mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: monitoring network traffic from a plurality of users including a first user and a second user; extracting words from text included in the network traffic; building a personal vocabulary for each of the plurality of users based on the words extracted from the network traffic; deriving a language model using the personal vocabulary of the second user; and converting audio of the first user into text using the derived language model; and wherein deriving a language model comprises identifying a subject matter of the audio to be converted, and identifying as the second user whose vocabulary is used to derive the language model a user that has previously communicated with the first user on the identified subject matter. monitoring network traffic from a plurality of users including a first user and a second user; extracting words from text included in the network traffic; building a personal vocabulary for each of the plurality of users based on the words extracted from the network traffic; deriving a language model using the personal vocabulary of the second user; and converting audio of the first user into text using the derived language model; and wherein deriving a language model comprises identifying a subject matter of the audio to be converted, and identifying as the second user whose vocabulary is used to derive the language model a user that has previously communicated with the first user on the identified subject matter.
A method for controlling online advertising in an Information Network, that provides multiple users (U, U ') access to information, the method having the following steps: - each user gets assigned (step 11) a user identity, wherein the user identity is an anonymous code that is randomly generated, - for each user first data is recorded, containing the information about the user's access behaviour to the information (step 12), - for each the respective user a second data is captured that contains information about his interest in the type of information (step 13); - the first and second data (D1, D2) are supplemented by third data which contain information about the person of the respective user (step 14); and - from the data, first data, second data and third data, for the respective user control data (D*) is extracted (step 15) and transmitted to a control device for controlling the advertisement (step 16), wherein at least for each User extracted control data (D*) is stored (step 15a) in a user profile of the user associated with the user identity; - the created user profiles (UP, UP ') are compared with each other and checked for completeness and commonality of data by specifiable test criteria. - each user gets assigned (step 11) a user identity, wherein the user identity is an anonymous code that is randomly generated, - for each user first data is recorded, containing the information about the user's access behaviour to the information (step 12), - for each the respective user a second data is captured that contains information about his interest in the type of information (step 13); - the first and second data (D1, D2) are supplemented by third data which contain information about the person of the respective user (step 14); - from the data, first data, second data and third data, for the respective user control data (D*) is extracted (step 15) and transmitted to a control device for controlling the advertisement (step 16), wherein at least for each User extracted control data (D*) is stored (step 15a) in a user profile of the user associated with the user identity; - the created user profiles (UP, UP ') are compared with each other and checked for completeness and commonality of data by specifiable test criteria.
A digitizer and processor device for a swept-source optical coherence tomography (SS-OCT) imaging system, comprising: an input configured to receive an OCT analogue signal; a control input configured to receive a k-clock analogue signal; a combiner unit receiving the OCT analogue signal and the k-clock analogue signal, configured to output a composite analogue signal; a digitizing unit arranged to convert the composite analogue signal into a digital composite signal; a data processing unit arranged to determine a tomographic profile of the sample that generated the OCT signal based on the digital composite signal, wherein, either the spectrum of the k-clock analogue signal does not significantly overlap with the spectrum of the OCT analogue signal, or the k-clock analogue signal and/or the OCT analogue signal are filtered such that their spectra do not significantly overlap, characterized in that the data processing unit comprises one or more digital filters (150, 155) arranged to extract from the digital composite signal a digital OCT signal representing the contribution of the OCT signal to the digital composite signal, and a digital k-clock signal representing the contribution of the k-clock signal to the digital composite signal. an input configured to receive an OCT analogue signal; a control input configured to receive a k-clock analogue signal; a combiner unit receiving the OCT analogue signal and the k-clock analogue signal, configured to output a composite analogue signal; a digitizing unit arranged to convert the composite analogue signal into a digital composite signal; a data processing unit arranged to determine a tomographic profile of the sample that generated the OCT signal based on the digital composite signal, wherein, either the spectrum of the k-clock analogue signal does not significantly overlap with the spectrum of the OCT analogue signal, or the k-clock analogue signal and/or the OCT analogue signal are filtered such that their spectra do not significantly overlap, characterized in that the data processing unit comprises one or more digital filters (150, 155) arranged to extract from the digital composite signal a digital OCT signal representing the contribution of the OCT signal to the digital composite signal, and a digital k-clock signal representing the contribution of the k-clock signal to the digital composite signal.
Glass bottle with an inserted hard bottom and a three-dimensional decorative element inside the bottle, comprising - a glass hollow body, which has the shape of a bottle, - a bottom insert, and - a three-dimensional decorative element in the interior space of the glass bottle, wherein the glass hollow body has an opening in the bottle bottom, and wherein the bottom insert closes the opening in the glass hollow body in force-fitting and/or form-fitting fashion, characterized in that - the size and shape of the bottom insert correspond to the opening in the bottom of the glass hollow body, - a receiving device is fitted on the bottom insert on the top side of the bottom insert that faces towards the bottle and is directed into the glass bottle, - the three-dimensional decorative element is fastened to the receiving device and is arranged in the bottle interior space, and the bottom insert consists of metal or plastic and not of glass. - a glass hollow body, which has the shape of a bottle, - a bottom insert, and - a three-dimensional decorative element in the interior space of the glass bottle, wherein the glass hollow body has an opening in the bottle bottom, and wherein the bottom insert closes the opening in the glass hollow body in force-fitting and/or form-fitting fashion, characterized in that - the size and shape of the bottom insert correspond to the opening in the bottom of the glass hollow body, - a receiving device is fitted on the bottom insert on the top side of the bottom insert that faces towards the bottle and is directed into the glass bottle, - the three-dimensional decorative element is fastened to the receiving device and is arranged in the bottle interior space, and the bottom insert consists of metal or plastic and not of glass.
A method for purifying a protein, wherein the protein is separated from impurities using an activated carbon to obtain the protein with a low content of impurities, wherein the protein is a monoclonal antibody, wherein the activated carbon is an activated carbon from wood, wherein the pH of the protein-containing aqueous solution to be contacted with the activated carbon is 4 to 5 and wherein the impurities are any one of host cell proteins, protein-derived polymers, protein-derived degradation products, or DNAs.
A method of generating a digital media message, comprising: receiving a digital video segment with an electronic device; providing a plurality of images via a display of the electronic device, each image of the plurality of images being indicative of a respective digital content segment different from the digital video segment; receiving, via the electronic device, a first input indicating selection of a first digital content segment associated with a corresponding image of the plurality of images; associating the digital video segment and the first digital content segment with a play sequence of the digital media message such that the first digital content segment will be presented simultaneously with at least part of the digital video segment when the digital media message is played, wherein associating the digital video segment and the first digital content segment with the play sequence comprises replacing a plurality of frames of the digital video segment with a single frame corresponding to an image of the first digital content segment; and providing the digital media message for sharing with a remote electronic device, wherein the digital media message comprises at least the digital video segment and the first digital content segment. receiving a digital video segment with an electronic device; providing a plurality of images via a display of the electronic device, each image of the plurality of images being indicative of a respective digital content segment different from the digital video segment; receiving, via the electronic device, a first input indicating selection of a first digital content segment associated with a corresponding image of the plurality of images; associating the digital video segment and the first digital content segment with a play sequence of the digital media message such that the first digital content segment will be presented simultaneously with at least part of the digital video segment when the digital media message is played, wherein associating the digital video segment and the first digital content segment with the play sequence comprises replacing a plurality of frames of the digital video segment with a single frame corresponding to an image of the first digital content segment; and providing the digital media message for sharing with a remote electronic device, wherein the digital media message comprises at least the digital video segment and the first digital content segment.
Beach footwear, wherein the footwear comprises an upper portion, a cuff portion tightly surrounding the foot above the upper portion and a sole, that are skid-proof on wet grounds, a footwear comprising air passages on the sole and/or the upper portion providing air-intake, and also anti-skid layers for walking on wet grounds, and flexible layers that adapt to the movement of the foot; and comprising a thermal insulation layer ensuring that the feet is not affected by heat in a hot environment; and it is characterized in that it comprises at least an UV layer protecting the feet against the sun beams; an antibacterial layer to prevent the intrusion of harmful bacteria in the external environment; and it also comprises a protective element surrounding the footwear and/or at the cuff portion for protecting the toes.
A process for self-cleaning, comprising: binding a substrate to a surface; and forming a linker moiety between an active group of a digestive protein and said substrate, wherein the digestive protein includes proteases which hydrolyze protein molecules, lipases which hydrolyse lipids and fats, cellulases which hydrolyze cellulose, and amylases which hydrolyse carbohydrates, and the substrate comprises one or more selected from the group consisting of alcohol, thiol, aldehyde, carboxylic acid, anhydride, epoxy, and ester, and said surface is selected from the group consisting of metal, glass, paint, plastic, and fabrics, and wherein the degradation of a stain molecule by said digestive protein occurs in a dry environment. binding a substrate to a surface; and forming a linker moiety between an active group of a digestive protein and said substrate, wherein the digestive protein includes proteases which hydrolyze protein molecules, lipases which hydrolyse lipids and fats, cellulases which hydrolyze cellulose, and amylases which hydrolyse carbohydrates, and the substrate comprises one or more selected from the group consisting of alcohol, thiol, aldehyde, carboxylic acid, anhydride, epoxy, and ester, and said surface is selected from the group consisting of metal, glass, paint, plastic, and fabrics, and wherein the degradation of a stain molecule by said digestive protein occurs in a dry environment.
A method for bleaching pulp, comprising contacting the pulp in an aqueous solution at from pH 2 to pH 7 with a peroxidase classified in EC 1.11.1.7, a source of hydrogen peroxide, and a mediator having the chemical structure: wherein U1, U2 and U3 are identical or different, and are O, S or NOH; and R1 and R2 are identical or different, and are hydrogen, hydroxyl, formyl, carbamoyl, sulfamoyl, nitro, nitroso, amino, cyano, phenyl, benzyl, C 1 -C 4 -alkyl, C 1 -C 4 -alkoxy, C 1 -C 4 -carbonyl, or carbonyl-C 1 -C 4 -alkyl; and wherein the peroxidase is a plant peroxidase or a fungal peroxidase.
A cleaning method of a drink filling system which is able to fill a container selectively with either one of a non-sterilized carbonated drink, a high acidic drink and a low acidic drink, and is provided with a drink supply pipe line (5, 6, 7) for supplying a drink to a filling machine and an aseptic chamber surrounding at least the filling machine, the cleaning method being performed by executing either one of first, second and third programs, wherein the first program corresponds to a non-sterilized carbonated drink and executes a COP, cleaning out of place, treatment performed for an interior of the aseptic chamber and a CIP, cleaning in place, treatment performed for an interior of the drink supply pipe line (5, 6, 7), wherein the second program corresponds to a high acidic drink and executes the COP treatment and an SOP, sterilizing out of place, treatment by hydrogen peroxide and aseptic water performed for the interior of the aseptic chamber and a CIP treatment and an SIP, sterilizing in place, treatment performed in the interior of the drink supply pipe line (5, 6, 7), wherein the third program corresponds to a low acidic drink and executes the COP treatment and the SOP treatment by hydrogen peroxide, acetyl hydroperoxide and aseptic water performed for the interior of the aseptic chamber and the CIP treatment and the SIP treatment performed in the interior of the drink supply pipe line (5, 6, 7), and wherein the cleaning method is performed by selectively executing either one of the three programs, wherein in a case where the drink is a non-sterilized carbonated drink, the first program is selected, in a case where the drink is a high acidic drink, the second program is selected, and in a case where the drink is a low acidic drink, the third program is selected, to thereby clean the interiors of the aseptic chamber and the drink supply pipe line (5, 6, 7) before filling of the drink in accordance with the selected program.
A projection optical system that projects from a first image plane on a reducing side onto a second image plane on an enlargement side, comprising: a first refractive optical system that forms a first intermediate image on the enlargement side using light incident from the reducing side; a second refractive optical system that forms the first image on the reducing side into a second intermediate image on the enlargement side; and a first reflective optical system including a first reflective surface with positive refractive power that is positioned on the enlargement side of the second intermediate image, wherein the second refractive optical system includes a first focus lens group that moves when focusing is carried out, and the first refractive optical system includes a second focus lens group that moves when focusing is carried out; wherein a Petzval sum PTZ1 of the first refractive optical system, a third-order aberration coefficient DST1 of distortion of the first refractive optical system, a third-order aberration coefficient TCO1 of coma aberration of the first refractive optical system, a Petzval sum PTZ2 of the second refractive optical system, a third-order aberration coefficient DST2 of distortion of the second refractive optical system, and a third-order aberration coefficient TCO2 of coma aberration of the second refractive optical system satisfy the following conditions: PTZ 1 < PTZ 2 DST 1 < DST 2 − 0.5 < TCO 1 − TCO 2 < 0.5. a first refractive optical system that forms a first intermediate image on the enlargement side using light incident from the reducing side; a second refractive optical system that forms the first image on the reducing side into a second intermediate image on the enlargement side; and a first reflective optical system including a first reflective surface with positive refractive power that is positioned on the enlargement side of the second intermediate image, wherein the second refractive optical system includes a first focus lens group that moves when focusing is carried out, and the first refractive optical system includes a second focus lens group that moves when focusing is carried out; wherein a Petzval sum PTZ1 of the first refractive optical system, a third-order aberration coefficient DST1 of distortion of the first refractive optical system, a third-order aberration coefficient TCO1 of coma aberration of the first refractive optical system, a Petzval sum PTZ2 of the second refractive optical system, a third-order aberration coefficient DST2 of distortion of the second refractive optical system, and a third-order aberration coefficient TCO2 of coma aberration of the second refractive optical system satisfy the following conditions: PTZ 1 < PTZ 2 DST 1 < DST 2 − 0.5 < TCO 1 − TCO 2 < 0.5.
A method for information processing, applied to an electronic equipment, comprising: collecting environmental audio information when the electronic equipment plays multimedia data; performing noise detection on the environmental audio information to determine whether the environmental audio information represents a target noise scenario; and processing a parameter of the multimedia data played by the electronic equipment when the environmental audio information represents the target noise scenario; wherein performing noise detection on the environmental audio information to determine whether the environmental audio information represents the target noise scenario comprises: determining a first environmental noise information according to the environmental audio information; determining a first frequency band range corresponding to residual echo information when the first environmental noise information comprises the residual echo information; processing the first environmental noise information according to the first frequency band range of the residual echo information to obtain a second environmental noise information; and determining whether the environmental audio information represents the target noise scenario according to the second environmental noise information. collecting environmental audio information when the electronic equipment plays multimedia data; performing noise detection on the environmental audio information to determine whether the environmental audio information represents a target noise scenario; and processing a parameter of the multimedia data played by the electronic equipment when the environmental audio information represents the target noise scenario; wherein performing noise detection on the environmental audio information to determine whether the environmental audio information represents the target noise scenario comprises: determining a first environmental noise information according to the environmental audio information; determining a first frequency band range corresponding to residual echo information when the first environmental noise information comprises the residual echo information; processing the first environmental noise information according to the first frequency band range of the residual echo information to obtain a second environmental noise information; and determining whether the environmental audio information represents the target noise scenario according to the second environmental noise information. determining a first environmental noise information according to the environmental audio information; determining a first frequency band range corresponding to residual echo information when the first environmental noise information comprises the residual echo information; processing the first environmental noise information according to the first frequency band range of the residual echo information to obtain a second environmental noise information; and determining whether the environmental audio information represents the target noise scenario according to the second environmental noise information.
A method for communicating UPnP information, the method comprising, at a non-Universal Plug and Play, UPnP,-compliant Multiple Room-Digital Video Recorder, MR-DVR, client device: receiving QAM modulated signals encoded with first information from a UPnP-compliant MR-DVR server device over a network and a unique ID to be used as a token, the unique ID being generated by the UPnP-compliant MR-DVR server device; transmitting a FSK modulated signal or a QPSK modulated signal encoded with second information for the UPnP-compliant MR-DVR server device, including the unique ID to be used by the UPnP-compliant MR-DVR server device for mapping of returned requested actions to UPnP Scheduled Recording Service, SRS actions. receiving QAM modulated signals encoded with first information from a UPnP-compliant MR-DVR server device over a network and a unique ID to be used as a token, the unique ID being generated by the UPnP-compliant MR-DVR server device; transmitting a FSK modulated signal or a QPSK modulated signal encoded with second information for the UPnP-compliant MR-DVR server device, including the unique ID to be used by the UPnP-compliant MR-DVR server device for mapping of returned requested actions to UPnP Scheduled Recording Service, SRS actions.