mhurhangee/patent-ind-claim-en huggingface dataset:
Method for analyzing a photograph to be analyzed representing a dental scene to be analyzed, said method comprising the following steps: A) creating a historical learning base comprising more than 1,000 historical records, by implementing an enrichment method for a historical learning base, said enrichment method comprising the following steps: 1) training a first neural network to convert first photographs of first dental scenes into first hyperrealistic images to simulate the effect of a dental event on said first dental scenes; 2) submitting, to the first trained neural network, an original photograph representing an original dental scene in a dental context, so as to obtain a final image representing, in a hyperrealistic manner, the original dental scene after simulation of the dental event; 3) creating a description of said final image, or "final description"; 4) creating a historical record consisting of the final image and the final description, and adding the historical record to the historical learning database; B) training a second neural network, using the historical learning base; C) submitting the photograph to be analyzed to the second trained neural network, so as to obtain a description of the photograph to be analyzed. A) creating a historical learning base comprising more than 1,000 historical records, by implementing an enrichment method for a historical learning base, said enrichment method comprising the following steps: 1) training a first neural network to convert first photographs of first dental scenes into first hyperrealistic images to simulate the effect of a dental event on said first dental scenes; 2) submitting, to the first trained neural network, an original photograph representing an original dental scene in a dental context, so as to obtain a final image representing, in a hyperrealistic manner, the original dental scene after simulation of the dental event; 3) creating a description of said final image, or "final description"; 4) creating a historical record consisting of the final image and the final description, and adding the historical record to the historical learning database; 1) training a first neural network to convert first photographs of first dental scenes into first hyperrealistic images to simulate the effect of a dental event on said first dental scenes; 2) submitting, to the first trained neural network, an original photograph representing an original dental scene in a dental context, so as to obtain a final image representing, in a hyperrealistic manner, the original dental scene after simulation of the dental event; 3) creating a description of said final image, or "final description"; 4) creating a historical record consisting of the final image and the final description, and adding the historical record to the historical learning database; B) training a second neural network, using the historical learning base; C) submitting the photograph to be analyzed to the second trained neural network, so as to obtain a description of the photograph to be analyzed.
A device for connection between a strip line and coaxial cable, comprising; a printed circuit board comprising a strip line , a top coupling area and a bottom coupling area, a coaxial cable , including an inner conductor and an outer conductor , the inner conductor electrically connected to the stripline and the outer conductor formed by a braid soldered to the top coupling area, a cover top and a cover bottom respectively located over and under the printed circuit board, wherein the cover top is capacitively coupled through a first insulating layer to the top coupling area and the cover bottom is capacitively coupled through a second insulating layer to the bottom coupling area and the cover top is in contact with the first insulating layer on one side of the printed circuit board and the cover bottom is in contact with the second insulating layer on the other side of the printed circuit board.
An adjustable oral interface (1; 4; 6; 7) for a negative-pressure therapy system, which comprises: a shield (100; 400; 600; 700) adapted for being situated between a user's lips and front teeth; a negative pressure deliverable part (130; 440) coupled with the shield (100; 400; 600; 700); and a tube (111; 411) fluidly communicated between the negative pressure deliverable part (130; 440) and a negative pressure generation source; wherein the negative pressure deliverable part (130; 440) is adapted for being adjustable to be situated at a space between the user's tongue and upper palate (506; 506') so as to be conformable to the contour of the upper palate (506; 506'), whereby the adjustable oral interface (1; 4; 6; 7) is adapted to deliver negative pressure via the negative pressure deliverable part (130; 440) to the front and back of the user's oral cavity to eliminate air space between the tongue and the upper palate (506; 506'), characterized in that the adjustable oral interface further comprises a body connector (110; 410) coupled to the shield (100; 400; 600; 700) and fluidly communicated between the negative pressure deliverable part (130; 440) and the tube (111; 411), wherein the body connector (110; 410) is provided with an axis to pivotally assemble the negative pressure deliverable part (130; 440) to the body connector (110; 410). a shield (100; 400; 600; 700) adapted for being situated between a user's lips and front teeth; a negative pressure deliverable part (130; 440) coupled with the shield (100; 400; 600; 700); and a tube (111; 411) fluidly communicated between the negative pressure deliverable part (130; 440) and a negative pressure generation source; wherein the negative pressure deliverable part (130; 440) is adapted for being adjustable to be situated at a space between the user's tongue and upper palate (506; 506') so as to be conformable to the contour of the upper palate (506; 506'), whereby the adjustable oral interface (1; 4; 6; 7) is adapted to deliver negative pressure via the negative pressure deliverable part (130; 440) to the front and back of the user's oral cavity to eliminate air space between the tongue and the upper palate (506; 506'), characterized in that the adjustable oral interface further comprises a body connector (110; 410) coupled to the shield (100; 400; 600; 700) and fluidly communicated between the negative pressure deliverable part (130; 440) and the tube (111; 411), wherein the body connector (110; 410) is provided with an axis to pivotally assemble the negative pressure deliverable part (130; 440) to the body connector (110; 410).
A method forming a reaction product comprising an alkylalkoxysilane comprises: 1) heating at a temperature of 150°C to 400°C, ingredients comprising a) an alkyl ether and carbon dioxide, and b) a source of silicon and catalyst; thereby forming the reaction product comprising the alkylalkoxysilane, where the alkylalkoxysilane has formula R (4-a) Si(OR) a , where each R is independently an alkyl group and subscript a is 1 to 4. 1) heating at a temperature of 150°C to 400°C, ingredients comprising a) an alkyl ether and carbon dioxide, and b) a source of silicon and catalyst; thereby forming the reaction product comprising the alkylalkoxysilane, where the alkylalkoxysilane has formula R (4-a) Si(OR) a , where each R is independently an alkyl group and subscript a is 1 to 4. a) an alkyl ether and carbon dioxide, and b) a source of silicon and catalyst;
A handpiece used to separate a follicle of an extraction target hair from a skin tissue of a patient while a punching needle is rotated, the handpiece comprising: an outer housing ; a power generator provided in the outer housing ; a spindle assembly configured to transmit a rotational force generated by the power generator ; a punching needle coupled to the front of the spindle assembly and configured to be inserted into patient's skin while being rotated by the rotational force generated by the power generator , wherein the punching needle is provided with a slit formed at one side of a front end portion thereof and extending rearward in a longitudinal direction of the punching needle , the inside of the punching needle is directly and visually checkable through the slit in the punching needle and the extraction target hair is insertable into the punching needle from a side of the punching needle through the slit formed in the punching needle , characterized in that the handpiece further comprises: an encoder configured to detect a rotation state of the power generator on the power generator , and a controller configured to control the rotation of the punching needle ; wherein the handpiece is configured such that when the punching operation is completed, the punching needle is returned to an original rotational position before the punching operation on the basis of rotation state information detected by the encoder and then the rotation of the punching needle is stopped. an outer housing ; a power generator provided in the outer housing ; a spindle assembly configured to transmit a rotational force generated by the power generator ; a punching needle coupled to the front of the spindle assembly and configured to be inserted into patient's skin while being rotated by the rotational force generated by the power generator , wherein the punching needle is provided with a slit formed at one side of a front end portion thereof and extending rearward in a longitudinal direction of the punching needle , the inside of the punching needle is directly and visually checkable through the slit in the punching needle and the extraction target hair is insertable into the punching needle from a side of the punching needle through the slit formed in the punching needle , characterized in that the handpiece further comprises: an encoder configured to detect a rotation state of the power generator on the power generator , and a controller configured to control the rotation of the punching needle ; wherein the handpiece is configured such that when the punching operation is completed, the punching needle is returned to an original rotational position before the punching operation on the basis of rotation state information detected by the encoder and then the rotation of the punching needle is stopped.
Elastomeric laminate comprising at least two adjacent layers: - the first layer consisting: of a composition based on 10 to 100 phr of a copolymer of ethylene and of a 1,3-diene of formula (I), the ethylene units in the copolymer representing more than 50 mol% of the monomer units of the copolymer, CH 2 =CR-CH=CH 2 (I) the symbol R representing a hydrocarbon chain having 3 to 20 carbon atoms; from 0 to 90 phr of a diene elastomer having a content by weight of diene unit of greater than 50%; and a crosslinking system, - the second layer consisting of a composition based on a diene elastomer having a content by weight of diene unit of greater than 50% and a crosslinking system. - the first layer consisting: of a composition based on 10 to 100 phr of a copolymer of ethylene and of a 1,3-diene of formula (I), the ethylene units in the copolymer representing more than 50 mol% of the monomer units of the copolymer, CH 2 =CR-CH=CH 2 (I) the symbol R representing a hydrocarbon chain having 3 to 20 carbon atoms; from 0 to 90 phr of a diene elastomer having a content by weight of diene unit of greater than 50%; and a crosslinking system, of a composition based on 10 to 100 phr of a copolymer of ethylene and of a 1,3-diene of formula (I), the ethylene units in the copolymer representing more than 50 mol% of the monomer units of the copolymer, CH 2 =CR-CH=CH 2 (I) the symbol R representing a hydrocarbon chain having 3 to 20 carbon atoms; from 0 to 90 phr of a diene elastomer having a content by weight of diene unit of greater than 50%; and a crosslinking system, - the second layer consisting of a composition based on a diene elastomer having a content by weight of diene unit of greater than 50% and a crosslinking system.
A liquefied-gas storage facility comprising: a plurality of liquefied-gas storage tanks ; and a liquefied gas reliquefier for reliquefying boil-off gas ( "BOG") resulting from evaporation of liquefied gas in the liquefied-gas storage tanks to prevent a rise in the internal pressure of the liquefied-gas storage tanks , the liquefied gas reliquefier comprising: a secondary-refrigerant circulating channel through which a secondary refrigerant that is a liquid having a melting point lower than a condensation temperature of the BOG can circulate; a cooling unit disposed in the secondary-refrigerant circulating channel to liquefy the secondary refrigerant; a liquefied-secondary-refrigerant feeding unit for feeding the liquefied secondary refrigerant cooled by the cooling unit through the secondary-refrigerant circulating channel ; and a heat exchange unit disposed in the secondary-refrigerant circulating channel to condense the BOG by heat exchange between the BOG and the liquefied secondary refrigerant fed by the liquefied-secondary-refrigerant feeding unit ; characterized in that the liquefied-gas storage facility comprises a common header pipe disposed above the plurality of the liquefied-gas storage tanks to recover the BOG from the liquefied-gas storage tanks , the common header pipe having a header bypass pipe extending from the common header pipe in parallel therewith, wherein the heat exchange unit is disposed in a channel of the header bypass pipe . a plurality of liquefied-gas storage tanks ; and a liquefied gas reliquefier for reliquefying boil-off gas ( "BOG") resulting from evaporation of liquefied gas in the liquefied-gas storage tanks to prevent a rise in the internal pressure of the liquefied-gas storage tanks , the liquefied gas reliquefier comprising: a secondary-refrigerant circulating channel through which a secondary refrigerant that is a liquid having a melting point lower than a condensation temperature of the BOG can circulate; a cooling unit disposed in the secondary-refrigerant circulating channel to liquefy the secondary refrigerant; a liquefied-secondary-refrigerant feeding unit for feeding the liquefied secondary refrigerant cooled by the cooling unit through the secondary-refrigerant circulating channel ; and a heat exchange unit disposed in the secondary-refrigerant circulating channel to condense the BOG by heat exchange between the BOG and the liquefied secondary refrigerant fed by the liquefied-secondary-refrigerant feeding unit ; characterized in that the liquefied-gas storage facility comprises a common header pipe disposed above the plurality of the liquefied-gas storage tanks to recover the BOG from the liquefied-gas storage tanks , the common header pipe having a header bypass pipe extending from the common header pipe in parallel therewith, wherein the heat exchange unit is disposed in a channel of the header bypass pipe .
An e-paper writing unit comprising: a housing containing a chamber , the chamber at least partially enclosing a corona wire to generate an ion flow; a first layer of selectively activatable ring electrodes on one exposed exterior surface of the housing and aligned with the corona wire to provide an array of electrode nozzles which receive and direct the positive ion flow; and a heating element coupled to a wall of the housing . a housing containing a chamber , the chamber at least partially enclosing a corona wire to generate an ion flow; a first layer of selectively activatable ring electrodes on one exposed exterior surface of the housing and aligned with the corona wire to provide an array of electrode nozzles which receive and direct the positive ion flow; and a heating element coupled to a wall of the housing .
A method of training a system for characterising a lubricant oil sample, said lubricant oil sample being obtained directly from an oil engine, a transmission, or any other lubricant oil using unit and said lubricant oil sample being subjected to the method without any changes in concentration, said method comprising the steps of a) providing a batch of lubricant oil samples having a predetermined content for training the system to recognise at least one characteristic of the sample, b) exposing a lubricant oil sample from said batch to electromagnetic radiation within one or both range(s) of wavelengths from 200 nm to 800 nm and/or from 750 nm to 3000 nm, c) monitoring the electromagnetic radiation emitted from the lubricant oil sample from said batch at an exposing range from 200 nm to 800 nm, and/or monitoring the electromagnetic radiation transmitted through and/or reflected from the lubricant oil sample from said batch at an exposing range from 750 nm to 3000 nm, in order to determine at least one physical spectroscopic parameter, d) repeating step b) to c) until the at least one physical spectroscopic parameter of all lubricant oil samples of said batch have been determined, e) performing data processing of the obtained physical spectroscopic parameters thereby obtaining data variables, f) performing a multivariate data analysis of the obtained data variables obtaining model parameters describing the variation of the data variables, g) obtaining characterisation information related to each lubricant oil sample from said batch. a) providing a batch of lubricant oil samples having a predetermined content for training the system to recognise at least one characteristic of the sample, b) exposing a lubricant oil sample from said batch to electromagnetic radiation within one or both range(s) of wavelengths from 200 nm to 800 nm and/or from 750 nm to 3000 nm, c) monitoring the electromagnetic radiation emitted from the lubricant oil sample from said batch at an exposing range from 200 nm to 800 nm, and/or monitoring the electromagnetic radiation transmitted through and/or reflected from the lubricant oil sample from said batch at an exposing range from 750 nm to 3000 nm, in order to determine at least one physical spectroscopic parameter, d) repeating step b) to c) until the at least one physical spectroscopic parameter of all lubricant oil samples of said batch have been determined, e) performing data processing of the obtained physical spectroscopic parameters thereby obtaining data variables, f) performing a multivariate data analysis of the obtained data variables obtaining model parameters describing the variation of the data variables, g) obtaining characterisation information related to each lubricant oil sample from said batch.
A refill for an inhaler , the refill comprising a cylinder with an axis and containing a pressurised inhalable composition, and an outlet valve at one end, the outlet valve having a hollow valve stem extending axially from the cylinder; characterised by a cap fitted onto the cylinder at the outlet end, the cap extending axially beyond the valve stem, the cap having an internal passage extending through the cap to allow access to the valve stem , the internal passage providing a guide wall to guide the inhaler , in use, onto the stem during the refill process.
A surface cleaning device comprising: a base; a cleaner housing pivotally coupled to the base, the cleaner housing defining a central longitudinal axis ; a plane defined by the central longitudinal axis and the forward-rearward direction of the cleaner housing ; and a handle coupled to the cleaner housing at a pivot joint such that the handle is movable relative to the cleaner housing from an operating position downwardly to a storage position, wherein the handle is substantially centered on the central longitudinal axis when the handle is in the operating position, and characterized in that as the handle moves from the operating position to the storage position, the pivot joint is configured to rotatably store the handle at a position offset from the plane. a base; a cleaner housing pivotally coupled to the base, the cleaner housing defining a central longitudinal axis ; a plane defined by the central longitudinal axis and the forward-rearward direction of the cleaner housing ; and a handle coupled to the cleaner housing at a pivot joint such that the handle is movable relative to the cleaner housing from an operating position downwardly to a storage position, wherein the handle is substantially centered on the central longitudinal axis when the handle is in the operating position, and characterized in that as the handle moves from the operating position to the storage position, the pivot joint is configured to rotatably store the handle at a position offset from the plane.
A method for performing, by a user equipment, UE, device-to-device, D2D, transmission in a wireless communication system, the method comprising: determining a timing reference of a first carrier on which the D2D transmission is performed; determining timing advance, TA, information for the D2D transmission to be applied to the first carrier based on the determined timing reference; and performing the D2D transmission on the first carrier based on the timing reference and the TA information, wherein the first carrier and a second carrier are configured at the UE, and the first carrier is aggregated with the second carrier, wherein the timing reference of the first carrier is the second carrier which is different from the first carrier, wherein the first carrier is a carrier based on a frequency division duplex, FDD, and the second carrier is a carrier based on a time division duplex, TDD, and wherein the timing reference of the TA information for the first carrier is determined based on the second carrier, and values of the TA information itself are determined based on the first carrier. determining a timing reference of a first carrier on which the D2D transmission is performed; determining timing advance, TA, information for the D2D transmission to be applied to the first carrier based on the determined timing reference; and performing the D2D transmission on the first carrier based on the timing reference and the TA information, wherein the first carrier and a second carrier are configured at the UE, and the first carrier is aggregated with the second carrier, wherein the timing reference of the first carrier is the second carrier which is different from the first carrier, wherein the first carrier is a carrier based on a frequency division duplex, FDD, and the second carrier is a carrier based on a time division duplex, TDD, and wherein the timing reference of the TA information for the first carrier is determined based on the second carrier, and values of the TA information itself are determined based on the first carrier.