mhurhangee/ep-ind-claims huggingface dataset:
A polynucleotide encoding for a polypeptide having alpha-amylase activity comprising: (a) a polynucleotide sequence encoding a polypeptide having an amino acid sequence as set out in amino acids 34 to 719 of SEQ ID NO: 2; or (b) a polynucleotide sequence as set out in nucleotides 100 to 2157 of SEQ ID NO: 1 or SEQ ID NO: 3; or (c) a polynucleotide sequence as set out in SEQ ID NO: 1 or SEQ ID NO: 3. (a) a polynucleotide sequence encoding a polypeptide having an amino acid sequence as set out in amino acids 34 to 719 of SEQ ID NO: 2; or (b) a polynucleotide sequence as set out in nucleotides 100 to 2157 of SEQ ID NO: 1 or SEQ ID NO: 3; or (c) a polynucleotide sequence as set out in SEQ ID NO: 1 or SEQ ID NO: 3.
Method for producing a mask and/or diaphragm, the mask and/or diaphragm being intended for a laser installation to be used for the creation of microstructures on a solid body surface, whereby areas of the mask and/or diaphragm that are opaque to incident laser radiation from the laser installation scatter the incident laser radiation, the method being characterised in that it comprises modifying the areas which are opaque and scatter the incident laser radiation by altering in the material density, structure and refractive index, by irradiation with a suitable fluence of a femtosecond, picosecond, or fluorine laser beam.
A microwave applicator comprising: a serpentine waveguide having a first end and a second end and an applicator portion between the first and second ends comprising a plurality of waveguide passes disposed side by side and including aligned slots in opposite first sides of the waveguide passes to permit a material to advance through the waveguide passes; a microwave energy source coupled to the first end of the serpentine waveguide to supply microwave energy flowing through the serpentine waveguide to the second end and heating the material advancing through the applicator portion; characterised in that the cross section of the interior of the waveguide passes in a plane perpendicular to the flow of microwave energy is generally cruciform to reduce the microwave energy at the slots in the first sides of the waveguide passes. a serpentine waveguide having a first end and a second end and an applicator portion between the first and second ends comprising a plurality of waveguide passes disposed side by side and including aligned slots in opposite first sides of the waveguide passes to permit a material to advance through the waveguide passes; a microwave energy source coupled to the first end of the serpentine waveguide to supply microwave energy flowing through the serpentine waveguide to the second end and heating the material advancing through the applicator portion; characterised in that the cross section of the interior of the waveguide passes in a plane perpendicular to the flow of microwave energy is generally cruciform to reduce the microwave energy at the slots in the first sides of the waveguide passes.
A tone determination apparatus comprising: a transformation section that performs frequency transformation of an input signal; a shortening section that performs downsampling for shortening a vector sequence length of the frequency - transformed signal; a stationarity determination section that determines stationarity of the input signal; selection section that selects any of a vector sequence of the frequency - transformed signal and a vector sequence after the shortening of the vector sequence length, according to the stationarity of the input signal; correlation section that determines correlation using the vector sequence selected by the selection section; and tone determination section that determines tonality of the input signal using the correlation. a transformation section that performs frequency transformation of an input signal; a shortening section that performs downsampling for shortening a vector sequence length of the frequency - transformed signal; a stationarity determination section that determines stationarity of the input signal; selection section that selects any of a vector sequence of the frequency - transformed signal and a vector sequence after the shortening of the vector sequence length, according to the stationarity of the input signal; correlation section that determines correlation using the vector sequence selected by the selection section; and tone determination section that determines tonality of the input signal using the correlation.
An aromatic polycarbonate composite resin composition comprising; 100 parts by mass of a resin component containing 60 to 90 parts by mass of an aromatic polycarbonate resin and 10 to 40 parts by mass of a polyester resin; 3 to 20 parts by mass of a graft copolymer formed by graft polymerization of a (meth)acrylic acid ester compound with a diene-based rubber; and 0.005 to 0.1 parts by mass of a stabilizer, wherein the graft copolymer has (i) a sulfur content of 100 to 1,500 ppm, and (ii) an average particle diameter of 70 to 240 nm, wherein the sulfur content and the average particle diameter are measured as described in the description, and wherein the stabilizer is an organic phosphate compound represented by the following general formula: O=P m 3-m wherein, in the general formula, R represents an alkyl group or an aryl group and Rs may be the same or different from each other and m represents an integer of 0 to 2. (i) a sulfur content of 100 to 1,500 ppm, and (ii) an average particle diameter of 70 to 240 nm, wherein the sulfur content and the average particle diameter are measured as described in the description,
A method performed by a workshop server for handling connections for a vehicle in a workshop, the method comprises: obtaining (202, 301) a request for connection to the workshop server from the vehicle; establishing (203, 302) a tool connection to at least one diagnostics tool to be used with the vehicle in the workshop; upon receiving the request from the vehicle, establishing (205, 303) a vehicle connection to the vehicle such that the vehicle is connected to the same workshop server as the at least one diagnostics tool and via different connections, wherein the workshop server is known and trusted such that the vehicle connection between the vehicle and the workshop server is secure, and wherein the at least one diagnostics tool is connected to the vehicle via the workshop server. obtaining (202, 301) a request for connection to the workshop server from the vehicle; establishing (203, 302) a tool connection to at least one diagnostics tool to be used with the vehicle in the workshop; upon receiving the request from the vehicle, establishing (205, 303) a vehicle connection to the vehicle such that the vehicle is connected to the same workshop server as the at least one diagnostics tool and via different connections, wherein the workshop server is known and trusted such that the vehicle connection between the vehicle and the workshop server is secure, and wherein the at least one diagnostics tool is connected to the vehicle via the workshop server.
A method of controlling and enhancing the nucleation of product in a freeze dryer, comprising: maintaining the product at a predetermined temperature and pressure in a chamber of the freeze dryer; introducing a predetermined moisturized back fill gas into a condenser chamber to create a predetermined volume of condensed frost on an inner surface of the condenser chamber, the condenser chamber being separate from the product chamber and connected thereto by a vapor port; and opening the vapor port into the product chamber when the condenser chamber has a predetermined pressure that is greater than that of the product chamber to create gas turbulence that breaks down the condensed frost into ice crystals that rapidly enter the product chamber for even distribution therein to create uniform and rapid nucleation of the product in different areas of the product chamber, characterized in that the moisturized gas is introduced into the condenser chamber while it is under a vacuum, and in that the vacuum is thereafter released in the condenser chamber and its pressure is increased to a pressure greater than the pressure in the product chamber. maintaining the product at a predetermined temperature and pressure in a chamber of the freeze dryer; introducing a predetermined moisturized back fill gas into a condenser chamber to create a predetermined volume of condensed frost on an inner surface of the condenser chamber, the condenser chamber being separate from the product chamber and connected thereto by a vapor port; and opening the vapor port into the product chamber when the condenser chamber has a predetermined pressure that is greater than that of the product chamber to create gas turbulence that breaks down the condensed frost into ice crystals that rapidly enter the product chamber for even distribution therein to create uniform and rapid nucleation of the product in different areas of the product chamber, characterized in that the moisturized gas is introduced into the condenser chamber while it is under a vacuum, and in that the vacuum is thereafter released in the condenser chamber and its pressure is increased to a pressure greater than the pressure in the product chamber.
Adjustment device for an RF resonant circuit of an NMR probe head, characterized in that the adjustment device comprises a plurality of movable elements which are arranged in succession, adjacent movable elements mutually engaging in each case so as to be movable relative to one another in a limited range, in that the movable elements each comprise at least one electrical functional part (20; 20a-20b) for adjusting the RF resonant circuit and N outwardly oriented electrical contact elements (15; 15a-15b; 23, 24), where N is a natural number ≥ 1, each electrical functional part (20; 20a-20b) comprising at least two functional part terminals (21, 22), and the electrical contact elements (15; 15a-15b; 23, 24) each being connected to a functional part terminal (21, 22), in that the adjustment device further comprises a first connection assembly for slidingly contacting at least a portion of the movable elements from the outside in order to contact the contact elements (15; 15a-15b; 23, 24) of the movable elements depending on the movement position of the movable elements, wherein the respective at least one electrical functional part (20; 20a-20b) of the plurality of movable elements can be electrically contacted via the first connection assembly, and in that the adjustment device further comprises a movement device, by means of which one movable element of the movable elements can be moved. in that the movable elements each comprise at least one electrical functional part (20; 20a-20b) for adjusting the RF resonant circuit and N outwardly oriented electrical contact elements (15; 15a-15b; 23, 24), where N is a natural number ≥ 1, each electrical functional part (20; 20a-20b) comprising at least two functional part terminals (21, 22), and the electrical contact elements (15; 15a-15b; 23, 24) each being connected to a functional part terminal (21, 22), in that the adjustment device further comprises a first connection assembly for slidingly contacting at least a portion of the movable elements from the outside in order to contact the contact elements (15; 15a-15b; 23, 24) of the movable elements depending on the movement position of the movable elements, wherein the respective at least one electrical functional part (20; 20a-20b) of the plurality of movable elements can be electrically contacted via the first connection assembly, and in that the adjustment device further comprises a movement device, by means of which one movable element of the movable elements can be moved.
One or more computer-readable media having instructions that, when executed by a processing circuitry of an access node, AN, cause the AN to: identify that a user equipment, UE, is associated with a low-complexity category; and transmit, to a mobility management entity, MME, a message that includes an information element, IE, that includes a UE category indicator to indicate the UE is associated with the low-complexity category, wherein the low-complexity category is category 0, wherein the IE is separate from a UE radio access capability structure that includes information about radio capabilities of the UE; wherein the message is to cause the MME to generate an S1 - application protocol, AP, paging message that includes the information element to indicate that the UE is associated with the low-complexity category and send the S1-AP paging message to one or more eNBs to page the UE identify that a user equipment, UE, is associated with a low-complexity category; and transmit, to a mobility management entity, MME, a message that includes an information element, IE, that includes a UE category indicator to indicate the UE is associated with the low-complexity category, wherein the low-complexity category is category 0, wherein the IE is separate from a UE radio access capability structure that includes information about radio capabilities of the UE; wherein the message is to cause the MME to generate an S1 - application protocol, AP, paging message that includes the information element to indicate that the UE is associated with the low-complexity category and send the S1-AP paging message to one or more eNBs to page the UE
A sterilization method comprising exposing a coating film to hydrogen peroxide, wherein the coating film comprises a fluorine atom and a urethane bond, wherein the coating film is a cured product of a coating material composition comprising a hydroxy group-containing fluoropolymer and a polyisocyanate compound, wherein the hydroxyl-group containing fluoropolymer has a unit based on a fluorine-containing monomer and a unit based on a hydroxy group-containing monomer, wherein the unit based on a fluorine-containing monomer is present in an amount of 20 to 60 mol% of all the monomer units of the fluoropolymer. wherein the coating film is a cured product of a coating material composition comprising a hydroxy group-containing fluoropolymer and a polyisocyanate compound, wherein the hydroxyl-group containing fluoropolymer has a unit based on a fluorine-containing monomer and a unit based on a hydroxy group-containing monomer, wherein the unit based on a fluorine-containing monomer is present in an amount of 20 to 60 mol% of all the monomer units of the fluoropolymer.
A system comprising: a chromatography column comprising (a) a rigid column shell, (b) a bottom plate secured to said rigid column shell and comprising a layer of porous material over a rigid and liquid-impermeable bottom plate base wherein said rigid and liquid-impermeable bottom plate base has a bottom plate port therein for passage of liquid, (c) a piston comprising a filter under a rigid and liquid-impermeable piston base and said rigid and liquid-impermeable piston base having a piston port therein for passage of liquid, and (d) a tube within said rigid column shell, said piston fitting within said tube, said tube being of flexible, water-impermeable material containing a packed bed of separation medium, and said tube being open at a first end, closed at a second end with said bottom plate, and encircling said piston; and a percussion table under said rigid and liquid-impermeable bottom plate base, said percussion table capable of rhythmically tapping the rigid and liquid-impermeable bottom plate base at a frequency ranging from 0.2 Hz to 100 Hz with an amplitude less than 5 mm to improve packing of particles of a separation medium in the chromatography column. a chromatography column comprising (a) a rigid column shell, (b) a bottom plate secured to said rigid column shell and comprising a layer of porous material over a rigid and liquid-impermeable bottom plate base wherein said rigid and liquid-impermeable bottom plate base has a bottom plate port therein for passage of liquid, (c) a piston comprising a filter under a rigid and liquid-impermeable piston base and said rigid and liquid-impermeable piston base having a piston port therein for passage of liquid, and (d) a tube within said rigid column shell, said piston fitting within said tube, said tube being of flexible, water-impermeable material containing a packed bed of separation medium, and said tube being open at a first end, closed at a second end with said bottom plate, and encircling said piston; and a percussion table under said rigid and liquid-impermeable bottom plate base, said percussion table capable of rhythmically tapping the rigid and liquid-impermeable bottom plate base at a frequency ranging from 0.2 Hz to 100 Hz with an amplitude less than 5 mm to improve packing of particles of a separation medium in the chromatography column.
A method for manufacturing a spherical roller bearing cage, in which a tubular cage blank 1.n with a first and a second edge 4, 5 and an inner and an outer peripheral edge 2, 3 and a milling cutter 6.n are provided, wherein the milling cutter 6.n has a drive shaft 7 and cutting surfaces S, characterised in that the milling cutter 6.n, which has a first cone 8 axially adjoining the drive shaft 7, a first cylinder 10 adjoining the large-diameter side of the first cone 8, a second cone 9, the large-diameter side of which faces in the direction of the large-diameter side of the first cone 8, and a second cylinder 11, which has a smaller diameter D3 than the diameter D1 of the first cylinder and which is arranged within the axial extent of the first cylinder 10 between the two large-diameter sides of the two cones 8, 9, and which, at least on the lateral surfaces of the two cones 8, 9 and the two cylinders 10, 11, has cutting surfaces S, is moved radially against the central axis M of the cage blank 1.n until the axis of rotation DA of the milling cutter 6.n has assumed a position between the inner and outer peripheral edge 2, 3 of the cage blank 1.n, the milling cutter 6.n is then moved axially against the second edge 5 in the position immersed in the cage blank 1.n, the milling cutter 6.n is then moved axially against the first edge 4 until it has again assumed a position that it had before the axial movement against the second edge 5, and the milling cutter 6.n is then moved radially out of the cage blank 1.n.
A flanged tube outlet assembly (300a-c, 400a-b) of a steam methane reformer assembly comprising: at least one or more reformer tubes (305a-c, 405a-b) having an inlet (304a-c, 404a-b) for allowing a process gas to be introduced into said tube outlet assembly for the removal of said process gas, wherein said process gas exiting an outlet port is syngas, said tube outlet assembly is disposed outside the confines of the reformer and includes a reformer tube having an interior space accommodating an internal insulation can (308a-c, 408a-b) therein wherein said insulation can is fitted in the interior space of the reformer tube, and the exterior of said reformer tube is covered with insulation (306a-c, 406a-b) extending in close proximity to the tube-flange weld neck (312a-c, 412a-b); the outlet port disposed upstream of the distal end (313a-c, 413a-b) of said insulating can for delivering said syngas to downstream process units, and said insulation can is connected to a blind flange (311a-c, 411a-b) and extends into the reformer tube toward the outlet port, wherein the gap between the can and the interior of said reformer tube is larger at the distal end than at the blind flange end. at least one or more reformer tubes (305a-c, 405a-b) having an inlet (304a-c, 404a-b) for allowing a process gas to be introduced into said tube outlet assembly for the removal of said process gas, wherein said process gas exiting an outlet port is syngas, said tube outlet assembly is disposed outside the confines of the reformer and includes a reformer tube having an interior space accommodating an internal insulation can (308a-c, 408a-b) therein wherein said insulation can is fitted in the interior space of the reformer tube, and the exterior of said reformer tube is covered with insulation (306a-c, 406a-b) extending in close proximity to the tube-flange weld neck (312a-c, 412a-b); the outlet port disposed upstream of the distal end (313a-c, 413a-b) of said insulating can for delivering said syngas to downstream process units, and said insulation can is connected to a blind flange (311a-c, 411a-b) and extends into the reformer tube toward the outlet port, wherein the gap between the can and the interior of said reformer tube is larger at the distal end than at the blind flange end.
A method comprising: communicating, by a user network device to a remote network device, a request for hotspot data corresponding to hotspots within a proximity of the user network device, the request comprising first location data for the user network device; receiving, by the user network device, the hotspot data from the remote network device, the hotspot data comprising identifications and locations of a plurality of hotspots proximate to the user network device based on the first location data; storing, by the user network device, the hotspot data in a data storage unit of the user network device; receiving, by the user network device from the remote network device, an identification of a priority rank for each of the plurality of hotspots; selecting, by the user network device, a first hotspot of the plurality of hotspots responsive to the priority rank of the first hotspot exceeding a specified limit; determining, by the user network device, that second location data of the user network device indicates that the user network device is within a configured range of the selected first hotspot; and providing, by the user network device, an alert regarding the selected first hotspot responsive to the determination that the second location data of the user network device indicates that the user network device is within the configured range of the selected first hotspot. communicating, by a user network device to a remote network device, a request for hotspot data corresponding to hotspots within a proximity of the user network device, the request comprising first location data for the user network device; receiving, by the user network device, the hotspot data from the remote network device, the hotspot data comprising identifications and locations of a plurality of hotspots proximate to the user network device based on the first location data; storing, by the user network device, the hotspot data in a data storage unit of the user network device; receiving, by the user network device from the remote network device, an identification of a priority rank for each of the plurality of hotspots; selecting, by the user network device, a first hotspot of the plurality of hotspots responsive to the priority rank of the first hotspot exceeding a specified limit; determining, by the user network device, that second location data of the user network device indicates that the user network device is within a configured range of the selected first hotspot; and providing, by the user network device, an alert regarding the selected first hotspot responsive to the determination that the second location data of the user network device indicates that the user network device is within the configured range of the selected first hotspot.
Use of alcalase for producing a desired level of pliability in a collagen-containing tissue matrix by contacting the collagen-containing matrix with the alcalase.