mhurhangee/ep-ind-claims huggingface dataset:
An ophthalmic composition comprising: (a) ketotifen fumarate at a concentration from 0.01 to 0.1 % (w/v) (b) a hydrogen peroxide source providing hydrogen peroxide in a trace amount of from 0.001 to 0.01 % (w/ v); (c) one or more ocularly compatible hydrogen peroxide stabilizers selected from the group consisting of diethylene triamine penta(methylene phosphonic acid), 1-hydroxyethylidene-1,1-diphosphonic acid and physiologically compatible salts thereof, wherein the composition is at a pH from 4 to 5.3 to stabilize the ketotifen salt against oxidation by hydrogen peroxide. (a) ketotifen fumarate at a concentration from 0.01 to 0.1 % (w/v) (b) a hydrogen peroxide source providing hydrogen peroxide in a trace amount of from 0.001 to 0.01 % (w/ v); (c) one or more ocularly compatible hydrogen peroxide stabilizers selected from the group consisting of diethylene triamine penta(methylene phosphonic acid), 1-hydroxyethylidene-1,1-diphosphonic acid and physiologically compatible salts thereof,
Tube like deformable container (1; 71; 121; 201) for a fluid product, comprising: - a main body (2; 72; 122) suited to define an inner area where said product is contained, said main body (2; 72; 122) ending with an edge (6; 126) in a terminal area (5; 125) of said container (1; 71; 121; 201), said main body substantially extending from a first closed terminal area to said second terminal area from which the product can be dispensed, said terminal area having a squeezed configuration and being closed along a portion of an edge; - an opening for dispensing said product associated with said terminal area (5; 125) of said container (1; 71; 121; 201); - snap in connection means suited to allow the connection of a closing element (50; 80; 90; 100; 110) for said opening, said connection means comprising a projecting portion that extends longitudinally along a main axis from a base area associated with said terminal area (5; 125) of said container (1; 71; 121; 201); - a transition area (12; 212) suited to connect said edge (6; 126) of said main body (2; 72; 122) to said base area of said connection means; characterized in that at least one portion of said edge (6; 126) of said main body (2; 72; 122) and at least one portion of said base area of said connection means are crossed by an inclined axis that together with said main axis of said projecting portion defines an angle included between 75° and 85°; in that the ratio between the extension of said transition area (12; 212) along said main axis and the extension of said connection means along said main axis is included between 0 and 2,5; and in that said extension H1 is included between 1.5 mm and 5 mm. - a main body (2; 72; 122) suited to define an inner area where said product is contained, said main body (2; 72; 122) ending with an edge (6; 126) in a terminal area (5; 125) of said container (1; 71; 121; 201), said main body substantially extending from a first closed terminal area to said second terminal area from which the product can be dispensed, said terminal area having a squeezed configuration and being closed along a portion of an edge; - an opening for dispensing said product associated with said terminal area (5; 125) of said container (1; 71; 121; 201); - snap in connection means suited to allow the connection of a closing element (50; 80; 90; 100; 110) for said opening, said connection means comprising a projecting portion that extends longitudinally along a main axis from a base area associated with said terminal area (5; 125) of said container (1; 71; 121; 201); - a transition area (12; 212) suited to connect said edge (6; 126) of said main body (2; 72; 122) to said base area of said connection means;
A method for operating a speed control system of a vehicle, comprising: receiving one or more electrical signals representative of vehicle-related information; determining, based on the signals representative of vehicle-related information, whether one or more predetermined conditions are met; when it is determined that at least certain of the one or more predetermined conditions are met, automatically determining a baseline set-speed for the speed control system; and based on a signal indicative of a desired comfort level comprising an occupant excitation upper limit corresponding to a level of tolerable vehicle body movement, adjusting the baseline set-speed to determine an instantaneous set-speed of the speed control system, wherein determining, based on the signals representative of vehicle-related information, whether one or more predetermined conditions are met comprises determining one or more of: the terrain over which the vehicle is travelling having a particular surface type, and the body of the vehicle moving in a particular way; and monitoring, using the vehicle-related information, one or more operational parameters of the vehicle and determining whether the one or more predetermined conditions are met based at least in part on the monitored operational parameters of the vehicle. receiving one or more electrical signals representative of vehicle-related information; determining, based on the signals representative of vehicle-related information, whether one or more predetermined conditions are met; when it is determined that at least certain of the one or more predetermined conditions are met, automatically determining a baseline set-speed for the speed control system; and based on a signal indicative of a desired comfort level comprising an occupant excitation upper limit corresponding to a level of tolerable vehicle body movement, adjusting the baseline set-speed to determine an instantaneous set-speed of the speed control system, wherein determining, based on the signals representative of vehicle-related information, whether one or more predetermined conditions are met comprises determining one or more of: the terrain over which the vehicle is travelling having a particular surface type, and the body of the vehicle moving in a particular way; and the terrain over which the vehicle is travelling having a particular surface type, and the body of the vehicle moving in a particular way; and monitoring, using the vehicle-related information, one or more operational parameters of the vehicle and determining whether the one or more predetermined conditions are met based at least in part on the monitored operational parameters of the vehicle.
A memory manager (12, 12'), the memory manager (12, 12') being configured to: determine a plurality of eviction rankings (18, 20, 58), wherein each of the plurality of eviction rankings (18, 20, 58) assigns a position within the eviction ranking (18, 20, 58) to each of a plurality of eviction candidates based on at least one eviction criterion (24, 28); and cause a selected eviction candidate to be evicted; characterized in that the memory manager (12, 12') is further configured to select one of said eviction candidates by applying a voting algorithm to the plurality of eviction rankings (18, 20, 58), the voting algorithm being an algorithm which determines the most favored eviction candidates across multiple eviction rankings by aggregating measures of favorability derived from the multiple eviction rankings. determine a plurality of eviction rankings (18, 20, 58), wherein each of the plurality of eviction rankings (18, 20, 58) assigns a position within the eviction ranking (18, 20, 58) to each of a plurality of eviction candidates based on at least one eviction criterion (24, 28); and cause a selected eviction candidate to be evicted; characterized in that the memory manager (12, 12') is further configured to select one of said eviction candidates by applying a voting algorithm to the plurality of eviction rankings (18, 20, 58), the voting algorithm being an algorithm which determines the most favored eviction candidates across multiple eviction rankings by aggregating measures of favorability derived from the multiple eviction rankings.
A rotor blade having a trailing edge and a tip, the tip having an outer face that extends beyond the section of the aerofoil blade, in plan view, to form a winglet, which includes at least two channels, each of the channels extending to an outlet in the vicinity of the trailing edge, wherein the two channels are defined by at least three walls upstanding at the tip.
A method to be performed by a wireless communication station, the method comprising: setting two bits in a header, L-Header, of a Physical Layer Convergence Protocol, PLCP, Protocol Data Unit, PPDU, to indicate presence of a control trailer; generating the control trailer by encoding control trailer information into a Low Density Parity Check, LDPC, codeword; including the control trailer in the PPDU after a payload of the PPDU; and transmitting the PPDU in a frequency band above 45 Gigahertz, GHz; the method comprising setting a Training Length field in the L-header to a value of "2" to indicate a length of two Training, TRN, units to fit 18 bytes of data in the control trailer; wherein the control trailer comprises 18 data bytes. setting two bits in a header, L-Header, of a Physical Layer Convergence Protocol, PLCP, Protocol Data Unit, PPDU, to indicate presence of a control trailer; generating the control trailer by encoding control trailer information into a Low Density Parity Check, LDPC, codeword; including the control trailer in the PPDU after a payload of the PPDU; and transmitting the PPDU in a frequency band above 45 Gigahertz, GHz; the method comprising setting a Training Length field in the L-header to a value of "2" to indicate a length of two Training, TRN, units to fit 18 bytes of data in the control trailer; wherein the control trailer comprises 18 data bytes.
A method of calibrating a clamping instrument, comprising: acquiring a data set of clamping torque as a function of tip deflection for the clamping instrument, the clamping torque being applied to the clamping instrument by a motor assembly (702, 916); determining a torque limit specific to the clamping instrument from the data set; and storing the torque limit in the clamping instrument. acquiring a data set of clamping torque as a function of tip deflection for the clamping instrument, the clamping torque being applied to the clamping instrument by a motor assembly (702, 916); determining a torque limit specific to the clamping instrument from the data set; and storing the torque limit in the clamping instrument.
A method for predicting channel load, comprising the steps of: determining a first channel quality information, CQI, associated with a location and a first time point; predicting traffic flow data associated with the location and a second time point subsequent to the first time point; predicting a second CQI associated with the location and the second time point based on the first CQI and the predicted traffic flow; and selectively transmitting a message comprising the second CQI, the location, and the second time point to at least one vehicle (10, 63) based on a comparison of the second CQI with a predetermined threshold. determining a first channel quality information, CQI, associated with a location and a first time point; predicting traffic flow data associated with the location and a second time point subsequent to the first time point; predicting a second CQI associated with the location and the second time point based on the first CQI and the predicted traffic flow; and selectively transmitting a message comprising the second CQI, the location, and the second time point to at least one vehicle (10, 63) based on a comparison of the second CQI with a predetermined threshold.
A light transparent fluoropolymer composition having less than 2 percent haze, comprising at least one of alkali metal cation and a corresponding anion, thereby forming alkali metal ionic species; or alkaline earth metal cation and a corresponding anion, thereby forming alkaline earth metal ionic species; wherein the light transparent fluoropolymer composition comprises the alkali metal ionic species or the alkaline earth metal ionic species in a range from 0.01 to 0.1 percent by weight, based on the total weight of the composition, wherein the light transparent fluoropolymer composition has at least 90% visible light transmission, and wherein the haze and the visible light transmission are measured with a haze meter obtained from BYK-Gardner GmbH under the trade designation "Hazegard Plus".
A method executed by a computer that detects a cloud malware in cloud services, comprising: monitoring, by the computer, inter-service activities conducted between the cloud services in a cloud-computing environment; comparing, by the computer, an inter-service activity of the inter-service activities to a service behavioral profile generated by a machine learning model trained, by the computer, using features extracted from historical observations of the inter-service activities; wherein the machine learning model is a service-specific machine learning model using specific inter-service activities (52, 53) representing normal or expected service activities of each corresponding cloud service of the cloud services; and wherein the service-specific machine learning model is identified by a respective cloud service identifier associated with the specific inter-service activities, and the service-specific machine learning model is trained, by the computer, with the specific inter-service activities (52, 53); determining, by the computer, if the inter-service activity fails to conform to the service behavioral profile generated by the machine learning model; and in response to the determining that the inter-service activity fails to conform to the service behavioral profile, generating, by the computer, a malware alert notification indicating the cloud malware is detected in the cloud services. monitoring, by the computer, inter-service activities conducted between the cloud services in a cloud-computing environment; comparing, by the computer, an inter-service activity of the inter-service activities to a service behavioral profile generated by a machine learning model trained, by the computer, using features extracted from historical observations of the inter-service activities; wherein the machine learning model is a service-specific machine learning model using specific inter-service activities (52, 53) representing normal or expected service activities of each corresponding cloud service of the cloud services; and wherein the service-specific machine learning model is identified by a respective cloud service identifier associated with the specific inter-service activities, and the service-specific machine learning model is trained, by the computer, with the specific inter-service activities (52, 53); determining, by the computer, if the inter-service activity fails to conform to the service behavioral profile generated by the machine learning model; and in response to the determining that the inter-service activity fails to conform to the service behavioral profile, generating, by the computer, a malware alert notification indicating the cloud malware is detected in the cloud services.
A seal device comprising a combined seal ring, an annular inner member and an annular outer member, to achieve an oil seal between said inner member and said outer member; said combined seal ring being disposed in a seal ring groove of an outer peripheral surface of said inner member opposing an inner peripheral surface of said outer member; said combined seal ring comprising an endless resin ring having an outer peripheral surface in slidable contact with the inner peripheral surface of said outer member, and a coil expander pushing said resin ring toward its outer peripheral surface and side surface; said coil expander being arranged in a corner recess portion of said resin ring between a pressure-receiving side surface and an inner peripheral surface; characterized in that the inner peripheral side of said combined seal ring is apart from a bottom of said seal ring groove.
A method for assembling a lens system comprising: forming a flat plate body in which both main surfaces (1a, 1b) are respectively having an inverted shape of a shape of a lens surface of one lens having circular outer periphery and other lens adjacent to the one lens; forming a laminated body by surface contacting, superposing, and joining respective lens surface (2a,3a) and the main surfaces (1a, 1b) of the flat plate body in an order of the one lens, the flat plate body and the other lens; grinding an outer periphery of the laminated body to be a rectangular shape; separating the laminated body into the one lens, the flat plate body, and the other lens; forming a rectangular frame-shaped space ring by forming a through hole at a center of the flat plate body; and surface contacting and superposing respective lens surface (2a,3a) and the main surfaces (1a, 1b) of the space ring in an order of the one lens, the space ring and the other lens. forming a flat plate body in which both main surfaces (1a, 1b) are respectively having an inverted shape of a shape of a lens surface of one lens having circular outer periphery and other lens adjacent to the one lens; forming a laminated body by surface contacting, superposing, and joining respective lens surface (2a,3a) and the main surfaces (1a, 1b) of the flat plate body in an order of the one lens, the flat plate body and the other lens; grinding an outer periphery of the laminated body to be a rectangular shape; separating the laminated body into the one lens, the flat plate body, and the other lens; forming a rectangular frame-shaped space ring by forming a through hole at a center of the flat plate body; and surface contacting and superposing respective lens surface (2a,3a) and the main surfaces (1a, 1b) of the space ring in an order of the one lens, the space ring and the other lens.
A method of inserting a ceramic stud in a tire tread comprising the steps of: - manufacturing a fastening portion with a female thread inside a tire vulcanizing mold, - manufacturing a cylindrical rod-shaped mold stud pin having a male thread at the upper part and a cylindrical flat surface at the lower part, - fastening the male thread of the mold stud pin to the female thread of the fastening portion, - fixing a ceramic stud to the lower part of the mold stud pin, and - performing a tire vulcanization process, by which the ceramic stud is embedded in the block portion of tire tread and keeps embedded in the tire tread when the tire and the vulcanizing mold are detached, so that the poor insertion, detachment and deformation of the ceramic stud are prevented due to adsorptive force by porosity of the ceramic surface of the ceramic stud. - manufacturing a fastening portion with a female thread inside a tire vulcanizing mold, - manufacturing a cylindrical rod-shaped mold stud pin having a male thread at the upper part and a cylindrical flat surface at the lower part, - fastening the male thread of the mold stud pin to the female thread of the fastening portion, - fixing a ceramic stud to the lower part of the mold stud pin, and - performing a tire vulcanization process, by which the ceramic stud is embedded in the block portion of tire tread and keeps embedded in the tire tread when the tire and the vulcanizing mold are detached, so that
A method for cutting a preform intended to produce a turbomachine part and consisting of weaving of a plurality of weaving threads, said weaving threads comprising visually identifiable threads, according to a cutting contour calculated from a preform model in which the weaving threads present a reference layout, said method comprising the steps of: - taking an image of the preform, - processing the image so as to determine a deviation in the layout of the visually identifiable weaving threads relative to the reference layout, - correcting the cutting contour as a function of said deviation, and - cutting the preform along the corrected cutting contour. - taking an image of the preform, - processing the image so as to determine a deviation in the layout of the visually identifiable weaving threads relative to the reference layout, - correcting the cutting contour as a function of said deviation, and - cutting the preform along the corrected cutting contour.
A method of limiting water accumulation in a photoionization detector, the method comprising: monitoring (220; 620; 810) a signal from the photoionization detector, wherein the signal is monitored based on a current between a signal electrode and a bias electrode; determining (230; 630) whether the signal is above a signal threshold, wherein a determination that the signal is above the signal threshold indicates that water is present in the photoionization detector; and in an instance in which the signal is above the signal threshold, electrolyzing one or more particles of water present in the photoionization detector by closing (240; 640; 820) a leakage switch to thereby connect the signal electrode to at least one of a reference voltage or a ground in order to allow current to flow through the bias electrode and the signal electrode. monitoring (220; 620; 810) a signal from the photoionization detector, wherein the signal is monitored based on a current between a signal electrode and a bias electrode; determining (230; 630) whether the signal is above a signal threshold, wherein a determination that the signal is above the signal threshold indicates that water is present in the photoionization detector; and in an instance in which the signal is above the signal threshold, electrolyzing one or more particles of water present in the photoionization detector by closing (240; 640; 820) a leakage switch to thereby connect the signal electrode to at least one of a reference voltage or a ground in order to allow current to flow through the bias electrode and the signal electrode.
An audio enhancement system for compensating for ambient noise in a listening environment, comprising audio means for producing an electrical sound signal in the time domain (x[k]) and generating a sound output from said electrical sound signal (x[k]); said audio means comprising a time-to-frequency transformation means (115, 215) responsive to said electrical sound signal in the time domain (x[k]) for generating an electrical sound signal in the frequency domain (X[ω]); said audio means further comprising frequency-to-time transformation means (117; 217) responsive to an adjusted electrical sound signal in the frequency domain (Y[ω]; Out[ω]) for generating a re-transformed electrical sound signal in the time domain (y[k]; Out[k]) for generating the sound output; sensor means (104; 204) for obtaining a total sound signal representative of the total sound level in said environment, wherein said total sound level comprises both, said sound output from said audio means and the ambient noise within said environment; extraction means (106; 206) responsive to said total sound signal and a representation of said electrical sound signal for extracting an ambient noise signal representative of the ambient noise level in said environment from said total sound signal, wherein spectral voice signal components in said total sound signal are suppressed by a voice suppression unit (109, 209); and control means responsive to said ambient noise signal and said electrical sound signal in the frequency domain (X(ω)) for equalizing according to the spectral distribution of the ambient noise signal and adjusting the electrical sound signal in the frequency domain (X[ω]) to generate said adjusted electrical sound signal in the frequency domain (Y[ω], Out[w]) and thus compensating said sound output of the audio means for said ambient noise level.