mhurhangee/ep-ind-claims huggingface dataset:
A process for manufacturing a compound of formula by reacting a compound of formula and a compound of formula in a non-continuous process in the presence of either i) a mixture of a rhodium complex and water-soluble phosphine salt of formula (IV-a) or (IV-b) or ii) a rhodium complex obtained from a reaction of a rhodium complex and water-soluble phosphine salt of formula (IV-a) or (IV-b) and in the presence of water and an organic solvent being selected from the group consisting of C 1 -C 5 alcohols, alkylethers of C 1 -C 5 alcohols, C 2 -C 6 alkane diols, monoalkylethers of C 2 -C 6 alkane diols, dialkylethers of C 2 -C 6 alkane diols, esters of C 1 -C 5 carboxyl acids or diacids, lactones and lactames; wherein the residue R 1 stands for a C 1-10 -alkyl group, preferably for a C 1-5 -alkyl group, more preferably for a methyl group; n stands for a value of 1-4, preferably for 1; M n+ stands for an organic or inorganic cation of the charge +n, preferably for an alkali metal ion, most preferably for Na + wherein the dotted line in formula indicates a carbon-carbon double bond which is located at one of the two indicated positions. either i) a mixture of a rhodium complex and water-soluble phosphine salt of formula (IV-a) or (IV-b) or ii) a rhodium complex obtained from a reaction of a rhodium complex and water-soluble phosphine salt of formula (IV-a) or (IV-b) and in the presence of water and an organic solvent being selected from the group consisting of C 1 -C 5 alcohols, alkylethers of C 1 -C 5 alcohols, C 2 -C 6 alkane diols, monoalkylethers of C 2 -C 6 alkane diols, dialkylethers of C 2 -C 6 alkane diols, esters of C 1 -C 5 carboxyl acids or diacids, lactones and lactames; i) a mixture of a rhodium complex and water-soluble phosphine salt of formula (IV-a) or (IV-b) or ii) a rhodium complex obtained from a reaction of a rhodium complex and water-soluble phosphine salt of formula (IV-a) or (IV-b) and in the presence of water and an organic solvent being selected from the group consisting of C 1 -C 5 alcohols, alkylethers of C 1 -C 5 alcohols, C 2 -C 6 alkane diols, monoalkylethers of C 2 -C 6 alkane diols, dialkylethers of C 2 -C 6 alkane diols, esters of C 1 -C 5 carboxyl acids or diacids, lactones and lactames; wherein the residue R 1 stands for a C 1-10 -alkyl group, preferably for a C 1-5 -alkyl group, more preferably for a methyl group; n stands for a value of 1-4, preferably for 1; M n+ stands for an organic or inorganic cation of the charge +n, preferably for an alkali metal ion, most preferably for Na + wherein the dotted line in formula indicates a carbon-carbon double bond which is located at one of the two indicated positions.
A security token comprising: a substrate and; an authentication element mounted to the substrate and formed from a solid anisotropic crystalline ceramic material, the authentication element being at least partially transparent to ultraviolet, visible and/or infrared light; the substrate and authentication element arranged to allow transmission of light through the security token by transmission of light through the authentication element. a substrate and; an authentication element mounted to the substrate and formed from a solid anisotropic crystalline ceramic material, the authentication element being at least partially transparent to ultraviolet, visible and/or infrared light; the substrate and authentication element arranged to allow transmission of light through the security token by transmission of light through the authentication element.
A method in a wireless device for wireless communications, the method comprising: storing a plurality of profiles associates with a plurality of applications, each profile including a device type property; displaying a list of identifiers of wireless networks (706, 804); receiving an input request for selecting one of the wireless networks for communication; when the selected wireless network is of a first type (810, 812), attempting to establish a connection with the selected wireless network; and when the selected wireless network is of a second type (814, 818), launching or displaying an input prompt for launching an application having a stored association with a device type associated with the selected wireless network, wherein the application is associated with a profile which includes a device type property corresponding to the device type. storing a plurality of profiles associates with a plurality of applications, each profile including a device type property; displaying a list of identifiers of wireless networks (706, 804); receiving an input request for selecting one of the wireless networks for communication; when the selected wireless network is of a first type (810, 812), attempting to establish a connection with the selected wireless network; and when the selected wireless network is of a second type (814, 818), launching or displaying an input prompt for launching an application having a stored association with a device type associated with the selected wireless network, wherein the application is associated with a profile which includes a device type property corresponding to the device type.
Compression unit, for a volumetric compressor, comprising at least one cylinder for the suction and the compression of air by means of at least one piston sliding in said at least one cylinder, said at least one cylinder comprising at least one suction conduit extending at the internal wall of said at least one cylinder, a drive shaft, operable in rotation around a rotation axis and associated with at least one piston through a connecting rod/crankshaft kinematic mechanism, the rotation of said drive shaft controlling the reciprocating motion of said at least one piston, a casing configured to receive and support said at least one cylinder and for housing of at least one portion of said drive shaft and of said connecting rod/crankshaft kinematic mechanism, said casing comprises at least one air intake (18, 18') in communication with the outside of said compression unit and delimiting at least one passage for the air to drawn therein and to supply to said at least one cylinder, characterised in that said at least one air intake (18, 18') is in fluid communication with the inside of said at least one cylinder through a path which develops inside said casing and through at least one section of a wall of said at least one cylinder, wherein said fresh air which is drawn within said casing trough said at least one air intake (18, 18') hits said drive shaft and said rod/crankshaft kinematic mechanism, cooling them, before traversing said at least one suction conduit, wherein said casing comprises at least one hole or through seat which develops through a wall of said casing, at a connection between the casing and said at least one cylinder, wherein said hole or through seat is adapted to bring into fluid communication the inner volume of said casing with the at least one suction conduit which develops along said at least one section of the wall of said at least one cylinder.
Method for producing a fibreboard with reduced swelling by gluing lignocellulose-containing material, wherein the lignocellulose-containing material is treated with an acid prior to gluing, wherein the treatment takes place at a temperature of 70 to 200°C and a pressure of 1 to 12 bar and wherein the acid is a Bronsted acid selected from the group consisting of phosphoric acid, phosphorous acid, hypophosphorous acid and mixtures thereof, and wherein the acid is an acid with a pKa-value of less than 4.
An asparaginase enzyme with the amino acid sequence: MKSFALFVPL IVAAVVNSAV VTFSTGLGCN SVSQTYRGNG NFCADPPGDW SSVGFSEIGG DNRVTVHNQN SCTPASQVGQ GFGPACWNQG ATKLRSAWVA CPGQRLAENG TIVDDDGAFI DFA
A terminal, comprising: a support plate inside the terminal and having a joint between the support plate and a plastic part of a front housing of the terminal, the support plate being connected with a mainboard of the terminal, the support plate having an extended portion (7, 8) of the support plate, the extended portion (7, 8) of the support plate being a portion of the support plate extending beyond the joint; an antenna, the antenna comprising the extended portion (7, 8) of the support plate and a radiator, wherein: the extended portion of the support plate is configured to form a coupled feeding with the radiator and is provided with an open cavity, and the radiator is arranged in the open cavity and in the same plane as the extended portion (7, 8). a support plate inside the terminal and having a joint between the support plate and a plastic part of a front housing of the terminal, the support plate being connected with a mainboard of the terminal, the support plate having an extended portion (7, 8) of the support plate, the extended portion (7, 8) of the support plate being a portion of the support plate extending beyond the joint; an antenna, the antenna comprising the extended portion (7, 8) of the support plate and a radiator, wherein: the extended portion of the support plate is configured to form a coupled feeding with the radiator and is provided with an open cavity, and the radiator is arranged in the open cavity and in the same plane as the extended portion (7, 8). the extended portion of the support plate is configured to form a coupled feeding with the radiator and is provided with an open cavity, and the radiator is arranged in the open cavity and in the same plane as the extended portion (7, 8).
A process comprising: providing a gas phase feed stream of a carbonylation process comprising a carbonylatable reactant and a first aldehyde concentration; providing the feed stream to a reaction vessel containing a supported catalyst comprising at least one group 8 to group 11 metal; subjecting contacting the gas phase feed stream with the supported catalyst within the reaction vessel at conditions sufficient to reduce the first aldehyde concentration to produce a treated stream comprising a second aldehyde concentration that is less than the first aldehyde concentration; the conditions being a temperature of 50 to 250 °C and a pressure of 0 to 1.03 MPa gauge and removing the treated stream from the reaction vessel a treated stream comprising a second aldehyde concentration that is less than the first aldehyde concentration.
Leaf-remover head comprising: - a support body; - an inlet mouth belonging to said support body for connection to an air-feeding unit; - a containment element delimiting a cavity in communication with said inlet mouth, at least a first portion of said containment element being rotatably associated to said support body according to a rotation axis; - an outlet mouth belonging to said first portion, arranged eccentrically with respect to said rotation axis and in communication with said cavity; characterized in that said containment element is a drum having a circular profile whose axis is coaxial to said rotation axis, said drum being provided with an inlet hole in communication with said inlet mouth and of an outlet hole in communication with said outlet mouth. - a support body; - an inlet mouth belonging to said support body for connection to an air-feeding unit; - a containment element delimiting a cavity in communication with said inlet mouth, at least a first portion of said containment element being rotatably associated to said support body according to a rotation axis; - an outlet mouth belonging to said first portion, arranged eccentrically with respect to said rotation axis and in communication with said cavity;
A method for transmitting a broadcast signal in a transmitting system, the method comprising: encoding first Physical Layer Pipe, PLP, data for a multiple input multiple output, MIMO, PLP of a plurality of PLPs and second PLP data for a multiple input single output, MISO, PLP of the plurality of PLPs; bit-interleaving the first PLP data and the second PLP data; Quadrature Amplitude Modulation, QAM, mapping the bit interleaved first PLP data and the bit interleaved second PLP data onto constellations; MIMO processing the QAM mapped first PLP data; cell interleaving the MIMO processed first PLP data and the QAM mapped second PLP data; time interleaving the cell-interleaved first PLP data and the cell-interleaved second PLP data; MISO processing the time interleaved second PLP data; modulating data of at least one signal frame including the time-interleaved first PLP data and the MISO processed second PLP data by an Orthogonal Frequency Division Multiplexing, OFDM, scheme; and inserting a P1 symbol and an AP1 symbol into the at least one signal frame having the modulated data, wherein the P1 symbol is located in a beginning of at least one signal frame and the AP1 symbol is located right after the P1 symbol. encoding first Physical Layer Pipe, PLP, data for a multiple input multiple output, MIMO, PLP of a plurality of PLPs and second PLP data for a multiple input single output, MISO, PLP of the plurality of PLPs; bit-interleaving the first PLP data and the second PLP data; Quadrature Amplitude Modulation, QAM, mapping the bit interleaved first PLP data and the bit interleaved second PLP data onto constellations; MIMO processing the QAM mapped first PLP data; cell interleaving the MIMO processed first PLP data and the QAM mapped second PLP data; time interleaving the cell-interleaved first PLP data and the cell-interleaved second PLP data; MISO processing the time interleaved second PLP data; modulating data of at least one signal frame including the time-interleaved first PLP data and the MISO processed second PLP data by an Orthogonal Frequency Division Multiplexing, OFDM, scheme; and inserting a P1 symbol and an AP1 symbol into the at least one signal frame having the modulated data, wherein the P1 symbol is located in a beginning of at least one signal frame and the AP1 symbol is located right after the P1 symbol.
An optical frequency synthesizer comprising: a first pump laser configured to pump a first resonator to generate a coarse optical frequency comb, wherein an absolute frequency of at least one tooth of the coarse optical frequency comb is set; a second pump laser configured to pump a second resonator to generate a fine optical frequency comb having a frequency spacing between teeth that is locked to a fractional or integer multiple of a radio frequency reference, wherein the second pump laser is initially locked to a first tooth of the coarse optical frequency comb; and an output laser; wherein the optical frequency synthesizer is configured to: sweep the second pump laser to near a desired tooth of the coarse optical frequency comb, wherein the desired tooth is distinct from the first tooth and is nearby a desired output frequency of the output laser; lock the second pump laser to the desired tooth; and generate an output signal with the output laser based on a tooth of the fine optical frequency comb after the second pump laser is locked to the desired tooth. a first pump laser configured to pump a first resonator to generate a coarse optical frequency comb, wherein an absolute frequency of at least one tooth of the coarse optical frequency comb is set; a second pump laser configured to pump a second resonator to generate a fine optical frequency comb having a frequency spacing between teeth that is locked to a fractional or integer multiple of a radio frequency reference, wherein the second pump laser is initially locked to a first tooth of the coarse optical frequency comb; and an output laser; wherein the optical frequency synthesizer is configured to: sweep the second pump laser to near a desired tooth of the coarse optical frequency comb, wherein the desired tooth is distinct from the first tooth and is nearby a desired output frequency of the output laser; lock the second pump laser to the desired tooth; and generate an output signal with the output laser based on a tooth of the fine optical frequency comb after the second pump laser is locked to the desired tooth. sweep the second pump laser to near a desired tooth of the coarse optical frequency comb, wherein the desired tooth is distinct from the first tooth and is nearby a desired output frequency of the output laser; lock the second pump laser to the desired tooth; and generate an output signal with the output laser based on a tooth of the fine optical frequency comb after the second pump laser is locked to the desired tooth.
A teeth cleaning device (11; 101; 201) comprising: a first support structure comprising a first dentature channel configured to receive at least a first portion of a dentature of a user; a plurality of teeth cleaning pads located within the first dentature channel; a plurality of air bladders operably coupled to the teeth cleaning pads; an air-flow subsystem operably coupled to the air bladders; and a control unit operably coupled to the air-flow subsystem, the control unit configured to: pressurize the air bladders with external air in a pressurization mode; and transfer air between select ones of the air bladders in a cleaning mode; wherein the air-flow subsystem comprises an air pump, at least one valve, and at least one transfer pump, and the control unit controls pressurization of the air bladders and transfers air between the select ones of the air bladders by controlling the air pump, the at least one valve, and the at least one transfer pump; wherein the select ones of the air bladders comprises a first set of air bladders and a second set of air bladders, each of the first set of air bladders and the second set of air bladders comprising at least one of the air bladders; and wherein the at least one valve has an open position for the air pump to pressurize one or more of the air bladders and a closed position to seal the one or more of the air bladders from the air pump, wherein when one or more of the air bladders are pressurized, the teeth cleaning pads are displaced into the dentature channel. a first support structure comprising a first dentature channel configured to receive at least a first portion of a dentature of a user; a plurality of teeth cleaning pads located within the first dentature channel; a plurality of air bladders operably coupled to the teeth cleaning pads; an air-flow subsystem operably coupled to the air bladders; and a control unit operably coupled to the air-flow subsystem, the control unit configured to: pressurize the air bladders with external air in a pressurization mode; and transfer air between select ones of the air bladders in a cleaning mode; wherein the air-flow subsystem comprises an air pump, at least one valve, and at least one transfer pump, and the control unit controls pressurization of the air bladders and transfers air between the select ones of the air bladders by controlling the air pump, the at least one valve, and the at least one transfer pump; wherein the select ones of the air bladders comprises a first set of air bladders and a second set of air bladders, each of the first set of air bladders and the second set of air bladders comprising at least one of the air bladders; and wherein the at least one valve has an open position for the air pump to pressurize one or more of the air bladders and a closed position to seal the one or more of the air bladders from the air pump, wherein when one or more of the air bladders are pressurized, the teeth cleaning pads are displaced into the dentature channel.
A method for manufacturing a chip fuse, comprising: a liquid film forming step for forming a liquid film of dispersion liquid having metal nanoparticles dispersed therein on a principal surface of a substrate: characterised by a fuse film forming step for forming a fuse film on the principal surface by irradiating the liquid film with laser light; a first terminal forming step for forming first terminals (131a to 131c and 132a to 132c) that each connects to the fuse film on each of both end sides in a longitudinal direction of the fuse film on the principal surface; a covering part forming step for forming a covering part that covers a central portion in the longitudinal direction of the fuse film; and a second terminal forming step for forming second terminals (151 and 152) that electrically connect to the first terminals (131a to 131c and 132a to 132c). a liquid film forming step for forming a liquid film of dispersion liquid having metal nanoparticles dispersed therein on a principal surface of a substrate: characterised by a fuse film forming step for forming a fuse film on the principal surface by irradiating the liquid film with laser light; a first terminal forming step for forming first terminals (131a to 131c and 132a to 132c) that each connects to the fuse film on each of both end sides in a longitudinal direction of the fuse film on the principal surface; a covering part forming step for forming a covering part that covers a central portion in the longitudinal direction of the fuse film; and a second terminal forming step for forming second terminals (151 and 152) that electrically connect to the first terminals (131a to 131c and 132a to 132c).
A method for voice function control, the method comprising: determining an associated application program of a terminal based on a first recognition result of recognizing an input voice of a user by a voice assistant of the terminal, wherein the associated application program is configured to implement a function to be used by the user; and passing the first recognition result and the input voice of the user to the associated application program, so that the associated application program recognizes the input voice of the user and generates a second recognition result, wherein the associated application program recognizes the input voice of the user and implements the function based on the second recognition result of the associated application program and the recognition result of the voice assistant. determining an associated application program of a terminal based on a first recognition result of recognizing an input voice of a user by a voice assistant of the terminal, wherein the associated application program is configured to implement a function to be used by the user; and passing the first recognition result and the input voice of the user to the associated application program, so that the associated application program recognizes the input voice of the user and generates a second recognition result, wherein the associated application program recognizes the input voice of the user and implements the function based on the second recognition result of the associated application program and the recognition result of the voice assistant.