mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving, by an echo cancelation component during a training window, a feedback signal corresponding to one of a plurality of downstream paths; receiving, by the echo cancelation component during the training window, a combination upstream signal comprising a combination of upstream signals from a plurality of upstream paths the method characterised by further comprising: creating, by the echo cancelation component during the training window, a plurality of echo corrected signals using the feedback signal, the combination upstream signal, and a plurality of echo cancelation coefficients that each respectively correspond to each one of the plurality of echo corrected signals and that are different from each other; and selecting to use a one of the plurality of echo cancelation coefficients that corresponds to a one of the plurality of echo corrected signals that provides a best echo cancelation performance as compared to other ones of the plurality of echo corrected signals. receiving, by an echo cancelation component during a training window, a feedback signal corresponding to one of a plurality of downstream paths; receiving, by the echo cancelation component during the training window, a combination upstream signal comprising a combination of upstream signals from a plurality of upstream paths the method characterised by further comprising: creating, by the echo cancelation component during the training window, a plurality of echo corrected signals using the feedback signal, the combination upstream signal, and a plurality of echo cancelation coefficients that each respectively correspond to each one of the plurality of echo corrected signals and that are different from each other; and selecting to use a one of the plurality of echo cancelation coefficients that corresponds to a one of the plurality of echo corrected signals that provides a best echo cancelation performance as compared to other ones of the plurality of echo corrected signals. creating, by the echo cancelation component during the training window, a plurality of echo corrected signals using the feedback signal, the combination upstream signal, and a plurality of echo cancelation coefficients that each respectively correspond to each one of the plurality of echo corrected signals and that are different from each other; and selecting to use a one of the plurality of echo cancelation coefficients that corresponds to a one of the plurality of echo corrected signals that provides a best echo cancelation performance as compared to other ones of the plurality of echo corrected signals.
A center-of-gravity offset detection method for a platform scale (S, S'), the method comprising the steps of: a. adjusting a center-of-gravity offset threshold value which is the minimum weight value of the load that is required for the center-of-gravity offset detection method to initiate the load center-of-gravity position measurement for the platform scale (S,S') comprising a weighing platform (P,P'); b. setting a valid region (V,V') for the weighing platform (P,P') as a percentage of length and/or width of the weighing platform (P,P'); c. calculating a weight value of a load (T, T') placed on a weighing platform (P, P') of a platform scale (S, S'); d. allowing the weighing platform (P, P') to reach a steady state; e. determining whether the weight value exceeds said center-of-gravity offset threshold value; f. calculating a position of a center-of-gravity of the load (T, T') on the weighing platform (P, P') using a load center-of-gravity position algorithm; g. determining whether the calculated position of the center-of-gravity of the load (T, T') is in the valid region (V, V') of the weighing platform (P, P'); h. displaying the weight value when the position of the center-of-gravity of the load (T, T') is within the valid region (V, V'); i. displaying the position of the center-of-gravity of the load (T, T') when the position of the center-of-gravity of the load (T,T') is outside the valid region (V, V'). a. adjusting a center-of-gravity offset threshold value which is the minimum weight value of the load that is required for the center-of-gravity offset detection method to initiate the load center-of-gravity position measurement for the platform scale (S,S') comprising a weighing platform (P,P'); b. setting a valid region (V,V') for the weighing platform (P,P') as a percentage of length and/or width of the weighing platform (P,P'); c. calculating a weight value of a load (T, T') placed on a weighing platform (P, P') of a platform scale (S, S'); d. allowing the weighing platform (P, P') to reach a steady state; e. determining whether the weight value exceeds said center-of-gravity offset threshold value; f. calculating a position of a center-of-gravity of the load (T, T') on the weighing platform (P, P') using a load center-of-gravity position algorithm; g. determining whether the calculated position of the center-of-gravity of the load (T, T') is in the valid region (V, V') of the weighing platform (P, P'); h. displaying the weight value when the position of the center-of-gravity of the load (T, T') is within the valid region (V, V'); i. displaying the position of the center-of-gravity of the load (T, T') when the position of the center-of-gravity of the load (T,T') is outside the valid region (V, V').
A light deflector comprising: a base; a mirror unit having a light reflection plane, wherein the mirror unit comprises a center of gravity (Mg) and a center in shape (MFc), the center in shape (MFc) of the mirror unit being a centroid of a planar shape obtained by projecting the mirror unit in a normal-line direction of the light reflection plane; a pair of elastic supporting members (8, 10) each having one end attached to the mirror unit and configured to support the mirror unit in a rotatable and oscillatable manner; and a pair of drive bars (12, 14) each having one end attached to the other end of corresponding one of the elastic supporting members (8, 10) and the other end attached to the base in a cantilever state, the pair of drive bars (12, 14) being configured to deform by application of voltage, wherein the mirror unit rotates and oscillates as deformation of the drive bars (12, 14) caused by application of voltage is transferred to the mirror unit through the elastic supporting members (8, 10), characterised in that the center of gravity (Mg) of the mirror unit is misaligned from the center in shape (MFc) of the mirror unit. a base; a mirror unit having a light reflection plane, wherein the mirror unit comprises a center of gravity (Mg) and a center in shape (MFc), the center in shape (MFc) of the mirror unit being a centroid of a planar shape obtained by projecting the mirror unit in a normal-line direction of the light reflection plane; a pair of elastic supporting members (8, 10) each having one end attached to the mirror unit and configured to support the mirror unit in a rotatable and oscillatable manner; and a pair of drive bars (12, 14) each having one end attached to the other end of corresponding one of the elastic supporting members (8, 10) and the other end attached to the base in a cantilever state, the pair of drive bars (12, 14) being configured to deform by application of voltage, wherein the mirror unit rotates and oscillates as deformation of the drive bars (12, 14) caused by application of voltage is transferred to the mirror unit through the elastic supporting members (8, 10), characterised in that the center of gravity (Mg) of the mirror unit is misaligned from the center in shape (MFc) of the mirror unit.
Bumper of a vehicle comprising at least a part made of an elastic material having a front-end portion incorporating at least one cell of marking fluid provided inside said part made of elastic material, the at least one cell of marking fluid having a direct outward aperture closed by closure means that can, under the effect of an applied pressure, free the aperture offering the marking fluid access to the outside of the cell through which it can flow and in that it also comprises fixing means intended for the fixing to said vehicle.
An apparatus, comprising: a label comprising: a back surface area; and a front surface area opposite the back surface area; wherein a portion of the back surface area of the label and an opposing portion of the front surface area of the label comprise a movable hanger, the movable hanger configured to move from a first position to a second position; wherein in the first position, the movable hanger is at least substantially aligned with a remainder portion of the back surface area and an opposing remainder portion of the front surface area, and wherein in the second position, the movable hanger is at least partially separated from the remainder portion of the back surface area and the opposing remainder portion of the front surface area; wherein the remainder portion of the back surface area of the label is configured to adhere to an outer sidewall of a vial; and wherein the movable hanger is reinforced with extra, supportive material to resist breaking and to provide increased support for the vial. a back surface area; and a front surface area opposite the back surface area; wherein a portion of the back surface area of the label and an opposing portion of the front surface area of the label comprise a movable hanger, the movable hanger configured to move from a first position to a second position; wherein in the first position, the movable hanger is at least substantially aligned with a remainder portion of the back surface area and an opposing remainder portion of the front surface area, and wherein in the second position, the movable hanger is at least partially separated from the remainder portion of the back surface area and the opposing remainder portion of the front surface area; wherein the remainder portion of the back surface area of the label is configured to adhere to an outer sidewall of a vial; and wherein the movable hanger is reinforced with extra, supportive material to resist breaking and to provide increased support for the vial. wherein a portion of the back surface area of the label and an opposing portion of the front surface area of the label comprise a movable hanger, the movable hanger configured to move from a first position to a second position; wherein in the first position, the movable hanger is at least substantially aligned with a remainder portion of the back surface area and an opposing remainder portion of the front surface area, and wherein in the second position, the movable hanger is at least partially separated from the remainder portion of the back surface area and the opposing remainder portion of the front surface area; wherein the remainder portion of the back surface area of the label is configured to adhere to an outer sidewall of a vial; and wherein the movable hanger is reinforced with extra, supportive material to resist breaking and to provide increased support for the vial.
An apparatus which can be placed at a processing station for documents to be processed and which is suitable for interchanging already processed documents for as yet unprocessed documents at the processing station, with the apparatus comprising a first holding position for holding a first processed document and a second holding position for holding a second unprocessed document, with the apparatus also comprising means for inserting the first document into the first holding position and means for removing the second document from the second holding position, with the inserting of the first document into the first holding position being effected synchronously with the removing of the second document from the second holding position, wherein the apparatus for interchanging comprises opposite the first and the second holding position at least one axis of symmetry and can be rotated about the axis of symmetry such that the first holding position and the second holding position are transposed by the rotation.
An auxiliary wire feeder, having a pushing device for advancing welding wire, a control device for controlling the pushing device, characterized in that the auxiliary wire feeder comprises an electric contact adapted for being in electrical connection with the welding wire, the electric contact being connected to the control device for supplying a control signal to the control device.
A silane of the formula, in which Z is an amidine or guanidine group bonded via a nitrogen atom, A is a divalent aliphatic or cycloaliphatic or arylaliphatic hydrocarbon radical having 2 to 20 C atoms, which optionally comprises ether-oxygen or secondary or tertiary amine-nitrogen, e is 0 or 1, f is 0 or 1 or 2, and g is an integer from 1 to 4, and the sum (e+f+g) is an integer from 1 to 4, R 6 either is an alkoxy radical having 1 to 12 C atoms which optionally contains ether-oxygen, or is a ketoximato radical having 1 to 13 C atoms, R 7 is a monovalent hydrocarbon radical having 1 to 12 C atoms, and Y is a monovalent hydrocarbon radical having 1 to 20 C atoms which optionally has a terminal mercapto group, epoxide group, (meth)acryloyl group, amidine group, guanidine group, urethane group or urea group or has a terminal amino group of the formula -NHR 8, and which optionally contains ether-oxygen or secondary amine-nitrogen, where R 8 is a hydrogen radical or an alkyl or cycloalkyl or aralkyl radical having 1 to 8 C atoms or is a radical where the silane of the formula contains no nitrogen atom which is bonded directly to an aromatic ring or is part of a heteroaromatic ring system. Z is an amidine or guanidine group bonded via a nitrogen atom, A is a divalent aliphatic or cycloaliphatic or arylaliphatic hydrocarbon radical having 2 to 20 C atoms, which optionally comprises ether-oxygen or secondary or tertiary amine-nitrogen, e is 0 or 1, f is 0 or 1 or 2, and g is an integer from 1 to 4, and the sum (e+f+g) is an integer from 1 to 4, R 6 either is an alkoxy radical having 1 to 12 C atoms which optionally contains ether-oxygen, or is a ketoximato radical having 1 to 13 C atoms, R 7 is a monovalent hydrocarbon radical having 1 to 12 C atoms, and Y is a monovalent hydrocarbon radical having 1 to 20 C atoms which optionally has a terminal mercapto group, epoxide group, (meth)acryloyl group, amidine group, guanidine group, urethane group or urea group or has a terminal amino group of the formula -NHR 8, and which optionally contains ether-oxygen or secondary amine-nitrogen, where R 8 is a hydrogen radical or an alkyl or cycloalkyl or aralkyl radical having 1 to 8 C atoms or is a radical where the silane of the formula contains no nitrogen atom which is bonded directly to an aromatic ring or is part of a heteroaromatic ring system.
A welding system comprising: a main conveyor configured to convey a battery palette on which a battery module assembly is mounted; at least two auxiliary conveyors disposed in parallel with the main conveyor; a loading-unloading module configured to transfer the battery palette to the auxiliary conveyor and/or transfer the battery palette from the auxiliary conveyor to the main conveyor; clamping jigs on which the battery palettes are seated whereby a welding process can be performed on the auxiliary conveyors; and at least two welding robots configured to weld the battery module assemblies seated on the at least two auxiliary conveyors. a main conveyor configured to convey a battery palette on which a battery module assembly is mounted; at least two auxiliary conveyors disposed in parallel with the main conveyor; a loading-unloading module configured to transfer the battery palette to the auxiliary conveyor and/or transfer the battery palette from the auxiliary conveyor to the main conveyor; clamping jigs on which the battery palettes are seated whereby a welding process can be performed on the auxiliary conveyors; and at least two welding robots configured to weld the battery module assemblies seated on the at least two auxiliary conveyors.
A method of reducing the amount of one or more solutes in an aqueous mixture to produce a liquid with an altered ratio of the concentration of one or more solutes relative to the concentration of one or more other solutes; the method comprising: (a) contacting a first face of a graphene oxide laminate membrane with the aqueous mixture comprising the solutes; and (b) recovering the liquid having the altered concentration ratio from or downstream from a second face of the membrane; wherein the graphene oxide laminate membrane has a thickness greater than 100 nm and wherein the graphene oxide flakes of which the laminate is comprised have an average oxygen:carbon weight ratio in the range of from 0.3:1.0 to 0.4:1.0. (a) contacting a first face of a graphene oxide laminate membrane with the aqueous mixture comprising the solutes; and (b) recovering the liquid having the altered concentration ratio from or downstream from a second face of the membrane;
A prodrug compound of formula or xyloglucan - β - O - R D xyloglucan - β - O - L SI - R D wherein β - O represents a β -O-glycosidic bond, R D is a drug moiety and L SI is a self-immolative linker moiety, or a pharmaceutically acceptable salt or solvate thereof, wherein cleavage of the β -O-glycosidic bond connecting the xyloglucan to R D or L SI results in formation of a drug from the drug moiety. wherein β - O represents a β -O-glycosidic bond, R D is a drug moiety and L SI is a self-immolative linker moiety, or a pharmaceutically acceptable salt or solvate thereof, wherein cleavage of the β -O-glycosidic bond connecting the xyloglucan to R D or L SI results in formation of a drug from the drug moiety.
A light-emitting device comprising: a source of electromagnetic radiation in the blue portion of the spectrum; and either a) a plurality of polymer beads each comprising a central core portion surrounded by a shell portion comprising an optically-transparent resin and a plurality of K 2 SiF 6:Mn 4+ phosphor particles embedded in the shell portion resin and further comprising a plurality of quantum dots in the core portion; or b) a plurality of polymer beads each comprising a central core portion comprising an optically-transparent resin surrounded by a shell portion and a plurality of KSF phosphor particles embedded in the core portion resin, optionally further comprising a plurality of quantum dots in the shell portion; wherein the plurality of KSF phosphor particles and the plurality of quantum dots are each optically coupled to the source of electromagnetic radiation. a source of electromagnetic radiation in the blue portion of the spectrum; and either a) a plurality of polymer beads each comprising a central core portion surrounded by a shell portion comprising an optically-transparent resin and a plurality of K 2 SiF 6:Mn 4+ phosphor particles embedded in the shell portion resin and further comprising a plurality of quantum dots in the core portion; or b) a plurality of polymer beads each comprising a central core portion comprising an optically-transparent resin surrounded by a shell portion and a plurality of KSF phosphor particles embedded in the core portion resin, optionally further comprising a plurality of quantum dots in the shell portion; a) a plurality of polymer beads each comprising a central core portion surrounded by a shell portion comprising an optically-transparent resin and a plurality of K 2 SiF 6:Mn 4+ phosphor particles embedded in the shell portion resin and further comprising a plurality of quantum dots in the core portion; or b) a plurality of polymer beads each comprising a central core portion comprising an optically-transparent resin surrounded by a shell portion and a plurality of KSF phosphor particles embedded in the core portion resin, optionally further comprising a plurality of quantum dots in the shell portion; wherein the plurality of KSF phosphor particles and the plurality of quantum dots are each optically coupled to the source of electromagnetic radiation.
A polymeric flow body assembly comprising: a flow conduit configured to allow fluid flow therethrough, the flow conduit including a flow measurement aperture; a first coil mounted with respect to the flow conduit and disposed about a first magnetic pole member; a second coil mounted with respect to the flow conduit and disposed about a second magnetic pole member, wherein the second magnetic pole member is configured to cooperate with the first magnetic pole member to generate an electromagnetic field across the flow measurement aperture; first and second electrodes positioned within the flow body assembly to measure an electromotive force generated within a fluid in the flow measurement aperture; and wherein at least one of the first magnetic pole member, second magnetic pole member, first electrode and second electrode is formed, at least in part, of a polymer; and wherein each of the first and second magnetic pole members are formed of a magnetically compliant material embedded within a polymer, wherein each of the first electrode and second electrode includes a surface that conforms to and forms a part of the measurement aperture; and wherein each of the first magnetic pole member and second magnetic pole member includes a surface that conforms to and forms a part of the measurement aperture. a flow conduit configured to allow fluid flow therethrough, the flow conduit including a flow measurement aperture; a first coil mounted with respect to the flow conduit and disposed about a first magnetic pole member; a second coil mounted with respect to the flow conduit and disposed about a second magnetic pole member, wherein the second magnetic pole member is configured to cooperate with the first magnetic pole member to generate an electromagnetic field across the flow measurement aperture; first and second electrodes positioned within the flow body assembly to measure an electromotive force generated within a fluid in the flow measurement aperture; and wherein at least one of the first magnetic pole member, second magnetic pole member, first electrode and second electrode is formed, at least in part, of a polymer; and wherein each of the first and second magnetic pole members are formed of a magnetically compliant material embedded within a polymer, wherein each of the first electrode and second electrode includes a surface that conforms to and forms a part of the measurement aperture; and wherein each of the first magnetic pole member and second magnetic pole member includes a surface that conforms to and forms a part of the measurement aperture.
An actuator arrangement installable in a wing, comprising a carrier element (16, 120) which is translatable along a first fixed axis and angularly moveable about said first fixed axis relative to a structure (12, 110) of said wing, an actuator arm (24, 118) pivotally mounted to the carrier element (16, 120), and a support arm (30, 122) pivotally mountable to said wing structure (12, 110) and characterised in that the pivotal mounting of said support arm (30, 122) to said wing structure (12, 110) is about a second, fixed pivot axis, wherein the first and second fixed axes (20, 36) are not perpendicular to one another.