mhurhangee/ep-ind-claims huggingface dataset:
An indicator dispersion (15,20) comprising: a liquid medium; and particles of a colored indicator agent dispersed in the liquid medium, the colored indicator agent particles having a color; wherein the indicator dispersion (15,20) exhibits the color of the colored indicator agent particles after freezing, and is configured to have a less colored appearance before freezing due to light scattering that masks the color of the colored indicator agent particles before freezing. a liquid medium; and particles of a colored indicator agent dispersed in the liquid medium, the colored indicator agent particles having a color; wherein the indicator dispersion (15,20) exhibits the color of the colored indicator agent particles after freezing, and is configured to have a less colored appearance before freezing due to light scattering that masks the color of the colored indicator agent particles before freezing.
An assay device for the quantitative determination of an analyte, comprising a test strip containing a porous test membrane allowing for capillary flow of the analyte and complexes of the analyte, a porous upstream membrane in fluid connection with the test membrane and a porous downstream membrane in fluid connection with the test membrane, (a) said test membrane containing a test site having immobilized thereon a ligand capable of reacting with the analyte and binding such to the test site, a first standard band site having immobilized thereon a high concentration of a first calibrator agent corresponding to a known concentration of analyte, a second standard band site having immobilized thereon a different low concentration of a second calibrator agent corresponding to a known concentration of analyte, wherein said standard band sites are capable of reacting with separate label conjugates for each calibrator agent and binding such the standard sites and giving rise to a measurable response; (b) said upstream membrane having a site for the application of a sample to be analyzed, and having a site downstream from the sample application site for depositing label conjugates capable of reacting with the analyte and label conjugates capable of reacting with the immobilized calibrator agent in the standard bands to provide a known label response in the standards bands; and (c) said downstream membrane capable of absorbing said sample and providing the capillary flow for the sample through the upstream and test membrane; wherein the label conjugates are different for the analyte and the calibrator agents. (a) said test membrane containing a test site having immobilized thereon a ligand capable of reacting with the analyte and binding such to the test site, a first standard band site having immobilized thereon a high concentration of a first calibrator agent corresponding to a known concentration of analyte, a second standard band site having immobilized thereon a different low concentration of a second calibrator agent corresponding to a known concentration of analyte, wherein said standard band sites are capable of reacting with separate label conjugates for each calibrator agent and binding such the standard sites and giving rise to a measurable response; (b) said upstream membrane having a site for the application of a sample to be analyzed, and having a site downstream from the sample application site for depositing label conjugates capable of reacting with the analyte and label conjugates capable of reacting with the immobilized calibrator agent in the standard bands to provide a known label response in the standards bands; and (c) said downstream membrane capable of absorbing said sample and providing the capillary flow for the sample through the upstream and test membrane; wherein the label conjugates are different for the analyte and the calibrator agents.
A peptide or pharmaceutically acceptable salt thereof, wherein the peptide is: Lys-Leu-Lys-Gln-Lys-Leu-Ala-Glu-Leu-Leu-Glu-Asn-Leu-Leu-Glu-Arg-Phe-Leu-Asp-Leu-Val-Inp (SEQ. ID. NO. 16). Lys-Leu-Lys-Gln-Lys-Leu-Ala-Glu-Leu-Leu-Glu-Asn-Leu-Leu-Glu-Arg-Phe-Leu-Asp-Leu-Val-Inp (SEQ. ID. NO. 16).
A method for pairing a stylus with a touch enabled computing device, comprising: detecting presence of the stylus in proximity of the touch enabled computing device; negotiating electrostatic communication capabilities between the stylus and a digitizer system (25, 50) integrated in the touch enabled computing device, wherein negotiation is capability identification; configuring at least one of the stylus and the digitizer system (25, 50) to match a defined communication capability of the other of the at least one of the stylus and digitizer system (25, 50); storing the defined communication configuration in association with an identification code, wherein the configuration is stored locally in the stylus or in the touch enabled computing device or remotely in a network memory or a cloud memory; tracking input from the stylus via an electrostatic communication channel between the stylus and the digitizer system (25, 50) based on the defined communication configuration; and characterized by once the electrostatic communication channel is broken, reinstating pairing based on the stylus transmitting and the touch enabled computing device confirming the identification code previously defined, alternatively, reinstating pairing based on the touch enabled computing device transmitting and the stylus confirming the identification code previously defined, wherein reinstating pairing is only initiated after a pre-defined time period that electrostatic communication is broken. detecting presence of the stylus in proximity of the touch enabled computing device; negotiating electrostatic communication capabilities between the stylus and a digitizer system (25, 50) integrated in the touch enabled computing device, wherein negotiation is capability identification; configuring at least one of the stylus and the digitizer system (25, 50) to match a defined communication capability of the other of the at least one of the stylus and digitizer system (25, 50); storing the defined communication configuration in association with an identification code, wherein the configuration is stored locally in the stylus or in the touch enabled computing device or remotely in a network memory or a cloud memory; tracking input from the stylus via an electrostatic communication channel between the stylus and the digitizer system (25, 50) based on the defined communication configuration; and characterized by once the electrostatic communication channel is broken, reinstating pairing based on the stylus transmitting and the touch enabled computing device confirming the identification code previously defined, alternatively, reinstating pairing based on the touch enabled computing device transmitting and the stylus confirming the identification code previously defined, wherein reinstating pairing is only initiated after a pre-defined time period that electrostatic communication is broken.
A method, implemented by a device, for acquiring a vehicle feature, comprising: acquiring, by an image capturing device, a to-be-processed image comprising a vehicle; recognizing a feature element of the vehicle from the to-be-processed image, wherein the feature element comprises a side element and an element of a vehicle end, and the vehicle end comprises a head of the vehicle or a rear of the vehicle; determining a side region of the vehicle and an end region of the vehicle, based on a position of the side element in the to-be-processed image and a position of the element of the vehicle end in the to-be-processed image; acquiring a side region feature based on the side region, and an end region feature based on the end region; and determining a relative position of the vehicle to the image capturing device, based on the end region feature, the side region feature and a shooting parameter of the to-be-processed image, wherein the determining a relative position of the vehicle to the image capturing device, based on the end region feature, the side region feature and a shooting parameter of the to-be-processed image comprises: determining the relative position of the vehicle to the image capturing device based on a midpoint of a boundary between the end region and the side region and the shooting parameter of the to-be-processed image. acquiring, by an image capturing device, a to-be-processed image comprising a vehicle; recognizing a feature element of the vehicle from the to-be-processed image, wherein the feature element comprises a side element and an element of a vehicle end, and the vehicle end comprises a head of the vehicle or a rear of the vehicle; determining a side region of the vehicle and an end region of the vehicle, based on a position of the side element in the to-be-processed image and a position of the element of the vehicle end in the to-be-processed image; acquiring a side region feature based on the side region, and an end region feature based on the end region; and determining a relative position of the vehicle to the image capturing device, based on the end region feature, the side region feature and a shooting parameter of the to-be-processed image, wherein the determining a relative position of the vehicle to the image capturing device, based on the end region feature, the side region feature and a shooting parameter of the to-be-processed image comprises: determining the relative position of the vehicle to the image capturing device based on a midpoint of a boundary between the end region and the side region and the shooting parameter of the to-be-processed image.
Device for clamping a hose line which is inserted into the device, comprising a clamping body which can be moved into a position in which it clamps the hose line and into a position in which it releases the hose line, an electromagnetic actuation unit for the clamping body, comprising a coil for generating a magnetic field which exerts a force on the clamping body such that said clamping body is movable, and a monitoring device which monitors the position of the clamping body, the monitoring device comprising a measurement device for measuring an electrical property of the coil that is dependent on the position of the clamping body, and an evaluation device for determining the position of the clamping body on the basis of the electrical property of the coil, the monitoring device comprising an evaluation device which comprises a comparison device which is designed such that the electrical property of the coil is compared with at least one specified threshold value, the evaluation device being designed such that, when the electrical property exceeds or falls below the at least one threshold value, a conclusion is made regarding the position assumed by the clamping body, characterised in that the comparison device is designed such that, if the electrical property of the coil is below a first upper threshold value and/or above a first lower threshold value, it is concluded that a first position has been assumed in which the clamping body assumes a completely open position in which a hose line can be inserted into the device for clamping the hose line, if the electrical property of the coil is below a second upper threshold value and/or above a second lower threshold value, it is concluded that a second position has been assumed in which the clamping body assumes a position in which a hose line inserted into the device for clamping a hose line is clamped, and if the electrical property of the coil is below a third upper threshold value and/or above a third lower threshold value, it is concluded that a third position has been assumed in which the clamping body assumes a completely closed position in which a hose line is not inserted into the device for clamping a hose line, and the evaluation device is designed such that the evaluation device, depending on the detected position, generates a signal assigned to a relevant operating state.
A method for producing a polarized electromagnetic relay comprising an electromagnet, a permanent magnet, an armature, and an actuable switch (20, 30), comprising the steps of: a) providing a coil assembly comprising a coil with a core and pole pieces (3, 4) as a structural unit; b) providing a support component that has a first accommodation space for a pole assembly (7, 8, 9, 11) extending to the side of the armature, and a second accommodation space for the coil assembly, the second accommodation space being arranged in the manner of a shelf compartment; c) mounting the pole assembly (7, 8, 9, 11) including magnetic flux pieces (7, 8, 9) and an unmagnetized permanent magnet precursor in the first accommodation space; d) magnetizing the permanent magnet precursor in the pole assembly while the second accommodation space is empty, to obtain the permanent magnet; e) mounting the coil assembly in the second accommodation space; f) mounting the rest of the relay components to complete the relay. a) providing a coil assembly comprising a coil with a core and pole pieces (3, 4) as a structural unit; b) providing a support component that has a first accommodation space for a pole assembly (7, 8, 9, 11) extending to the side of the armature, and a second accommodation space for the coil assembly, the second accommodation space being arranged in the manner of a shelf compartment; c) mounting the pole assembly (7, 8, 9, 11) including magnetic flux pieces (7, 8, 9) and an unmagnetized permanent magnet precursor in the first accommodation space; d) magnetizing the permanent magnet precursor in the pole assembly while the second accommodation space is empty, to obtain the permanent magnet; e) mounting the coil assembly in the second accommodation space; f) mounting the rest of the relay components to complete the relay.
A gas turbine engine, comprising: an engine case; a rotor assembly mounted within the engine case for rotation about a rotational axis and having a first critical mode; and a broadband damping system disposed between the rotor assembly and the engine case, wherein the broadband damping system comprises: a first set of three parameter axial dampers (60, 61, 62) angularly spaced around the rotational axis; and a second set of three parameter axial dampers (63, 64, 65) angularly spaced around the rotational axis and coupled in parallel with the first set of three parameter axial dampers (60, 61, 62), characterised in that the first and second sets of three parameter axial dampers (60, 61, 62, 63, 64, 65) are tuned to provide peak damping at different rotational frequencies to increase the damping bandwidth of the broadband damping system during operation of the gas turbine engine; and wherein the first set of three parameter axial dampers (60,61,62) is tuned to provide peak damping at a frequency less than the frequency at which the first critical mode occurs, and wherein the second set of three parameter axial dampers (63,64,65) is tuned to provide peak damping at a frequency greater than the frequency at which the first critical mode occurs. an engine case; a rotor assembly mounted within the engine case for rotation about a rotational axis and having a first critical mode; and a broadband damping system disposed between the rotor assembly and the engine case, wherein the broadband damping system comprises: a first set of three parameter axial dampers (60, 61, 62) angularly spaced around the rotational axis; and a second set of three parameter axial dampers (63, 64, 65) angularly spaced around the rotational axis and coupled in parallel with the first set of three parameter axial dampers (60, 61, 62), characterised in that the first and second sets of three parameter axial dampers (60, 61, 62, 63, 64, 65) are tuned to provide peak damping a first set of three parameter axial dampers (60, 61, 62) angularly spaced around the rotational axis; and a second set of three parameter axial dampers (63, 64, 65) angularly spaced around the rotational axis and coupled in parallel with the first set of three parameter axial dampers (60, 61, 62), characterised in that the first and second sets of three parameter axial dampers (60, 61, 62, 63, 64, 65) are tuned to provide peak damping at different rotational frequencies to increase the damping bandwidth of the broadband damping system during operation of the gas turbine engine; and wherein the first set of three parameter axial dampers (60,61,62) is tuned to provide peak damping at a frequency less than the frequency at which the first critical mode occurs, and wherein the second set of three parameter axial dampers (63,64,65) is tuned to provide peak damping at a frequency greater than the frequency at which the first critical mode occurs.
An engine housing component, the housing component defining two or more drain channels (108a, 108b) configured to receive oil separated from a crankcase ventilation system and to drain said oil through the housing component, wherein the engine housing component comprises two or more drain features (109, 111), each of the drain features corresponding to one of the drain channels, wherein each of the drain features is configured to allow an oil drain pipe (40, 140) to be coupled to the drain feature such that the oil drain pipe is in fluid communication with the corresponding drain channel, characterised in that a first drain feature differs from the or each of the other drain features, such that a particular oil drain pipe configured to couple to the first drain feature is not couplable to the other drain features.
A molding process comprising, in order, a preparation step of preparing a sheet having a textured pattern due to projections formed by curing an ink composition above one face of a substrate, a placement step of placing the face of the sheet having the textured pattern so that it faces a mold, and a molding step of carrying out molding with the sheet and the mold in contact with each other, wherein the sheet is a sheet having an image layer formed by curing a colored ink composition above one face of a substrate and having a textured pattern due to projections formed by curing a clear ink composition above the substrate and/or the image layer. a preparation step of preparing a sheet having a textured pattern due to projections formed by curing an ink composition above one face of a substrate, a placement step of placing the face of the sheet having the textured pattern so that it faces a mold, and a molding step of carrying out molding with the sheet and the mold in contact with each other, wherein the sheet is a sheet having an image layer formed by curing a colored ink composition above one face of a substrate and having a textured pattern due to projections formed by curing a clear ink composition above the substrate and/or the image layer.
A control system for rendering a media stream through a transducer, the control system comprising: a controller comprising a model configured to accept an input signal relating to the media stream and to output a control signal to drive an amplifier and/or the transducer for rendering the media stream thereupon, the model configured to compensate for one or more acoustic characteristics of the transducer, the amplifier, and/or an environment; one or more sensors coupled with the transducer, the amplifier, and/or the environment and configured to generate a feedback signal therefrom; and a model updater coupled with the controller, configured to accept a dataset derived from the feedback signal, the input signal, the control signal, and/or a signal generated therefrom, and to update one or more aspects of the model based upon an analysis of the dataset, characterised in that the model updater comprises or interfaces with a bank of models, each model in the bank configured to generate an estimate of a state from the dataset, the model updater configured to compare the state against one or more aspects of the dataset as part of the analysis. a controller comprising a model configured to accept an input signal relating to the media stream and to output a control signal to drive an amplifier and/or the transducer for rendering the media stream thereupon, the model configured to compensate for one or more acoustic characteristics of the transducer, the amplifier, and/or an environment; one or more sensors coupled with the transducer, the amplifier, and/or the environment and configured to generate a feedback signal therefrom; and a model updater coupled with the controller, configured to accept a dataset derived from the feedback signal, the input signal, the control signal, and/or a signal generated therefrom, and to update one or more aspects of the model based upon an analysis of the dataset, characterised in that the model updater comprises or interfaces with a bank of models, each model in the bank configured to generate an estimate of a state from the dataset, the model updater configured to compare the state against one or more aspects of the dataset as part of the analysis.
Stabilizer for a lower link of a three-point hitch of a tractor, having a first stabilizer member and a second stabilizer member which is connected to the first stabilizer member in a resiliently movable manner, wherein the second stabilizer member is able to be rotated relative to the first stabilizer member in order to adapt the stabilizer length, having a curved securing member which is pivotably articulated to the first stabilizer member and which can be brought into engagement with a securing slot which is formed in the periphery of the second stabilizer member in order to rotationally secure the two stabilizer members (12, 16), and having a locking flap which can be pivoted into a closed position in order to block a resilient movement which occurs between the stabilizer members (12, 16), wherein a locking flap portion which faces the curved securing member in the pivot direction is formed in such a manner that the curved securing member, with the second stabilizer member being released, can also be pivoted out of the securing slot when the locking flap is located in the closed position, characterized in that the locking flap portion covers the curved securing member in a protective manner.
A leakage light removal structure for removing leakage light in an optical fiber having a core, a cladding covering the core and having a refractive index lower than a refractive index of the core, and a covering material covering part of the cladding and having a refractive index higher than the refractive index of the cladding, the leakage light removal structure comprising: a fiber housing that houses part of the optical fiber; a covering material extension portion radially covering part of a whole circumference of the cladding by extending part of the covering material along a longitudinal direction of the optical fiber within the fiber housing; and a cladding exposure portion in which a portion of the whole circumference of the cladding other than the covering material extension portion is exposed within the fiber housing, the cladding exposure portion being covered with a medium or a resin having a refractive index lower than the refractive index of the cladding. a fiber housing that houses part of the optical fiber; a covering material extension portion radially covering part of a whole circumference of the cladding by extending part of the covering material along a longitudinal direction of the optical fiber within the fiber housing; and a cladding exposure portion in which a portion of the whole circumference of the cladding other than the covering material extension portion is exposed within the fiber housing, the cladding exposure portion being covered with a medium or a resin having a refractive index lower than the refractive index of the cladding.