chamber (2, 3, 4) that can be selected by a selection means and the brewing unit, characterised in that the selection means and the closure means are designed to be movable at least indirectly by a single drive means.
Installation for treating contaminated precipitation water with an adsorbing filter substrate contained in a filter housing arranged in an underground tank forming a sedimentation chamber allocated to the filter substrate and having at least one intake, out of which underground tank at least an extraction string (4, 4') and/or an overflow pipe extends, characterized in that in the filter housing installed approximately vertically in a tank dome (1, 2, 3) of the underground tank at least one layer (10, 11, 12) of a granular filter material is contained and oriented crosswise to the through flow direction to define a respective fine filter stage, the layer (10, 11, 12) defining the filter substrate together with a coarse filter stage, that the filter housing is substantially pot shaped, is provided with an upper ring part having at least one exterior intake socket piece, underneath the ring part a chamber for the coarse filter stage and has underneath the chamber at least one accommodating chamber for the at least one layer (10, 11, 12) and underneath of the accommodating chamber a catching funnel including a connecting socket part being open at the lower side, and wherein the filter substrate is placed by its accommodation in the filter housing such that the filter substrate is flown through by the precipitation water from the intake side.
Pharmaceutical composition comprising pharmaceutically acceptable carriers, diluents and/or adjuvants and a mixture of APG101 isoforms wherein unmodified APG101 is represented by SEQ ID NO:1 said mixture consisting of APG101 variants N-terminally truncated and whose first amino acid is amino acid 17, 21 or 26 with respect to SEQ ID NO:1 and less than 1 mol% unmodified APG101 according to SEQ ID NO:1 and wherein the APG101 isoforms distribute within a pl range of 4.0 - 8.5, and comprise an amount of sialic acids from 4.5 - 6.0 mol NeuAc/mol APG101.
A process cartridge, comprising: a cylindrical photoreceptor drum; a member having a tubular body which is mounted at an end portion of the photoreceptor drum and which has an outer circumferential surface serving as a sliding surface; and a bearing configured to have a hole which defines an inner peripheral surface that faces the sliding surface, the bearing supporting the tubular body of the member by inserting the tubular body into the hole, characterized in that a difference between an outside diameter (Da) of a part provided with the sliding surface of the member and a diameter (Db) of the hole of the bearing is equal to or more than 0.06 mm and equal to or less than 0.5 mm. a cylindrical photoreceptor drum; a member having a tubular body which is mounted at an end portion of the photoreceptor drum and which has an outer circumferential surface serving as a sliding surface; and a bearing configured to have a hole which defines an inner peripheral surface that faces the sliding surface, the bearing supporting the tubular body of the member by inserting the tubular body into the hole, characterized in that a difference between an outside diameter (Da) of a part provided with the sliding surface of the member and a diameter (Db) of the hole of the bearing is equal to or more than 0.06 mm and equal to or less than 0.5 mm.
An egg flat identification system, comprising: a first measurement device configured to determine a first measurement for each of a plurality of eggs carried by an egg flat to be identified in a collection of egg flats; a processor in communication with the first measurement device, the processor being configured to receive the first measurements from the first measurement device and to generate and store a data pattern according to the first measurements of each respective egg flat to be identified; a first processing station having a sampling device configured to extract a sample from each egg and configured to conduct a bioassay thereon; a second measurement device configured to determine a second measurement for each of the plurality of eggs carried by the egg flat to be identified in the collection of egg flats, the second measurement device being positioned downstream from the first measurement device, the second measurement device being in communication with the processor such that the processor is configured to receive the second measurements and to generate a comparative data pattern from the second measurements of the egg flat to be identified; wherein the processor is configured to compare said data pattern with said comparative data pattern so as to confirm the identity of the egg flat to be identified among the collection of egg flats such that the results from the bioassay are accurately associated with the correct egg flat; and a second processing station configured to process the eggs according to the bioassay results. a first measurement device configured to determine a first measurement for each of a plurality of eggs carried by an egg flat to be identified in a collection of egg flats; a processor in communication with the first measurement device, the processor being configured to receive the first measurements from the first measurement device and to generate and store a data pattern according to the first measurements of each respective egg flat to be identified; a first processing station having a sampling device configured to extract a sample from each egg and configured to conduct a bioassay thereon; a second measurement device configured to determine a second measurement for each of the plurality of eggs carried by the egg flat to be identified in the collection of egg flats, the second measurement device being positioned downstream from the first measurement device, the second measurement device being in communication with the processor such that the processor is configured to receive the second measurements and to generate a comparative data pattern from the second measurements of the egg flat to be identified; wherein the processor is configured to compare said data pattern with said comparative data pattern so as to confirm the identity of the egg flat to be identified among the collection of egg flats such that the results from the bioassay are accurately associated with the correct egg flat; and a second processing station configured to process the eggs according to the bioassay results.