mhurhangee/ep-ind-claims huggingface dataset:
Method for cooling an electrical aircraft propulsion system, comprising the steps of: - decreasing the temperature of a portion of a coolant below an operating temperature, acting this portion of the coolant as a thermal buffer, and - maintaining the rest of the coolant at said operation temperature, characterized in that the decreasing the temperature of a portion of a coolant below an operating temperature is made before the taking-off of the aircraft, and this portion of the coolant acts as a thermal buffer during the taking-off of the aircraft. - decreasing the temperature of a portion of a coolant below an operating temperature, acting this portion of the coolant as a thermal buffer, and - maintaining the rest of the coolant at said operation temperature,
A method for monitoring a quality of sample preparation workflows of an analytical tissue section for mass spectrometric imaging, comprising: - providing a sample support suitable for mass spectrometric imaging; - depositing the analytical tissue section and a control sample on the sample support, wherein the control sample encompasses tissue which is substantially homogeneous; - jointly preparing the analytical tissue section and the control sample for analysis under predetermined conditions; - acquiring mass spectra from the control sample and acquiring spatially resolved mass spectra from the analytical tissue section in a same measurement run; - subjecting the mass spectra of the control sample to multivariate feature analysis; - ascertaining if a result of the multivariate feature analysis fits into a range of outcomes established by subjecting a set of reference control mass spectra, which are obtained from control samples of a same type that have been prepared under the same predetermined conditions, to the same multivariate feature analysis, resulting in a quality score on a binary scale which tells "trustworthy" (good quality) from "untrustworthy" (bad quality) or a more detailed scale for the trustworthiness, or resulting in a continuous quality score; and - tagging a mass spectrometric image produced from the spatially resolved mass spectra of the analytical tissue section with the quality score. - providing a sample support suitable for mass spectrometric imaging; - depositing the analytical tissue section and a control sample on the sample support, wherein the control sample encompasses tissue which is substantially homogeneous; - jointly preparing the analytical tissue section and the control sample for analysis under predetermined conditions; - acquiring mass spectra from the control sample and acquiring spatially resolved mass spectra from the analytical tissue section in a same measurement run; - subjecting the mass spectra of the control sample to multivariate feature analysis; - ascertaining if a result of the multivariate feature analysis fits into a range of outcomes established by subjecting a set of reference control mass spectra, which are obtained from control samples of a same type that have been prepared under the same predetermined conditions, to the same multivariate feature analysis, resulting in a quality score on a binary scale which tells "trustworthy" (good quality) from "untrustworthy" (bad quality) or a more detailed scale for the trustworthiness, or resulting in a continuous quality score; and - tagging a mass spectrometric image produced from the spatially resolved mass spectra of the analytical tissue section with the quality score.
A compound of the formula and/or a pharmaceutically acceptable salt and/or solvate thereof, wherein, R 1 is methyl, ethyl or hydroxymethyl; R 2 is phenyl, which is unsubstituted or substituted in meta and/or para positions by 1 or 2 substituents independently selected from D, F or methoxy for the meta position and from D, F, C 1 -C 5 -alkoxy, hydroxy-C 2 -C 4 -alkoxy or C 1 -C 2 -alkoxy-C 2 -C 4 -alkoxy for the para position, or pyridyl, which is unsubstituted or substituted in meta and/or para positions by 1 or 2 substituents independently selected from D, F or methoxy for the meta position and from D, F, C 1 -C 5 -alkoxy, hydroxy-C 2 -C 4 -alkoxy or C 1 -C 2 -alkoxy-C 2 -C 4 -alkoxy for the para position, or a 5 membered monocyclic heteroaryl, containing 2 to 3 heteroatoms selected from N, O or S, which is unsubstituted or substituted by 1 to 2 substituents independently selected from D or F; and R 3 is H or methyl. R 1 is methyl, ethyl or hydroxymethyl; R 2 is phenyl, which is unsubstituted or substituted in meta and/or para positions by 1 or 2 substituents independently selected from D, F or methoxy for the meta position and from D, F, C 1 -C 5 -alkoxy, hydroxy-C 2 -C 4 -alkoxy or C 1 -C 2 -alkoxy-C 2 -C 4 -alkoxy for the para position, or pyridyl, which is unsubstituted or substituted in meta and/or para positions by 1 or 2 substituents independently selected from D, F or methoxy for the meta position and from D, F, C 1 -C 5 -alkoxy, hydroxy-C 2 -C 4 -alkoxy or C 1 -C 2 -alkoxy-C 2 -C 4 -alkoxy for the para position, or a 5 membered monocyclic heteroaryl, containing 2 to 3 heteroatoms selected from N, O or S, which is unsubstituted or substituted by 1 to 2 substituents independently selected from D or F; and R 3 is H or methyl.
A composition comprising: (a) one or more first nucleic acid molecules, wherein each first nucleic acid molecule is circular and comprises, in a 5' to 3' orientation, a first restriction site RA 0, any DNA segment selected from the group D 0, an annealable linker sequence LBo, and a second restriction site RBo; (b) one or more intermediate nucleic acid molecules, wherein each intermediate nucleic acid molecule n is circular and comprises, in a 5' to 3' orientation, a first restriction site RA n, a first annealable linker sequence LA n, any DNA segment selected from the group D n, a second annealable linker sequence LB n, and a second restriction site RB n, and wherein n represents an integer from one to the number of intermediate nucleic acid molecules; and (c) one or more last nucleic acid molecules, wherein each last nucleic acid molecule is circular and comprises, in a 5' to 3' orientation, a first restriction site RA m, an annealable linker sequence LA m, any DNA segment selected from the group D m, a second restriction site RB m, wherein m represents an integer one greater than the number of intermediate nucleic acid molecules; whereupon cleavage of restriction sites RA 0 through RB m and denaturation of the resulting linear nucleic acid molecules, each annealable linker sequence LB (p-1) is capable of hybridizing to the complement of annealable linker sequence LA p, wherein n is an integer that varies from 1 to (m-1), wherein p represents an integer from 1 to m, and wherein each group D 0,...D n,...D m, independently consists of one or more DNA segments. (a) one or more first nucleic acid molecules, wherein each first nucleic acid molecule is circular and comprises, in a 5' to 3' orientation, a first restriction site RA 0, any DNA segment selected from the group D 0, an annealable linker sequence LBo, and a second restriction site RBo; (b) one or more intermediate nucleic acid molecules, wherein each intermediate nucleic acid molecule n is circular and comprises, in a 5' to 3' orientation, a first restriction site RA n, a first annealable linker sequence LA n, any DNA segment selected from the group D n, a second annealable linker sequence LB n, and a second restriction site RB n, and wherein n represents an integer from one to the number of intermediate nucleic acid molecules; and (c) one or more last nucleic acid molecules, wherein each last nucleic acid molecule is circular and comprises, in a 5' to 3' orientation, a first restriction site RA m, an annealable linker sequence LA m, any DNA segment selected from the group D m, a second restriction site RB m, wherein m represents an integer one greater than the number of intermediate nucleic acid molecules;
A battery module, comprising: - a housing; and - a plurality of battery cells disposed in the housing, wherein each of the plurality of battery cells comprises a positive terminal, a negative terminal, an overcharge protection assembly, and a casing comprising an electrically conductive material; wherein the overcharge protection assembly comprises a vent, a first spring component, a second spring component, and an insulative component, wherein the first spring component is electrically coupled to the positive terminal, the second spring component is electrically coupled to the negative terminal, the insulative component is disposed between the first spring component and a conductive piece and between the second spring component and the conductive piece, and the vent is configured to drive the insulative component from between the first spring component and the conductive piece and drive the insulative component from between the second spring component and the conductive piece, such that the first spring component and the second spring component each electrically contact the conductive piece, when a pressure in the casing exceeds a threshold value. - a housing; and - a plurality of battery cells disposed in the housing, wherein each of the plurality of battery cells comprises a positive terminal, a negative terminal, an overcharge protection assembly, and a casing comprising an electrically conductive material;
Garment care device comprising a mobile unit comprising a first steam generator, a base comprising a water tank, a cord for connecting the base and the mobile unit, wherein the base further comprises: - a water circuit for carrying water from said water tank to said first steam generator via said cord, - a compartment being fluidly arranged along said water circuit allowing water to pass though said compartment, characterized in that said compartment contains a chemical compound soluble in water and adapted to reduce the deposition of scale in said water circuit downstream of said compartment. - a water circuit for carrying water from said water tank to said first steam generator via said cord, - a compartment being fluidly arranged along said water circuit allowing water to pass though said compartment, characterized in that said compartment contains a chemical compound soluble in water and adapted to reduce the deposition of scale in said water circuit downstream of said compartment.
A display assembly for a head worn display device, comprising: a waveguide stack comprising at least one set of waveguides, each set of the at least one set of waveguides comprising a first waveguide with a first field of view and a second waveguide with a second field of view, the waveguide stack comprising a combined field of view generated by at least partially overlapping the first field of view of the first waveguide and the second field of view of the second waveguide; a first collimator configured to direct illumination through the waveguide stack, the first collimator rotated a first collimator offset angle to offset the combined field of view of the waveguide stack in a first direction along a vertical axis; and a second collimator configured to direct illumination through the waveguide stack, the second collimator rotated a second collimator offset angle to offset the combined field of view of the waveguide stack in a second direction along the vertical axis, wherein offsetting the combined field of view of the waveguide stack in the first direction along the vertical axis and the second direction along the vertical axis merges a pupil of the first collimator and a pupil of the second collimator and generates a seamless total field of view for the display assembly. a waveguide stack comprising at least one set of waveguides, each set of the at least one set of waveguides comprising a first waveguide with a first field of view and a second waveguide with a second field of view, the waveguide stack comprising a combined field of view generated by at least partially overlapping the first field of view of the first waveguide and the second field of view of the second waveguide; a first collimator configured to direct illumination through the waveguide stack, the first collimator rotated a first collimator offset angle to offset the combined field of view of the waveguide stack in a first direction along a vertical axis; and a second collimator configured to direct illumination through the waveguide stack, the second collimator rotated a second collimator offset angle to offset the combined field of view of the waveguide stack in a second direction along the vertical axis, wherein offsetting the combined field of view of the waveguide stack in the first direction along the vertical axis and the second direction along the vertical axis merges a pupil of the first collimator and a pupil of the second collimator and generates a seamless total field of view for the display assembly.
A foldable cot, comprising a bottom portion and a stretchable side wall extending from the bottom portion upwardly to an upper edge of the side wall, further comprising a frame movable from a folded state wherein the upper edge of the side wall is close to the bottom portion, and an unfolded state wherein the side wall is stretched such that the upper edge of the side wall is remote from the bottom portion, the frame including a side wall frame element and a frame arm extending along the side wall of the foldable cot, the frame arm being pivotably attached to the side wall frame element and having a bottom end that exerts, in the unfolded state, a force on the bottom portion of the cot, away from the side wall frame element, the foldable cot also comprising an adapter mounted to the side wall frame element for connecting the foldable cot to a bearing frame of a buggy, the adapter having a rotatable element that is rotatably attached to the side wall frame element, the adapter further having connecting means fixedly attached to the rotatable element for connecting to a portion of said bearing frame of a buggy, the adapter also having an engaging element fixedly attached to the rotatable element and extending from the side wall beyond the frame arm such that upon pivoting the bottom end of the frame arm towards the bottom portion so as to bring the frame in the unfolded state, the frame arm engages the engaging element inducing the rotatable element and the connecting means to swivel relative to the side wall frame element of the frame.
A method for allocating SRS (Sounding Reference Signal) resources in a LTE (Long Term Evolution) system, comprising: a system side setting different SRS transmission periods to correspond to different cycle shifts; during a process of allocating SRS resources for user equipment, setting the cycle shift adopted by the UE according to the SRS transmission period adopted by the UE; and after setting the cycle shift, determining resources on an SRS odd tree or on an SRS even tree allocated for the UE according to frequency hopping information of the UE within an SRS frequency band resource range of a cell where the UE is located; wherein the frequency hopping information of the UE being for indicating whether the UE is a full-frequency hopping UE or a partial-frequency hopping UE, or a non-frequency hopping UE; wherein the SRS odd tree refers to SRS frequency band resources with subcarrier numbers being odd; the SRS even tree refers to SRS frequency band resources with subcarrier numbers being even; the full-frequency hopping means that the UE performs frequency hopping within the SRS frequency band resource range of the cell where the UE is located; the partial-frequency hopping means that the UE only performs frequency hopping within part of the SRS frequency band resource range of the cell where the UE is located; the non-frequency hopping means that a SRS frequency band resource position in each transmission of the UE does not change, a system side setting different SRS transmission periods to correspond to different cycle shifts; during a process of allocating SRS resources for user equipment, setting the cycle shift adopted by the UE according to the SRS transmission period adopted by the UE; and after setting the cycle shift, determining resources on an SRS odd tree or on an SRS even tree allocated for the UE according to frequency hopping information of the UE within an SRS frequency band resource range of a cell where the UE is located; wherein the frequency hopping information of the UE being for indicating whether the UE is a full-frequency hopping UE or a partial-frequency hopping UE, or a non-frequency hopping UE; wherein the SRS odd tree refers to SRS frequency band resources with subcarrier numbers being odd; the SRS even tree refers to SRS frequency band resources with subcarrier numbers being even; the full-frequency hopping means that the UE performs frequency hopping within the SRS frequency band resource range of the cell where the UE is located; the partial-frequency hopping means that the UE only performs frequency hopping within part of the SRS frequency band resource range of the cell where the UE is located; the non-frequency hopping means that a SRS frequency band resource position in each transmission of the UE does not change,
Set of parts of a front light module of an agricultural vehicle, in particular a tractor, comprising a left light module, a right light module and an intermediate module (8, 8') comprising a left connection area shaped complementarily to the left light module and a right connection area shaped complementarily to the right light module for placement adjacent to the left and right light modules (6, 7), characterised in that the intermediate module (8', 8) is interchangeable and is selected from an assortment of intermediate modules having respective different distances (d, d') between the connection regions (25, 26).
A polypeptide having at least polymerase activity and 5'-3' exonuclease activity, the polypeptide comprising a 5'-3' exonuclease domain linked to a heterologous polymerase that does not naturally have 5'-3' exonuclease activity, wherein the polypeptide lacks a uracil-sensing domain, the heterologous polymerase is a family B polymerase and the 5'-3' exonuclease domain is a flap endonuclease 5'-3' exonuclease.
Disc brake for vehicles, in particular for commercial vehicles, with brake shoes which are arranged on both sides of a brake disc and have brake pads, with an application device for applying one of the brake shoes, and with a brake calliper for transferring the application force to the brake shoe on the other side, i.e. the reaction side, of the brake disc, characterised in that the brake calliper of the disc brake has a calliper frame which is made from a formed hollow profile.
A suspension for a receiver in a hearing device, the suspension comprising: - a receiver holding part forming a receiver compartment, and - a damping structure with a body and a receiver base, the body comprising a first body part, the damping structure having an inner surface forming a sound duct in the damping structure, the sound duct extending through the first body part, the damping structure having a first opening at a first sound duct end, the first opening configured for connecting an output port of the receiver to the sound duct, the damping structure having a second opening at a second sound duct end, the sound duct providing a sound path for conveying sound energy from the receiver through the damping structure to the second opening, the first body part extending from the receiver base, wherein the damping structure comprises at least a first damping element extending separate from and in parallel to the first body part, characterised in that the first damping element extends from the receiver base to the body forming a gap between the first damping element and the first body part; wherein the first damping element, in a first cross section, perpendicular to a first longitudinal axis (X 1) of a first sound duct part in the first body part, covers an area of less than 10% of an area of the receiver base; wherein a first outer surface of the first body part in a cross section perpendicular to the sound duct is non-circular; and wherein the damping structure comprises a mounting element at the second opening for mounting the suspension to a structural frame of a hearing device. - a receiver holding part forming a receiver compartment, and - a damping structure with a body and a receiver base, the body comprising a first body part, the damping structure having an inner surface forming a sound duct in the damping structure, the sound duct extending through the first body part, the damping structure having a first opening at a first sound duct end, the first opening configured for connecting an output port of the receiver to the sound duct, the damping structure having a second opening at a second sound duct end, the sound duct providing a sound path for conveying sound energy from the receiver through the damping structure to the second opening, the first body part extending from the receiver base, wherein the damping structure comprises at least a first damping element extending separate from and in parallel to the first body part,
An image encoding method for performing encoding processing of a picture, the image encoding method comprising: encoding, into a bitstream: a dependent slice enabling flag indicating whether or not a dependent slice is enabled for the picture, wherein the dependent slice is a slice on which the encoding processing is performed by partially using control information included in a header of a slice different from the dependent slice, a slice address indicating a starting position of a current slice of the picture, and a dependency indication indicating whether or not the current slice is the dependent slice; wherein the dependent slice enabling flag is disposed in a parameter set common to all slices of the picture, the slice address is disposed in a slice header of the current slice, and the dependency indication is disposed in the slice header of the current slice before the slice address and after a syntax element identifying the parameter set. encoding, into a bitstream: a dependent slice enabling flag indicating whether or not a dependent slice is enabled for the picture, wherein the dependent slice is a slice on which the encoding processing is performed by partially using control information included in a header of a slice different from the dependent slice, a slice address indicating a starting position of a current slice of the picture, and a dependency indication indicating whether or not the current slice is the dependent slice; a dependent slice enabling flag indicating whether or not a dependent slice is enabled for the picture, wherein the dependent slice is a slice on which the encoding processing is performed by partially using control information included in a header of a slice different from the dependent slice, a slice address indicating a starting position of a current slice of the picture, and a dependency indication indicating whether or not the current slice is the dependent slice; wherein the dependent slice enabling flag is disposed in a parameter set common to all slices of the picture, the slice address is disposed in a slice header of the current slice, and the dependency indication is disposed in the slice header of the current slice before the slice address and after a syntax element identifying the parameter set.
A method for ultrasonic-sealing in which a plurality of seal portions are formed in a continuous web at an interval in a direction of transporting the continuous web, the forming being performed by repeatedly executing ultrasonic-sealing processing on a continuous web that is being transported, the continuous web being for an absorbent article, the ultrasonic-sealing processing comprising: a clamping step of clamping the continuous web with an ultrasonic horn and an anvil; a seal-portion forming step of forming the seal portions in the continuous web by vibration of the ultrasonic horn due to receiving an ultrasonic wave generated by an ultrasonic wave generator; and an unclamping step of unclamping the continuous web after the ultrasonic wave generator has stopped generating the ultrasonic wave and furthermore residual vibration remaining in the ultrasonic horn has stopped