mhurhangee/ep-ind-claims huggingface dataset:
A method for computerized simulation of an article made of a viscoelastic material comprises: a step of defining an article model (2, 2a) of the article made with a finite number of elements; a step of defining a value of a viscoelastic property for each of the elements (e) of the article model (2, 2a); a step of making a deformation simulation of the article model (2, 2a); the following three steps carried out at least once: a step of obtaining a strain amount of each of the elements (e) from the deformation simulation, a step of renewing the values of the viscoelastic property according to the obtained strain amounts so as to redefine the article model (2, 2a), and a step of again making the deformation simulation on the redefined article model (2, 2a); and a step of outputting a simulation result of the deformation simulation, wherein in the step of renewing the values of the viscoelastic property, all of the elements (e) of the article model (2, 2a) are classified into at least two groups according to the strain amount, and in each of the groups, the elements (e) therein are provided with value(s) of the viscoelastic property at an identical strain amount. a step of defining an article model (2, 2a) of the article made with a finite number of elements; a step of defining a value of a viscoelastic property for each of the elements (e) of the article model (2, 2a); a step of making a deformation simulation of the article model (2, 2a); the following three steps carried out at least once: a step of obtaining a strain amount of each of the elements (e) from the deformation simulation, a step of renewing the values of the viscoelastic property according to the obtained strain amounts so as to redefine the article model (2, 2a), and a step of again making the deformation simulation on the redefined article model (2, 2a); and a step of obtaining a strain amount of each of the elements (e) from the deformation simulation, a step of renewing the values of the viscoelastic property according to the obtained strain amounts so as to redefine the article model (2, 2a), and a step of again making the deformation simulation on the redefined article model (2, 2a); and a step of outputting a simulation result of the deformation simulation, wherein in the step of renewing the values of the viscoelastic property, all of the elements (e) of the article model (2, 2a) are classified into at least two groups according to the strain amount, and in each of the groups, the elements (e) therein are provided with value(s) of the viscoelastic property at an identical strain amount.
Piezoelectric actuator component, comprising: - a layer stack of piezoelectric ceramic layers and electrode layers, which are stacked alternately one on top of the other along a longitudinal axis, the layer stack having a number of side faces (20a - d) extending parallel to the longitudinal axis; - a passivation layer on at least one of the side faces (20a - d), for the electrical insulation of every second electrode layer arranged along the longitudinal axis; - a contacting layer on the at least one side face (20a - d), for the electrical contacting of every second electrode layer that is not electrically insulated by the passivation layer; the passivation layer on each of the electrically insulated electrode layers being covered at least in certain regions by the contacting layer, - the contacting layer being formed by a sinter silver, and the passivation layer being formed by a passivation layer material, to be specific by a completely imidized polyimide, which is thermally stable at the sintering temperature of the sinter silver. - a layer stack of piezoelectric ceramic layers and electrode layers, which are stacked alternately one on top of the other along a longitudinal axis, the layer stack having a number of side faces (20a - d) extending parallel to the longitudinal axis; - a passivation layer on at least one of the side faces (20a - d), for the electrical insulation of every second electrode layer arranged along the longitudinal axis; - a contacting layer on the at least one side face (20a - d), for the electrical contacting of every second electrode layer that is not electrically insulated by the passivation layer; - the contacting layer being formed by a sinter silver, and the passivation layer being formed by a passivation layer material, to be specific by a completely imidized polyimide, which is thermally stable at the sintering temperature of the sinter silver.
Method for the equipotential-bonding connection of a current-return network in an aircraft, this network comprising primary current-return networks (110, 120, 130) that are longitudinal relative to the fuselage and remote from one another in terms of location, at least one of said networks being formed by transversely spaced elements (111, 112, 113), such that equipotential connections join the primary networks so that altogether they form one current-return network, characterised in that the connections are formed by aluminium cabling of large cross section that integrally forms an equipotential connection between the primary networks (110, 120, 130) and between their transversely spaced elements (111, 112, 113), the devices being electrically connected as closely as possible to their location by direct intermediate connections (2, 2', 2", 2"') that succeed one another along the equipotential connection without interrupting the cabling, which connections are produced by tight electrical and mechanical installation, each interconnection having two impermeable regions that surround a central contact region by means of window-stripping.
A method for transmitting an acknowledgement/negative acknowledgement, comprising: applying cell-specific symbol-level cyclic shift hopping to data single-carrier frequency division multiplexing symbols of the acknowledgement/negative acknowledgement; applying a discrete Fourier transform to the data single-carrier frequency division multiplexing symbols; applying cell-specific symbol-level phase hopping to the data single-carrier frequency division multiplexing symbols of the acknowledgement/negative acknowledgement, wherein a respective phase of a phase sequence is applied to each of the data single-carrier frequency division multiplexing symbols as part of an orthogonal cover code wherein the sequence is based at least in part on a cyclic shift hopping sequence; and transmitting the data single-carrier frequency division multiplexing symbols in a slot. applying cell-specific symbol-level cyclic shift hopping to data single-carrier frequency division multiplexing symbols of the acknowledgement/negative acknowledgement; applying a discrete Fourier transform to the data single-carrier frequency division multiplexing symbols; applying cell-specific symbol-level phase hopping to the data single-carrier frequency division multiplexing symbols of the acknowledgement/negative acknowledgement, wherein a respective phase of a phase sequence is applied to each of the data single-carrier frequency division multiplexing symbols as part of an orthogonal cover code wherein the sequence is based at least in part on a cyclic shift hopping sequence; and transmitting the data single-carrier frequency division multiplexing symbols in a slot.
A gas sensor comprising a radiation source, a detector operable to detect radiation emitted by the radiation source and a radiation guide operable to guide radiation between the radiation source and the detector, the radiation guide comprising a curved portion (28, 30, 32) having a substantially oblong cross section, the substantially oblong cross section having a major dimension and a minor dimension in an aspect ratio of between 4:1 and 8:1, wherein the curved portion (28, 30, 32) of the radiation guide curves around an axis parallel to the major dimension of the oblong cross section characterised in that the radiation guide comprises a collimator operable to at least partially collimate radiation emitted by the radiation source and radiation emitted by the radiation source is generally collimated by the collimator predominantly in a single direction parallel to the major dimension of the radiation guide (28, 30, 32).
An ostomy appliance comprising: two opposing panels (12, 14), comprising a front panel and a rear panel, at least partly sealed to one another along their peripheries, said panels (12, 14) forming a pouch for capturing body waste, one of said opposing panels (12, 14) having a stomal opening for positioning around a stoma so that body waste excreted through the stoma is captured in said pouch, said pouch having a filter for deodorization of odorous gas from the body waste and an opening for emitting said deodorized gas to the atmosphere, and a pleated center panel between said two opposing panels (12, 14) at least partly covering said filter for protecting said filter and deterring ballooning of said pouch from gas buildup in said pouch, characterized in that the pleated center panel has a partially-free edge portion that is attached intermittently to an inner surface of the front panel in a manner to produce extra material in the form of folds, corrugations or pleats. two opposing panels (12, 14), comprising a front panel and a rear panel, at least partly sealed to one another along their peripheries, said panels (12, 14) forming a pouch for capturing body waste, one of said opposing panels (12, 14) having a stomal opening for positioning around a stoma so that body waste excreted through the stoma is captured in said pouch, said pouch having a filter for deodorization of odorous gas from the body waste and an opening for emitting said deodorized gas to the atmosphere, and a pleated center panel between said two opposing panels (12, 14) at least partly covering said filter for protecting said filter and deterring ballooning of said pouch from gas buildup in said pouch, characterized in that the pleated center panel has a partially-free edge portion that is attached intermittently to an inner surface of the front panel in a manner to produce extra material in the form of folds, corrugations or pleats.
A porous membrane for a lithium ion secondary battery comprising non-conductive particles and a particulate polymer, wherein the particulate polymer includes an aliphatic conjugated diene monomer unit in a proportion of greater than 85 mass%, wherein a proportion of trans-1,4 bonding in the aliphatic conjugated diene monomer unit of the particulate polymer is at least 50 mol% and no greater than 80 mol%, and a cobalt concentration in a film of 500 μm in thickness and 12 mm in diameter, formed from the particulate polymer, after the film is immersed in a cobalt chloride (CoCl 2) solution for 5 days at 25°C is at least 300 mass ppm, where the cobalt chloride (CoCl 2) solution is defined as a solution having a cobalt concentration of 18 mass ppm in which a mixture of ethyl methyl carbonate and ethylene carbonate with an ethyl methyl carbonate:ethylene carbonate mass ratio of 70:30 is used as a solvent.
Profile, which can be connected to a cover, for fastening the cover on a supporting body, wherein the profile has a recess for receiving a connecting region, in particular a seam, of cover segments (5.1, 5.2) of an at least two-piece cover, characterized in that the profile has a first section, which can be inserted in a latching manner into a channel of the supporting body, a section, which adjoins said first section, for sewing the profile to the cover, and then a section with the recess.
A method for predicting the treatment response to chemotherapy of a human gastroesophageal cancer patient, the method comprising: a) measuring the gene expression of at least the genes CDH1, ELOVL5, EGFR, PIP5K1B, FGF1, CD44 and TBCEL of the following gene set: CDH1, CDK6, COX2, ELOVL5, GATA4, EGFR, TBCEL, FGF7, CDH17, FNBP1, PIP5K1B, TWIST, CD44, MET, CEACAM1, TOX3, GLIPR2, GSTP1, RON, TMEM136, MYB, BRCA2, FGF1, POU5F1, EPR, DPYD, ABL2 and SH3RF1 in a sample obtained from the gastroesophageal tumour of the patient to obtain a sample gene expression profile of at least said genes CDH1, ELOVL5, EGFR, PIP5K1B, FGF1, CD44 and TBCEL; and b) making a prediction of the treatment response and/or prognosis of the patient based on the sample gene expression profile. a) measuring the gene expression of at least the genes CDH1, ELOVL5, EGFR, PIP5K1B, FGF1, CD44 and TBCEL of the following gene set: CDH1, CDK6, COX2, ELOVL5, GATA4, EGFR, TBCEL, FGF7, CDH17, FNBP1, PIP5K1B, TWIST, CD44, MET, CEACAM1, TOX3, GLIPR2, GSTP1, RON, TMEM136, MYB, BRCA2, FGF1, POU5F1, EPR, DPYD, ABL2 and SH3RF1 in a sample obtained from the gastroesophageal tumour of the patient to obtain a sample gene expression profile of at least said genes CDH1, ELOVL5, EGFR, PIP5K1B, FGF1, CD44 and TBCEL; and b) making a prediction of the treatment response and/or prognosis of the patient based on the sample gene expression profile.
Bearingless angle measuring device, comprising - an angle scale (1.2), - a scanning unit (2.2), - a housing (2.3) and - an evaluation electronics system (2.21), wherein the scanning unit (2.2) is connected in a rotationally fixed manner to the housing (2.3), the scanning unit (2.2) and the angle scale (1.2) are arranged in a manner rotatable about an axis at a scanning distance relative to one another and angle-dependent output signals can be generated by the scanning unit (2.2) and can be further processed in the evaluation electronics system (2.21), wherein the angle measuring device is configured in such a way that the scanning distance can be determined based on the output signals, characterized in that the angle measuring device further has a compensating coupling (2.1) which is secured in a rotationally fixed manner to the housing (2.3), wherein the compensating coupling (2.1) has a flange (2.12) as well as a plurality of angled components (2.11), wherein the components (2.11) each have a first limb (2.111) that runs in a direction with a radial directional component and a second limb (2.112) that runs in a direction with an axial directional component, wherein the first limbs (2.111) are each fixed to the housing (2.3) and the second limbs (2.112) are each fixed to the flange (2.12), and the compensating coupling (2.1) can be fixed to a machine part and is formed in an elastically deformable manner in the direction of the axis and the compensating coupling (2.1) is designed such that the housing (2.3) can be permanently pushed against the machine part by the said compensating coupling. - an angle scale (1.2), - a scanning unit (2.2), - a housing (2.3) and - an evaluation electronics system (2.21), wherein the scanning unit (2.2) is connected in a rotationally fixed manner to the housing (2.3),
A method for concurrently executing two or more conflicting transactions over a database, the method comprising: executing (1002, 1104) a plurality of transactions in parallel while recording sensitivities and output deltas associated with each of the transactions, wherein a sensitivity of a transaction identifies an aspect of a database state whose modification has a potential of altering an output of the transaction and an output delta of the transaction indicates a change to the database state that is a result of the transaction being executed; feeding the output deltas from a first transaction through a filter for a second transaction, the filter based on the second transaction's sensitivities, to identify a conflict between the output deltas from the first transaction and the second transaction's sensitivities, thereby identifying a conflict between the first transaction and the second transaction; in response to identifying the conflict, processing the filtered deltas in the second transaction to incrementally compute revised deltas and sensitivities for the second transaction; and for each transaction that successfully commits, applying (1008, 1112) the transaction's deltas to update the database. executing (1002, 1104) a plurality of transactions in parallel while recording sensitivities and output deltas associated with each of the transactions, wherein a sensitivity of a transaction identifies an aspect of a database state whose modification has a potential of altering an output of the transaction and an output delta of the transaction indicates a change to the database state that is a result of the transaction being executed; feeding the output deltas from a first transaction through a filter for a second transaction, the filter based on the second transaction's sensitivities, to identify a conflict between the output deltas from the first transaction and the second transaction's sensitivities, thereby identifying a conflict between the first transaction and the second transaction; in response to identifying the conflict, processing the filtered deltas in the second transaction to incrementally compute revised deltas and sensitivities for the second transaction; and for each transaction that successfully commits, applying (1008, 1112) the transaction's deltas to update the database.
A method of assisting in selection of a particular mask from among a plurality of masks, for use in delivering a pressurized flow of treatment gas, the method comprising: generating a plurality of augmented faces (10', A'-G'), each augmented face (10', A'-G') corresponding to a respective mask of the plurality of masks, wherein the augmented face (10', A'-G') includes a number of accentuated features indicative of users previously determined to best fit the mask; and associating each augmented face (10', A'-G') with a respective mask of the plurality of masks, characterized in that the augmented face (10', A'-G') is a depiction of a human face, in which one or more features of the face have been exaggerated so as to appear more pronounced or obvious in comparison to other features of the face. generating a plurality of augmented faces (10', A'-G'), each augmented face (10', A'-G') corresponding to a respective mask of the plurality of masks, wherein the augmented face (10', A'-G') includes a number of accentuated features indicative of users previously determined to best fit the mask; and associating each augmented face (10', A'-G') with a respective mask of the plurality of masks, characterized in that the augmented face (10', A'-G') is a depiction of a human face, in which one or more features of the face have been exaggerated so as to appear more pronounced or obvious in comparison to other features of the face.
A device for controlling two multiphase motors, comprising: - a first direct voltage power supply source connected to a first ground, connected directly to a first associated six-arm inverter; - means for controlling components of the device; - a first six-branch hexaphase motor corresponding to six evenly spatially distributed phases, the six branches of the first hexaphase motor being respectively directly connected to the six arms of the first inverter; - a second six-branch hexaphase motor corresponding to six evenly spatially distributed phases, said first and second six-branch hexaphase motors (MH1, MH2), which are connected in series, corresponding to six evenly spatially distributed phases; and - a second direct voltage power supply source connected to a second ground different from the first ground, without a direct connection between the first and second power supply sources (SA1, SA2), the second power supply source being directly connected to a second associated six-arm inverter, the six arms of the second inverter being respectively directly connected to the six branches of the second hexaphase motor or to a neutral point directly connected to the six phases of the second hexaphase motor, said series connection of the two hexaphase motors (MH1, MH2) comprising pairwise connections of respective successive branches of the two hexaphase motors (MH1, MH2), said connections being alternately in phase and in phase opposition. - a first direct voltage power supply source connected to a first ground, connected directly to a first associated six-arm inverter; - means for controlling components of the device; - a first six-branch hexaphase motor corresponding to six evenly spatially distributed phases, the six branches of the first hexaphase motor being respectively directly connected to the six arms of the first inverter; - a second six-branch hexaphase motor corresponding to six evenly spatially distributed phases, said first and second six-branch hexaphase motors (MH1, MH2), which are connected in series, corresponding to six evenly spatially distributed phases; and - a second direct voltage power supply source connected to a second ground different from the first ground, without a direct connection between the first and second power supply sources (SA1, SA2), the second power supply source being directly connected to a second associated six-arm inverter, the six arms of the second inverter being respectively directly connected to the six branches of the second hexaphase motor or to a neutral point directly connected to the six phases of the second hexaphase motor,
A method for a user equipment, UE, to perform wireless communications, configuration parameters for communications with a first group of cells and second DRX configuration parameters for communications with a second group of cells, wherein the first DRX configuration parameters and the second DRX configuration parameters share common starting time parameters; monitoring for communications by the first group of cells operating in first frequency resources based on the first DRX configuration parameters; monitoring for communications by the second group of cells operating in second frequency resources based on the second DRX configuration parameters; and characterised in that the first and second DRX configuration parameters include a common short DRX cycle timer such that the UE operates in a same DRX cycle for the first group of cells operating in the first frequency resources and the second group of cells operating in the second frequency resources, wherein the first and second DRX configuration parameters include different timers for an ON duration timer (504, 506) and/or an inactivity timer (508, 510) for the first group of cells operating in the first frequency resources and the second group of cells operating in the second frequency resources. configuration parameters for communications with a first group of cells and second DRX configuration parameters for communications with a second group of cells, wherein the first DRX configuration parameters and the second DRX configuration parameters share common starting time parameters; monitoring for communications by the first group of cells operating in first frequency resources based on the first DRX configuration parameters; monitoring for communications by the second group of cells operating in second frequency resources based on the second DRX configuration parameters; and characterised in that the first and second DRX configuration parameters include a common short DRX cycle timer such that the UE operates in a same DRX cycle for the first group of cells operating in the first frequency resources and the second group of cells operating in the second frequency resources, wherein the first and second DRX configuration parameters include different timers for an ON duration timer (504, 506) and/or an inactivity timer (508, 510) for the first group of cells operating in the first frequency resources and the second group of cells operating in the second frequency resources.