mhurhangee/ep-ind-claims huggingface dataset:
A battery cooler comprising: • microchannel tubes comprising respective multiple channels formed by extrusion; • a tank holder secured to the microchannel tube; • a tank securely mounted over the tank holder, wherein the tank is secured to the tank-holder by mechanical connections, and • a sealing gasket secured to at least one of the microchannel tube and the tank holder, characterized in that the tank holder is over-molded over the at least one extreme end of the microchannel tube and wherein the microchannel tubes disposed adjacent to each other in a direction "Z" along a plane thereof are separated by a connection portion formed with at least one opening to facilitate over-molding of the tank-holder over the corresponding microchannel tube. • microchannel tubes comprising respective multiple channels formed by extrusion; • a tank holder secured to the microchannel tube; • a tank securely mounted over the tank holder, wherein the tank is secured to the tank-holder by mechanical connections, and • a sealing gasket secured to at least one of the microchannel tube and the tank holder,
A receiving apparatus configured to be used in a wireless communication system using a first wireless line and a plurality of wireless lines, the first wireless line being used in time-division multiplex transmission, the plurality of wireless lines being virtually consolidated into one to use as a virtual transmission path using link aggregation, a modulation method of each of the plurality of wireless lines being variable, the receiving apparatus comprising: a releasing unit configured to select, when a failure occurs in the first wireless line, a second wireless line from the plurality of wireless lines constituting the virtual transmission path and to perform degeneration of link aggregation for the second wireless line, wherein the degeneration of link aggregation is an operation to stop the assignment of a frame to a line in which a failure has occurred and to change a frame distribution rule to assign the frame to other lines in which no failure has occurred when a failure occurs in a line constituting the virtual transmission path; a demodulation unit (1231 - 1234) configured to change a modulation method used for demodulation of the second wireless line to a modulation method used in the time-division multiplex transmission; and a switching unit configured to switch line connection from the first wireless line in which the failure has occurred to the second wireless line. a releasing unit configured to select, when a failure occurs in the first wireless line, a second wireless line from the plurality of wireless lines constituting the virtual transmission path and to perform degeneration of link aggregation for the second wireless line, wherein the degeneration of link aggregation is an operation to stop the assignment of a frame to a line in which a failure has occurred and to change a frame distribution rule to assign the frame to other lines in which no failure has occurred when a failure occurs in a line constituting the virtual transmission path; to select, when a failure occurs in the first wireless line, a second wireless line from the plurality of wireless lines constituting the virtual transmission path and to perform degeneration of link aggregation for the second wireless line, wherein the degeneration of link aggregation is an operation to stop the assignment of a frame to a line in which a failure has occurred and to change a frame distribution rule to assign the frame to other lines in which no failure has occurred when a failure occurs in a line constituting the virtual transmission path; a demodulation unit (1231 - 1234) configured to change a modulation method used for demodulation of the second wireless line to a modulation method used in the time-division multiplex transmission; and a switching unit configured to switch line connection from the first wireless line in which the failure has occurred to the second wireless line.
A lighting device comprising: an illumination part including a diffusion member; and a power connection part adapted to supply external power to the illumination part and for preventing an electrical short circuit, the power connection part including two power connectors which are separated from each other and into which the external power is transferred and a first insulation block provided between the two power connectors and coupled with the two power connectors; wherein the diffusion member is attached to the two power connectors; and wherein the illumination part further includes a light source unit and a circuit board on which the light source unit is provided and the power connection part including the two power connectors and the first insulation block is in contact with the circuit board.
A process of producing a fiber, comprising melt spinning a composition comprising an intimate admixture of (a) a thermoplastic polymer; (b) at least 5 wt% of a wax having a melting point greater than 25°C, wherein the wax is dispersed within said thermoplastic polymer such that the wax has a droplet size of less than 10 μm (as determined by SEM according to the description) within the thermoplastic polymer. (a) a thermoplastic polymer; (b) at least 5 wt% of a wax having a melting point greater than 25°C, wherein the wax is dispersed within said thermoplastic polymer such that the wax has a droplet size of less than 10 μm (as determined by SEM according to the description) within the thermoplastic polymer.
Method for extracting undissolved carbonized lignin from black liquor from an alkaline fractionation process, characterized in that - black liquor having a dry matter content of at least 20 mass% is subjected in a first process step (hydrothermal carbonization) to a hydrothermal carbonization at a temperature between 180°C and 300°C, wherein o the pH of the black liquor, before or during the hydrothermal carbonization, or the pH of the carbonized black liquor after the hydrothermal carbonization, is reduced to the extent that undissolved carbonized lignin is extracted with a yield of at least 20 mass%, o wherein the pH of the black liquor, before and during the hydrothermal carbonization, and the pH of the carbonized black liquor after the hydrothermal carbonization, are at least 7, as a result of which an alkaline hydrothermal carbonization takes place, - the undissolved carbonized lignin in a second process step (dewatering) is substantially separated off from the carbonized black liquor and the carbonized black liquor is fed back to the alkaline fractionation process, - the inorganic components of the undissolved carbonized lignin separated off from the carbonized black liquor are reduced in a third process step (purification) by a wash and - the undissolved carbonized lignin is extracted with a dry matter content of greater than 40 mass%. - black liquor having a dry matter content of at least 20 mass% is subjected in a first process step (hydrothermal carbonization) to a hydrothermal carbonization at a temperature between 180°C and 300°C, wherein o the pH of the black liquor, before or during the hydrothermal carbonization, or the pH of the carbonized black liquor after the hydrothermal carbonization, is reduced to the extent that undissolved carbonized lignin is extracted with a yield of at least 20 mass%, o wherein the pH of the black liquor, before and during the hydrothermal carbonization, and the pH of the carbonized black liquor after the hydrothermal carbonization, are at least 7, as a result of which an alkaline hydrothermal carbonization takes place, o the pH of the black liquor, before or during the hydrothermal carbonization, or the pH of the carbonized black liquor after the hydrothermal carbonization, is reduced to the extent that undissolved carbonized lignin is extracted with a yield of at least 20 mass%, o wherein the pH of the black liquor, before and during the hydrothermal carbonization, and the pH of the carbonized black liquor after the hydrothermal carbonization, are at least 7, as a result of which an alkaline hydrothermal carbonization takes place, - the undissolved carbonized lignin in a second process step (dewatering) is substantially separated off from the carbonized black liquor and the carbonized black liquor is fed back to the alkaline fractionation process, - the inorganic components of the undissolved carbonized lignin separated off from the carbonized black liquor are reduced in a third process step (purification) by a wash and - the undissolved carbonized lignin is extracted with a dry matter content of greater than 40 mass%.
Apparatus for checking diametral dimensions of a pin, in orbital motion about a geometrical axis, in a numerical control machine tool having a tool holding slide, with a reference device adapted to cooperate with the pin to be checked, a measuring device, movable with the reference device, a support device adapted to be fixed to the tool holding slide for movably supporting the reference device and the measuring device, to allow the reference device to move so as to follow the pin to be checked in its orbital motion, in a checking condition the correct cooperation between the pin to be checked and the reference device being maintained substantially due to the gravity, and a control device for controlling automatic displacements of the apparatus towards the checking condition and away from the checking condition, the control device comprising an electric motor and a transmission mechanism between the electric motor and the support device, characterized in that the electric motor is a programmable electric motor that is programmed so as to define a start position as an intermediate position of the reference device, between a rest position and said checking condition of the apparatus, in which the automatic displacement of the apparatus away from the checking condition can be stopped. a reference device adapted to cooperate with the pin to be checked, a measuring device, movable with the reference device, a support device adapted to be fixed to the tool holding slide for movably supporting the reference device and the measuring device, to allow the reference device to move so as to follow the pin to be checked in its orbital motion, in a checking condition the correct cooperation between the pin to be checked and the reference device being maintained substantially due to the gravity, and a control device for controlling automatic displacements of the apparatus towards the checking condition and away from the checking condition, the control device comprising an electric motor and a transmission mechanism between the electric motor and the support device, characterized in that the electric motor is a programmable electric motor that is programmed so as to define a start position as an intermediate position of the reference device, between a rest position and said checking condition of the apparatus, in which the automatic displacement of the apparatus away from the checking condition can be stopped.
A process for the production of peretinoin (compound of formula VI)) comprising the following reaction step a): a compound of formula] is reacted with a compound of formula wherein R is a C 1 -C 4 alkyl group, characterized in that this step is done without using a solvent; and wherein a reaction step b), the reaction product of step a), which is the compound of formula is reacted with a compound of formula and wherein the reaction product of step b), which is compound) is saponified to a compound of formula in a step c).
Induction heating coil for induction cooktops, wherein the induction heating coil is configured for heating of a cooking vessel and comprises: - an energizable conductor winding for generating an alternating magnetic field, characterized in that the induction heating coil further comprises: - at least one Halbach array arranged such that a magnetic flux generated using the Halbach array on a side of the Halbach array to be facing the cooking vessel differs from a magnetic flux generated using the Halbach array on a side of the Halbach array to be facing away from the cooking vessel. - an energizable conductor winding for generating an alternating magnetic field, characterized in that the induction heating coil further comprises: - at least one Halbach array arranged such that a magnetic flux generated using the Halbach array on a side of the Halbach array to be facing the cooking vessel differs from a magnetic flux generated using the Halbach array on a side of the Halbach array to be facing away from the cooking vessel.
Device for marking an ophthalmic lens, said ophthalmic lens being made of at least one predetermined material, including a laser configured to produce permanent engravings on the ophthalmic lens, the device being characterized in that the laser is configured to emit a focused pulsed beam of ultraviolet laser radiation, the focused beam having at least the following parameters: - a radiation wavelength comprised between 200 nm and 300 nm; - a pulse duration comprised between about 0.1 ns and about 5 ns; and - an energy per pulse comprised between about 5 μJ and about 100 μJ, in that the device includes an optical assembly that includes an energy attenuator configured to regulate a fluence of the beam of ultraviolet radiation focused on a surface of the ophthalmic lens to be marked according to a plurality of operating modes of the attenuator, which modes each define a determined fluence value, in that the optical assembly is further provided with an F-theta lens, which lens is located at the output of the optical assembly and configured to focus a beam of ultraviolet laser radiation onto a focal plane of the F-theta lens with a focused beam diameter in the focal plane of the order of about 20 μm to about 50 μm, and in that it further comprises an afocal system placed between the laser source and the attenuator. - a radiation wavelength comprised between 200 nm and 300 nm; - a pulse duration comprised between about 0.1 ns and about 5 ns; and - an energy per pulse comprised between about 5 μJ and about 100 μJ,
A structural adhesive composition having high elongation and impact-resistance, the composition comprising: an epoxy resin; an urethane resin formed using a polyol represented by a following Chemical Formula 1; and an epoxy curing agent: wherein, in the Chemical Formula 1, x represents an integer of 2 to 10, R 1 represents a functional group represented by a following Chemical Formula 1-a or 1-b, R 2 represents a hydrogen atom or a methyl group: wherein, in the Chemical Formula 1-a, y represents an integer of 10 to 100, R 3 represents a hydrogen atom or a methyl group, wherein in the Chemical Formula 1-b, each of z and w independently represents an integer of 5 to 100. an epoxy resin; an urethane resin formed using a polyol represented by a following Chemical Formula 1; and an epoxy curing agent: wherein, in the Chemical Formula 1, x represents an integer of 2 to 10, R 1 represents a functional group represented by a following Chemical Formula 1-a or 1-b, R 2 represents a hydrogen atom or a methyl group: wherein, in the Chemical Formula 1-a, y represents an integer of 10 to 100, R 3 represents a hydrogen atom or a methyl group, wherein in the Chemical Formula 1-b, each of z and w independently represents an integer of 5 to 100. R 1 represents a functional group represented by a following Chemical Formula 1-a or 1-b, R 2 represents a hydrogen atom or a methyl group: wherein, in the Chemical Formula 1-a, y represents an integer of 10 to 100, R 3 represents a hydrogen atom or a methyl group, wherein in the Chemical Formula 1-b, each of z and w independently represents an integer of 5 to 100. wherein, in the Chemical Formula 1-a, y represents an integer of 10 to 100, R 3 represents a hydrogen atom or a methyl group, wherein in the Chemical Formula 1-b, each of z and w independently represents an integer of 5 to 100.
Compressing jaw assembly unit for a compressing device for compressing tubular metal parts, comprising: - a compressing jaw carrier, - at least one compressing jaw, provided at the compressing jaw carrier with a compressing surface curved transversely to a compressing jaw longitudinal direction (L B) in a compressing jaw transverse direction (Q B), wherein the compressing jaw comprises a fixed compressing jaw segment, which is fixed to the compressing jaw carrier and provides a compressing surface segment, and at least one movable compressing jaw segment (26, 28) providing a compressing surface segment (30, 32), wherein the at least one movable compressing surface segment (26, 28) can be moved in a direction of movement in relation to the fixed compressing jaw segment, wherein the curved compressing surface is oriented facing away from the compressing jaw carrier, characterized in that the at least one movable compressing jaw segment (26, 28) is in relation to the fixed compressing surface segment movable against the prestressing action of a prestressing device. - a compressing jaw carrier, - at least one compressing jaw, provided at the compressing jaw carrier with a compressing surface curved transversely to a compressing jaw longitudinal direction (L B) in a compressing jaw transverse direction (Q B),
An all-differential resonant sensor apparatus, comprising: a sensing loop including a hydrophilic sensing layer deposited on a sensing resonant beam to detect water vapor concentration in an ambient air, said sensing layer comprising a matrix of nano composite of sulfonated polystyrene and sulfonated carbon nanotubes; a reference loop including a reference layer; and a mixer for detecting a difference between a frequency response output from said sensing loop and said reference loop based on absorbed humidity with respect to said sensing resonant beam in order to output a drift-free frequency signal; characterised in that: said reference loop includes a hydrophobic reference layer in correspondence with said hydrophilic sensing layer deposited on a reference resonant beam, wherein said hydrophobic reference layer comprises a matrix of nano composite of polystyrene and carbon nanotubes. a sensing loop including a hydrophilic sensing layer deposited on a sensing resonant beam to detect water vapor concentration in an ambient air, said sensing layer comprising a matrix of nano composite of sulfonated polystyrene and sulfonated carbon nanotubes; a reference loop including a reference layer; and a mixer for detecting a difference between a frequency response output from said sensing loop and said reference loop based on absorbed humidity with respect to said sensing resonant beam in order to output a drift-free frequency signal; characterised in that: said reference loop includes a hydrophobic reference layer in correspondence with said hydrophilic sensing layer deposited on a reference resonant beam, wherein said hydrophobic reference layer comprises a matrix of nano composite of polystyrene and carbon nanotubes.
A computer-implemented method of predictively adjusting a one or more tunable antennas comprising: transmitting, by a first vehicle to a noise signal aggregator, a request to receive a noise floor level for a geographic region along a route being traversed by the first vehicle; receiving, from the noise signal aggregator, the requested noise floor level; and adjusting, by the first vehicle, the one or more tunable antennas to mitigate interference indicated by the received noise floor level when the first vehicle reaches the geographic region. transmitting, by a first vehicle to a noise signal aggregator, a request to receive a noise floor level for a geographic region along a route being traversed by the first vehicle; receiving, from the noise signal aggregator, the requested noise floor level; and adjusting, by the first vehicle, the one or more tunable antennas to mitigate interference indicated by the received noise floor level when the first vehicle reaches the geographic region.
An aircraft folding wing (102, 104), having a latching apparatus, the apparatus comprising: a first latch portion disposed on a first portion of the wing including a first tooth and a first pin disposed in a first aperture defined in the first tooth; a second latch portion disposed on a second portion of the wing including a second tooth and a second pin disposed in a second aperture defined in the second tooth, the first latch portion and the second latch portion being configured to be moveable between engagement and disengagement, the second tooth of the second latch portion to mesh with the first tooth of the first latch portion to substantially orient the first pin and the second pin along an axis when the first latch portion engages the second latch portion; and an actuator (544, 560) adjacent a first end of one of the first latch portion or the second latch portion to move the first pin and the second pin along the axis to lock the first latch portion to the second latch portion. a first latch portion disposed on a first portion of the wing including a first tooth and a first pin disposed in a first aperture defined in the first tooth; a second latch portion disposed on a second portion of the wing including a second tooth and a second pin disposed in a second aperture defined in the second tooth, the first latch portion and the second latch portion being configured to be moveable between engagement and disengagement, the second tooth of the second latch portion to mesh with the first tooth of the first latch portion to substantially orient the first pin and the second pin along an axis when the first latch portion engages the second latch portion; and an actuator (544, 560) adjacent a first end of one of the first latch portion or the second latch portion to move the first pin and the second pin along the axis to lock the first latch portion to the second latch portion.
An assembly comprising a nosecone, an ajustable inlet guide vane and a nosecone support of a gas turbine engine comprising a spar to extend radially from the nosecone, wherein the spar is configured to be positioned directly upstream of the adjustable inlet guide vane of a compressor, characterised in that: the spar includes a first end for directly securing to the nosecone and an opposing second end for securement to a compressor case.
A method for preparing super absorbent polymer comprising the steps of: 1) polymerizing a monomer composition comprising a water soluble ethylene-based unsaturated monomer, a photopolymerization initiator, a first thermal polymerization initiator with a decomposition temperature of 40 to 120°C, and a second thermal polymerization initiator with a decomposition temperature of 120 to 250°C to prepare a hydrous gel phase polymer, wherein the photopolymerization initiator, the first thermal polymerization initiator and the second thermal polymerization initiator are added in the concentration of 0.001 to 1 wt.-% to the monomer composition, 2) drying the hydrous gel phase polymer at a temperature of 120 to 250°C capable of decomposing the second thermal polymerization initiator, and 3) milling the dried polymer. 1) polymerizing a monomer composition comprising a water soluble ethylene-based unsaturated monomer, a photopolymerization initiator, a first thermal polymerization initiator with a decomposition temperature of 40 to 120°C, and a second thermal polymerization initiator with a decomposition temperature of 120 to 250°C to prepare a hydrous gel phase polymer, wherein the photopolymerization initiator, the first thermal polymerization initiator and the second thermal polymerization initiator are added in the concentration of 0.001 to 1 wt.-% to the monomer composition, 2) drying the hydrous gel phase polymer at a temperature of 120 to 250°C capable of decomposing the second thermal polymerization initiator, and 3) milling the dried polymer.
A crystalline form of Compound, wherein said crystalline form has characteristic peaks in its XRPD pattern at values of two theta measured at 1.54Å as described in Table 1.