mhurhangee/ep-ind-claims huggingface dataset:
A system for transmitting signals from a garment having at least one garment sensor to an analysis device, said system comprising said garment and a processing unit which is a button of the type comprising a pin and a button coupling surface, said button being attachable to the garment by means of said pin passing through a hole provided in said garment, said hole being arranged in a garment coupling portion to be clamped between the head of said pin and said button coupling surface, said button containing at least one integrated circuit for performing analog and digital processing of signals coming from said at least one garment sensor, and a wireless module for communicating data between the button and an analysis device, characterized in that said garment coupling portion is provided with at least one conductive trace connected to said at least one garment sensor, said at least one conductive trace being arranged on the surface of the garment coupling portion, in order to be faced to the button coupling surface, and in that said button coupling surface is provided with at least one electric contact connected to said at least one integrated circuit, said at least one electric contact of the button is arranged to contact said at least one conductive trace on the surface of said garment coupling portion to avoid said at least one electric contact from piercing the garment when the button is attached to the garment.
A method of wireless communication at a scheduled entity, comprising: obtaining network configuration that specifies at least one parameter associated with determining one or more beam failure recovery resources to utilize upon a detected beam failure event; determining, from the network configuration, at least one beam failure recovery resource to utilize to transmit beam failure recovery requests upon the beam failure event; determining, from the network configuration, a threshold amount of time between retransmissions of the beam failure recovery request; and transmitting the beam failure recovery requests using the threshold amount of time between retransmissions of the beam failure recovery request. obtaining network configuration that specifies at least one parameter associated with determining one or more beam failure recovery resources to utilize upon a detected beam failure event; determining, from the network configuration, at least one beam failure recovery resource to utilize to transmit beam failure recovery requests upon the beam failure event; determining, from the network configuration, a threshold amount of time between retransmissions of the beam failure recovery request; and transmitting the beam failure recovery requests using the threshold amount of time between retransmissions of the beam failure recovery request.
A composition comprising insulin as an active ingredient for use in a method of preventing or treating Charcot-Marie-Tooth disease in a subject in need thereof.
An air and gas feeder device for gas boilers, comprising an air-gas conveyance body which comprises: - a boiler coupling face configured to be coupled to a boiler at an intake duct of the boiler; - an air intake port connected to an air discharge opening by means of an air passage, said air discharge opening leading out from said boiler coupling face; - a gas intake port, configured to be fixed to a gas dispensing duct in fluid communication with a gas discharge opening, which leads out from said boiler coupling face; wherein the air discharge opening is coaxial to, and at least partially surrounded by, the gas discharge opening; wherein said air passage accommodates a flow diverter configured to divert an air flow in output from the air discharge opening in the direction of the gas in output from the gas discharge opening and to impart a rotation to said air flow. - a boiler coupling face configured to be coupled to a boiler at an intake duct of the boiler; - an air intake port connected to an air discharge opening by means of an air passage, said air discharge opening leading out from said boiler coupling face; - a gas intake port, configured to be fixed to a gas dispensing duct in fluid communication with a gas discharge opening, which leads out from said boiler coupling face; wherein the air discharge opening is coaxial to, and at least partially surrounded by, the gas discharge opening; wherein said air passage accommodates a flow diverter configured to divert an air flow in output from the air discharge opening in the direction of the gas in output from the gas discharge opening and to impart a rotation to said air flow.
A use of a thermoplastic casting material for the production of containers and packaging means, their covers and closures, the casting material containing a binder which is flowable under heat and solid at ambient temperature and at least one additive which does not melt at the melting temperature of the binder, characterised in that the binder contains one or more substances from the group comprising vegetable wax, animal wax, paraffin wax, montan wax and stearin, and in that the additive contains fibrous and filling materials.
A method for determining an eyeglass prescription for an eye, the method comprising: obtaining wavefront measurement data indicative of the refractive properties of the eye (step 110); establishing by a calculation unit a multi-dimensional optimization space corresponding to a plurality of possible prescriptions for the eye; whereby the optimization space comprises the dimensions corresponding to the sphero-cylindrical corrections characterizing an eyeglass prescription (step 120); determining by the calculation unit a value for a merit function for each of the possible prescriptions in the optimization space, where the merit function value corresponds to a visual function of the eye when corrected using the corresponding possible prescription (step 140); generating a representation of the merit function values evaluated on the points of the optimization space (step 150); and outputting the representation to an eye care professional. obtaining wavefront measurement data indicative of the refractive properties of the eye (step 110); establishing by a calculation unit a multi-dimensional optimization space corresponding to a plurality of possible prescriptions for the eye; whereby the optimization space comprises the dimensions corresponding to the sphero-cylindrical corrections characterizing an eyeglass prescription (step 120); determining by the calculation unit a value for a merit function for each of the possible prescriptions in the optimization space, where the merit function value corresponds to a visual function of the eye when corrected using the corresponding possible prescription (step 140); generating a representation of the merit function values evaluated on the points of the optimization space (step 150); and outputting the representation to an eye care professional.
Robotic foot configured to be placed on a support surface and comprising: - an attachment of said robotic foot to an external object; - at least one chain defining a contact area of said robotic foot with said support surface; - a first arm joined to said chain in correspondence of a first end of said chain and hinged to said attachment; - a second arm hinged to said attachment and joined to said chain in correspondence of a second end of said chain; and characterised by comprising: - elastic means suitable for mutually spread said arms (41,42) while keeping said chain tense and by opposing to a deformation of said chain when in contact with said irregular supporting surface; and a first limit switch for said first arm and a second limit switch for said second arm, wherein said limit switches (47, 48) are configured to limit the mutual combination of said arms (41, 42) defining a minimum value of the spreading angle between said arms (41, 42) substantially comprised between 30 ° and 50 °. - an attachment of said robotic foot to an external object; - at least one chain defining a contact area of said robotic foot with said support surface; - a first arm joined to said chain in correspondence of a first end of said chain and hinged to said attachment; - a second arm hinged to said attachment and joined to said chain in correspondence of a second end of said chain; and characterised by comprising: - elastic means suitable for mutually spread said arms (41,42) while keeping said chain tense and by opposing to a deformation of said chain when in contact with said irregular supporting surface; and - elastic means suitable for mutually spread said arms (41,42) while keeping said chain tense and by opposing to a deformation of said chain when in contact with said irregular supporting surface; and
A method of enlarging and displaying contents of a portable terminal, the method comprising: displaying the contents on a touch screen; displaying a first magnifying glass on the touch screen while enlarging and displaying a part of the contents included in the first magnifying glass by a first magnification ratio; and displaying a second magnifying glass on the touch screen while enlarging and displaying a part of the contents included in the second magnifying glass by a second magnification ratio, wherein a part of the contents included in an overlapping area where the first magnifying glass and the second magnifying glass overlap each other is enlarged and displayed by a third magnification ratio which is different from the first magnification ratio and the second magnification ratio, characterized in that: when the contents correspond to a moving image being reproduced by a first speed, displaying the first magnifying glass on the touch screen while enlarging and displaying the part of the contents included in the first magnifying glass by a first magnification ratio comprises enlarging and displaying a part of the moving image included in the first magnifying glass by the first magnification ratio while reproducing the part of the moving image by a second speed which is different from the first speed. displaying the contents on a touch screen; displaying a first magnifying glass on the touch screen while enlarging and displaying a part of the contents included in the first magnifying glass by a first magnification ratio; and displaying a second magnifying glass on the touch screen while enlarging and displaying a part of the contents included in the second magnifying glass by a second magnification ratio, when the contents correspond to a moving image being reproduced by a first speed, displaying the first magnifying glass on the touch screen while enlarging and displaying the part of the contents included in the first magnifying glass by a first magnification ratio comprises enlarging and displaying a part of the moving image included in the first magnifying glass by the first magnification ratio while reproducing the part of the moving image by a second speed which is different from the first speed.
Method for producing a component from organic sheets, characterized by the following method steps: - placing at least two organic sheets (1a, 1b; 1a to 1f) against one another to form a component preform, - forming at least one overlapping joining zone, in which the organic sheets (1a, 1b; 1a to 1f) which are placed against one another are tacked to one another using at least one connecting part (2a, 2b) which is configured as an organic sheet, - transferring the component preform which is formed from the organic sheets (1a, 1b, 2a, 2b; 1a to 1f, 2a, 2b) which are tacked to one another to or into a joining tool (4a, 4b), - connecting the organic sheets (1a, 1b, 2a, 2b; 1a to 1f, 2a, 2b) of the component preform by means of the joining tool by way of at least local melting, and compressing of the joining zone between the organic sheets (1a, 1b, 2a, 2b; 1a to 1f, 2a, 2b), and - consolidating the joined component, by at least the joining zone being consolidated, characterized in that the two organic sheets (1a, 1b; 1a to 1f) define two organic sheet segments (1a, 1b; 1a to 1f) which are set against one another along their abutting edges to form a joint gap, and the tacking of the organic sheets (1a, 1b, 2a, 2b; 1a to 1f, 2a, 2b) to one another is carried out using a transfer apparatus which receives the organic sheets (1a, 1b, 2a, 2b; 1a to 1f, 2a, 2b) to be set against one another to form the component preform, by means of grippers, preferably needle and/or suction grippers, and that the component preform is reshaped at least partially into a different geometric structure during the compression of the joining zone. - placing at least two organic sheets (1a, 1b; 1a to 1f) against one another to form a component preform, - forming at least one overlapping joining zone, in which the organic sheets (1a, 1b; 1a to 1f) which are placed against one another are tacked to one another using at least one connecting part (2a, 2b) which is configured as an organic sheet, - transferring the component preform which is formed from the organic sheets (1a, 1b, 2a, 2b; 1a to 1f, 2a, 2b) which are tacked to one another to or into a joining tool (4a, 4b), - connecting the organic sheets (1a, 1b, 2a, 2b; 1a to 1f, 2a, 2b) of the component preform by means of the joining tool by way of at least local melting, and compressing of the joining zone between the organic sheets (1a, 1b, 2a, 2b; 1a to 1f, 2a, 2b), and - consolidating the joined component, by at least the joining zone being consolidated,
A charge avalanche photodetector system (CAPD system) with a charge avalanche photodetector based on the charge avalanche principle, preferably with a semiconductor photomultiplier or an avalanche photodiode, wherein the CAPD system has amplifier electronics electrically connected downstream of the charge avalanche photodetector, wherein the charge avalanche photodetector is selectively operable either with a bias voltage V bias or without such a bias voltage V bias, characterized in that the CAPD system, both in operation of the charge avalanche photodetector with a bias voltage V bias and in operation of the charge avalanche photodetector without such a bias voltage V bias, is operable selectively either with the amplifier electronics switched on or with the amplifier electronics switched off, wherein the amplifier electronics comprises a multi-stage transimpedance amplifier. wherein the CAPD system has amplifier electronics electrically connected downstream of the charge avalanche photodetector, wherein the charge avalanche photodetector is selectively operable either with a bias voltage V bias or without such a bias voltage V bias, characterized in that the CAPD system, both in operation of the charge avalanche photodetector with a bias voltage V bias and in operation of the charge avalanche photodetector without such a bias voltage V bias, is operable selectively either with the amplifier electronics switched on or with the amplifier electronics switched off, wherein the amplifier electronics comprises a multi-stage transimpedance amplifier.
A computer program product with program elements that can be read and executed by a computer unit in order to perform steps of a method for supporting clinical decisions by similar case retrieval for a diagnosis or therapy of a patient using a CT scanner, said method comprising the steps of: a. receiving a procedure order; b. based on the received procedure order, automatically identifying a clinical context of the ordered procedure, wherein the clinical context comprises at least one member of the group consisting of: a specific region of a patient's anatomy to be scanned, a scan parameter, a previous examination information, an admitting diagnosis, and an admitting diagnosis including a standardized code; c. generating preliminary imaging data of at least a part of the patient's anatomy, wherein the preliminary imaging data comprises raw data, said raw data comprising CT scanner sinogram data; d. generating feature extraction data based on the identified clinical context and on the preliminary imaging data; e. extracting at least one clinical context specific feature using the generated feature extraction data, wherein for the given clinical context dedicated, context-specific features are extracted from feature extraction data; f. annotating the least one extracted clinical context specific feature to obtain at least one annotated extracted feature which represents the clinical context specific feature in compact form; and g. for the identified clinical context, selecting a similar case data set from a reference database of case data sets based on the at least one annotated extracted feature. a. receiving a procedure order; b. based on the received procedure order, automatically identifying a clinical context of the ordered procedure, wherein the clinical context comprises at least one member of the group consisting of: a specific region of a patient's anatomy to be scanned, a scan parameter, a previous examination information, an admitting diagnosis, and an admitting diagnosis including a standardized code; c. generating preliminary imaging data of at least a part of the patient's anatomy, wherein the preliminary imaging data comprises raw data, said raw data comprising CT scanner sinogram data; d. generating feature extraction data based on the identified clinical context and on the preliminary imaging data; e. extracting at least one clinical context specific feature using the generated feature extraction data, wherein for the given clinical context dedicated, context-specific features are extracted from feature extraction data; f. annotating the least one extracted clinical context specific feature to obtain at least one annotated extracted feature which represents the clinical context specific feature in compact form; and g. for the identified clinical context, selecting a similar case data set from a reference database of case data sets based on the at least one annotated extracted feature.
LED module comprising a carrier substrate, at least one LED chip disposed on the carrier substrate, a color conversion layer which is at least partially in contact with the LED chip and which converts at least a portion of the primary light emitted by the LED chip into light of a different wavelength, and a secondary optical unit which is disposed in emission direction behind the color conversion layer, wherein the secondary optical unit is configured integrally with the color conversion layer, wherein the color conversion layer is directly applied to a light entry surface of the secondary optical unit such that the color conversion particles present in the color conversion layer are sedimented in the direction of the light entry surface, wherein the integral design of the secondary optical unit and the color conversion layer is obtainable in that the connection between the secondary optical unit, the color conversion layer and the LED chip takes place in a not yet cured state of the color conversion layer. a color conversion layer which is at least partially in contact with the LED chip and which converts at least a portion of the primary light emitted by the LED chip into light of a different wavelength, and a secondary optical unit which is disposed in emission direction behind the color conversion layer, wherein the secondary optical unit is configured integrally with the color conversion layer, wherein the color conversion layer is directly applied to a light entry surface of the secondary optical unit such that the color conversion particles present in the color conversion layer are sedimented in the direction of the light entry surface, wherein the integral design of the secondary optical unit and the color conversion layer is obtainable in that the connection between the secondary optical unit, the color conversion layer and the LED chip takes place in a not yet cured state of the color conversion layer.
An oligosaccharide comprising a first mannose unit and a second mannose unit, wherein the first mannose unit comprises a spacer moiety in the alpha configuration at C-1, which spacer is capable of conjugating to a protein, wherein the first mannose unit is connected to the second mannose unit through a 1,6-linkage which connects C-6 of the first unit to C-1 of the second unit, and wherein the 1,6-linkage comprises a phosphonate.
Computer-implemented method for determining a time-dependent drying profile τ(t) of an examination object, comprising at least the following method steps: • providing measurement data concerning at least one time-dependent moisture distribution φ i (t), at least to a depth d i of the examination object, • determining a time-dependent reduced drying profile τ i (t) using the time-dependent moisture distribution φ i (t), wherein the time-dependent reduced drying profile τ i (t) is calculated by means of τ i t = ∫ 0 d i Φ i x, t dx, alternatively by averaging this integral over d i, wherein the depth d i is smaller than a total thickness of the examination object, • calibrating a material model concerning the examination object using the time-dependent reduced drying profile τ i (t), • determining, in particular simulating, a time-dependent drying profile τ(t) of the examination object for the total thickness thereof using the calibrated material model, wherein a drying time t 0 for which a value τ(t 0) of the time-dependent drying profile falls below a threshold τ 0 is determined, in particular extrapolated, from the time-dependent drying profile τ(t) of the examination object. • providing measurement data concerning at least one time-dependent moisture distribution φ i (t), at least to a depth d i of the examination object, • determining a time-dependent reduced drying profile τ i (t) using the time-dependent moisture distribution φ i (t), wherein the time-dependent reduced drying profile τ i (t) is calculated by means of τ i t = ∫ 0 d i Φ i x, t dx, alternatively by averaging this integral over d i, wherein the depth d i is smaller than a total thickness of the examination object, • calibrating a material model concerning the examination object using the time-dependent reduced drying profile τ i (t), • determining, in particular simulating, a time-dependent drying profile τ(t) of the examination object for the total thickness thereof using the calibrated material model, wherein a drying time t 0 for which a value τ(t 0) of the time-dependent drying profile falls below a threshold τ 0 is determined, in particular extrapolated, from the time-dependent drying profile τ(t) of the examination object.
Polymer hose with an embedded textile reinforcement, wherein the textile reinforcement has a tubular shape, and wherein the reinforcement is built up from a yarn and the yarn comprises several individual yarns (105-1, 105-2, 105-3) twisted in opposite directions, characterized by that the fiber course of the individuals yarns (105-1, 105-2, 105-3) extends in the longitudinal direction of the yarn, so that the rotation of the individual yarns (105-1, 105-2, 105-3) is balanced with respect to a torque, that at least one of the individual yarns (105-1, 105-2, 105-3) comprises meta-aramid, para-aramid, polyoxadiazole, polyvinyl alcohol, polyetheretherketone, polyphenylene oxide, polyphenylene sulfide, polybutylene terephthalate, polyphenylene benzobisoxazole, polyamide imide, polytetrafluoroethylene or a liquid crystalline polymer (liquid crystal polymer), and that the yarn is twisted from at least three individual yarns (105-1, 105-2, 105-3).