mhurhangee/patent-ind-claim-en huggingface dataset:
A fine fiber comprising: a fiber-forming polyamide; and a fluorochemical urethane additive incorporated within the fine fiber; wherein the fine fiber has an average fiber diameter of no greater than 10 μm; and wherein the fluorochemical urethane additive includes one or more perfluorinated alkyl groups and/or perfluorinated heteroalkyl groups, and each alkyl or heteroalkyl group is bonded to a sulfonamido (-SO 2 NR 2 -) group, a carboxamido (-C(O)NR 3 -) group, a carboxyl group (-C(O)O-), or a sulfonyl group (-SO 2 -), wherein R 2 and R 3 are independently a hydrogen or an alkyl wherein the fluorochemical urethane additive does not include acrylate or methacrylate functional groups. a fiber-forming polyamide; and a fluorochemical urethane additive incorporated within the fine fiber; wherein the fine fiber has an average fiber diameter of no greater than 10 μm; and wherein the fluorochemical urethane additive includes one or more perfluorinated alkyl groups and/or perfluorinated heteroalkyl groups, and each alkyl or heteroalkyl group is bonded to a sulfonamido (-SO 2 NR 2 -) group, a carboxamido (-C(O)NR 3 -) group, a carboxyl group (-C(O)O-), or a sulfonyl group (-SO 2 -), wherein R 2 and R 3 are independently a hydrogen or an alkyl wherein the fluorochemical urethane additive does not include acrylate or methacrylate functional groups.
A method of configuring channel state information reference signals, CSI-RSs, on a shared communication medium, comprising: executing a Clear Channel Assessment, CCA, protocol to determine whether to begin transmission within a Discovery Reference Signaling, DRS, Measurement Timing Configuration, DMTC, window of a Radio Frame that includes a first block of subframes (SF0-SF4) and a second block of subframes (SF5-SF9); transmitting , based on the executing, a multi-subframe DRS within the DMTC window, the multi-subframe DRS including a plurality of DRS subframes that each include a plurality of symbols; and characterized by further comprising scrambling CSI-RSs in first and second DRS subframes of the multi-subframe DRS in accordance with a CSI-RS scrambling rule that determines how the second DRS subframe is to be scrambled based on whether the first DRS subframe is included among the first block of subframes or the second block of subframes. executing a Clear Channel Assessment, CCA, protocol to determine whether to begin transmission within a Discovery Reference Signaling, DRS, Measurement Timing Configuration, DMTC, window of a Radio Frame that includes a first block of subframes (SF0-SF4) and a second block of subframes (SF5-SF9); transmitting , based on the executing, a multi-subframe DRS within the DMTC window, the multi-subframe DRS including a plurality of DRS subframes that each include a plurality of symbols; and characterized by further comprising scrambling CSI-RSs in first and second DRS subframes of the multi-subframe DRS in accordance with a CSI-RS scrambling rule that determines how the second DRS subframe is to be scrambled based on whether the first DRS subframe is included among the first block of subframes or the second block of subframes.
A labeling machine comprising means for entraining a tape along an advancement path with respect to a cutting device that has at least one blade adapted to cut said tape in order to obtain labels, wherein said at least one blade is arranged laterally spaced apart with respect to said advancement path of said tape and is accommodated in a chamber , the chamber being open toward a face of said tape , wherein means for redirecting at least one portion of said tape from said advancement path being provided which are adapted to move said at least one portion with respect to said advancement path in the direction of said at least one blade in order to allow said blade to cut said tape at said at least one portion characterized in that the chamber is adapted to receive said at least one portion following the movement of said at least one portion , with respect to said advancement path, by said redirection means .
Process for detecting the sensitivity of one or more polymers and/or of one or more mixtures of polymers to a compound, including the steps consisting in: - exposing a plurality of individualized micro-deposits including the polymer(s) and/or the mixture(s) of polymers to the compound, and - detecting by interferometry a variation in appearance of a set of micro-deposits exposed to the compound and/or a variation in the dimensions and/or refractive index of at least one of the micro-deposits exposed to the compound, linked to an interaction between the polymer(s) and/or the mixture(s) of polymers and the compound. - exposing a plurality of individualized micro-deposits including the polymer(s) and/or the mixture(s) of polymers to the compound, and - detecting by interferometry a variation in appearance of a set of micro-deposits exposed to the compound and/or a variation in the dimensions and/or refractive index of at least one of the micro-deposits exposed to the compound, linked to an interaction between the polymer(s) and/or the mixture(s) of polymers and the compound.
A method of enhancing ion transport in an electrochemical cell having a first electrode and a second electrode and electrolyte between the first and second electrodes, the first and second electrodes defining a current flow path, the method comprising, in addition to the electrochemical cell, providing a magnetic field generator for providing a changing magnetic field through the electrochemical cell during formation of the electrochemical cell, wherein the changing magnetic field is a rotating magnetic field and/or an oscillating magnetic field and/or a pulsing magnetic field.
A stable solid vaccine composition comprising: i) at least one anhydrous antigenic component comprising a low temperature storage stabilizer or a lyophilization stabilizer susceptible to foaming when the composition is mixed with liquid diluent; and ii) an effective amount of a foam controlling agent which is a sugar alcohol, wherein the effective amount of sugar alcohol is 25% to 40% by weight of the composition. i) at least one anhydrous antigenic component comprising a low temperature storage stabilizer or a lyophilization stabilizer susceptible to foaming when the composition is mixed with liquid diluent; and ii) an effective amount of a foam controlling agent which is a sugar alcohol, wherein the effective amount of sugar alcohol is 25% to 40% by weight of the composition.
A composition for a non-aqueous patch preparation comprising a drug, an organic solvent, and a powder which is insoluble both in the organic solvent and in a lipophilic plaster base material, wherein the organic solvent comprises a fatty acid-based ionic liquid and/or a salicylic acid-based ionic liquid, the powder is light anhydrous silicic acid, and the powder for an adhesive layer is contained as shown in the following inequality: 0.2 × the weigth of the adhesive layer × the bulk density of the powder ≤ the amount of the powder to be added ≤ 0.6 × the weight of the adhesive layer × the tap density of the powder .
A housing comprising: a top cover ; a bottom cover ; and a reinforcing structure that is disposed in a space divided by the top cover and the bottom cover , and has an opening, the reinforcing structure being joined to the top cover or the bottom cover , characterized in that the reinforcing structure is joined to the bottom cover or the top cover with a peeling load of 60 N/cm 2 or more and 5000 N/cm 2 or less at 23°C and with a peeling load of less than 60 N/cm 2 at 200°C.
A method for detecting renal cancer, said method comprising measuring the amount of TFPI2 (Tissue factor pathway inhibitor 2) in a sample in vitro, wherein the sample is selected from blood components.
A process for preparing monoethylene glycol (MEG) by metal-catalyzed reaction of a dialkyl oxalate of the formula I where R 1 and R 2 are each, independently of one another, methyl, ethyl, n-propyl or isopropyl, with hydrogen (H 2 ), wherein the dialkyl oxalate (I) is used as melt or as a solution in a solvent, dialkyl oxalate (I) and H 2 are used in a molar ratio of H 2 : dialkyl oxalate (I) in the range from 4.0 to 30 and the reaction is carried out continuously in a reactor at a cross-sectional loading of ≥ 10 m/s, a temperature in the range from 150 to 270°C, a pressure in the range from 150 to 390 bar and in the presence of a chromium-free heterogeneous catalyst comprising copper.
An optical tracking system for tracking a location and a posture of a marker which is attachable to a target and configured so that a pattern surface formed inside the marker is visible through an optical system formed in an aperture of the marker , comprising: an image capturing device including a first image capturing part configured to capture at least a part of the marker to generate a light field image and a second image capturing part configured to capture a first outgoing light emitted from the aperture ; and a processor configured to determine the posture of the marker based on a first image , which is obtained by extracting an image from the light field image and includes a pattern image in which a part of the pattern surface is identifiably captured, and to determine the location of the marker based on a second image obtained by extracting an image from the light field image and a third image obtained by capturing, by the second image capturing part , the first outgoing light emitted from the aperture in a direction different from an emission direction of a second outgoing light directed to the first image capturing part , wherein the depths of field of the second and third images (740, 940; 750, 950) are formed in a predetermined finite range around the location of the marker . an image capturing device including a first image capturing part configured to capture at least a part of the marker to generate a light field image and a second image capturing part configured to capture a first outgoing light emitted from the aperture ; and a processor configured to determine the posture of the marker based on a first image , which is obtained by extracting an image from the light field image and includes a pattern image in which a part of the pattern surface is identifiably captured, and to determine the location of the marker based on a second image obtained by extracting an image from the light field image and a third image obtained by capturing, by the second image capturing part , the first outgoing light emitted from the aperture in a direction different from an emission direction of a second outgoing light directed to the first image capturing part , wherein the depths of field of the second and third images (740, 940; 750, 950) are formed in a predetermined finite range around the location of the marker .
A safety monitor arranged to: receive a flight plan comprising a plurality of waypoints for an aircraft to follow on a flight mission; receive hazard data corresponding to one or more hazards ; generate an aircraft occupancy region comprising a four-dimensional volume corresponding to a range of possible spatial and temporal coordinates for the aircraft along the flight plan ; generate a hazard occupancy region comprising a four-dimensional volume corresponding to a range of possible spatial and temporal coordinates associated with the one or more hazards ; and determine whether there is an overlap between the four-dimensional volume of the aircraft occupancy region and the hazard occupancy region ; wherein the hazard occupancy region comprises a plurality of severity level regions (32a-c) each having a respective severity level associated therewith, and characterized in that ; the safety monitor is further arranged to determine an overlap quantity (36a-c) corresponding to an overlap between the aircraft occupancy region and each of the severity level regions (32a-c). receive a flight plan comprising a plurality of waypoints for an aircraft to follow on a flight mission; receive hazard data corresponding to one or more hazards ; generate an aircraft occupancy region comprising a four-dimensional volume corresponding to a range of possible spatial and temporal coordinates for the aircraft along the flight plan ; generate a hazard occupancy region comprising a four-dimensional volume corresponding to a range of possible spatial and temporal coordinates associated with the one or more hazards ; and determine whether there is an overlap between the four-dimensional volume of the aircraft occupancy region and the hazard occupancy region ; wherein the hazard occupancy region comprises a plurality of severity level regions (32a-c) each having a respective severity level associated therewith, and characterized in that ; the safety monitor is further arranged to determine an overlap quantity (36a-c) corresponding to an overlap between the aircraft occupancy region and each of the severity level regions (32a-c).
Pneumatic vehicle tire - in particular utility vehicle tire - having a tread profile with profile bands which are separated from one another by circumferential channels , wherein the circumferential channels are each delimited inward in a radial direction R by a channel base and to both sides of the channel base by a channel wall, wherein the two profile bands separated by the circumferential channel are delimited outward in the radial direction R by a radially outer surface , which forms the road contact surface, and in an axial direction A toward the circumferential channel in each case by a flank , which extends in each case in the radial direction R from the channel base to the radially outer surface and which forms a channel wall of the circumferential channel , wherein, in the channel base of at least one circumferential channel , there are formed first rubber blocks arranged one behind the other in the circumferential direction U and second rubber blocks arranged one behind the other in the circumferential direction U, wherein the first rubber blocks are attached in the flank of the first profile block band and the second rubber blocks are attached in the flank of the second profile block band , characterized in that the first and second rubber blocks are formed with a height h, measured outward in the radial direction R from the channel base , of (1/8) P T ≤ h ≤ (1/3)P T , where P T is the profile depth measured in the circumferential channel , in that the first and second rubber blocks are arranged one behind the other in an alternating sequence in the circumferential direction U, wherein a first rubber block extends in each case in the axial direction A as far as a position in the axial extent region of two second rubber blocks arranged one behind the other and ends with a spacing to the flank of the second profile band , wherein a second rubber block extends in each case in the axial direction A as far as a position in the axial extent region of two first rubber blocks arranged one behind the other and ends with a spacing to the flank of the first profile band .
A blister package for a contact lens , the blister package comprising: a hinged shell comprising a shell bottom , a shell top , and a hinge connecting the shell bottom to the shell top , the shell bottom having a bottom inner sidewall that partially defines a bottom chamber , and a bottom chamber perimeter surface intersecting with the bottom inner sidewall, the shell top having a top inner sidewall that partially defines a top chamber , and a top chamber perimeter surface intersecting with the top inner sidewall, the hinged shell being configured such that the shell bottom and the shell top can be closed together to form a closed shell having a lateral opening ; a deformable slider folded over onto itself at a fold, being substantially enclosed in the closed shell, and comprising a bottom surface and a tongue , the bottom surface sealing the bottom chamber at the bottom chamber perimeter surface, being folded over, and sealing the top chamber at the top chamber perimeter surface, the tongue extending from the lateral opening of the closed shell; a lens support in the bottom chamber ; and a contact lens sealed within the top chamber . a hinged shell comprising a shell bottom , a shell top , and a hinge connecting the shell bottom to the shell top , the shell bottom having a bottom inner sidewall that partially defines a bottom chamber , and a bottom chamber perimeter surface intersecting with the bottom inner sidewall, the shell top having a top inner sidewall that partially defines a top chamber , and a top chamber perimeter surface intersecting with the top inner sidewall, the hinged shell being configured such that the shell bottom and the shell top can be closed together to form a closed shell having a lateral opening ; a deformable slider folded over onto itself at a fold, being substantially enclosed in the closed shell, and comprising a bottom surface and a tongue , the bottom surface sealing the bottom chamber at the bottom chamber perimeter surface, being folded over, and sealing the top chamber at the top chamber perimeter surface, the tongue extending from the lateral opening of the closed shell; a lens support in the bottom chamber ; and a contact lens sealed within the top chamber .
An ophthalmic device for processing ocular tissue , comprising a laser source configured to generate a pulsed laser beam (L); focusing optics configured to focus the pulsed laser beam into the ocular tissue ; and a scanner system configured to direct the pulsed laser beam to processing target spots (F) in the ocular tissue ; characterized by : a circuit configured to control the scanner system in such a way that the scanner system directs the pulsed laser beam with overlapping laser pulse spots (P) onto successive processing target spots (F) on a surface to be cut in a cornea , in side-by-side processing paths , to initially produce cutting paths separated by remaining tissue bridges of a tissue cut to be made on the surface , and then directing the pulsed laser beam onto processing target spots (F) in the remaining tissue bridges between the cutting paths on the surface to complete the tissue cut.
An alarm device comprising: a user interface, a processor adapted to store device status information, and a sound emitter , characterized in that the processor is adapted to generate an acoustic status message by automatically encoding in the sound emitter output at least some binary encoded status information upon detection of a user instruction at the user interface, said information including a battery status indication and alarm event data, in which the encoding is time or frequency encoding suitable for machine decoding. a user interface, a processor adapted to store device status information, and a sound emitter , characterized in that the processor is adapted to generate an acoustic status message by automatically encoding in the sound emitter output at least some binary encoded status information upon detection of a user instruction at the user interface, said information including a battery status indication and alarm event data, in which the encoding is time or frequency encoding suitable for machine decoding.
Service device for a pressure vessel system of a motor vehicle, comprising: - a service-device-side refuelling coupling part (K) which is designed to be connected to a motor-vehicle-side refuelling coupling part and/or to a service port of the motor vehicle; and - a controller for electrically and/or electronically activating the pressure vessel system. - a service-device-side refuelling coupling part (K) which is designed to be connected to a motor-vehicle-side refuelling coupling part and/or to a service port of the motor vehicle; and - a controller for electrically and/or electronically activating the pressure vessel system.
Medical device having a coating system having electrically insulating properties deposited on a surface of an electrically conductive part of the medical device, which have to be electrically non-conductive, characterized in that the coating system comprises at least one zirconium dioxide layer comprising droplets containing at least mostly or mainly zirconium, wherein the zirconium dioxide layer is deposited using arc evaporation of targets consisting mainly of zirconium in an oxygen-containing atmosphere, and a pulsed bias voltage is applied to the part whose surface is being coated at least during the deposition of the zirconium dioxide layer, wherein the droplets are melted material from the target which could not be evaporated properly and consequently could not react properly with the reactive oxygen gas for forming the desired coating material ZrO 2 , wherein the zirconium dioxide layer exhibits a dielectric constant of 18.4 and/or a high voltage breakdown of 0.60 kV and/or a breakdown current of 20 mA.
A belt that is an elevator belt, hoisting belt, flat belt, synchronous or toothed belt comprising steel cords held in parallel arrangement to one another by an elastomer jacket , wherein the elastomer of said elastomer jacket is a thermoplastic elastomer, said steel cords comprising strands twisted together with a cord lay direction and cord lay length, wherein said strands comprise steel filaments twisted together, each of said steel filaments having a filament diameter, in said steel cord a group of largest diameter filaments have a filament diameter that is strictly larger than the remainder of the filaments , wherein each of said largest diameter filaments is at least intermittently present at the radial outer side of said steel cord and wherein the closest distance (Δ) between the surface of said belt and any one of said steel cords is larger than half the diameter of said largest diameter filament and smaller than ten times the diameter of said largest diameter filament .
A method of fabricating an aircraft engine part comprising at least a metal substrate and a protective coating for protection against erosion that is present on the substrate, the coating comprising at least one phase comprising at least chromium at an atom content greater than or equal to 45% and carbon at an atom content lying in the range 5% to 20%, said phase comprising Cr 7 C 3 and Cr 23 C 6 chromium carbides, the method comprising at least the following steps: - depositing on the substrate a coating composition comprising at least chromium at an atom content greater than or equal to 45% and carbon at an atom content lying in the range 5% to 20%, the coating composition being deposited on the substrate by electroplating from an electrolyte bath comprising at least trivalent chromium and an organic compound; and - subjecting the part coated with said composition to heat treatment at a temperature lying in the range 250°C to 700°, in order to obtain the coating . - depositing on the substrate a coating composition comprising at least chromium at an atom content greater than or equal to 45% and carbon at an atom content lying in the range 5% to 20%, the coating composition being deposited on the substrate by electroplating from an electrolyte bath comprising at least trivalent chromium and an organic compound; and - subjecting the part coated with said composition to heat treatment at a temperature lying in the range 250°C to 700°, in order to obtain the coating .
An organic material for an organic light emitting diode (OLED) display, comprising an anthracene derivative of which at least one constituent is substituted with deuterium, characterised in that the anthracene derivative is selected from compounds represented by Formula 2 to Formula 14: