mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: receiving , at a computing device , audio input from a user comprising one or more spoken words; determining speech errors of the user for the audio input using at least a sensitivity level set at a first sensitivity level, the type of speech errors that are determined including one or more of substitution, insertion, hesitation, omission, correction, and repetition, the determined speech errors indicating a mismatch between what a user intended to say and what the user actually said; determining whether an amount and type of speech errors in the audio input requires adjustment to the sensitivity level; adjusting the sensitivity level to a second sensitivity level based on the amount and type of the speech errors in the audio input, the second sensitivity level being different from the first sensitivity level; and re-determining the speech errors for the audio input from the user using at least the second sensitivity level. receiving , at a computing device , audio input from a user comprising one or more spoken words; determining speech errors of the user for the audio input using at least a sensitivity level set at a first sensitivity level, the type of speech errors that are determined including one or more of substitution, insertion, hesitation, omission, correction, and repetition, the determined speech errors indicating a mismatch between what a user intended to say and what the user actually said; determining whether an amount and type of speech errors in the audio input requires adjustment to the sensitivity level; adjusting the sensitivity level to a second sensitivity level based on the amount and type of the speech errors in the audio input, the second sensitivity level being different from the first sensitivity level; and re-determining the speech errors for the audio input from the user using at least the second sensitivity level.
A data transmitter comprising: a digest generator configured in response to receiving a set of sensor data from a sensor to generate a digest from the set of sensor data using a cryptographic primitive; and a packet generator configured to generate a series of one or more packets carrying the set of sensor data for transmission, wherein each packet in the series includes a header , the set of data, a footer and the digest, characterized in that : the packet generator is configured to generate an error-detecting code for the set of sensor data of each respective packet and to include the error-detecting code in the packet, the packet generator is further configured to provide the error-detecting code to the digest generator, and the digest generator is configured to generate the digest from the set of sensor data and the error-detecting code(s) for each respective packet. a digest generator configured in response to receiving a set of sensor data from a sensor to generate a digest from the set of sensor data using a cryptographic primitive; and a packet generator configured to generate a series of one or more packets carrying the set of sensor data for transmission, wherein each packet in the series includes a header , the set of data, a footer and the digest, characterized in that : the packet generator is configured to generate an error-detecting code for the set of sensor data of each respective packet and to include the error-detecting code in the packet, the packet generator is further configured to provide the error-detecting code to the digest generator, and the digest generator is configured to generate the digest from the set of sensor data and the error-detecting code(s) for each respective packet.
Method for disassembling a photovoltaic module comprising: • a first protective element , • a second protective element , • photovoltaic cells that are located between the first protective element and the second protective element , • an envelope in which the photovoltaic cells are encapsulated, said envelope linking the first protective element to the second protective element and comprising: ∘ a first portion that is located between the photovoltaic cells and the first protective element , and ∘ a second portion that is located between the photovoltaic cells and the second protective element , said disassembly method comprising a step (E2) of separating the photovoltaic cells with respect to the first protective element , the step (E2) of separating the photovoltaic cells with respect to the first protective element comprising a step (E2-1) of cutting the first portion of the envelope by means of an abrasive wire , characterized in that the step (E2-1) of cutting the first portion of the envelope by means of the abrasive wire is carried out in dry conditions. • a first protective element , • a second protective element , • photovoltaic cells that are located between the first protective element and the second protective element , • an envelope in which the photovoltaic cells are encapsulated, said envelope linking the first protective element to the second protective element and comprising: ∘ a first portion that is located between the photovoltaic cells and the first protective element , and ∘ a second portion that is located between the photovoltaic cells and the second protective element , ∘ a first portion that is located between the photovoltaic cells and the first protective element , and ∘ a second portion that is located between the photovoltaic cells and the second protective element ,
A compound represented by formula 1 below, an optical isomer thereof or a pharmaceutically acceptable salt thereof: wherein L is a single bond or -CH 2 CH 2 -; R 1 is hydrogen, R 2 is hydrogen or ethyl; R 3 is and R 4 is -CF 3 , -SCH 3 or -SO 2 CH 3 . L is a single bond or -CH 2 CH 2 -; R 1 is hydrogen, R 2 is hydrogen or ethyl; R 3 is and R 4 is -CF 3 , -SCH 3 or -SO 2 CH 3 .
A method for producing refrigeration comprising: compressing a composition including a lubricant and a refrigerant comprising, preferably, consisting essentially of, trans-chloro-3,3,3,-trifluoropropene (1233zd(E)); wherein the compressing occurs within a centrifugal chiller system. compressing a composition including a lubricant and a refrigerant comprising, preferably, consisting essentially of, trans-chloro-3,3,3,-trifluoropropene (1233zd(E)); wherein the compressing occurs within a centrifugal chiller system.
A prefabricated reinforcing skeletal framework for the construction of reinforced concrete structures, including: at least two mesh layers , namely, a first mesh layer and a second mesh layer , a plurality of spaced-apart spacers mounted between the first layer and the second layer to support the two mesh layers spaced-apart in substantially parallel planes, each spacer having a cross member with a leg extending outwardly at each end of the cross member , said legs being substantially parallel to each other and substantially perpendicular to the cross member , each leg having a foot at an outer end of the leg remote from the cross member , the foot being substantially perpendicular to the leg and substantially perpendicular to the cross member , and the cross member being bent inwardly between the legs , wherein the cross member has a distal and proximal end, with a portion of the cross member curved intermediate the ends such as to allow at least one contact point between the cross member and the first mesh layer , wherein the cross member is V-shaped, characterized in that the contact point is located towards one of the distal and proximal ends of the cross member , the portion of the cross member which is curved intermediate the ends allowing for a gap to be formed between the cross member of the spacer and the first mesh layer . at least two mesh layers , namely, a first mesh layer and a second mesh layer , a plurality of spaced-apart spacers mounted between the first layer and the second layer to support the two mesh layers spaced-apart in substantially parallel planes, each spacer having a cross member with a leg extending outwardly at each end of the cross member , said legs being substantially parallel to each other and substantially perpendicular to the cross member , each leg having a foot at an outer end of the leg remote from the cross member , the foot being substantially perpendicular to the leg and substantially perpendicular to the cross member , and the cross member being bent inwardly between the legs , wherein the cross member has a distal and proximal end, with a portion of the cross member curved intermediate the ends such as to allow at least one contact point between the cross member and the first mesh layer , wherein the cross member is V-shaped, characterized in that the contact point is located towards one of the distal and proximal ends of the cross member , the portion of the cross member which is curved intermediate the ends allowing for a gap to be formed between the cross member of the spacer and the first mesh layer .
An electric machine comprising: a shaft , which is mounted so as to rotate around a central rotation axis ; a rotor , which is fitted to the shaft so as to rotate together with the shaft ; a stator with a tubular, cylindrical shape, which is arranged around the rotor so as to enclose, on the inside, the rotor and has a magnetic core , which consists of a series of laminations made of a ferromagnetic material and is longitudinally crossed by a plurality of stator slots ; and a stator winding comprising a plurality of rigid bars , which are inserted in corresponding stator slots and are covered, on the outside, with an insulating coating ; wherein each stator slot has a rectangular cross section having a long side arranged radially and a short side arranged circumferentially; wherein each stator slot houses eight bars lined up one behind the other; and wherein each bar has a rectangular cross section having a long side parallel to the short side of the corresponding stator slot and a short side parallel to the long side of the corresponding stator slot ; the electric machine is characterized in that: the rotor comprises permanent magnets ; and in each bar , the ratio between the long side and the short side of the rectangular cross section ranges from 3 to 3.7. a shaft , which is mounted so as to rotate around a central rotation axis ; a rotor , which is fitted to the shaft so as to rotate together with the shaft ; a stator with a tubular, cylindrical shape, which is arranged around the rotor so as to enclose, on the inside, the rotor and has a magnetic core , which consists of a series of laminations made of a ferromagnetic material and is longitudinally crossed by a plurality of stator slots ; and a stator winding comprising a plurality of rigid bars , which are inserted in corresponding stator slots and are covered, on the outside, with an insulating coating ; wherein each stator slot has a rectangular cross section having a long side arranged radially and a short side arranged circumferentially; wherein each stator slot houses eight bars lined up one behind the other; and wherein each bar has a rectangular cross section having a long side parallel to the short side of the corresponding stator slot and a short side parallel to the long side of the corresponding stator slot ; the electric machine is characterized in that: the rotor comprises permanent magnets ; and in each bar , the ratio between the long side and the short side of the rectangular cross section ranges from 3 to 3.7. the rotor comprises permanent magnets ; and in each bar , the ratio between the long side and the short side of the rectangular cross section ranges from 3 to 3.7.
Choke for carrying out high-voltage tests, comprising - a housing (G); - a coil (S) arranged in the interior of the housing (G); - at least one electrically conductive component (F1, F2) arranged between the coil (S) and the housing (G), which comprises at least a field control electrode (F1, F2).; and - a flux guiding device (FF) for guiding a magnetic flux able to be generated by means of the coil (S), wherein the flux guiding device (FF) - contains a ferromagnetic material; characterized in that - the flux guiding device (FF) is arranged between the coil (S) and the at least one electrically conductive component (F1, F2) in such a way that the magnetic flux able to be generated by means of the coil (S) is guided past the electrically conductive component (F1, F2). - a housing (G); - a coil (S) arranged in the interior of the housing (G); - at least one electrically conductive component (F1, F2) arranged between the coil (S) and the housing (G), which comprises at least a field control electrode (F1, F2).; and - a flux guiding device (FF) for guiding a magnetic flux able to be generated by means of the coil (S), wherein the flux guiding device (FF) - contains a ferromagnetic material; - the flux guiding device (FF) is arranged between the coil (S) and the at least one electrically conductive component (F1, F2) in such a way that the magnetic flux able to be generated by means of the coil (S) is guided past the electrically conductive component (F1, F2).
A method for detecting mutations of EGFR or KRAS in the sample from patients to provide information necessary for the treatment with administration of Tyrosine Kinase Inhibitor (TKI) for a cancer disease, comprising: (a) performing hybridization by mixing a primer and a probe mixture composed of at least one detection probe for detecting mutants of EGFR or KRAS and a clamping probe for inhibiting amplification of wild-type EGFR gene or wild-type KRAS gene in the sample from patients, and obtaining a real-time amplification curve; (b) obtaining a dissociation curve between an amplified product and the detection probe with changing temperature after the amplification; and (c) analyzing the obtained real-time amplification curve and dissociation curve separately, sequentially or simultaneously, wherein the detection probe and the clamping probe is peptide nucleic acid (PNA), and an amino acid or a side chain of an amino acid is linked to the gamma position of the detection probe and the clamping probe for structural modification. (a) performing hybridization by mixing a primer and a probe mixture composed of at least one detection probe for detecting mutants of EGFR or KRAS and a clamping probe for inhibiting amplification of wild-type EGFR gene or wild-type KRAS gene in the sample from patients, and obtaining a real-time amplification curve; (b) obtaining a dissociation curve between an amplified product and the detection probe with changing temperature after the amplification; and (c) analyzing the obtained real-time amplification curve and dissociation curve separately, sequentially or simultaneously,
A method performed by a media device for performing scrubbing in a video stream of a video item selected at the media device, the method comprising: pre-buffering , by means of a pre-buffering logic of the media device, a first snippet in each segment of a plurality of segments of the selected video item; playing , by means of a playback logic of the media device, the video stream of a first segment of the selected video item in a first playback speed; receiving a user input indicative of a request for scrubbing from a first location within the selected video item corresponding to the first segment to a second location within the selected video item corresponding to a second segment; and in response to receiving said request: scrubbing to the second segment of the selected video item while the playback logic of the media device continues to play the video stream of the first segment at the first playback speed, and upon completion of the scrubbing to the second segment of the selected video item, stop playing the video stream of the first segment and immediately start playing a first snippet of the second segment. pre-buffering , by means of a pre-buffering logic of the media device, a first snippet in each segment of a plurality of segments of the selected video item; playing , by means of a playback logic of the media device, the video stream of a first segment of the selected video item in a first playback speed; receiving a user input indicative of a request for scrubbing from a first location within the selected video item corresponding to the first segment to a second location within the selected video item corresponding to a second segment; and in response to receiving said request: scrubbing to the second segment of the selected video item while the playback logic of the media device continues to play the video stream of the first segment at the first playback speed, and upon completion of the scrubbing to the second segment of the selected video item, stop playing the video stream of the first segment and immediately start playing a first snippet of the second segment. scrubbing to the second segment of the selected video item while the playback logic of the media device continues to play the video stream of the first segment at the first playback speed, and upon completion of the scrubbing to the second segment of the selected video item, stop playing the video stream of the first segment and immediately start playing a first snippet of the second segment.
A system for radiation dose monitoring in a medical environment , the system comprising: an imaging device for directing radiation onto a patient ; a radiation dose measuring device for measuring a radiation dose of at least one medical personnel within the medical environment , the radiation dose measuring device being attachable to the at least one medical personnel; the system being characterised by further comprising a processor configured for receiving radiation dose information of the patient and of the at least one medical personnel, and for receiving radiation dose information from the imaging device, wherein the processor is configured for rendering, in real-time, a virtual object associated with each radiation dose measuring device , the virtual object representing radiation dose information. an imaging device for directing radiation onto a patient ; a radiation dose measuring device for measuring a radiation dose of at least one medical personnel within the medical environment , the radiation dose measuring device being attachable to the at least one medical personnel; the system being characterised by further comprising a processor configured for receiving radiation dose information of the patient and of the at least one medical personnel, and for receiving radiation dose information from the imaging device, wherein the processor is configured for rendering, in real-time, a virtual object associated with each radiation dose measuring device , the virtual object representing radiation dose information.
Method for identifying at least one security element of at least one security feature of a security product, the security feature comprising comprising a first substance and at least one further substance, the first substance being an electroluminescent substance, the further substance being a substance having an electrical conductivity which can be changed by UV irradiation characterized in that the at least one security feature is irradiated with UV irradiation to amplify an electroluminescence radiation of the first substance, wherein an alternating electric field is applied to the security feature , wherein an electroluminescence radiation emitted by the first substance and amplified by the UV irradiation is detected, wherein the first substance and/or the further substance is identified as a function of at least one property of the amplified electroluminescence radiation.
A waste heat recovery apparatus for recovering energy from waste heat of an internal combustion engine, comprising: a working fluid circuit to circulate working fluid; a boiler connected on the working fluid circuit and adapted to recover waste heat from a source and transfer recovered waste heat to the working fluid; an expander connected on the working fluid circuit to receive working fluid from the boiler ; and, a supplemental heating arrangement characterised in that the supplemental heating arrangement includes one of a burner or an electric heating device connected to deliver heat to the working fluid.
A sheet manufacturing apparatus comprising: a sheet forming portion configured to form a sheet (S) using a material including fibers; a transport portion to transport the sheet (S); and a cutting portion to cut one edge portion and the other edge portion of the sheet (S) positioned in a direction intersecting a transport direction of the sheet; characterized by further comprising a first coarse crushing portion to coarsely crush a first surplus portion (S1) generated by cutting the one edge portion by the cutting portion ; and a second coarse crushing portion to coarsely crush a second surplus portion (S2) generated by cutting the other edge portion by the cutting portion . a sheet forming portion configured to form a sheet (S) using a material including fibers; a transport portion to transport the sheet (S); and a cutting portion to cut one edge portion and the other edge portion of the sheet (S) positioned in a direction intersecting a transport direction of the sheet; characterized by further comprising a first coarse crushing portion to coarsely crush a first surplus portion (S1) generated by cutting the one edge portion by the cutting portion ; and a second coarse crushing portion to coarsely crush a second surplus portion (S2) generated by cutting the other edge portion by the cutting portion .
An optical fiber cable comprising: at least one optical fiber ; a plurality of strength members disposed around said at least one optical fiber and defining strength member interstices ; a conductor disposed around one or more of said plurality of strength members ; and a water blocking material disposed in said strength member interstices , characterised in that : said conductor is in electrical contact with said one or more of said plurality of strength members , said water blocking material is a conductive water blocking material comprising a carrier material and highly conductive metal particles having a predetermined size and a relative electrical conductivity greater than 60, using copper as a base reference with a relative electrical conductivity of 100. at least one optical fiber ; a plurality of strength members disposed around said at least one optical fiber and defining strength member interstices ; a conductor disposed around one or more of said plurality of strength members ; and a water blocking material disposed in said strength member interstices , characterised in that : said conductor is in electrical contact with said one or more of said plurality of strength members , said water blocking material is a conductive water blocking material comprising a carrier material and highly conductive metal particles having a predetermined size and a relative electrical conductivity greater than 60, using copper as a base reference with a relative electrical conductivity of 100. said conductor is in electrical contact with said one or more of said plurality of strength members , said water blocking material is a conductive water blocking material comprising a carrier material and highly conductive metal particles having a predetermined size and a relative electrical conductivity greater than 60, using copper as a base reference with a relative electrical conductivity of 100.
A method for producing aluminum phosphate comprising: mixing a solution of aluminum chloride and a solution of sodium phosphate tribasic to produce an aluminum phosphate suspension and a supernatant; settling the aluminum phosphate suspension at a temperature in the range of 50 °C to 70 °C to produce an aluminum phosphate precipitate; and removing the supernatant, wherein the steps of mixing, settling and removing are performed within a closed system. mixing a solution of aluminum chloride and a solution of sodium phosphate tribasic to produce an aluminum phosphate suspension and a supernatant; settling the aluminum phosphate suspension at a temperature in the range of 50 °C to 70 °C to produce an aluminum phosphate precipitate; and removing the supernatant, wherein the steps of mixing, settling and removing are performed within a closed system.