mhurhangee/ep-ind-claims huggingface dataset:
System for stabilizing a supply voltage (U bat) of an onboard electrical network of a motor vehicle, of the type limiting a variation in the voltage of a battery supplying power to said network at the moment of activation of an electrical apparatus of said vehicle which is connected to said network, comprising: - a variable resistor that is variable as a function of said voltage variation connected in series with said battery and said apparatus; - a constant resistor in parallel with said variable resistor, characterized in that said variable resistor is controlled by a main current loop as a function of a reference current (I ref) generated by a voltage loop as a function of said voltage variation with respect to a reference voltage (U ref). - a variable resistor that is variable as a function of said voltage variation connected in series with said battery and said apparatus; - a constant resistor in parallel with said variable resistor, characterized in that said variable resistor is controlled by a main current loop as a function of a reference current (I ref) generated by a voltage loop as a function of said voltage variation with respect to a reference voltage (U ref).
A method to apply a first epoxy adhesive composition and second epoxy adhesive composition to a substrate comprising the steps of: 1) applying the first epoxy adhesive composition to a substrate wherein the composition comprises in admixture: A) one or more epoxy resin wherein said one or more epoxy resin is a liquid at 23°C, B) one or more reactive urethane group- and/or urea group-containing polymer having capped isocyanate, C) an epoxy curing catalyst, and D) a dicyandiamide and 2) applying the second epoxy adhesive composition to the substrate wherein the second epoxy adhesive composition comprises in admixture: A) one or more epoxy resin wherein said one or more epoxy resin is a liquid at 23°C, B) one or more reactive urethane group- and/or urea group-containing polymer having capped isocyanate, C) an epoxy curing catalyst, D) dicyandiamide, and E) a hardener, wherein both epoxy adhesive compositions have a lap shear strength according to DIN EN 1465:2009-07 of equal to or greater than 15 MPa after curing for 25 minutes at 165°C both measured on the combination of hot dip galvanized steel DX56D 0.8 mm thick and electro galvanized steel DC 04 in a thickness of 0.8 mm (DIN EN 10346:2015-10). 1) applying the first epoxy adhesive composition to a substrate wherein the composition comprises in admixture: A) one or more epoxy resin wherein said one or more epoxy resin is a liquid at 23°C, B) one or more reactive urethane group- and/or urea group-containing polymer having capped isocyanate, C) an epoxy curing catalyst, and D) a dicyandiamide and A) one or more epoxy resin wherein said one or more epoxy resin is a liquid at 23°C, B) one or more reactive urethane group- and/or urea group-containing polymer having capped isocyanate, C) an epoxy curing catalyst, and D) a dicyandiamide and 2) applying the second epoxy adhesive composition to the substrate wherein the second epoxy adhesive composition comprises in admixture: A) one or more epoxy resin wherein said one or more epoxy resin is a liquid at 23°C, B) one or more reactive urethane group- and/or urea group-containing polymer having capped isocyanate, C) an epoxy curing catalyst, D) dicyandiamide, and E) a hardener, A) one or more epoxy resin wherein said one or more epoxy resin is a liquid at 23°C, B) one or more reactive urethane group- and/or urea group-containing polymer having capped isocyanate, C) an epoxy curing catalyst, D) dicyandiamide, and E) a hardener,
A method of extracting mechanical activation of the left ventricle (1_LV) from a sequence of contrasted X-ray fluoroscopy images, said method comprising the steps of: - processing the image sequence to perform segmentation of the coronary veins (1_CS); - annotating branches of the segmented coronary veins; - tracking the positions of the annotations (L1,..., L6) throughout the fluoroscopy image sequence; - computing the principle components of the motion of the annotations (L1,..., L6) from the tracked positions; - projecting the motion of the annotations (L1,..., L6) to the axis corresponding to a first principle component to generate motion curves for each annotation; - identifying a primary motion curve associated with a main vein of the coronary sinus from the motion curves; and - identifying minima (M, M late) in the motion curves (C, C late) and measuring the relative delay (Δ) between minima (M, M late) to identify a latest activating region of the left ventricle (1_LV), wherein the delay (Δ) of a motion curve minimum (M late) is measured relative to the corresponding minimum of the primary motion curve. - processing the image sequence to perform segmentation of the coronary veins (1_CS); - annotating branches of the segmented coronary veins; - tracking the positions of the annotations (L1,..., L6) throughout the fluoroscopy image sequence; - computing the principle components of the motion of the annotations (L1,..., L6) from the tracked positions; - projecting the motion of the annotations (L1,..., L6) to the axis corresponding to a first principle component to generate motion curves for each annotation; - identifying a primary motion curve associated with a main vein of the coronary sinus from the motion curves; and - identifying minima (M, M late) in the motion curves (C, C late) and measuring the relative delay (Δ) between minima (M, M late) to identify a latest activating region of the left ventricle (1_LV),
A method performed by a consistency checker for finding inconsistencies of data posts stored in a data repository, the consistency checker having access to a number of inconsistency patterns, each inconsistency pattern being associated with an inconsistency analysis rule for a value of a data attribute, the method comprising: receiving a data post from the data repository; matching a value of a data attribute of the data post with a value of a corresponding data attribute_of the stored inconsistency patterns, if there is a match, applying the inconsistency analysis rule that is connected with the matched inconsistency pattern to the data post to evaluate whether there is an inconsistency in the data post or not, wherein the number of inconsistency patterns each defines an inconsistency that has previously occurred for a value of a data attribute in the data repository. receiving a data post from the data repository; matching a value of a data attribute of the data post with a value of a corresponding data attribute_of the stored inconsistency patterns, if there is a match, applying the inconsistency analysis rule that is connected with the matched inconsistency pattern to the data post to evaluate whether there is an inconsistency in the data post or not, wherein the number of inconsistency patterns each defines an inconsistency that has previously occurred for a value of a data attribute in the data repository.
A method for removing sterilant molecules from a surface, said method comprising the steps of: applying an electrical charge to an electrically conductive electrode, said electrode comprised of a material that is chemically active with respect to the sterilant molecules, wherein the sterilant molecules react to form products when the sterilant molecules contact the electrode and said charged electrode forming an electric field gradient in a region of a space surrounding said electrode; locating the electrode near the surface; and moving the electrode relative to the surface. applying an electrical charge to an electrically conductive electrode, said electrode comprised of a material that is chemically active with respect to the sterilant molecules, wherein the sterilant molecules react to form products when the sterilant molecules contact the electrode and said charged electrode forming an electric field gradient in a region of a space surrounding said electrode; locating the electrode near the surface; and moving the electrode relative to the surface.
A lanthanide complex comprising a chelating agent, formed of a macrocycle or a ligand, complexing a lanthanide ion Ln 3+, characterized in that the lanthanide is selected from terbium and dysprosium and in that the chelating agent includes at least a group of the following structure: wherein: - -R1 represents a hydrogen, a group -R6 or an electron-donating group -E1, - -R2 represents a hydrogen, a group -R7 or an electron-donating group -E2, - -R3 represents a hydrogen, a group -R8 or an electron-donating group -E3, - -R4 and -R5, identical or different, independently represent a hydrogen or a group -R9 or -OR9, - -E1, -E2 and -E3 are independently selected from the groups: -OR10, -SR10, -NH R10, -NH N R10R'10, -NH N R10R'10 and -NH NH R10, - -R6, -R7, -R8, -R9, -R10 and R'10, identical or different, independently represent a (C1-C6)-alkyl group, optionally substituted by a group - X1 or a group -Y, - - X1 is a reactive group allowing its coupling by a covalent bond to a biomolecule, - -Y is a water-solubilizing group selected from the groups SO 3 -, -COO - ", sulfobetaine and -O-[(CH 2) 2 -O]m-CH 3, m being an integer ranging from 1 to 10, - provided that: ∘ At least one of the substituents -R2 and -R3 is not hydrogen, ∘ Only one of groups -R1, -R2 and -R3 is an electron-donating group, ∘ Said chelating agent comprises at most one reactive group. - -R1 represents a hydrogen, a group -R6 or an electron-donating group -E1, - -R2 represents a hydrogen, a group -R7 or an electron-donating group -E2, - -R3 represents a hydrogen, a group -R8 or an electron-donating group -E3, - -R4 and -R5, identical or different, independently represent a hydrogen or a group -R9 or -OR9, - -E1, -E2 and -E3 are independently selected from the groups: -OR10, -SR10, -NH R10, -NH N R10R'10, -NH N R10R'10 and -NH NH R10, - -R6, -R7, -R8, -R9, -R10 and R'10, identical or different, independently represent a (C1-C6)-alkyl group, optionally substituted by a group - X1 or a group -Y, - - X1 is a reactive group allowing its coupling by a covalent bond to a biomolecule, - -Y is a water-solubilizing group selected from the groups SO 3 -, -COO - ", sulfobetaine and -O-[(CH 2) 2 -O]m-CH 3, m being an integer ranging from 1 to 10, - provided that: ∘ At least one of the substituents -R2 and -R3 is not hydrogen, ∘ Only one of groups -R1, -R2 and -R3 is an electron-donating group, ∘ Said chelating agent comprises at most one reactive group. ∘ At least one of the substituents -R2 and -R3 is not hydrogen, ∘ Only one of groups -R1, -R2 and -R3 is an electron-donating group, ∘ Said chelating agent comprises at most one reactive group.
A battery module, which includes a battery cell stack having a plurality of battery cells electrically connected to each other, and a module case accommodating the battery cell stack, wherein each battery cell includes a pouch-type case having an accommodation portion so that a rim of the accommodation portion is sealed, an electrode assembly provided in the accommodation portion of the pouch-type case, and an electrode terminal having one end connected to the electrode assembly and the other end protruding out of the pouch-type case, wherein the pouch-type case has a wing portion formed by fusing at least a part of the rim where the electrode terminal is not formed, wherein a cooling member is provided to at least one space between the wing portion and the accommodation portion, wherein the cooling member is in contact with an outer side of the accommodation portion, and wherein the cooling member has a width smaller than a width of the wing portion, characterized in that the wing portion is folded upward or downward to wrap the cooling member.
A method for manufacturing a scribing wheel (10; 110; 210; 310) that is formed with a ridge line along a circumferential area and has a blade edge including said ridge line and tilted surfaces (13; 113; 213; 313) on both sides of said ridge line, the method comprising: rough grinding said tilted surfaces (13; 113; 213; 313) including a ridge line area of a disk-shaped scribing wheel base material (11; 111; 211; 311) with an abrasive to form first ground surfaces, said ridge line area where the tilted surfaces (13; 113; 213; 313) obliquely formed along the circumferential area by lateral surfaces on both sides intersect with each other being formed of a diamond film (14; 114; 214; 314); and grinding, in particular final grinding, tilted surfaces including a ridge line area of said first ground surface with an abrasive having a finer grit than an abrasive for said rough grinding to form second ground surfaces. rough grinding said tilted surfaces (13; 113; 213; 313) including a ridge line area of a disk-shaped scribing wheel base material (11; 111; 211; 311) with an abrasive to form first ground surfaces, said ridge line area where the tilted surfaces (13; 113; 213; 313) obliquely formed along the circumferential area by lateral surfaces on both sides intersect with each other being formed of a diamond film (14; 114; 214; 314); and grinding, in particular final grinding, tilted surfaces including a ridge line area of said first ground surface with an abrasive having a finer grit than an abrasive for said rough grinding to form second ground surfaces.
A key or key blank including a bow and a shank, codings being incorporated or being able to be incorporated into the shank, which serve for mechanically interacting with tumbler pins, which are fitted in a locking cylinder and loaded by springs, as well as an element, which is fitted into a bore, which continuously connects a flat side (16.1) of the shank to the other flat side (16:2), wherein the element is supported mobile along an axis of the bore and at least one abutment delimits said movement along the axis, characterized in that the mobile supported element has a cross-section vertically to the axis of the bore, which has a central part and at least two guiding parts, wherein the guiding parts extend radially to the central part in such a manner that they prevent the element from canting.
A method performed by a user equipment, UE, configured to operate in a wireless communication system, the method comprising: receiving, from a network, information on a first slot format; receiving, from the network, information on a second slot format; determining the first slot format based on the information on the first slot format; and determining the second slot format based on the information on the second slot format, wherein the information on the first slot format and the information on the second slot format are separate information, wherein, for an unpaired spectrum operation, the information on the first slot format is for an unpaired carrier, and the information on the second format is for a supplementary uplink, SUL, carrier, and wherein, for a paired spectrum operation, the information on the first slot format is for a downlink, DL, bandwidth part, BWP, and the information on the second format is for an uplink, UL, BWP. receiving, from a network, information on a first slot format; receiving, from the network, information on a second slot format; determining the first slot format based on the information on the first slot format; and determining the second slot format based on the information on the second slot format, wherein the information on the first slot format and the information on the second slot format are separate information, wherein, for an unpaired spectrum operation, the information on the first slot format is for an unpaired carrier, and the information on the second format is for a supplementary uplink, SUL, carrier, and wherein, for a paired spectrum operation, the information on the first slot format is for a downlink, DL, bandwidth part, BWP, and the information on the second format is for an uplink, UL, BWP.
A method of determining the respiratory status of an individual, comprising securing a PPG sensor to a central source site of the individual and a nasal air flow sensor at or to the nose of the individual, wherein the PPG sensor and the nasal air flow sensor are in communication with a signal processor; monitoring changes in an amplitude of a PPG waveform from the PPG sensor via the signal processor over time, wherein the signal processor is configured to determine that a breath occurred based on PPG when the amplitude of the PPG waveform crosses a predetermined band of amplitudes centered around a zero crossing point of the PPG waveform; monitoring changes in an amplitude of a waveform indicative of nasal air flow of the individual via the signal processor, wherein the signal processor is configured to determine that a breath occurred based on nasal air flow when the amplitude of the nasal air flow waveform crosses a predetermined band of amplitudes centered around a zero crossing point of the nasal air flow waveform; and if both the PPG waveform and the nasal air flow waveform indicate that a breath occurred, the signal processor is configured to use the determined breath in calculating a respiratory rate of the individual.
A reduced-pressure wound treatment system for treating a tissue site on a patient, the system comprising: a manifold structure for disposing proximate the tissue site, the manifold structure comprising: a plurality of spaced longitudinal members, at least one shaped projection coupled to at least one of the longitudinal members for creating a microstrain at the tissue site, and the at least one shaped projection comprising a columnar member having a distal end and an enlarged member positioned at the distal end of the columnar member, wherein the columnar member has a first outer diameter (D 1), and wherein the enlarged member has a second outer diameter (D 2), and wherein the second outer diameter of the enlarged member is greater than the first outer diameter of the columnar member (D 2 > D 1); a sealing member for placing over the tissue and manifold structure and operable to form a fluid seal over the tissue site and the manifold structure; and a reduced-pressure subsystem for delivering reduced pressure to the sealing member. a manifold structure for disposing proximate the tissue site, the manifold structure comprising: a plurality of spaced longitudinal members, at least one shaped projection coupled to at least one of the longitudinal members for creating a microstrain at the tissue site, and the at least one shaped projection comprising a columnar member having a distal end and an enlarged member positioned at the distal end of the columnar member, wherein the columnar member has a first outer diameter (D 1), and wherein the enlarged member has a second outer diameter (D 2), and wherein the second outer diameter of the enlarged member is greater than the first outer diameter of the columnar member (D 2 > D 1); a plurality of spaced longitudinal members, at least one shaped projection coupled to at least one of the longitudinal members for creating a microstrain at the tissue site, and the at least one shaped projection comprising a columnar member having a distal end and an enlarged member positioned at the distal end of the columnar member, wherein the columnar member has a first outer diameter (D 1), and wherein the enlarged member has a second outer diameter (D 2), and wherein the second outer diameter of the enlarged member is greater than the first outer diameter of the columnar member (D 2 > D 1); a sealing member for placing over the tissue and manifold structure and operable to form a fluid seal over the tissue site and the manifold structure; and a reduced-pressure subsystem for delivering reduced pressure to the sealing member.
A method for reaching a consensus for appending, at a current round (j), a new block of data to a permissioned ledger distributed through a network comprising network connected devices authorized by the ledger, called nodes, said method being performed by a tamper-proof computing device configured for managing securely digital keys and comprising a random number generator and a cryptoprocessor for generating signatures with said keys, said method comprising, for a set of transactions to be validated, the steps of: - receiving, from at least a first node (N k), a candidate block (B j,Nk) computed by said first node on transactions among said set of transactions, - for each received candidate block, generating a random value (RAND) by the random number generator, and generating a signed selection message comprising: an identifier of the current round (j), said received candidate block (B j,Nk) and said generated random value (RAND) by said cryptoprocessor, - broadcasting said signed selection messages to the nodes of said network, enabling them to select the new block (B j) to be appended to the ledger for the current round based on said random values comprised in said signed selection messages. - receiving, from at least a first node (N k), a candidate block (B j,Nk) computed by said first node on transactions among said set of transactions, - for each received candidate block, generating a random value (RAND) by the random number generator, and generating a signed selection message comprising: an identifier of the current round (j), said received candidate block (B j,Nk) and said generated random value (RAND) by said cryptoprocessor, - broadcasting said signed selection messages to the nodes of said network, enabling them to select the new block (B j) to be appended to the ledger for the current round based on said random values comprised in said signed selection messages.
A touch sensitive device configured for providing tactile feedback to a user, the touch sensitive device comprising: an electroactive layer comprising an electroactive polymer having a plurality of nano pores; a refractive index matching material, wherein the refractive index matching material is present in the plurality of nano pores; and a plurality of electrodes (211, 222) disposed on each of both surfaces of the electroactive layer. an electroactive layer comprising an electroactive polymer having a plurality of nano pores; a refractive index matching material, wherein the refractive index matching material is present in the plurality of nano pores; and a plurality of electrodes (211, 222) disposed on each of both surfaces of the electroactive layer.