mhurhangee/ep-ind-claims huggingface dataset:
A transposome complex comprising: (i) a transposase, (ii) a first transposon comprising: (a) a 3' portion comprising a first transposon end sequence; and (b) a first adaptor sequence at the 5' end of the first transposon end sequence; (iii) a second transposon comprising a second transposon end sequence complementary to at least a portion of the first transposon end sequence; and (iv) a linker attached to the second transposon and comprising an affinity element, wherein the linker is attached to the second transposon at the 3' end of the second transposon, optionally wherein a second end of the linker is attached to the affinity element. (i) a transposase, (ii) a first transposon comprising: (a) a 3' portion comprising a first transposon end sequence; and (b) a first adaptor sequence at the 5' end of the first transposon end sequence; (a) a 3' portion comprising a first transposon end sequence; and (b) a first adaptor sequence at the 5' end of the first transposon end sequence; (iii) a second transposon comprising a second transposon end sequence complementary to at least a portion of the first transposon end sequence; and (iv) a linker attached to the second transposon and comprising an affinity element, wherein the linker is attached to the second transposon at the 3' end of the second transposon, optionally wherein a second end of the linker is attached to the affinity element.
A motor vehicle rear structural part, formed of a multiplicity of components (11, 19, 21) assembled to each other, the components (11, 19, 21) being mainly made of plastic, characterized in that it comprises a section resulting from the superposition of three components (11, 19, 21) delimiting between them two hollow bodies having a dividing wall formed by one (11, 21) of the three components (11, 19, 21).
A turbine blade of ceramic matrix composite material construction adapted for use in a gas turbine engine, the turbine blade comprising a root adapted to attach the turbine blade to a disk, an airfoil shaped to interact with hot gasses moving through the gas path of a gas turbine engine and cause rotation of the turbine blade when the turbine blade is used in a gas turbine engine, and a platform having an attachment side facing the root and a gas path side facing the airfoil, the platform arranged between the root and the airfoil and shaped to extend outwardly from the root and the airfoil in order to block gasses from the gas path migrating toward the root when the turbine blade is used in a gas turbine engine, wherein the turbine blade includes core fiber-reinforcement plies that form part of the root and the airfoil without forming part of the platform, at least one gas path fiber-reinforcement ply that forms part of the airfoil and the platform, and attachment fiber-reinforcement plies that form part of the root and the platform, so that radial forces induced on the platform when the turbine blade is used in a gas turbine engine are largely transferred to the root without having to pass between fiber-reinforcement plies (20, 22, 24) of the turbine blade, further comprising a plurality of platform fiber-reinforcement plies that form part of the platform without forming part of the root or the airfoil, characterised in that the number of attachment fiber-reinforcement plies is greater than the number of gas path fiber-reinforcement plies, wherein at least one of the platform fiber-reinforcement plies is arranged between two of the attachment fiber-reinforcement plies.
A method of making a formed lens (112, 120), the method comprising: obtaining a lens blank (42, 44, 48) comprising, in superposed relation, a linear polarizer layer laminated together with a plurality of polymeric layers (14, 16, 18), the linear polarizer layer having a polarization axis; heating and pressing the lens blank (42, 44, 48) between a convex member and a concave member at a first pressure; ramping the pressure sigmoidally from the first pressure to a higher pressure over a ramping time, wherein ramping from the first pressure to the higher pressure is performed according to a sigmoidal pressure profile; and maintaining the higher pressure for a time sufficient to allow the lens blank to conform to the shape of the convex member and concave member, wherein: the step of heating comprises heating the lens blank (42, 44, 48) to a forming temperature by pressing the lens blank (42, 44, 48) at the first pressure between the convex member and the concave member, the convex member and concave member both being at the forming temperature; the step of ramping the pressure to the higher pressure is performed while heating at the forming temperature; the step of maintaining the higher pressure is performed while heating at the forming temperature; and the method further comprises reducing the temperature to a reduced temperature while maintaining the higher pressure for allowing the lens blank (42, 44, 48) to become a rigid lens having a convex side and a concave side; and removing the rigid lens from between the convex member and concave member. obtaining a lens blank (42, 44, 48) comprising, in superposed relation, a linear polarizer layer laminated together with a plurality of polymeric layers (14, 16, 18), the linear polarizer layer having a polarization axis; heating and pressing the lens blank (42, 44, 48) between a convex member and a concave member at a first pressure; ramping the pressure sigmoidally from the first pressure to a higher pressure over a ramping time, wherein ramping from the first pressure to the higher pressure is performed according to a sigmoidal pressure profile; and maintaining the higher pressure for a time sufficient to allow the lens blank to conform to the shape of the convex member and concave member, wherein: the step of heating comprises heating the lens blank (42, 44, 48) to a forming temperature by pressing the lens blank (42, 44, 48) at the first pressure between the convex member and the concave member, the convex member and concave member both being at the forming temperature; the step of ramping the pressure to the higher pressure is performed while heating at the forming temperature; the step of maintaining the higher pressure is performed while heating at the forming temperature; and the method further comprises reducing the temperature to a reduced temperature while maintaining the higher pressure for allowing the lens blank (42, 44, 48) to become a rigid lens having a convex side and a concave side; and removing the rigid lens from between the convex member and concave member.
Battery module, comprising a plurality of batteries and a frame assembly; the frame assembly comprises two first splints, two second splints and a first strap; the two first splints are arranged at intervals in a first direction, the two second splints are arranged at intervals in a second direction, the two second splints are connected to the two first splints and together form an accommodating cavity accommodating the plurality of batteries, and the first strap surrounds outside of the two first splints and the two second splints; each first splint comprises a plurality of first connecting plates, and the plurality of first connecting plates are arranged side by side in the second direction; and in the second direction, one of two adjacent first connecting plates is provided with a first positioning groove, and the other is provided with a first positioning protrusion, and the two adjacent first connecting plates are spliced and connected through a clearance fitting between the first positioning groove and the corresponding first positioning protrusion. the frame assembly comprises two first splints, two second splints and a first strap; the two first splints are arranged at intervals in a first direction, the two second splints are arranged at intervals in a second direction, the two second splints are connected to the two first splints and together form an accommodating cavity accommodating the plurality of batteries, and the first strap surrounds outside of the two first splints and the two second splints; each first splint comprises a plurality of first connecting plates, and the plurality of first connecting plates are arranged side by side in the second direction; and in the second direction, one of two adjacent first connecting plates is provided with a first positioning groove, and the other is provided with a first positioning protrusion, and the two adjacent first connecting plates are spliced and connected through a clearance fitting between the first positioning groove and the corresponding first positioning protrusion.
A charging method comprising: activating a handshake communication between a terminal device and a power supply device through a universal serial bus, USB, interface when, within a preset time period, an output current of the power supply device is higher than or equal to a preset current threshold; determining to charge a battery of the terminal device in a quick charging mode upon transmission of an instruction indicating to activate the quick charging mode from the terminal device to the power supply device via the handshake communication; communicating with the power supply device through the USB interface to determine a charging voltage or a charging current of the quick charging mode; communicating with the power supply device through the USB interface to transmit information of a current voltage of the battery to the power supply device after the power supply device adjusts an output voltage or output current of the power supply device according to the charging voltage or the charging current of the charging mode and enters a constant current phase, so as to cause the power supply device to adjust the output current according to the current voltage of the battery, and charge the battery in the constant current phase. activating a handshake communication between a terminal device and a power supply device through a universal serial bus, USB, interface when, within a preset time period, an output current of the power supply device is higher than or equal to a preset current threshold; determining to charge a battery of the terminal device in a quick charging mode upon transmission of an instruction indicating to activate the quick charging mode from the terminal device to the power supply device via the handshake communication; communicating with the power supply device through the USB interface to determine a charging voltage or a charging current of the quick charging mode; communicating with the power supply device through the USB interface to transmit information of a current voltage of the battery to the power supply device after the power supply device adjusts an output voltage or output current of the power supply device according to the charging voltage or the charging current of the charging mode and enters a constant current phase, so as to cause the power supply device to adjust the output current according to the current voltage of the battery, and charge the battery in the constant current phase.
An openable current transformer intended to close over at least one electrical conductor in which circulates an electrical current to be measured, the current transformer including a magnetic circuit and an electrically conducting coil wound around the magnetic circuit and electrically insulated from the magnetic circuit, said coil comprising a single winding or several distinct windings coupled in series, said magnetic circuit comprising a set of wires of magnetic material, the wires being twisted together in the form of a strand to form a cable having uniform flexibility in all directions for the magnetic circuit.
A device for performing a mapping of an input message to an output message by a keyed cryptographic operation, wherein the keyed cryptographic operation includes a plurality of rounds, comprising: a memory; and a processor in communication with the memory, the processor being configured to: split data processed in a first round to produce a first output and a second output, wherein the first output equals the second output; process a first input by a second round to produce a third output, wherein the first input is based upon the first output; process a second input by the second round to produce a fourth output, wherein the second input is based upon the second output; process a third input by a third round to produce a first share using a first weight, wherein the third input is based upon the third output; process a fourth input by the third round to produce a second share using a second weight, wherein the first and second weights are complementary, wherein the fourth input is based upon the fourth output; combine the first share and the second share to produce a combined output; and process the combined output by a fourth round. a memory; and a processor in communication with the memory, the processor being configured to: split data processed in a first round to produce a first output and a second output, wherein the first output equals the second output; process a first input by a second round to produce a third output, wherein the first input is based upon the first output; process a second input by the second round to produce a fourth output, wherein the second input is based upon the second output; process a third input by a third round to produce a first share using a first weight, wherein the third input is based upon the third output; process a fourth input by the third round to produce a second share using a second weight, wherein the first and second weights are complementary, wherein the fourth input is based upon the fourth output; combine the first share and the second share to produce a combined output; and process the combined output by a fourth round. split data processed in a first round to produce a first output and a second output, wherein the first output equals the second output; process a first input by a second round to produce a third output, wherein the first input is based upon the first output; process a second input by the second round to produce a fourth output, wherein the second input is based upon the second output; process a third input by a third round to produce a first share using a first weight, wherein the third input is based upon the third output; process a fourth input by the third round to produce a second share using a second weight, wherein the first and second weights are complementary, wherein the fourth input is based upon the fourth output; combine the first share and the second share to produce a combined output; and process the combined output by a fourth round.
A rotor system, comprising: a flexural yoke; and a shear bearing configured to perform at least one of transmitting forces to the flexural yoke and receiving forces from the flexural yoke, wherein the shear bearing comprises: a four bar linkage comprising a first set of opposing links including a forward link and a rear link and a second set of opposing links including an upper link and a lower link, the forward link being connected to the upper link with a first pin and to the lower link with a second pin, the rear link being connected to the upper link with a third pin and the lower link with a fourth pin, the forward link being rotatable about the first pin and the second pin, the rear link being rotatable about the third pin and the fourth pin, the upper link being rotatable about the first pin and the third pin, and the lower link being rotatable about the second pin and the fourth pin; and a grip configured to retain the flexural yoke, the grip being connected to and positioned between the first set of opposing links (126, 128) of the four bar linkage. a flexural yoke; and a shear bearing configured to perform at least one of transmitting forces to the flexural yoke and receiving forces from the flexural yoke, wherein the shear bearing comprises: a four bar linkage comprising a first set of opposing links including a forward link and a rear link and a second set of opposing links including an upper link and a lower link, the forward link being connected to the upper link with a first pin and to the lower link with a second pin, the rear link being connected to the upper link with a third pin and the lower link with a fourth pin, the forward link being rotatable about the first pin and the second pin, the rear link being rotatable about the third pin and the fourth pin, the upper link being rotatable about the first pin and the third pin, and the lower link being rotatable about the second pin and the fourth pin; and a grip configured to retain the flexural yoke, the grip being connected to and positioned between the first set of opposing links (126, 128) of the four bar linkage. a four bar linkage comprising a first set of opposing links including a forward link and a rear link and a second set of opposing links including an upper link and a lower link, the forward link being connected to the upper link with a first pin and to the lower link with a second pin, the rear link being connected to the upper link with a third pin and the lower link with a fourth pin, the forward link being rotatable about the first pin and the second pin, the rear link being rotatable about the third pin and the fourth pin, the upper link being rotatable about the first pin and the third pin, and the lower link being rotatable about the second pin and the fourth pin; and a grip configured to retain the flexural yoke, the grip being connected to and positioned between the first set of opposing links (126, 128) of the four bar linkage.
Thawed human mesenchymal stem cells (MSCs) from Wharton's jelly for use in the treatment of sepsis, in particular of septic shock; said thawed human MSCs from Wharton's jelly being characterized in that: their expression level of CD44 is at least 20 % lower than the expression level of CD44 in fresh human MSCs from Wharton's jelly; or their level of CD90, CD73, CD105, CD146, or CD166 is at least 10 % lower than the level of CD90, CD73, CD105, CD146, or CD166, respectively, in fresh human MSCs from Wharton's jelly. their expression level of CD44 is at least 20 % lower than the expression level of CD44 in fresh human MSCs from Wharton's jelly; or their level of CD90, CD73, CD105, CD146, or CD166 is at least 10 % lower than the level of CD90, CD73, CD105, CD146, or CD166, respectively, in fresh human MSCs from Wharton's jelly.
A laser frequency stabilizing apparatus for stabilizing an oscillation frequency of laser light by causing pump light to resonate using a resonator including a pair of mirrors (123, 121a) disposed at opposed positions to generate the laser light, and varying a resonator length on the basis of a saturated absorption line included in an optical output signal, the optical output signal being obtained by irradiating an absorption cell with the laser light, the laser frequency stabilizing apparatus comprising: a light detecting section for detecting the optical output signal; a differential signal detecting section for detecting a differential signal of the optical light signal; an actuator for varying the resonator length; a drive section for driving the actuator; and a control section (30 for controlling the drive section on the basis of the differential signal, wherein the control section is adapted to determine a number of saturated absorption line groups and the number of saturated absorption lines in the saturation absorption line groups on the basis of an output of the differential signal, select a specific saturated absorption line on the basis of the number of determined saturated absorption line groups and the number of determined saturated absorption lines in the saturation absorption line groups, and stabilize the oscillation frequency of the laser light at the specific saturated absorption line. a light detecting section for detecting the optical output signal; a differential signal detecting section for detecting a differential signal of the optical light signal; an actuator for varying the resonator length; a drive section for driving the actuator; and a control section (30 for controlling the drive section on the basis of the differential signal, wherein the control section is adapted to determine a number of saturated absorption line groups and the number of saturated absorption lines in the saturation absorption line groups on the basis of an output of the differential signal, select a specific saturated absorption line on the basis of the number of determined saturated absorption line groups and the number of determined saturated absorption lines in the saturation absorption line groups, and stabilize the oscillation frequency of the laser light at the specific saturated absorption line.
A process chamber, comprising: a substrate support arranged to support a substrate; a plurality of cathodes coupled to a carrier and having a corresponding plurality of targets to be sputtered onto the substrate; and a process shield coupled to the carrier and extending between adjacent pairs of the plurality of targets, wherein the process shield is configured to move vertically and rotate with respect to the plurality of cathodes. a substrate support arranged to support a substrate; a plurality of cathodes coupled to a carrier and having a corresponding plurality of targets to be sputtered onto the substrate; and a process shield coupled to the carrier and extending between adjacent pairs of the plurality of targets, wherein the process shield is configured to move vertically and rotate with respect to the plurality of cathodes.
A process for the preparation of 1-(2-ethyl-butyl)-cyclohexanecarboxylic acid ester derivative of formula (I'): which comprises reacting cyclohexanecarboxylic acid ester derivative of formula: wherein R 1 is ethyl, propyl or isopropyl, with an alkylating agent, in the presence of a lithium secondary amide.
A datum part for manufacturing a stiffened panel comprising a base; and a pair of side stop blocks extending from the base and positioned towards the periphery of the base; wherein one of the side stop blocks is formed with a resilient spring, characterised in that the datum part further comprises a resilient clip comprising a flexible cantilever arm and a projection which is configured to engage a stringer to form a snap-fit joint.
A vehicle charging interface unit for connecting a battery unit of a vehicle to a charging cable, the charging interface unit comprising a connection device establishing electric connection between the charging interface unit and the battery unit and two or more connectors (5a, 5b, 5c) for connecting the charging cable to the charging interface unit, wherein the charging interface unit further comprises a mechanical blocking device, configured to allowing access to only one of the two or more connectors (5a, 5b, 5c) at the same time, characterised in that the two or more connectors (5a, 5b, 5c) are all connected in parallel, and each individual connector (5a, 5b, 5c) has a unique configuration being different from the configuration of the one or more other connectors (5a, 5b, 5c) and wherein the mechanical blocking device is constituted by a roll front door arranged in the charging interface unit, where the roll front door has an opening configured to allowing access to only one of the two or more connectors (5a, 5b, 5c).
Fitting, especially a connection or attachment piece, having at least one insert part forming an attachment and having a synthetic material casing injected around it, wherein the synthetic material casing and insert part consist of synthetic materials which cannot be welded to one another, characterised in that at least one sealing element made from a thermoplastic elastomer, preferably a sealing ring, is disposed between the insert part and synthetic material casing, which sealing ring is melted in an integrally bonded manner to the insert part and also to the synthetic material casing.
Molecules of the following structure R 1 -[O-CH 2 -CH 2] n -OH for use in the treatment of actinic keratosis, whereby R 1 is linear C 6 - C 15 - alkyl n is an integer from 7 to 11