mhurhangee/ep-ind-claims huggingface dataset:
A method for electrolytic or anodic oxidation surface treatment comprising the positioning in a neutral initial position, by means of a removable part-carrier, constituting a first electrode, in a treatment bath contained in a tank including one second electrode (21a, 21b) of polarity opposite to that of the first electrode, of geometrically complex parts made of metal or metallizable plastic material, characterized in that: a) the geometrically complex parts are such that, in a neutral initial position, surfaces of these geometrically complex parts are a little or not reached by the lines of current established between the first and the second electrode during the implementation of the treatment method; and b) during the treatment of the geometrically complex parts, the parts are subjected to sequential rotations on either side of their neutral initial position (0 degree) by an angle liable to go up to 90°, so as to increase the exposure to the lines of current of the part surfaces that are a little or not reached by these lines of current in the neutral initial position. a) the geometrically complex parts are such that, in a neutral initial position, surfaces of these geometrically complex parts are a little or not reached by the lines of current established between the first and the second electrode during the implementation of the treatment method; and b) during the treatment of the geometrically complex parts, the parts are subjected to sequential rotations on either side of their neutral initial position (0 degree) by an angle liable to go up to 90°, so as to increase the exposure to the lines of current of the part surfaces that are a little or not reached by these lines of current in the neutral initial position.
An aqueous solution for use in the prevention and/or treatment of hairy heel warts (papillomatous digitial dermatitis) in hoofed animals, wherein the aqueous solution comprises a metal astringent of at least aluminum, wherein the metal astringent is a mixture of polymeric and monomeric species, and the polymeric species is greater than approximately 10 weight percent of the metal astringent in the aqueous solution; and wherein the aqueous solution is applied to a lower leg and hoof area of an animal to prevent and treat hairy heel wart disease.
A method for allocating optical spectrum bandwidth resources, comprising: obtaining a bandwidth of a base optical channel transmission unit OTUbase according to an optical-layer frequency grid bandwidth and a carrier spectrum efficiency; constructing a bandwidth-adjustable higher order optical channel transmission unit HO OTUflex according to a bandwidth of customer service data and the bandwidth of the OTUbase, wherein the bandwidth of the HO OTUflex is a first integer multiple of the bandwidth of the OTUbase, and the first integer is not less than 1; mapping the customer service data to a payload area of the HO OTUflex and encapsulating overhead information; and modulating the HO OTUflex that carries the customer service data to a second integer number of optical channel carriers, wherein the second integer is not less than 1; wherein the modulating the HO OTUflex that carries the customer service data to a second integer number of optical channel carriers specifically comprises: dividing the HO OTUflex that carries the customer service data into a third integer number of OTUbase channels, wherein the third integer is not less than 2; and multiplexing and modulating the third integer number of OTUbase channels to the second integer number of optical channel carriers, wherein the second integer is not less than 1 and the third integer is a multiple of the second integer. obtaining a bandwidth of a base optical channel transmission unit OTUbase according to an optical-layer frequency grid bandwidth and a carrier spectrum efficiency; constructing a bandwidth-adjustable higher order optical channel transmission unit HO OTUflex according to a bandwidth of customer service data and the bandwidth of the OTUbase, wherein the bandwidth of the HO OTUflex is a first integer multiple of the bandwidth of the OTUbase, and the first integer is not less than 1; mapping the customer service data to a payload area of the HO OTUflex and encapsulating overhead information; and modulating the HO OTUflex that carries the customer service data to a second integer number of optical channel carriers, wherein the second integer is not less than 1; wherein the modulating the HO OTUflex that carries the customer service data to a second integer number of optical channel carriers specifically comprises: dividing the HO OTUflex that carries the customer service data into a third integer number of OTUbase channels, wherein the third integer is not less than 2; and multiplexing and modulating the third integer number of OTUbase channels to the second integer number of optical channel carriers, wherein the second integer is not less than 1 and the third integer is a multiple of the second integer. dividing the HO OTUflex that carries the customer service data into a third integer number of OTUbase channels, wherein the third integer is not less than 2; and multiplexing and modulating the third integer number of OTUbase channels to the second integer number of optical channel carriers, wherein the second integer is not less than 1 and the third integer is a multiple of the second integer.
An insert for a collector of a capacitor, with a dryer bag, wherein the insert has a first and a second end and can be introduced into the collector with the second end first, having the following features: a tube system for guiding a refrigerant, wherein the tube system is arranged between the first and the second end of the insert and has a first vertically arranged tube which is designed to guide the refrigerant from the inlet to the lower region of the collector, wherein a second vertically arranged tube is arranged which is designed to draw the refrigerant out of the lower region of the collector and guide it into the upper region of the collector, wherein the second tube is arranged next to the first tube; a receiving space for receiving the dryer bag, wherein the receiving space, next to the tube system, is arranged between the first and the second end of the insert; and at least one upper stop and a lower stop to form a stop for the dryer bag during the introduction of the insert into the collector when the dryer bag is arranged in the receiving space, characterised in that the stops (105, 106) are designed as plates and that the upper plate protrudes from the first tube in a perpendicular or approximately perpendicular manner and the lower plate protrudes from the second tube in a perpendicular or approximately perpendicular manner. a tube system for guiding a refrigerant, wherein the tube system is arranged between the first and the second end of the insert and has a first vertically arranged tube which is designed to guide the refrigerant from the inlet to the lower region of the collector, wherein a second vertically arranged tube is arranged which is designed to draw the refrigerant out of the lower region of the collector and guide it into the upper region of the collector, wherein the second tube is arranged next to the first tube; a receiving space for receiving the dryer bag, wherein the receiving space, next to the tube system, is arranged between the first and the second end of the insert; and at least one upper stop and a lower stop to form a stop for the dryer bag during the introduction of the insert into the collector when the dryer bag is arranged in the receiving space, characterised in that the stops (105, 106) are designed as plates and that the upper plate protrudes from the first tube in a perpendicular or approximately perpendicular manner and the lower plate protrudes from the second tube in a perpendicular or approximately perpendicular manner.
Method for controlling a telemanipulation robot comprising at least one manipulator arm (10, 10') adapted to be controlled by a user via an input device, wherein the telemanipulation robot has a display device on which the movements of the at least one manipulator arm (10, 10') and/or the surgical site in which the manipulator arm (10, 10') operates are displayed to the user, wherein the display device graphically shows a kinematic limit of the working space in which the at least one manipulator arm (10, 10') can and/or is allowed to operate, characterized in that in addition to the position and orientation of the limit of the working space, the display device uses an animated representation of a virtual object to show information on how the user can overcome a kinematic limit.
A method of performing, by a user equipment, UE, a channel estimation of a physical downlink control channel, PDCCH, in a wireless communication system, the method comprising: transmitting, to a base station, UE capability information related to the channel estimation; receiving, from the base station, information for a PDCCH monitoring span based on the UE capability information; and performing the channel estimation based on the information for the PDCCH monitoring span, wherein the UE capability information includes information for a maximum number of non-overlapped control channel elements, CCEs, capable of being channel-estimated per the PDCCH monitoring span, wherein the information for the maximum number of non-overlapped CCEs is determined based on a length of the PDCCH monitoring span, an interval between PDCCH monitoring spans and a numerology, and wherein if the number of CCEs within the PDCCH monitoring span exceeds a maximum number of non-overlapped CCEs capable of being channel-estimated per the monitoring span, the channel estimation is performed by giving priority to CCEs having high priority. transmitting, to a base station, UE capability information related to the channel estimation; receiving, from the base station, information for a PDCCH monitoring span based on the UE capability information; and performing the channel estimation based on the information for the PDCCH monitoring span, wherein the UE capability information includes information for a maximum number of non-overlapped control channel elements, CCEs, capable of being channel-estimated per the PDCCH monitoring span, wherein the information for the maximum number of non-overlapped CCEs is determined based on a length of the PDCCH monitoring span, an interval between PDCCH monitoring spans and a numerology, and wherein if the number of CCEs within the PDCCH monitoring span exceeds a maximum number of non-overlapped CCEs capable of being channel-estimated per the monitoring span, the channel estimation is performed by giving priority to CCEs having high priority.
A pressed laminar radicle sheet characterized in that said laminar sheet comprises an extended layer of a reticular mat, originating from a hydroponic seed culture and sufficient adhesive to form the laminar sheet; wherein said reticular mat is obtained through a procedure comprising: a) Selecting, disinfecting, steeping, airing, sowing and germinating the seeds; b) Producing a reticular component formed by a root mat and a low percentage of ungerminated seeds of at least 3 cm height and leaf component of at least 10 cm height; c) Cutting the leaf growth, leaving only 1 to 1.5 cm of leaf growth on the reticular mat; d) Allowing further leaf growth until reaching at least 10 cm height of leaf growth so as to decrease the percentage of ungerminated seeds; e) Cutting the leaf growth back again, leaving only 1 to 1.5 cm of the leaf growth on the reticular mat; f) Draining, drying and weighing and measuring the reticular mat; g) Forming the un-pressed laminar radicle sheet, adding the adhesive to the reticular mat and pressing said mat with adhesive in a cold press for not more than one minute so as to promote the penetration of the adhesive within the sheet; h) Pressing the un-pressed laminar radicle sheet with a hot press and leaving it to rest in the cold press. a) Selecting, disinfecting, steeping, airing, sowing and germinating the seeds; b) Producing a reticular component formed by a root mat and a low percentage of ungerminated seeds of at least 3 cm height and leaf component of at least 10 cm height; c) Cutting the leaf growth, leaving only 1 to 1.5 cm of leaf growth on the reticular mat; d) Allowing further leaf growth until reaching at least 10 cm height of leaf growth so as to decrease the percentage of ungerminated seeds; e) Cutting the leaf growth back again, leaving only 1 to 1.5 cm of the leaf growth on the reticular mat; f) Draining, drying and weighing and measuring the reticular mat; g) Forming the un-pressed laminar radicle sheet, adding the adhesive to the reticular mat and pressing said mat with adhesive in a cold press for not more than one minute so as to promote the penetration of the adhesive within the sheet; h) Pressing the un-pressed laminar radicle sheet with a hot press and leaving it to rest in the cold press.
A method for abandonment of a subsea well comprising a wellhead, comprising: deploying a lower cementing tool through the open sea to the subsea wellhead; setting a packer of the lower cementing tool against a bore of an inner casing hung from a subsea wellhead; after lowering the lower cementing tool through the open sea to the subsea wellhead, fastening a pressure control assembly to the subsea wellhead; hanging an upper cementing tool from the PCA and stabbing the upper cementing tool into a polished bore receptacle of the lower cementing tool; perforating a wall of the inner casing below the packer; perforating the inner casing wall above the packer by operating a perforator of the upper cementing tool; mixing a resin and a hardener to form a sealant; and pumping a fluid train through bores of the cementing tools and into an inner annulus formed between the inner casing and an outer casing hung from the subsea wellhead, wherein the fluid train comprises the sealant followed by a cement slurry. deploying a lower cementing tool through the open sea to the subsea wellhead; setting a packer of the lower cementing tool against a bore of an inner casing hung from a subsea wellhead; after lowering the lower cementing tool through the open sea to the subsea wellhead, fastening a pressure control assembly to the subsea wellhead; hanging an upper cementing tool from the PCA and stabbing the upper cementing tool into a polished bore receptacle of the lower cementing tool; perforating a wall of the inner casing below the packer; perforating the inner casing wall above the packer by operating a perforator of the upper cementing tool; mixing a resin and a hardener to form a sealant; and pumping a fluid train through bores of the cementing tools and into an inner annulus formed between the inner casing and an outer casing hung from the subsea wellhead, wherein the fluid train comprises the sealant followed by a cement slurry.
A curable coating composition comprising: (a) a polymer comprising at least two active methylene functional groups; (b) a polyisocyanate crosslinker; and (c) a transition metal catalyst, wherein the transition metal catalyst comprises at least one of a zinc complex, a nickel complex, and a cobalt complex.
A quantitative analysis method of a carbon based hybrid negative electrode, comprising: preparing a secondary battery comprising a carbon based hybrid negative electrode comprising a carbon based negative electrode active material and a non-carbon based negative electrode active material; measuring a lattice d-spacing of the carbon based negative electrode active material in the carbon based hybrid negative electrode during charging/discharging of the secondary battery using an X-ray diffractometer, and plotting a graph of a change in lattice d-spacing value as a function of charge/discharge capacity (X axis); characterized in that the method further comprises: quantifying capacity contribution of the carbon based negative electrode active material and the non-carbon based negative electrode active material in the total discharge capacity of the secondary battery by detecting an inflection point of the slope of the graph during discharging in the plotted graph. preparing a secondary battery comprising a carbon based hybrid negative electrode comprising a carbon based negative electrode active material and a non-carbon based negative electrode active material; measuring a lattice d-spacing of the carbon based negative electrode active material in the carbon based hybrid negative electrode during charging/discharging of the secondary battery using an X-ray diffractometer, and plotting a graph of a change in lattice d-spacing value as a function of charge/discharge capacity (X axis); characterized in that the method further comprises: quantifying capacity contribution of the carbon based negative electrode active material and the non-carbon based negative electrode active material in the total discharge capacity of the secondary battery by detecting an inflection point of the slope of the graph during discharging in the plotted graph.
A tire pressure monitoring system that monitors a tire pressure of a tire (20FL, 20FR, 20RL, 20RR) mounted to a vehicle, the tire pressure monitoring system comprising: a data acquisition portion that acquires data indicating the tire pressure and a tire temperature of the tire (20FL, 20FR, 20RL, 20RR), from a sensor (50FL, 50FR, 50RL, 50RR) mounted to the tire (20FL, 20FR, 20RL, 20RR); a puncture determination portion that determines whether the tire (20FL, 20FR, 20RL, 20RR) is punctured, based on a puncture determination threshold defined by a relationship between the tire pressure and the tire temperature; and a warning processing portion that generates a warning indicating that the tire (20FL, 20FR, 20RL, 20RR) is punctured apart from a warning of a drop of the tire pressure, when the puncture determination portion determines that the tire (20FL, 20FR, 20RL, 20RR) is punctured, characterized in that the puncture determination portion determines whether the tire pressure is less than the puncture determination threshold linked to the tire temperature, by using at least one of the tire pressure and the tire temperature in which measurement error of the sensor (50FL, 50FR, 50RL, 50RR) is corrected. a data acquisition portion that acquires data indicating the tire pressure and a tire temperature of the tire (20FL, 20FR, 20RL, 20RR), from a sensor (50FL, 50FR, 50RL, 50RR) mounted to the tire (20FL, 20FR, 20RL, 20RR); a puncture determination portion that determines whether the tire (20FL, 20FR, 20RL, 20RR) is punctured, based on a puncture determination threshold defined by a relationship between the tire pressure and the tire temperature; and a warning processing portion that generates a warning indicating that the tire (20FL, 20FR, 20RL, 20RR) is punctured apart from a warning of a drop of the tire pressure, when the puncture determination portion determines that the tire (20FL, 20FR, 20RL, 20RR) is punctured, characterized in that the puncture determination portion determines whether the tire pressure is less than the puncture determination threshold linked to the tire temperature, by using at least one of the tire pressure and the tire temperature in which measurement error of the sensor (50FL, 50FR, 50RL, 50RR) is corrected.
A method for forming a nanopore in a membrane of transition metal dichalcogenide (TMDC) crystals comprising the steps of: - providing at least one TMDC thin layer having from about 0.3 nm to 5 nm thickness (H m) suspended in an electrically conducting liquid; - applying a transmembrane voltage at a value slightly higher than the oxidation potential of the transition metal dichalcogenide of the said at least one TMDC thin layer configured for an electrochemical atomic etching of said transition metal dichalcogenide thin layer allowing an electrochemical reaction process to start; - measuring the ionic current (I i) in the said electrically conducting liquid; - turning off the transmembrane voltage once the ionic current (I i) has reached a value (I p) corresponding to the electrical conductance of a pore within the said TMDC thin layer having a prescribed diameter (d p). - providing at least one TMDC thin layer having from about 0.3 nm to 5 nm thickness (H m) suspended in an electrically conducting liquid; - applying a transmembrane voltage at a value slightly higher than the oxidation potential of the transition metal dichalcogenide of the said at least one TMDC thin layer configured for an electrochemical atomic etching of said transition metal dichalcogenide thin layer allowing an electrochemical reaction process to start; - measuring the ionic current (I i) in the said electrically conducting liquid; - turning off the transmembrane voltage once the ionic current (I i) has reached a value (I p) corresponding to the electrical conductance of a pore within the said TMDC thin layer having a prescribed diameter (d p).
A method for wireless communication, comprising: selecting, by a terminal device, a target carrier for a random-access procedure at a coverage level from a list of carriers configured by a base station, wherein the list of carriers comprises a list of non-anchor carriers each configured with a random-access resource for a respective coverage level among a set of different coverage levels, wherein each carrier of the list of carriers is associated with a carrier index, and wherein the target carrier is determined based on a carrier index that is equal to CIV modulo N, where CIV is a carrier indication value for selecting the target carrier and N is a number of carriers in the list of carriers; and performing, by the terminal device, the random-access procedure with the base station based on a random-access resource of the target carrier at the coverage level. selecting, by a terminal device, a target carrier for a random-access procedure at a coverage level from a list of carriers configured by a base station, wherein the list of carriers comprises a list of non-anchor carriers each configured with a random-access resource for a respective coverage level among a set of different coverage levels, wherein each carrier of the list of carriers is associated with a carrier index, and wherein the target carrier is determined based on a carrier index that is equal to CIV modulo N, where CIV is a carrier indication value for selecting the target carrier and N is a number of carriers in the list of carriers; and performing, by the terminal device, the random-access procedure with the base station based on a random-access resource of the target carrier at the coverage level.
A method for identifying a speaker, the method comprising: accessing audio data comprising a speech signal, the audio data generated using a microphone on a mobile device; identifying segments in the audio data that include speech; processing the identified speech segments; inferring a context of a user of the mobile device based at least partly on the received audio data; identifying a social graph based at least partly on the inferred context, the social graph comprising a list of potential speakers; matching the processed speech segments to one or more speech models based on the identified social graph; and identifying, based at least partly on the results of the matching, a speaker determined to have vocally contributed to the speech signal. accessing audio data comprising a speech signal, the audio data generated using a microphone on a mobile device; identifying segments in the audio data that include speech; processing the identified speech segments; inferring a context of a user of the mobile device based at least partly on the received audio data; identifying a social graph based at least partly on the inferred context, the social graph comprising a list of potential speakers; matching the processed speech segments to one or more speech models based on the identified social graph; and identifying, based at least partly on the results of the matching, a speaker determined to have vocally contributed to the speech signal.