mhurhangee/ep-ind-claims huggingface dataset:
Two-wheeled vehicle pneumatic tire, preferably bicycle tire, particularly preferably racing bike tire, having a tread, having a tire carcass, having tire sidewalls and having two bead regions which each have a tire bead with a core, wherein the two bead regions each have, as an anti-chafing guard, a bead protective strip arranged axially outside the carcass, • wherein the tire carcass is formed from a first carcass inlay and a second carcass inlay, each comprising strength members, wherein the first carcass inlay and the second carcass inlay each have strength members which run parallel to one another and which are embedded in elastomer material, wherein the strength members of the first carcass inlay and of the second carcass inlay have opposing angles of inclination, • wherein the second carcass inlay is arranged, radially to the inside of the first carcass inlay, in a crown of the two-wheeled vehicle pneumatic tire, extends from the crown of the two-wheeled vehicle pneumatic tire over the tire sidewalls into the two bead regions, loops there around the particular core from axially inside to axially outside, and terminates at a second carcass inlay end under the bead protective strip of the particular bead region, and • wherein the first carcass inlay extends from the crown of the two-wheeled vehicle pneumatic tire over the tire sidewalls into the two bead regions, and loops there around the particular core from axially inside to axially outside, characterized in that • proceeding from the particular bead region, the first carcass inlay is guided with a first carcass inlay turn-up over the particular tire sidewall as far as under the tread to a first carcass inlay end, and terminates there at the first carcass inlay end. • wherein the tire carcass is formed from a first carcass inlay and a second carcass inlay, each comprising strength members, wherein the first carcass inlay and the second carcass inlay each have strength members which run parallel to one another and which are embedded in elastomer material, wherein the strength members of the first carcass inlay and of the second carcass inlay have opposing angles of inclination, • wherein the second carcass inlay is arranged, radially to the inside of the first carcass inlay, in a crown of the two-wheeled vehicle pneumatic tire, extends from the crown of the two-wheeled vehicle pneumatic tire over the tire sidewalls into the two bead regions, loops there around the particular core from axially inside to axially outside, and terminates at a second carcass inlay end under the bead protective strip of the particular bead region, and • wherein the first carcass inlay extends from the crown of the two-wheeled vehicle pneumatic tire over the tire sidewalls into the two bead regions, and loops there around the particular core from axially inside to axially outside, characterized in that • proceeding from the particular bead region, the first carcass inlay is guided with a first carcass inlay turn-up over the particular tire sidewall as far as under the tread to a first carcass inlay end, and terminates there at the first carcass inlay end.
A powderous electrode active material of lithium transition metal oxide Li a M b O 2 - where 0.9 < a < 1.1, 0.9 < b < 1.1 and M is a composition containing transition metals Mn, Co and Ni - having particles with a distribution of sizes - where a composition of M varies with the size of the particles, - where the Co stoichiometry of single particles continuously increases with the particle size, and the Mn stoichiometry of single particles continuously decreases with the particle size. - where 0.9 < a < 1.1, 0.9 < b < 1.1 and M is a composition containing transition metals Mn, Co and Ni - having particles with a distribution of sizes - where a composition of M varies with the size of the particles, - where the Co stoichiometry of single particles continuously increases with the particle size, and the Mn stoichiometry of single particles continuously decreases with the particle size.
A liquid dispenser for vehicle comprising a liquid dispensing circuit connected, on the one hand, to a liquid tank, and on the other hand, to a flexible hose connected to a nozzle intended to dispense the liquid into a tank of the vehicle, said flexible hose comprising two substantially coaxial lines (5, 6), including a first line for the transfer of the liquid from the liquid dispensing circuit to the nozzle during the delivery of the liquid into the tank of the vehicle and a second line extending along the first line, characterized in that it comprises: - a heating system intended to generate a flow of hot air through the second line of the flexible hose so as to heat the liquid inside the first line of the flexible hose. - a heating system intended to generate a flow of hot air through the second line of the flexible hose so as to heat the liquid inside the first line of the flexible hose.
A material tester comprising: a loading mechanism for applying a test force to a test sample; a sensor for detecting a change in a physical amount in the test sample resulting from operation of the loading mechanism; a noise removal filter to which data on a variation of the physical amount output from the sensor is input; an integrator configured to integrate the data subjected to filtering of the filter; and a display unit configured to display the data, wherein a filter circuit of the filter has n data delay elements ((D i ∼D n) cascaded to sequentially accumulate input data from the sensor, an adder configured to obtain a total sum of data output from each of the n delay elements (D 1 ∼D n), a divider configured to output a quotient obtained by dividing an output of the adder by the number n of the delay elements as averaged data and output a remainder to a remainder delay element (D re), and a circuit configured to add an output of the remainder delay element (D re) to the adder. a loading mechanism for applying a test force to a test sample; a sensor for detecting a change in a physical amount in the test sample resulting from operation of the loading mechanism; a noise removal filter to which data on a variation of the physical amount output from the sensor is input; an integrator configured to integrate the data subjected to filtering of the filter; and a display unit configured to display the data, wherein a filter circuit of the filter has n data delay elements ((D i ∼D n) cascaded to sequentially accumulate input data from the sensor, an adder configured to obtain a total sum of data output from each of the n delay elements (D 1 ∼D n), a divider configured to output a quotient obtained by dividing an output of the adder by the number n of the delay elements as averaged data and output a remainder to a remainder delay element (D re), and a circuit configured to add an output of the remainder delay element (D re) to the adder. an adder configured to obtain a total sum of data output from each of the n delay elements (D 1 ∼D n), a divider configured to output a quotient obtained by dividing an output of the adder by the number n of the delay elements as averaged data and output a remainder to a remainder delay element (D re), and a circuit configured to add an output of the remainder delay element (D re) to the adder.
An attachment for drilling and/or foundation work, in particular a casing oscillator or a casing rotator, that can be installed at a base machine, in particular a cable excavator or a drilling rig, wherein the attachment is equipped with a reception apparatus for clamping at least one pipe and a drive for generating a rotational movement of the clamped pipe, characterized in that the attachment comprises at least one integral control unit having a control logic for an independent carrying out of at least one control function of the attachment and at least one communication interface for communication with a control unit of the base machine, with the control unit of the base machine invoking machine-relevant parameters of a base machine via the communication interface and providing machine-relevant parameters of the attachment via the communication interface.
A method of forming a magnetic tunnel junction MTJ stack of layers including a tunnel barrier layer (20, 50) between a bottom magnetic layer and a top magnetic layer, comprising: a) providing the bottom magnetic layer with perpendicular magnetic anisotropy PMA;; b) depositing a first metal layer that forms a bottom magnetic layer/first metal layer interface; c) performing a first passive oxidation process with a maximum oxygen pressure of 10 -5 torr, the first passive oxidation process oxidizes an upper portion of the first metal layer while a bottom portion of the first metal layer along the bottom magnetic layer/first metal layer interface remains unoxidized; d) forming a second metal oxide layer (22a, 22b) on the oxidized portion of the first metal layer by a process comprising directly depositing a second metal layer on the oxidized portion of the first metal layer and performing an oxidation of the second metal layer by a natural oxidation with an oxygen pressure that is at least 10 -3 torr, wherein the formation of the tunnel barrier layer consists of steps b)-d); and e) depositing the top magnetic layer on a top surface of the tunnel barrier layer. a) providing the bottom magnetic layer with perpendicular magnetic anisotropy PMA;; b) depositing a first metal layer that forms a bottom magnetic layer/first metal layer interface; c) performing a first passive oxidation process with a maximum oxygen pressure of 10 -5 torr, the first passive oxidation process oxidizes an upper portion of the first metal layer while a bottom portion of the first metal layer along the bottom magnetic layer/first metal layer interface remains unoxidized; d) forming a second metal oxide layer (22a, 22b) on the oxidized portion of the first metal layer by a process comprising directly depositing a second metal layer on the oxidized portion of the first metal layer and performing an oxidation of the second metal layer by a natural oxidation with an oxygen pressure that is at least 10 -3 torr, wherein the formation of the tunnel barrier layer consists of steps b)-d); and e) depositing the top magnetic layer on a top surface of the tunnel barrier layer.
A cyclic Cecropin peptide comprising a core amino acid sequence that is extended at the N-terminus by an N-terminal group and extended at the C-terminus by a C-terminal group, wherein the N-terminal group and the C-terminal group are identical or different and form a covalent bond so as to form a cyclic Cecropin peptide.
An apparatus for effecting and changing optical distortions, the apparatus comprising: a beam imaging apparatus including a first deformable mirror, a second deformable mirror, and a beam-steering apparatus, a mirror drive system configured to tilt each respective planar mirror about its respective axis of rotation or axes of rotation; and a controller configured to control deformation of a reflective surface of the first and the second deformable mirrors characterised in that the beam-steering apparatus is in the optical path between the first deformable mirror and second deformable mirror and includes a plurality of planar tiltable mirrors (150,155,160) arranged to define a radiation beam path therebetween, wherein the plurality of planar tiltable mirrors comprises at least three tiltable mirrors. a beam imaging apparatus including a first deformable mirror, a second deformable mirror, and a beam-steering apparatus, a mirror drive system configured to tilt each respective planar mirror about its respective axis of rotation or axes of rotation; and a controller configured to control deformation of a reflective surface of the first and the second deformable mirrors characterised in that the beam-steering apparatus is in the optical path between the first deformable mirror and second deformable mirror and includes a plurality of planar tiltable mirrors (150,155,160) arranged to define a radiation beam path therebetween, wherein the plurality of planar tiltable mirrors comprises at least three tiltable mirrors.
A method for protecting domain name security, comprising: receiving a request to modify a domain name record containing a first domain name server to containing a second domain name server; characterized by: in response to the received request, individually querying the first and second domain name servers for corresponding first and second security records; receiving the first and second security records from the first and second domain name servers, respectively; and determining whether to allow the domain name record to be modified based on a comparison of the first and second security records, and allowing the modification if said first and second security records at least substantially match each other. receiving a request to modify a domain name record containing a first domain name server to containing a second domain name server; characterized by: in response to the received request, individually querying the first and second domain name servers for corresponding first and second security records; receiving the first and second security records from the first and second domain name servers, respectively; and determining whether to allow the domain name record to be modified based on a comparison of the first and second security records, and allowing the modification if said first and second security records at least substantially match each other. in response to the received request, individually querying the first and second domain name servers for corresponding first and second security records; receiving the first and second security records from the first and second domain name servers, respectively; and determining whether to allow the domain name record to be modified based on a comparison of the first and second security records, and allowing the modification if said first and second security records at least substantially match each other.
Pipetting device with a piston-cylinder-arrangement, comprising a cylinder extending along a cylinder axis, a piston and a working chamber confined by the cylinder and the piston and filled with a working fluid, for changing a pressure of the working fluid at a coupling site (at 34) adapted for coupling a pipetting tip, which coupling site is connected to the working chamber transferring pressure (at 44), by a relative movement of the piston in relation to the cylinder along a relative movement path, wherein the piston can be driven by a linear motor for a relative movement in relation to the cylinder and for this purpose comprises at least one piston magnet arrangement, and wherein furthermore at least one cylinder magnet arrangement is provided at the cylinder, wherein at least one magnet arrangement (24, 30) out of piston magnet arrangement and cylinder magnet arrangement comprises a series of electromagnets, which can be supplied with current by means of a control device of the pipetting device for creating a magnetic field moving along the relative movement path, for providing the drive force required for initiating the relative movement, characterized in that the pipetting device comprises a magnetic shielding radially outside the piston magnet arrangement and the cylinder magnet arrangement which weakens the magnetic field radially outside the site of shielding originating from at least one magnet arrangement (24, 30) out of piston magnet arrangement and cylinder magnet arrangement, compared to a condition without shielding, wherein the shielding comprises a shielding component comprising a ferromagnetic material and surrounding a magnet arrangement, with respect to a device frame, out of piston magnet arrangement and cylinder magnet arrangement fixed at least along an axial section of the latter, preferably along the entire axial extension, wherein, with the defined intentional use of magnets in the magnet arrangements (24, 30), the shielding component has at least partially a magnetic saturation.
A wind turbine system comprising: a wind turbine generator comprising a tower structure mounted on a foundation structure, the tower structure including a plurality of tower sections, each of the plurality of tower sections including one or more tower section flanges; one or more connector rings, each of the one or more connector rings disposed proximate two adjacent tower section flanges, each of the one or more connector rings including a plurality of pad eye adaptors having an opening formed therein; and a plurality of tensioned cables each coupled to one of the pad eye adaptors at a first end and the foundation structure at a second end; wherein the plurality of pad eye adaptors comprises at least three pad eye adapters and wherein the one or more connector rings comprises a plurality of ring segments, and wherein each of the at least three pad eye adapters is disposed between adjacent ring segments of the plurality of ring segments. a wind turbine generator comprising a tower structure mounted on a foundation structure, the tower structure including a plurality of tower sections, each of the plurality of tower sections including one or more tower section flanges; one or more connector rings, each of the one or more connector rings disposed proximate two adjacent tower section flanges, each of the one or more connector rings including a plurality of pad eye adaptors having an opening formed therein; and a plurality of tensioned cables each coupled to one of the pad eye adaptors at a first end and the foundation structure at a second end; wherein the plurality of pad eye adaptors comprises at least three pad eye adapters and wherein the one or more connector rings comprises a plurality of ring segments, and wherein each of the at least three pad eye adapters is disposed between adjacent ring segments of the plurality of ring segments.
An assembly for use in a fuel injection system within a combustor of a combustion turbine engine, wherein the combustor includes an inner radial wall, which defines a primary combustion chamber downstream of a primary fuel nozzle, and an outer radial wall, which surrounds the inner radial wall so to form a flow annulus therebetween such that compressed air is directed through said flow annulus to the forward end of the combustor, the assembly comprising: a first port formed through the outer radial wall; a second port formed through the inner radial wall; a plenum formed about the first port, the plenum comprising a volume disposed outboard of an outer surface of the outer radial wall; a tube comprising a first end positioned within the first port and a second end positioned within the second port, wherein at the first end the tube is sized smaller than the first port such that two passages (48, 49) are defined therethrough: a first passage defined about an exterior of the tube and connected to the flow annulus; and a second passage defined through an interior of the tube; fuel outlets, characterized in that the fuel outlets are disposed within the first passage, and in that the plenum establishes a flow path between said first port and said second port. a first port formed through the outer radial wall; a second port formed through the inner radial wall; a plenum formed about the first port, the plenum comprising a volume disposed outboard of an outer surface of the outer radial wall; a tube comprising a first end positioned within the first port and a second end positioned within the second port, wherein at the first end the tube is sized smaller than the first port such that two passages (48, 49) are defined therethrough: a first passage defined about an exterior of the tube and connected to the flow annulus; and a second passage defined through an interior of the tube; fuel outlets, characterized in that the fuel outlets are disposed within the first passage, and in that the plenum establishes a flow path between said first port and said second port.
A process for preparing a fatty acid chloride of formula R-COCl, wherein R is a linear or branched, saturated alkyl group having from 6 to 30 carbon atoms, or a linear or branched, mono- or polyunsaturated alkenyl group having from 6 to 30 carbon atoms, wherein the process comprises i. providing a fatty acid of formula R-COOH, and ii. reacting the fatty acid of step i. with phosphorous trichloride, thionyl chloride or phosgene, preferably thionyl chloride, in the presence of a catalyst to form a fatty acid chloride of formula R-COCl, wherein the catalyst is an amine, wherein the amine is selected from amino acids and amino ethane sulfonic acids. i. providing a fatty acid of formula R-COOH, and ii. reacting the fatty acid of step i. with phosphorous trichloride, thionyl chloride or phosgene, preferably thionyl chloride, in the presence of a catalyst to form a fatty acid chloride of formula R-COCl, wherein the catalyst is an amine, wherein the amine is selected from amino acids and amino ethane sulfonic acids.
A method for forming a carbon nanostructure that is free of a growth substrate, the method comprising: providing a carbon nanostructure adhered to a growth substrate, the carbon nanostructure comprising a plurality of carbon nanotubes as a whole possessing one or more structural features selected from branching, crosslinking, and sharing common walls with one another; and removing the carbon nanostructure from the growth substrate to form a carbon nanostructure that is free of the growth substrate, and forming the carbon nanostructure on the growth substrate by using transition metal nanoparticle catalyst particles that are disposed on the growth substrate to initiate carbon nanotube growth, characterised in that the growth substrate comprises a fiber material of spoolable dimensions, meaning that the fiber material has at least one dimension that is not limited in length, allowing for the material to be stored on a spool or mandrel. providing a carbon nanostructure adhered to a growth substrate, the carbon nanostructure comprising a plurality of carbon nanotubes as a whole possessing one or more structural features selected from branching, crosslinking, and sharing common walls with one another; and removing the carbon nanostructure from the growth substrate to form a carbon nanostructure that is free of the growth substrate, and forming the carbon nanostructure on the growth substrate by using transition metal nanoparticle catalyst particles that are disposed on the growth substrate to initiate carbon nanotube growth, characterised in that the growth substrate comprises a fiber material of spoolable dimensions, meaning that the fiber material has at least one dimension that is not limited in length, allowing for the material to be stored on a spool or mandrel.