mhurhangee/ep-ind-claims huggingface dataset:
A compound according to formula I: wherein R 1: is H, acyl, peptidyl, sulfonyl, alkyl, aryl or heteroaryl, wherein the acyl, peptidyl, sulfonyl, alkyl, aryl or heteroaryl substituents according to R 1 are optionally substituted; R 2: CH 3 or C 2 H 5; R 3: is alkyl, acyl, carboxylic acid according to C(=O)X, wherein X = OH, O-alkyl, O-aryl, NRR', with R, R' = H or alkyl, NROR', with R, R' = H or alkyl, or heteroaryl; Z: is CH 2 or CH 2 CH 2. R 1: is H, acyl, peptidyl, sulfonyl, alkyl, aryl or heteroaryl, wherein the acyl, peptidyl, sulfonyl, alkyl, aryl or heteroaryl substituents according to R 1 are optionally substituted; R 2: CH 3 or C 2 H 5; R 3: is alkyl, acyl, carboxylic acid according to C(=O)X, wherein X = OH, O-alkyl, O-aryl, NRR', with R, R' = H or alkyl, NROR', with R, R' = H or alkyl, or heteroaryl; Z: is CH 2 or CH 2 CH 2.
A thermoplastic elastomer resin composition consisting of: 15 to 89 mass% of a cross-copolymer having a polymer consisting of aromatic vinyl monomer units as a cross-chain structure on an aromatic vinyl-olefin-aromatic polyene copolymer main chain consisting of 9.99 to 29.99 mol% of aromatic vinyl monomer units, 70 to 90 mol% of olefin monomer units and 0.01 to 0.5 mol% of aromatic polyene monomer units; 1 to 55 mass% of a hydrogenated block copolymer; and 10 to 60 mass% of a polypropylene resin.
Handler with a headpiece or accessory for exchanging tools, headpieces and accessories between the positions in which they are stored and the positions of a machine tool in which said components are required in order for the machine tool to be used, which can be coupled to the free end of a piece of handling equipment or robot, comprising: - a first retention device located at one end of the handler; - a second retention device located at the opposite end to the first retention device; - a third retention device located between both the first and second retention devices; and characterized by - a headpiece or accessory (23, 22) with two fastening elements (24, 25) arranged on them (23,22), in such a way that the first and second retention devices can be used to fasten tools or accessories with one fastening element arranged on them (20, 22), and the third retention device, acting in combination with the first or second retention devices, can be used to fasten the heavy headpieces and accessories with said two fastening elements (24, 25) arranged on them (23, 22). - a first retention device located at one end of the handler; - a second retention device located at the opposite end to the first retention device; - a third retention device located between both the first and second retention devices; and characterized by - a headpiece or accessory (23, 22) with two fastening elements (24, 25) arranged on them (23,22), in such a way that the first and second retention devices can be used to fasten tools or accessories with one fastening element arranged on them (20, 22), and the third retention device, acting in combination with the first or second retention devices, can be used to fasten the heavy headpieces and accessories with said two fastening elements (24, 25) arranged on them (23, 22).
A method for ignition control in a cylinder of an internal combustion engine, comprising an ignition coil, the primary winding of which is connected and the ignition coil has a secondary winding which is connected to a spark plug, and comprising an ignition control unit which, via a line, controls a circuit logic which connects the primary winding, wherein the ionic current signal, resulting at the spark plug, is measured and is transmitted back to the ignition control unit and wherein at the start of an operation cycle of the circuit logic, a switch signal is transmitted from the ignition control unit to the circuit logic, which switch signal marks the start of the operation cycle and the length of time of which is used as a reference length (idle time T idle) for further digital control information which is transmitted from the ignition control unit to the circuit logic to control the offset current.
A method for converting seismic data recorded from marine streamers into source deghosted seismic data for imaging the earth's subsurface, comprising: using a programmable computer to perform the following: sorting the seismic data recorded from the marine streamers into a common receiver gather; using a complex Laplace frequency parameter to transform the seismic data from a space-time domain to a spectral domain; applying an iterative conjugate gradient scheme, using a physically-based preconditioner, to the transformed seismic data, to provide a least squares solution to a normal set of equations for a source deghosting system of equations; and inverse-transforming the solution back to a space-time domain to provide the source deghosted seismic data, characterised in that using a complex Laplace frequency parameter to transform the seismic data from a space-time domain to a spectral domain comprises: determining a nonzero real part of the complex Laplace frequency parameter; obtaining the recorded seismic data for a seismic receiver position; using the complex Laplace frequency parameter to transform the recorded seismic data for the seismic receiver position from the space-time domain to a Laplace space-frequency domain; obtaining transformed seismic data for a frequency; and using the complex Laplace frequency parameter to transform the transformed seismic data for a frequency from the Laplace space-frequency domain to the spectral domain. sorting the seismic data recorded from the marine streamers into a common receiver gather; using a complex Laplace frequency parameter to transform the seismic data from a space-time domain to a spectral domain; applying an iterative conjugate gradient scheme, using a physically-based preconditioner, to the transformed seismic data, to provide a least squares solution to a normal set of equations for a source deghosting system of equations; and inverse-transforming the solution back to a space-time domain to provide the source deghosted seismic data, determining a nonzero real part of the complex Laplace frequency parameter; obtaining the recorded seismic data for a seismic receiver position; using the complex Laplace frequency parameter to transform the recorded seismic data for the seismic receiver position from the space-time domain to a Laplace space-frequency domain; obtaining transformed seismic data for a frequency; and using the complex Laplace frequency parameter to transform the transformed seismic data for a frequency from the Laplace space-frequency domain to the spectral domain.
A packaging material for use in an oral pouched snuff product in order to enclose a smokeless tobacco composition or non-tobacco composition, said packaging material being a saliva-permeable nonwoven comprising carded fibres, characterized in that 0%-95% of said carded fibres are of a first type and 5%-100% are of a second type, said fibres of said first type being cellulose-based staple fibres, and said fibres of said second type being thermoplastic fibres, comprising a first component and a second component, said second component having a lower melting temperature than said first component, said packaging material being bonded by means of at least partial melting and/or softening of said second component of said fibres of said second type, said packaging material having a smooth-calendered surface, said calendering not being utilized for bonding. characterized in that 0%-95% of said carded fibres are of a first type and 5%-100% are of a second type, said fibres of said first type being cellulose-based staple fibres, and said fibres of said second type being thermoplastic fibres, comprising a first component and a second component, said second component having a lower melting temperature than said first component, said packaging material being bonded by means of at least partial melting and/or softening of said second component of said fibres of said second type, said packaging material having a smooth-calendered surface, said calendering not being utilized for bonding.
Rechargeable battery module having a box-shaped outer contour having six surfaces of which two are surfaces that are opposite one another and act as front and rear add-on surfaces (12, 14), two others are surfaces that are opposite one another and act as a bottom surface and a top surface, and the remaining surfaces act as side surfaces (22, 24), wherein a rechargeable battery module can be electrically and mechanically combined via one of the add-on surfaces (12, 14) with another rechargeable battery module and one of the add-on surfaces (12, 14) thereof in each case, wherein a first attachment profile is formed in the front add-on surface and a second attachment profile is formed in the rear add-on surface, and wherein a first rechargeable battery module can be connected to another rechargeable battery module by combining the first attachment profile of the first rechargeable battery module with the second attachment profile of the other rechargeable battery module, wherein the first attachment profile is recessed with respect to an encasing surface of the rechargeable battery module and wherein the second attachment profile is designed for interlocking engagement in a similarly recessed first attachment profile of another rechargeable battery module, wherein each add-on surface (12, 14) has a terminal (26, 28) for electrically conductively contacting the rechargeable battery module, wherein the terminals (26, 28) are arranged symmetrically with respect to a central longitudinal axis of the rechargeable battery module that extends centrally through the two add-on surfaces (12, 14), and wherein an at least two-pole contact element or a combination of two single-pole contact elements in each case act as terminals (26, 28).
A composition being free from alkanol amine and wherein said composition comprises: a) 25-75% by weight of at least one amine selected from the group consisting of aminoalkylmorpholines and aminoalkylpiperazines; b) 10 to 25% by weight of hydroxylamine; c) 0 to 32% by weight of an organic diluent; d) 10 to 30% by weight of water; e) 1 to 25% by weight of a corrosion inhibitor; and having a pH of greater than 7. a) 25-75% by weight of at least one amine selected from the group consisting of aminoalkylmorpholines and aminoalkylpiperazines; b) 10 to 25% by weight of hydroxylamine; c) 0 to 32% by weight of an organic diluent; d) 10 to 30% by weight of water; e) 1 to 25% by weight of a corrosion inhibitor; and
Electronics assembly having a plurality of electronics modules arranged next to one another, wherein the individual electronics modules each have a main housing, at least two conductor connection elements, an electronics component, in particular a relay, which electronics component can be plugged onto the main housing from a first side, and a holding and ejection bracket for the electronics component, which holding and ejection bracket is arranged on the main housing so as to be able to pivot, characterized in that an adapter module is provided, which has an adapter housing, a number of plug contacts that corresponds to the number of electronics modules, and at least one interface for the connection of a cable, in that the individual electronics modules have mating contacts, which are accessible from the first side and which correspond to the plug contacts, and in that the adapter module has at least one pivotably mounted ejection lever, which can be pivoted from a first position into a second position.
Nonwoven fabric manufacturing line, which comprises: - a forming device for forming a fibre web on a moving web-forming base, - spunlacing device for reinforcing the web, - at least one first drying device (8, 10) for drying the web, and - a calender for forming patterning in the web, characterized in that the manufacturing line comprises at least one second drying device for drying the calendered web, which second drying device is located after the calender in the direction of travel of the web. - a forming device for forming a fibre web on a moving web-forming base, - spunlacing device for reinforcing the web, - at least one first drying device (8, 10) for drying the web, and - a calender for forming patterning in the web,
A method of placing a tubular membrane structure about a radially expandable structural frame, the method comprising the steps of: forming an inner membrane over a mandrel; radially expanding the structural frame; placing the radially expanded structural frame over the inner membrane; contracting the radially expanded structural frame; and forming an outer membrane over the structural frame (1050, 1060), the inner membrane and outer membrane combining to form the tubular membrane, characterised in that the step of forming an inner membrane over the mandrel comprises: placing a transfer sheath over the mandrel; placing a polymer tube over the transfer sheath; and coating the polymer tube with an elastomeric polymer. forming an inner membrane over a mandrel; radially expanding the structural frame; placing the radially expanded structural frame over the inner membrane; contracting the radially expanded structural frame; and forming an outer membrane over the structural frame (1050, 1060), the inner membrane and outer membrane combining to form the tubular membrane, characterised in that the step of forming an inner membrane over the mandrel comprises: placing a transfer sheath over the mandrel; placing a polymer tube over the transfer sheath; and coating the polymer tube with an elastomeric polymer. placing a transfer sheath over the mandrel; placing a polymer tube over the transfer sheath; and coating the polymer tube with an elastomeric polymer.
Gas turbine or compressor blade, comprising a convex outer surface or suction side and a concave inner surface or pressure side, these sides being joined at their upstream ends by a leading edge and at their downstream ends by a trailing edge for the gases and terminating on a platform, one part of which includes a fairing that extends towards the downstream end from the trailing edge, characterized in that said fairing includes at least one through-notch (42,52,54)that extends right through its thickness or dimension along the longitudinal axis of the blade, from the downstream end of the fairing towards a transverse line passing through the trailing edge.
A method of producing a cold-rolled steel sheet having Si with a range of 0.5∼3.0mass%, characterized in that a continuously annealed steel sheet after cold rolling is pickled with a mixture of nitric acid and hydrochloric acid having a nitric acid concentration of more than 110 g/L but not more than 140 g/L and a ratio R (HCl/HNO 3) of hydrochloric acid concentration to nitric acid concentration of 0.03-0.25.
A method of primary cementing a subterranean formation comprising: providing a lightweight settable composition having a density less than 13 pounds per gallon [1 560 kg/m 3], the lightweight settable composition comprising water, cement kiln dust, and microspheres, wherein the microspheres are present in the lightweight settable composition in an amount in the range of from 1% to 30% by weight of the lightweight settable composition; introducing the lightweight settable composition into an annulus between the subterranean formation and a pipe string located in the subterranean formation; and allowing the lightweight settable composition to set in the annulus. providing a lightweight settable composition having a density less than 13 pounds per gallon [1 560 kg/m 3], the lightweight settable composition comprising water, cement kiln dust, and microspheres, wherein the microspheres are present in the lightweight settable composition in an amount in the range of from 1% to 30% by weight of the lightweight settable composition; introducing the lightweight settable composition into an annulus between the subterranean formation and a pipe string located in the subterranean formation; and allowing the lightweight settable composition to set in the annulus.
A computer-implemented security method comprising the step of: generating an elliptic curve digital signature algorithm signature comprising a first signature component, r, and a second signature component, w, the generation step comprising: forming, by a node, a signing group with other nodes; obtaining, by the node, based on a secure random number: a) a multiplicative inverse of the secure random number; and b) the first signature component, r, wherein the first signature component is determined based on the secure random number and an elliptic curve generator point; determining, by the node, a partial signature based on a private secret share, the multiplicative inverse of the secure random number and the first signature component, wherein the partial signature is determined within an enclave associated with a trusted execution environment of the node; receiving, by the node, partial signatures from other nodes of the signing group; and generating, by the node, the second signature component, w, based on determined and received partial signatures. forming, by a node, a signing group with other nodes; obtaining, by the node, based on a secure random number: a) a multiplicative inverse of the secure random number; and b) the first signature component, r, wherein the first signature component is determined based on the secure random number and an elliptic curve generator point; determining, by the node, a partial signature based on a private secret share, the multiplicative inverse of the secure random number and the first signature component, wherein the partial signature is determined within an enclave associated with a trusted execution environment of the node; receiving, by the node, partial signatures from other nodes of the signing group; and generating, by the node, the second signature component, w, based on determined and received partial signatures.
An apparatus comprising: a plurality of memory tiles including a first memory tile, each memory tile of the plurality of memory tiles comprising a cross-point array of storage components at intersections of a plurality of digit line conductors (104-0,....104-M) and a plurality of access line conductors (102-1,...102-N); a controller configured to select a storage component of a memory tile of the plurality of memory tiles based on a corresponding digit line conductor (104-0,....104-M) and a corresponding access line conductor (102-1,...102-N) of the storage component at a next memory address based at least partly on a previously selected memory address, wherein the controller is configured to select two or more storage components of the first memory tile in a consecutive manner before selecting a storage component of a different memory tile of the plurality of memory tiles, the two or more storage components of the first memory tile having different corresponding digit line conductors (104-0,....104-M) and different corresponding access line conductors (102-1,...102-N); and a memory configured to store the next memory address. a plurality of memory tiles including a first memory tile, each memory tile of the plurality of memory tiles comprising a cross-point array of storage components at intersections of a plurality of digit line conductors (104-0,....104-M) and a plurality of access line conductors (102-1,...102-N); a controller configured to select a storage component of a memory tile of the plurality of memory tiles based on a corresponding digit line conductor (104-0,....104-M) and a corresponding access line conductor (102-1,...102-N) of the storage component at a next memory address based at least partly on a previously selected memory address, wherein the controller is configured to select two or more storage components of the first memory tile in a consecutive manner before selecting a storage component of a different memory tile of the plurality of memory tiles, the two or more storage components of the first memory tile having different corresponding digit line conductors (104-0,....104-M) and different corresponding access line conductors (102-1,...102-N); and a memory configured to store the next memory address.
An angular gear device for a convertible apparatus including a first rod rotatably mounted on a first axis and a movable element suitable for being driven in rotation about itself, said device including coupling means arranged to compel said movable element to turn about itself when said first rod is driven in rotation, characterized in that said coupling means include a part having a second rotation axis spaced by a selected distance from said first axis and perpendicular to the latter, intended to be fixedly secured to said movable element at a first location, and comprising at a second location, spaced from said first location, a passage having a shape of an oblong through-hole and permitting an internal displacement of a selected portion of said first rod intended to drive it in rotation over a first angular sector when said rod is driven in rotation over a second angular sector strictly smaller than said first angular sector.
A computing device comprising: a chassis; a bezel that represents a perimeter portion of a front surface of the chassis and that is laminated with a flexible material comprising a fabric, the fabric being laminated to an outer surface of the bezel; a mounting wedge attached to the chassis adjacent to the bezel such that an edge of the flexible material is pinched between a front edge of the mounting wedge that represents a front surface of the mounting wedge that faces the bezel and an inner edge of the bezel; and a display surface mounted to a top surface of the mounting wedge via an adhesive layer and surrounded by the bezel, an outer edge of the display surface contacting the edge of the flexible material; wherein the chassis includes a wedge channel formed adjacent to the inner edge of the bezel and the mounting wedge includes a wedge rib that is pressed into and interlocks with the wedge channel; and wherein the width of the wedge channel provides a gap between the front edge of the mounting wedge facing the bezel and the inner edge of the bezel smaller than a thickness of the edge of the flexible material prior to installation of the mounting wedge. a chassis; a bezel that represents a perimeter portion of a front surface of the chassis and that is laminated with a flexible material comprising a fabric, the fabric being laminated to an outer surface of the bezel; a mounting wedge attached to the chassis adjacent to the bezel such that an edge of the flexible material is pinched between a front edge of the mounting wedge that represents a front surface of the mounting wedge that faces the bezel and an inner edge of the bezel; and a display surface mounted to a top surface of the mounting wedge via an adhesive layer and surrounded by the bezel, an outer edge of the display surface contacting the edge of the flexible material; wherein the chassis includes a wedge channel formed adjacent to the inner edge of the bezel and the mounting wedge includes a wedge rib that is pressed into and interlocks with the wedge channel; and wherein the width of the wedge channel provides a gap between the front edge of the mounting wedge facing the bezel and the inner edge of the bezel smaller than a thickness of the edge of the flexible material prior to installation of the mounting wedge.