mhurhangee/ep-ind-claims huggingface dataset:
Agricultural round baler for forming round bales from harvested crop in a pressing chamber that is provided with a rear outlet for ejecting a finished round bale and comprises pressing devices which can set the harvested crop in rotation, a harvested crop collector, a cutting and/or conveying unit, a storage space that connects to said cutting and/or conveying unit, extends up to an inlet region of the pressing chamber and receives harvested crop in storage phases of the pressing operation, comprising a control or regulating apparatus for controlling devices for interrupting or releasing material transfer from the storage space to the pressing chamber and an apparatus for wrapping a finished round bale with binding material in the pressing chamber, the storage space being designed as a planar shaping and pressing channel for the harvested crop that is conveyed in storage phases of the pressing operation, which channel has at least one end that is height-adjustable and, in phases, a cross section that tapers in the material flow direction, characterised in that the round baler comprises at least one base conveyor that is height-adjustable at the end thereof that faces the pressing chamber, a conveying device being associated with the storage space in the inlet region of the pressing chamber, which conveying device is simultaneously designed as a pressing element of the pressing chamber and, on account of the cover element associated therewith, also acts as a locking device for preventing material transfer from the storage space to the pressing chamber.
An automatic polishing system comprising: a polishing robot holding a polishing tool; and a polishing controller, the system being configured such that under control of the polishing robot by the polishing controller or control of the polishing robot and the polishing tool by the polishing controller, the polishing tool carries out a polishing action on a polishing subject face; characterised in that there is provided a color intensity measurement instrument for measuring intensity (x) of a specified color (Cs) on the polishing subject face including an outer layer portion (sr) and a lower layer portion (ur) present beneath the outer layer portion (sr), which lower layer portion has a material quality or property different from the outer layer portion (sr); the specified color (Cs) is a color of the lower layer portion (ur) or a color of the outer layer portion (sr); based on the intensity (x) of the specified color (Cs) measured by the color intensity measurement instrument, the polishing controller is configured to control either the polishing robot alone or both the polishing robot and the polishing tool, so that an amount of polishing work by the polishing tool on the polishing subject face is adjusted according to the intensity (x) of the specified color (Cs) measured by the color intensity measurement instrument; the color intensity measurement instrument includes a camera configured to photograph the polishing subject face and a projector which is capable of irradiating the polishing subject face with irradiation light beam; and the color intensity measurement instrument is capable of obtaining a plurality of kinds of image data with different colors of the irradiation light beam by causing the camera to photograph the polishing subject face while changing a color of the irradiation light beam onto the polishing subject face and is configured to then measure the intensity (x) of the specified color (Cs) on the polishing subject face, based on the plurality of kinds of image data.
A method for improving bearing performance for a compressor machine, the method comprising: providing a bearing substantially free of lead (Pb) comprising a material that comprises copper (Cu) and at least one lubricant particle selected from a group consisting of: molybdenum disulfide (MoS 2), tungsten disulfide (WS 2), zinc sulfide (ZnS), hexagonal boron nitride, polytetrafluoroethylene (PTFE), calcium fluoride (CaF 2), carbon fiber, graphite, graphene, carbon nanotubes, carbon particles, thermoset polyimide, and combinations thereof in the compressor machine, characterized in that the compressor machine is configured to process a working fluid comprising a refrigerant and a lubricant oil comprising a sulfur-based additive in the compressor machine, wherein the sulfur-based additive reacts with the copper in the bearing to enhance lubricity and improve performance of the bearing in the compressor machine. providing a bearing substantially free of lead (Pb) comprising a material that comprises copper (Cu) and at least one lubricant particle selected from a group consisting of: molybdenum disulfide (MoS 2), tungsten disulfide (WS 2), zinc sulfide (ZnS), hexagonal boron nitride, polytetrafluoroethylene (PTFE), calcium fluoride (CaF 2), carbon fiber, graphite, graphene, carbon nanotubes, carbon particles, thermoset polyimide, and combinations thereof in the compressor machine, characterized in that the compressor machine is configured to process a working fluid comprising a refrigerant and a lubricant oil comprising a sulfur-based additive in the compressor machine, wherein the sulfur-based additive reacts with the copper in the bearing to enhance lubricity and improve performance of the bearing in the compressor machine.
A transition for a rail vehicle for arrangement between two vehicle parts that are movable with one another, having a gangway bellows comprising a plurality of folds and having a cover element for covering a region of the gangway bellows, wherein the cover element has cover folds that are adapted to the folds of the gangway bellows and are brought into superposition therewith, characterized in that the cover element is fastened to the gangway bellows in a manner removable without tools, in that a) the fastening between the cover element and the gangway bellows comprises clip connection elements and/or press fastenings; or in that b) the cover element has laminary portions on its lower side that continue from the cover folds and that are fastened to the gangway bellows in a manner removable without tools in that the gangway bellows has bellows frames arranged between the folds, with metal retaining plates (23, 24) projecting toward the inside of the transition and having an undercut contour at which the laminary portions are hooked being arranged at the bellows frame. a) the fastening between the cover element and the gangway bellows comprises clip connection elements and/or press fastenings; or in that b) the cover element has laminary portions on its lower side that continue from the cover folds and that are fastened to the gangway bellows in a manner removable without tools in that the gangway bellows has bellows frames arranged between the folds, with metal retaining plates (23, 24) projecting toward the inside of the transition and having an undercut contour at which the laminary portions are hooked being arranged at the bellows frame.
Centrifuge rotor comprising a lower part and a cover, wherein the centrifuge rotor has a rotational axis, wherein the cover can be placed onto the lower part along the rotational axis in a closing direction and can be removed along the rotational axis in a detaching direction, wherein, when the cover is closed, there is a closure between the lower part and the cover, wherein at least one of the elements out of the lower part and the cover comprises at least one first undercut, in which, when the cover is closed, at least one projection engages, which is arranged on the other of the elements out of the cover and the lower part, wherein the projection is arranged on a lever having a fulcrum, characterised in that the cover comprises a circular cut-out for fastening the centrifuge rotor in a centrifuge, wherein the lever has a concave shaping which continues the circular cut-out and points towards the rotational axis, wherein the lever is arranged such that, when the cover is closed, the concave shaping does not project inwards into the circular cut-out.
A method for determining the presence of crystalline silica particles in a sample comprising a plurality of particles in a gas, the method comprising: receiving first data generated based upon polarized light scattered by at least one particle of said plurality of particles, wherein said first data is based upon a difference between the light scattered by said at least one particle in a first and in a second direction, the first data being indicative of asymmetric scattering by the at least one particle; receiving second data generated based upon polarized light transmitted through at least one particle of said plurality of particles, characterized in that said second data is based upon a change in polarity of said light transmitted though said at least one particle, the second data being indicative of birefringence of the at least one particle; and determining the presence of crystalline silica particles in the sample based upon the first data and second data. receiving first data generated based upon polarized light scattered by at least one particle of said plurality of particles, wherein said first data is based upon a difference between the light scattered by said at least one particle in a first and in a second direction, the first data being indicative of asymmetric scattering by the at least one particle; receiving second data generated based upon polarized light transmitted through at least one particle of said plurality of particles, characterized in that said second data is based upon a change in polarity of said light transmitted though said at least one particle, the second data being indicative of birefringence of the at least one particle; and
A communication system comprising a network appliance device coupled to a network, the network appliance device comprising software for detecting incoming calls and initiating call sessions in accordance with a Session Initiation Protocol, SIP; a communication gateway coupled to the network, the communication gateway providing for communications between the network appliance device (100; 3415) and devices outside the network in accordance with a wireless communication protocol; and a wireless communication proxy server coupled to the network for translating messages between the SIP and the wireless communication protocol, whereby the network appliance device comprises a display, the network appliance device adapted to receive messages translated by the wireless communication proxy server from the wireless communication protocol to the SIP when the network appliance device is in an idle mode, wherein the messages comprise content and the network appliance device adapted to display the content on the display when the network appliance device is in the idle mode.
A method for determining the concentration of an analyte of interest in a bodily fluid, the method comprising: providing a single-use, disposable cartridge comprising: a solid residue of a plurality of internal standards within a sample introduction port, the plurality of internal standards comprising either a plurality of stable isotopes of the analyte of interest or a plurality of chemically derivatized analyte samples, each of the plurality of internal standards being at different, known concentrations; a filtration region; a chromatography region; and an outlet port configured to be in fluid communication with a mass spectrometer; introducing an original sample to the sample introduction port, the original sample comprising at least one of blood, urine, and saliva of a patient containing the analyte of interest; dissolving the solid residue in the original sample to produce a test sample; pumping the test sample through the single-use, disposable cartridge; analyzing the test sample via the mass spectrometer such that the plurality of different internal standards and the original sample are analyzed in a single spectral measurement; creating a standard curve of a spectra for the analyte of interest from data produced from the analysis of the single spectral measurement; and determining a concentration of the analyte of interest in the original sample based upon the standard curve. providing a single-use, disposable cartridge comprising: a solid residue of a plurality of internal standards within a sample introduction port, the plurality of internal standards comprising either a plurality of stable isotopes of the analyte of interest or a plurality of chemically derivatized analyte samples, each of the plurality of internal standards being at different, known concentrations; a filtration region; a chromatography region; and an outlet port configured to be in fluid communication with a mass spectrometer; a solid residue of a plurality of internal standards within a sample introduction port, the plurality of internal standards comprising either a plurality of stable isotopes of the analyte of interest or a plurality of chemically derivatized analyte samples, each of the plurality of internal standards being at different, known concentrations; a filtration region; a chromatography region; and an outlet port configured to be in fluid communication with a mass spectrometer; introducing an original sample to the sample introduction port, the original sample comprising at least one of blood, urine, and saliva of a patient containing the analyte of interest; dissolving the solid residue in the original sample to produce a test sample; pumping the test sample through the single-use, disposable cartridge; analyzing the test sample via the mass spectrometer such that the plurality of different internal standards and the original sample are analyzed in a single spectral measurement; creating a standard curve of a spectra for the analyte of interest from data produced from the analysis of the single spectral measurement; and determining a concentration of the analyte of interest in the original sample based upon the standard curve.
A gas cleaning separator arranged for separating a flowable mixture of substances of different densities, such as a gas and liquid; the separator comprising: a housing defining an inner space, a rotor assembly (78',84') for imparting a rotary motion onto said mixture of substances, the rotor assembly (78',84') being located in said inner space and rotatable about an axis relative to the housing, wherein the rotor assembly comprises an inlet for receiving said mixture of substances, an outlet from which said substances are ejected from the rotor assembly during use, and a flow path for providing fluid communication between the inlet and outlet, the rotor assembly (78',84') further comprising a rotary shaft made of a metallic material; characterised in that said rotary shaft is provided with a sleeve of a plastics material along a length of said rotary shaft slidably receiving at least one component of said separator. a housing defining an inner space, a rotor assembly (78',84') for imparting a rotary motion onto said mixture of substances, the rotor assembly (78',84') being located in said inner space and rotatable about an axis relative to the housing, wherein the rotor assembly comprises an inlet for receiving said mixture of substances, an outlet from which said substances are ejected from the rotor assembly during use, and a flow path for providing fluid communication between the inlet and outlet, the rotor assembly (78',84') further comprising a rotary shaft made of a metallic material; characterised in that said rotary shaft is provided with a sleeve of a plastics material along a length of said rotary shaft slidably receiving at least one component of said separator.
Automatic method for tying off curved sausages in the form of a "horseshoe shape" with a suspension cord on the sausage, for its maturing or storage, characterized in that the tying off takes place by using two cords (4,6), which are simultaneously fed from the tying-off machine through a single feeding opening, of which one cord is the tying-off thread, and the second is the suspension cord, wherein the suspension cord at the tying-off position is in direct and close contact with the sausage skin of sausage, whereas the tying-off thread is wound around the sausage skin in such tight windings, that its windings clamp both the sausage skin as well as the suspension cord.
An ophthalmologic device for examining corneal tissue layers comprising: - a long working distance microscope objective lens; - an illumination system where a drilled mirror is conjugated to the entrance pupil of the objective lens to provide an annular illumination on the eye of the patient; - a pupil reimager to conjugate the drilled mirror to the entrance pupil of the objective lens; - a coaxial fixation target system configured to project a fixation target on the patient's eye; characterized in that it further comprises - an autoalignment system adapted to image a target, projected on the corneal surface by the fixation system, which is shifted into the image path to transform the optical device from confocal to non confocal mode, in order to capture a non-confocal image thus allowing the autoalignment system to by aligned at the corneal apex. - a long working distance microscope objective lens; - an illumination system where a drilled mirror is conjugated to the entrance pupil of the objective lens to provide an annular illumination on the eye of the patient; - a pupil reimager to conjugate the drilled mirror to the entrance pupil of the objective lens; - a coaxial fixation target system configured to project a fixation target on the patient's eye; characterized in that it further comprises - an autoalignment system adapted to image a target, projected on the corneal surface by the fixation system, which is shifted into the image path to transform the optical device from confocal to non confocal mode, in order to capture a non-confocal image thus allowing the autoalignment system to by aligned at the corneal apex.
A method for fabricating a fiber-composite part, wherein the method comprises: forming a layup, wherein the layup consists of plural rigid fiber-bundle-based preforms (102, 402, 502, 602, 702, 802) each consisting of one or more bundles of fibers impregnated with a polymer resin, wherein each of the fiber-bundle-based preforms is formed from towpreg and is a sized, or sized and shaped portion of towpreg, and further wherein within each bundle, the fibers are continuous and co-aligned; consolidating, via compression molding, the layup in a mold cavity; and cooling the consolidated layup, thereby providing a fiber-composite part. forming a layup, wherein the layup consists of plural rigid fiber-bundle-based preforms (102, 402, 502, 602, 702, 802) each consisting of one or more bundles of fibers impregnated with a polymer resin, wherein each of the fiber-bundle-based preforms is formed from towpreg and is a sized, or sized and shaped portion of towpreg, and further wherein within each bundle, the fibers are continuous and co-aligned; consolidating, via compression molding, the layup in a mold cavity; and cooling the consolidated layup, thereby providing a fiber-composite part.
Detergent containing a dye transfer inhibitor in the form of a urea derivative of the general formula I, Ar-NH-C -NH-Ar l -NH[-C -NH-L-NH-C -NH-Ar m -NH] n -C -NH-Ar in which Ar denotes an aromatic group or a linear, branched, or cyclic, saturated or once or several times ethylenically unsaturated hydrocarbon group with 1 to 12 carbon atoms, optionally substituted by up to 3 alkyl substituents with 1 to 4 carbon atoms, L denotes an arylene group, optionally substituted by up to 3 alkyl substituents with 1 to 5 carbon atoms, or an alkylene group with 2 to 4 carbon atoms, A denotes -SO 3 M or -CO 2 M, M denotes H or an alkali metal atom, l and m irrespective of each other denote 0, 1, 2 or 3, and, and l+m ≥ 1 n denotes a number of from 2 to 6, in addition to conventional constituents compatible with this ingredient. Ar denotes an aromatic group or a linear, branched, or cyclic, saturated or once or several times ethylenically unsaturated hydrocarbon group with 1 to 12 carbon atoms, optionally substituted by up to 3 alkyl substituents with 1 to 4 carbon atoms, L denotes an arylene group, optionally substituted by up to 3 alkyl substituents with 1 to 5 carbon atoms, or an alkylene group with 2 to 4 carbon atoms, A denotes -SO 3 M or -CO 2 M, M denotes H or an alkali metal atom, l and m irrespective of each other denote 0, 1, 2 or 3, and, and l+m ≥ 1 n denotes a number of from 2 to 6,
A crosstalk compensation apparatus, for a modular communication connector comprising a jack and a plug, the jack havingjack contacts consisting of metal cantilever beams, the apparatus comprising a flexible printed circuit, said flexible printed circuit including jack contact points attached to the jack contacts, thereby being mechanically and electrically connected at a first end to the jack contacts approximately opposite and adjacent to where the jack contacts interface with the plug as installed; the flexible printed circuit further being mechanically and electrically connected at a second end to network cable connectors, thereby providing a network path for at least two contact pairs between the jack contacts and the connectors.
A method of edging a spectacle lens that performs beveling to a spectacle lens using a lens edger based on frame shape data of a spectacle frame obtained by measuring a frame shape of the spectacle frame using a probe of a spectacle frame measuring machine; characterized in that the method comprises: a recognizing step of recognizing a positional relation between a groove shape of the spectacle frame whose frame shape data is measured and a measurement reference point being a point that specifies passing locus data of which point of the probe is employed as the frame shape data when the frame shape data is measured, and a positional relation between a beveling instruction reference point being a point that specifies which position of the bevel is selected to define the beveling size when the beveling instruction is given to the lens edger and a bevel shape obtained by the beveling; a beveling amount correcting step of correcting a beveling amount so that the bevel shape is fitted into the groove shape based on the recognized each positional relation when the beveling instruction is given to the lens edger; and a beveling instruction step of giving an instruction of beveling to the lens edger based on the beveling amount after being corrected by the beveling amount correcting part. a recognizing step of recognizing a positional relation between a groove shape of the spectacle frame whose frame shape data is measured and a measurement reference point being a point that specifies passing locus data of which point of the probe is employed as the frame shape data when the frame shape data is measured, and a positional relation between a beveling instruction reference point being a point that specifies which position of the bevel is selected to define the beveling size when the beveling instruction is given to the lens edger and a bevel shape obtained by the beveling; a beveling amount correcting step of correcting a beveling amount so that the bevel shape is fitted into the groove shape based on the recognized each positional relation when the beveling instruction is given to the lens edger; and a beveling instruction step of giving an instruction of beveling to the lens edger based on the beveling amount after being corrected by the beveling amount correcting part.