mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: supplying heat to an aircraft component during a first pulse, wherein the first pulse is configured to melt ice on the aircraft component; and supplying heat to the aircraft component during a second pulse, wherein the second pulse is configured to prevent ice from forming on the aircraft component, wherein a length of time of the first pulse is greater than a length of time of the second pulse, and wherein said heat is supplied to said aircraft component through a pressure regulating valve connected in series with a shut off valve toggled by a solenoid during said first and second pulses; wherein the heat for the first pulse and the heat for the second pulse is supplied by a pneumatic deicing system; wherein the pressure regulating valve is inserted in the current upstream with respect to the shut off valve; characterized by comprising: detecting, by a full authority digital engine control system, that the pressure regulating valve is in a locked open position, and modulating, by the full authority digital engine control system, the shut off valve between an open and a closed position in response to the pressure regulating valve being in the locked open position. supplying heat to an aircraft component during a first pulse, wherein the first pulse is configured to melt ice on the aircraft component; and supplying heat to the aircraft component during a second pulse, wherein the second pulse is configured to prevent ice from forming on the aircraft component, wherein a length of time of the first pulse is greater than a length of time of the second pulse, and wherein said heat is supplied to said aircraft component through a pressure regulating valve connected in series with a shut off valve toggled by a solenoid during said first and second pulses; wherein the heat for the first pulse and the heat for the second pulse is supplied by a pneumatic deicing system; wherein the pressure regulating valve is inserted in the current upstream with respect to the shut off valve; characterized by comprising: detecting, by a full authority digital engine control system, that the pressure regulating valve is in a locked open position, and modulating, by the full authority digital engine control system, the shut off valve between an open and a closed position in response to the pressure regulating valve being in the locked open position.
A computer-implemented method, comprising: receiving a request for a verification phrase for verifying an identity of a user; in response to receiving the request for the verification phrase for verifying the identity of the user, identifying subwords to be included in the verification phrase; in response to identifying the subwords to be included in the verification phrase, obtaining a candidate phrase that includes at least some of the identified subwords as the verification phrase; providing the verification phrase as a response to the request for the verification phrase for verifying the identity of the user; obtaining acoustic data representing the user speaking the verification phrase; determining that at least a portion of the obtained acoustic data matches stored acoustic data for the user; and in response to determining that the at least a portion of obtained acoustic data matches stored acoustic data for the user, classifying the user as the user; characterized by storing acoustic data from the obtained acoustic data that corresponds to candidate subwords, for which no stored acoustic data is associated with the user, in association with the user. receiving a request for a verification phrase for verifying an identity of a user; in response to receiving the request for the verification phrase for verifying the identity of the user, identifying subwords to be included in the verification phrase; in response to identifying the subwords to be included in the verification phrase, obtaining a candidate phrase that includes at least some of the identified subwords as the verification phrase; providing the verification phrase as a response to the request for the verification phrase for verifying the identity of the user; obtaining acoustic data representing the user speaking the verification phrase; determining that at least a portion of the obtained acoustic data matches stored acoustic data for the user; and in response to determining that the at least a portion of obtained acoustic data matches stored acoustic data for the user, classifying the user as the user; characterized by storing acoustic data from the obtained acoustic data that corresponds to candidate subwords, for which no stored acoustic data is associated with the user, in association with the user.
A control unit for a milk analysis apparatus, wherein the milk analysis apparatus comprises a first wireless communication device, for communication with a memory device of a configuration tag which is applicable to the milk analysis apparatus and comprises a reference sign, the reference sign being a visual marker, of a milk extracting arrangement which the milk analysis apparatus is intended to work in conjunction with, wherein the communication is made via a second wireless communication device comprised in the configuration tag; characterized in that the control unit is configured to: retrieve configuration data of the milk extracting arrangement that the milk analysis apparatus is intended to operate in conjunction with, from the memory device of the configuration tag via the first wireless communication device; configure the control unit, based on the retrieved configuration data of the milk extracting arrangement. retrieve configuration data of the milk extracting arrangement that the milk analysis apparatus is intended to operate in conjunction with, from the memory device of the configuration tag via the first wireless communication device; configure the control unit, based on the retrieved configuration data of the milk extracting arrangement.
A method of producing glass, the method comprising: discharging combustion products from one or more submerged burners directly into a glass melt contained within an interior reaction chamber of a submerged combustion melter, the combustion products discharged from the one or more submerged burners agitating the glass melt; drawing unrefined foamy molten glass from the glass melt and discharging the unrefined foamy molten glass out of the submerged combustion melter through a molten glass outlet; introducing the unrefined foamy molten glass into a stilling chamber of a stilling tank that is in fluid communication with the submerged combustion melter, the unrefined foamy molten glass merging with an intermediate pool of molten glass being held within the stilling chamber of the stilling tank; heating the intermediate pool of molten glass with combustion products discharged from one or more non-submerged burners mounted in a housing of the stilling tank that defines the stilling chamber; flowing molten glass from the intermediate pool of molten glass into a transfer pool of molten glass being held in a spout chamber of a feeding spout; and delivering a molten glass feed out of the feeding spout from the transfer pool of molten glass at a controlled rate. discharging combustion products from one or more submerged burners directly into a glass melt contained within an interior reaction chamber of a submerged combustion melter, the combustion products discharged from the one or more submerged burners agitating the glass melt; drawing unrefined foamy molten glass from the glass melt and discharging the unrefined foamy molten glass out of the submerged combustion melter through a molten glass outlet; introducing the unrefined foamy molten glass into a stilling chamber of a stilling tank that is in fluid communication with the submerged combustion melter, the unrefined foamy molten glass merging with an intermediate pool of molten glass being held within the stilling chamber of the stilling tank; heating the intermediate pool of molten glass with combustion products discharged from one or more non-submerged burners mounted in a housing of the stilling tank that defines the stilling chamber; flowing molten glass from the intermediate pool of molten glass into a transfer pool of molten glass being held in a spout chamber of a feeding spout; and delivering a molten glass feed out of the feeding spout from the transfer pool of molten glass at a controlled rate.
A soft candy production method comprising the steps of: preparing a candy dough containing 0.2 to 5 wt% of pullulan and 0.2 to 2 wt% of gelatin; and stretching and kneading the candy dough to aerate the candy dough by means of a pulling machine to impregnate the candy dough with gas bubbles and to let the candy dough have a specific gravity controlled to not greater than 1.2, wherein the step of preparing the candy dough includes a step of preparing the candy dough by concentrating a candy dough stock solution containing pullulan and not containing gelatin to a finished water content of 4.0 to 8.0 %, a step of preparing the candy dough containing 0.2 to 5 wt% of pullulan and 0.2 to 2 wt% of gelatin by adding gelatin to the concentrated candy dough, then adding water and stirring the resulting mixture of the candy dough to a finished water content of 6.0 to 10 %, and the method further comprising the step of shaping the candy dough imparted with the specific gravity control to not greater than 1.2. preparing a candy dough containing 0.2 to 5 wt% of pullulan and 0.2 to 2 wt% of gelatin; and stretching and kneading the candy dough to aerate the candy dough by means of a pulling machine to impregnate the candy dough with gas bubbles and to let the candy dough have a specific gravity controlled to not greater than 1.2, wherein the step of preparing the candy dough includes a step of preparing the candy dough by concentrating a candy dough stock solution containing pullulan and not containing gelatin to a finished water content of 4.0 to 8.0 %, a step of preparing the candy dough containing 0.2 to 5 wt% of pullulan and 0.2 to 2 wt% of gelatin by adding gelatin to the concentrated candy dough, then adding water and stirring the resulting mixture of the candy dough to a finished water content of 6.0 to 10 %, and the method further comprising the step of shaping the candy dough imparted with the specific gravity control to not greater than 1.2.
A method of detecting an explosive material or composition, comprising: irradiating an object with an optically-generated pulse of electromagnetic radiation, said pulse having a plurality of frequencies in the range from 100 GHz to 100 THz or an optically-generated beam of substantially continuous electromagnetic radiation having a frequency in the range 100 GHz to 100 THz; detecting radiation transmitted and/or reflected from the object; determining a frequency spectrum from the detected radiation; calculating a first derivative of the frequency spectrum; and identifying one or more features of the first derivative of the frequency spectrum of the detected radiation which are indicative of a known explosive material or composition. irradiating an object with an optically-generated pulse of electromagnetic radiation, said pulse having a plurality of frequencies in the range from 100 GHz to 100 THz or an optically-generated beam of substantially continuous electromagnetic radiation having a frequency in the range 100 GHz to 100 THz; detecting radiation transmitted and/or reflected from the object; determining a frequency spectrum from the detected radiation; calculating a first derivative of the frequency spectrum; and identifying one or more features of the first derivative of the frequency spectrum of the detected radiation which are indicative of a known explosive material or composition.
Timepiece escapement mechanism including a stopper between a resonator and an escape wheel set, said escape wheel set including at least one magnetized or ferromagnetic, or respectively, electrically charged or electrostatically conductive track with a period of travel over which its magnetic, or respectively, electrostatic characteristics are repeated, said stopper including at least one magnetized or ferromagnetic, or respectively, electrically charged or electrostatically conductive pole shoe, said pole shoe being movable in a transverse direction relative to the direction of travel of at least one element of a surface of said track, and at least said pole shoe or said track creating a magnetic or electrostatic field in a pole gap between said at least one pole shoe and said at least one surface, said pole shoe being confronted with a magnetic or electrostatic field barrier on said track just before each transverse motion of said stopper actuated by periodic action of said resonator, characterized in that each said track includes, before each said magnetic or electrostatic field barrier, a magnetic or electrostatic field ramp interacting in an increasing manner with a said pole shoe with a magnetic or respectively, electrostatic field whose intensity varies so as to produce increasing potential energy, said ramp taking energy from said escape wheel set, and further characterized in that, between two said successive ramps of the same said track or two of said neighbouring tracks in said direction of travel, said escape wheel set includes a said magnetic, or respectively, electrostatic field barrier of potential, for triggering a momentary stop of said escape wheel set prior to a tilting of said stopper under the periodic action of said oscillator.
A belt for transmitting a drive motion, comprising a belt body made of an elastic material and a carcass for increasing the strength of the belt body in a belt longitudinal direction, said carcass extending in the belt longitudinal direction and being surrounded by the belt body at least in some sections, wherein a data memory for storing data is arranged in the belt body, wherein at least one belt-identifying information item is stored as data in the data memory, wherein the drive motion generated by means of a drive unit can be stopped and/or enabled as a function of the belt-identifying information item, wherein the data memory, encased by the material of the belt body, is arranged in the region of a neutral fibre of the belt body and in the region of the carcass thereof, characterized in that the data memory is arranged adjacent to the carcass and in the region of a local material accumulation of the belt body produced by vulcanization or injection moulding, wherein the local material accumulation is formed by a tooth of the belt configured as a toothed belt or by a rib of the belt configured as a ribbed belt.
Air guidance device for a vehicle front, with a respective air guidance element, which is located in a transitional region between a front region and a side region (15 of the vehicle front and can be moved from a retracted into at least one extended position, wherein the air guidance element forms in the extended position together with a trim element of the vehicle front a flow passage, by means of which an air flow flowing across the transitional region between the front region and the side region of the vehicle front can be diverted, and wherein the flow passage is at least substantially blocked in the retracted position of the air guidance element, characterised in that the air guidance element adjoins with a rear end edge a wheel well of an associated front wheel, and in that, by moving the air guidance element into the extended position, an opening terminating into the wheel well in the region of a front outer edge of the wheel well or a flow passage terminating into the wheel well is opened, through which opening or flow passage an air flow can be guided.
A tissue anchor comprising: a leading-most end opposite of a trailing-most end, with a central longitudinal axis oriented from the leading-most end to the trailing-most end, with the leading-most end pointed and configured to penetrate tissue; a front side opposite of a back side, with each of the front side and the back side of the tissue anchor including a central region centered on the central longitudinal axis, a first lateral region extending from the central region to a first barb, and a second lateral region extending opposite of the first lateral region from the central region to a second barb; an opening formed entirely through the front side and the back side and the central region of the tissue anchor, with the opening including a first aperture connected to a second aperture, with a diameter of the first aperture larger than a diameter of the second aperture by at least a factor of two, with the opening occupying more than 40% of a total area of the central region; characterized in a first slot formed longitudinally through an entirety of the first lateral region between the front side and the back side of the tissue anchor; and a second slot formed longitudinally through an entirety of the second lateral region between the front side and the back side of the tissue anchor. a leading-most end opposite of a trailing-most end, with a central longitudinal axis oriented from the leading-most end to the trailing-most end, with the leading-most end pointed and configured to penetrate tissue; a front side opposite of a back side, with each of the front side and the back side of the tissue anchor including a central region centered on the central longitudinal axis, a first lateral region extending from the central region to a first barb, and a second lateral region extending opposite of the first lateral region from the central region to a second barb; an opening formed entirely through the front side and the back side and the central region of the tissue anchor, with the opening including a first aperture connected to a second aperture, with a diameter of the first aperture larger than a diameter of the second aperture by at least a factor of two, with the opening occupying more than 40% of a total area of the central region; characterized in a first slot formed longitudinally through an entirety of the first lateral region between the front side and the back side of the tissue anchor; and a second slot formed longitudinally through an entirety of the second lateral region between the front side and the back side of the tissue anchor.
Method for self-detoxification and/or self-decontamination of at least one adsorption material including an internal system of pores, wherein the adsorption material is formed of spherical activated carbon, wherein the activated carbon is obtained by carbonization and subsequent activation of spherical sulphonated organic polymers, wherein initially the internal system of pores in the adsorption material is endowed with at least one metallic component, wherein the metallic component is introduced and/or imported into the internal system of pores, wherein the metallic component is generated in situ in the form of a metal oxide in the internal system of pores in the adsorption material, wherein the metallic component is formed as the metal oxide in at least partly crystalline form and wherein the adsorption material includes the metallic component in amounts ranging from 0.001 wt% to 40 wt%, reckoned as metal and based on the overall weight of the adsorption material endowed with the metallic component, wherein the metallic component includes at least one metal in a positive oxidation state and wherein the metallic component includes at least one metal selected from the group of Zn, Ag, Sn, Ni and Cu, preferably Cu, and thereafter the adsorption material thus endowed is brought into contact with at least one chemical noxiant so that an at least partial decomposition and/or degradation of the chemical noxiant takes place, wherein the chemical noxiant comprises at least one gaseous and/or aerosol-forming compound and wherein the chemical noxiant is selected from the group of offgases from engines and industrial processes or wherein the chemical noxiant employed is a chemical warfare agent and/or its surrogate and/or substitute, and wherein the adsorption material is brought into contact with water after the metallic component has been formed into the metal oxide and/or during the step of bringing into contact with the chemical noxiant, wherein the adsorption material has a moisture and/or water content ranging from 1 wt% to 60 wt%, based on the dry weight of the adsorption material endowed with the metallic component.
A cleaning device (10; 110; 180; 190; 210) comprising: a housing defining an interior including a debris collection bin (25; 211); at least one roller (50; 150; 214) rotatably coupled to the housing; a tacky material circumferentially disposed about the at least one roller and configured to be applied to a surface to be cleaned for picking up particulate matter therefrom; characterized in that the tacky material comprises a gel applied to a matrix and received over the at least one roller, wherein the gel is a combination of at least two gels and wherein the matrix is configured to be removably coupled to a circumferential substrate around the roller and for carrying the tacky material and comprises a mesh material including a plurality of pores configured to receive the tacky material; and in that the cleaning device further comprises a pair of opposed wheels positioned rearward of the at least one roller. a housing defining an interior including a debris collection bin (25; 211); at least one roller (50; 150; 214) rotatably coupled to the housing; a tacky material circumferentially disposed about the at least one roller and configured to be applied to a surface to be cleaned for picking up particulate matter therefrom; characterized in that the tacky material comprises a gel applied to a matrix and received over the at least one roller, wherein the gel is a combination of at least two gels and wherein the matrix is configured to be removably coupled to a circumferential substrate around the roller and for carrying the tacky material and comprises a mesh material including a plurality of pores configured to receive the tacky material; and in that the cleaning device further comprises a pair of opposed wheels positioned rearward of the at least one roller.