mhurhangee/ep-ind-claims huggingface dataset:
Method for manufacturing a one-piece timepiece dial assembly whose material is an aluminium alloy, a titanium alloy or a magnesium alloy, characterized in that the following steps are performed in the following order: - making, in a first, non-welded and non-brazed assembled state, a timepiece dial whose material is an aluminium alloy, a titanium alloy or a magnesium alloy, including a flange whose material is first alloy, including, on a first side, at least one display area visible to a user, and on a second side, at least one foot for positioning and/or securing said dial in a timepiece movement, said flange including at least one receiving area complementary to an end area of at least one said foot which is a weldable foot arranged to be welded or brazed to said flange at the interface between said receiving area and said end area, and wherein the material of said weldable foot is said first alloy or a second alloy that can be welded or brazed to said first alloy; - making said dial before welding or brazing with at least one pair formed of a said end area and a said complementary receiving area,which includes, in said first non-welded and non-brazed assembled state, a thread cooperating with a thread; - irreversibly assembling by welding or brazing at least one said weldable foot to said flange to form said one-piece dial assembly. - making, in a first, non-welded and non-brazed assembled state, a timepiece dial whose material is an aluminium alloy, a titanium alloy or a magnesium alloy, including a flange whose material is first alloy, including, on a first side, at least one display area visible to a user, and on a second side, at least one foot for positioning and/or securing said dial in a timepiece movement, said flange including at least one receiving area complementary to an end area of at least one said foot which is a weldable foot arranged to be welded or brazed to said flange at the interface between said receiving area and said end area, and wherein the material of said weldable foot is said first alloy or a second alloy that can be welded or brazed to said first alloy; - making said dial before welding or brazing with at least one pair formed of a said end area and a said complementary receiving area,which includes, in said first non-welded and non-brazed assembled state, a thread cooperating with a thread; - irreversibly assembling by welding or brazing at least one said weldable foot to said flange to form said one-piece dial assembly.
A method, comprising: receiving crosstalk measurement results having amplitude and phase crosstalk information regarding a cable; determining one or more worst margin frequencies at which the crosstalk measurement results presented in a frequency domain have corresponding one or more worst margins relative to a reference value; choosing a variable frequency pass window among a plurality of windows, the chosen variable frequency pass window maximizing signal transmission at the determined one or more worst margin frequencies; and transforming the measurement results presented in the frequency domain into a time domain using the chosen variable frequency pass window. receiving crosstalk measurement results having amplitude and phase crosstalk information regarding a cable; determining one or more worst margin frequencies at which the crosstalk measurement results presented in a frequency domain have corresponding one or more worst margins relative to a reference value; choosing a variable frequency pass window among a plurality of windows, the chosen variable frequency pass window maximizing signal transmission at the determined one or more worst margin frequencies; and transforming the measurement results presented in the frequency domain into a time domain using the chosen variable frequency pass window.
Apparatus, designed and configured for the removal of pin bones from a fish fillet that has been completely separated from the skeleton, comprising a tool having a clamping mechanism for clamping and releasing individual pin bones, a drive for the rotary driving of at least parts of the clamping mechanism and means for transmitting the rotational movement from the drive to the clamping mechanism, characterised in that the clamping mechanism comprises a base body that can be driven such that it rotates about a rotational axis, with which at least two clamping jaws (17, 18) are associated, which clamping jaws define a resulting central axis M and are for clamping and releasing the pin bones, wherein the clamping jaws (17, 18) are designed and configured such that they can move towards and away from one another, and the drive is designed and configured for exerting an oscillating rotational movement of the base body about the rotational axis and thereby of the clamping jaws (17, 18) about the central axis M.
A container-closure system comprising: a container that comprises a screw threads, and one or more ferromagnetic elements located in the area below the threads of the container; a closure that comprises: a threaded inner cap that has screw threads for mounting to the container, an overshell that has an opened end, and that houses the threaded inner cap, wherein the overshell is able to slide up or down so that the inner cap is closer to or further away from the opened end of the overshell. a spring that tends to bias the overshell upward relative to the inner cap, so that the inner cap is urged closer to the opened end of the overshell, one or more magnets firmly connected to the overshell, that tend to bias the overshell downward relative to the inner cap, and toward the ferromagnetic elements. a container that comprises a screw threads, and one or more ferromagnetic elements located in the area below the threads of the container; a closure that comprises: a threaded inner cap that has screw threads for mounting to the container, an overshell that has an opened end, and that houses the threaded inner cap, wherein the overshell is able to slide up or down so that the inner cap is closer to or further away from the opened end of the overshell. a spring that tends to bias the overshell upward relative to the inner cap, so that the inner cap is urged closer to the opened end of the overshell, one or more magnets firmly connected to the overshell, that tend to bias the overshell downward relative to the inner cap, and toward the ferromagnetic elements. a threaded inner cap that has screw threads for mounting to the container, an overshell that has an opened end, and that houses the threaded inner cap, wherein the overshell is able to slide up or down so that the inner cap is closer to or further away from the opened end of the overshell. a spring that tends to bias the overshell upward relative to the inner cap, so that the inner cap is urged closer to the opened end of the overshell, one or more magnets firmly connected to the overshell, that tend to bias the overshell downward relative to the inner cap, and toward the ferromagnetic elements.
A method comprising: receiving, from a primary device, an encrypted file and an encrypted file key at a backup device, a file having been previously encrypted by the primary device using a file key to yield the encrypted file and the file key having been previously encrypted by the primary device using a public key to yield the encrypted file key, wherein the file and the encrypted file are both stored on the primary device; associating the encrypted file key with a set of backup keys stored on the backup device, wherein the set of backup keys comprise a private key corresponding to the public key; encrypting the set of backup keys with a backup key set key to yield an encrypted set of backup keys; and storing the encrypted file, the encrypted file key and the set of encrypted backup keys on the backup device. receiving, from a primary device, an encrypted file and an encrypted file key at a backup device, a file having been previously encrypted by the primary device using a file key to yield the encrypted file and the file key having been previously encrypted by the primary device using a public key to yield the encrypted file key, wherein the file and the encrypted file are both stored on the primary device; associating the encrypted file key with a set of backup keys stored on the backup device, wherein the set of backup keys comprise a private key corresponding to the public key; encrypting the set of backup keys with a backup key set key to yield an encrypted set of backup keys; and storing the encrypted file, the encrypted file key and the set of encrypted backup keys on the backup device.
A light source assembly (1, 11, 13) comprising: a solid state lighting device; a wavelength converting element arranged to receive light emitted by the solid state lighting device, adapted to convert some of the received light to a different wavelength and comprising a light emitting surface; and a scattering layer (7, 12, 14) applied to the light emitting surface of the wavelength converting element and adapted to scatter light received from the wavelength converting element, characterized in that, the scattering layer (7, 12, 14) is adapted to scatter light back through the light emitting surface into the wavelength converting element, the scattering layer (7, 12, 14) has a backscattering strength that varies over said light emitting surface so as to reduce variations in the color of the light emitted from the light emitting surface, and the backscattering strength of the scattering layer (7, 12, 14) varies in the range of 10% to 50% of the light emitted from the light emitting surface. a solid state lighting device; a wavelength converting element arranged to receive light emitted by the solid state lighting device, adapted to convert some of the received light to a different wavelength and comprising a light emitting surface; and a scattering layer (7, 12, 14) applied to the light emitting surface of the wavelength converting element and adapted to scatter light received from the wavelength converting element, characterized in that, the scattering layer (7, 12, 14) is adapted to scatter light back through the light emitting surface into the wavelength converting element, the scattering layer (7, 12, 14) has a backscattering strength that varies over said light emitting surface so as to reduce variations in the color of the light emitted from the light emitting surface, and the backscattering strength of the scattering layer (7, 12, 14) varies in the range of 10% to 50% of the light emitted from the light emitting surface.
A noise barrier comprising a sound-insulating base wall comprising a plurality of support uprights and a plurality of wall elements supported by said support uprights, the noise barrier further comprising elongated sound-absorbing panels superimposed on the sound-insulating base wall, characterized in that the elongated sound-absorbing panels have a non-uniform thickness along their length, wherein at least one of the elongated sound-absorbing panels has a wavy profile in cross-section along its length with a single peak corresponding to a maximum thickness and two half valleys corresponding to the minimum thickness and a height lower than the height of the support uprights.
An expression cassette comprising a nucleotide coding sequence operably linked to a heterologous promoter sequence having at least 80%, at least 85%, at least 90%, at least 95%, at least 96%, at least 97%, at least 98%, at least 99%, or 100% identity to at least 100, at least 200, at least 300, at least 400, or at least 500, contiguous nucleotides of SEQ ID NO:1, wherein the promoter sequence has constitutive promoter activity in a eukaryotic cell.
Homogeneous composition consisting of 15-45% by weight of polyvinyl acetate, 10-30% by weight of vinyl laurate-vinyl acetate copolymers, 15-45% by weight of fillers, 5-30% by weight of waxes or fats, 1-10% by weight of plasticizers, 1-10% by weight of emulsifiers.
A method for optimizing the configuration of a mouthpiece appliance for oral cleaning to the oral geometry of an individual user, comprising the steps of: scanning the oral geometry or portions thereof of an individual user; producing a rigid shell member for the mouthpiece, substantially matching the oral geometry scan, wherein the resulting shell is configured and/or trimmed so that an outer surface of the shell does not extend more than 7 mm from the buccal surface of at least the back three teeth of the user's jaw, a rear edge of the shell does not come into contact with tissues to the rear of the rearmost teeth in the user's mouth and upper and lower edges of the mouthpiece do not extend more than 2 mm into the gum line of the user, when the mouthpiece is operatively positioned in the user's mouth; and adding bristles to the shell to produce cleaning of the user's teeth in operation of the mouthpiece appliance, wherein the shell includes two tray portions, an upper one to receive the teeth in the upper jaw and a lower one to receive the teeth in the lower jaw of the user, and wherein the two trays of the shell are angled relative to each other to match the angle of the user's jaws when the mouthpiece is operatively positioned in the user's mouth. scanning the oral geometry or portions thereof of an individual user; producing a rigid shell member for the mouthpiece, substantially matching the oral geometry scan, wherein the resulting shell is configured and/or trimmed so that an outer surface of the shell does not extend more than 7 mm from the buccal surface of at least the back three teeth of the user's jaw, a rear edge of the shell does not come into contact with tissues to the rear of the rearmost teeth in the user's mouth and upper and lower edges of the mouthpiece do not extend more than 2 mm into the gum line of the user, when the mouthpiece is operatively positioned in the user's mouth; and an outer surface of the shell does not extend more than 7 mm from the buccal surface of at least the back three teeth of the user's jaw, a rear edge of the shell does not come into contact with tissues to the rear of the rearmost teeth in the user's mouth and upper and lower edges of the mouthpiece do not extend more than 2 mm into the gum line of the user, when the mouthpiece is operatively positioned in the user's mouth; and adding bristles to the shell to produce cleaning of the user's teeth in operation of the mouthpiece appliance, wherein the shell includes two tray portions, an upper one to receive the teeth in the upper jaw and a lower one to receive the teeth in the lower jaw of the user, and wherein the two trays of the shell are angled relative to each other to match the angle of the user's jaws when the mouthpiece is operatively positioned in the user's mouth.
A method for controlling a prosthetic ankle joint employing a processor and a sensor, the method, comprising: - collecting gait data from the sensor; - determining from the collected gait data if the prosthetic ankle joint is weight bearing; ∘ if the prosthetic ankle joint is weight bearing, determining from the collected gait data if a stance phase has occurred and is qualified to be a true stance phase of a patient ambulating to determine whether the patient is normally walking; ∘ if the stance phase is qualified to be a true stance phase, determining a ground slope or a speed of the patient, and controlling the angular alignment of the prosthetic ankle joint based on the ground slope or speed, and ∘ if the prosthetic ankle joint is not weight bearing, locking or relaxing the ankle joint. - collecting gait data from the sensor; - determining from the collected gait data if the prosthetic ankle joint is weight bearing; ∘ if the prosthetic ankle joint is weight bearing, determining from the collected gait data if a stance phase has occurred and is qualified to be a true stance phase of a patient ambulating to determine whether the patient is normally walking; ∘ if the stance phase is qualified to be a true stance phase, determining a ground slope or a speed of the patient, and controlling the angular alignment of the prosthetic ankle joint based on the ground slope or speed, and ∘ if the prosthetic ankle joint is not weight bearing, locking or relaxing the ankle joint. ∘ if the prosthetic ankle joint is weight bearing, determining from the collected gait data if a stance phase has occurred and is qualified to be a true stance phase of a patient ambulating to determine whether the patient is normally walking; ∘ if the stance phase is qualified to be a true stance phase, determining a ground slope or a speed of the patient, and controlling the angular alignment of the prosthetic ankle joint based on the ground slope or speed, and ∘ if the prosthetic ankle joint is not weight bearing, locking or relaxing the ankle joint.
A tubular material consisting of at least one elastomeric insulation foam layer made from a copolymer, wherein the copolymer is containing polyethylene and polypropylene units, wherein the closed cell content is bigger than 95% and wherein the density is in a range of 10 to 100 kg/m 3, characterized in that an additional functional layer is applied on the inner surface of the foam layer and wherein this additional layer is a metal foil.
A system comprising: a group of n actuators; a system controller configured to transmit an m number of effect commands in order to produce m number of effect responses by the group of n actuators acting in combination; and an actuator controller configured to control the group of n actuators in order to produce at least one combined effect based on the m effect commands, wherein the n number of actuators is greater than or equal to the m number of effect commands, characterized in that the actuator controller is configured to achieve independent bandwidths for each of the effect responses of the m number of effect responses; wherein each of the effect responses of the m number of effect responses includes a different bandwidth; wherein the independent bandwidth for each of the effect responses of the m number of effect responses is supplied by the system controller, wherein the system controller is configured to modify the bandwidths in real time to achieve the different bandwidths at different times or phases of system operation; and the actuator controller is configured to use estimated reaction torque and rotational speeds of each actuator to maintain the bandwidths of each of the m effect responses in the presence of external actuator loads; wherein the m number of effect responses includes one or more of roll, pitch, or yaw. a group of n actuators; a system controller configured to transmit an m number of effect commands in order to produce m number of effect responses by the group of n actuators acting in combination; and an actuator controller configured to control the group of n actuators in order to produce at least one combined effect based on the m effect commands, wherein the n number of actuators is greater than or equal to the m number of effect commands, characterized in that the actuator controller is configured to achieve independent bandwidths for each of the effect responses of the m number of effect responses; wherein each of the effect responses of the m number of effect responses includes a different bandwidth; wherein the independent bandwidth for each of the effect responses of the m number of effect responses is supplied by the system controller, wherein the system controller is configured to modify the bandwidths in real time to achieve the different bandwidths at different times or phases of system operation; and the actuator controller is configured to use estimated reaction torque and rotational speeds of each actuator to maintain the bandwidths of each of the m effect responses in the presence of external actuator loads; wherein the m number of effect responses includes one or more of roll, pitch, or yaw.
A filling system for filling a container with a pourable product, in particular a pourable product having electrical conductivity below 15 μS, comprising: - a tank filled, in use, with a pourable product; - at least one filling valve selectively available in a configuration in which it allows the filling of said container with said pourable product; and - at least one duct interposed between said tank and said filling valve; - a vortex flowmeter interposed along said duct; said vortex flowmeter comprising an inlet mouth and an outlet mouth; characterized in that said duct and said vortex flowmeter are dimensioned so that the pressure, in use, at said outlet mouth is at least 5 times the hydraulic head between said inlet and outlet mouths (32, 33). - a tank filled, in use, with a pourable product; - at least one filling valve selectively available in a configuration in which it allows the filling of said container with said pourable product; and - at least one duct interposed between said tank and said filling valve; - a vortex flowmeter interposed along said duct;
An agent comprising, as an active ingredient, at least one saturated fatty acid selected from the group consisting of 3-hydroxydecanoic acid and 10-hydroxydecanoic acid and salts thereof for use in mucosal immunostimulation.
A cooker comprising: a cooking chamber in which food is cooked; a heat source for heating the food in the cooking chamber; a lighting device for illuminating an inner portion of the cooking chamber; an image sensor for scanning the inner portion of the cooking chamber and the food; and a control part configured to correct a food image distorted by a condition change made while cooking the food in the cooking chamber, characterized in that the control part is configured to operate the image sensor and the lighting device to obtain an inner image of the cooking chamber by the image sensor before the heat source is operated and to determine a first RGB color value based on the scanned inner image of the cooking chamber, to operate the image sensor and the lighting device to obtain an inner image of the cooking chamber by the image sensor after the heat source is operated and to determine a second RGB color value based on the scanned inner image of the cooking chamber, and to correct an image of the food scanned by the image sensor, on the basis of a difference between the first RGB color value and the second RGB color value. a cooking chamber in which food is cooked; a heat source for heating the food in the cooking chamber; a lighting device for illuminating an inner portion of the cooking chamber; an image sensor for scanning the inner portion of the cooking chamber and the food; and a control part configured to correct a food image distorted by a condition change made while cooking the food in the cooking chamber, characterized in that the control part is configured to operate the image sensor and the lighting device to obtain an inner image of the cooking chamber by the image sensor before the heat source is operated and to determine a first RGB color value based on the scanned inner image of the cooking chamber, to operate the image sensor and the lighting device to obtain an inner image of the cooking chamber by the image sensor after the heat source is operated and to determine a second RGB color value based on the scanned inner image of the cooking chamber, and to correct an image of the food scanned by the image sensor, on the basis of a difference between the first RGB color value and the second RGB color value. the control part is configured to operate the image sensor and the lighting device to obtain an inner image of the cooking chamber by the image sensor before the heat source is operated and to determine a first RGB color value based on the scanned inner image of the cooking chamber, to operate the image sensor and the lighting device to obtain an inner image of the cooking chamber by the image sensor after the heat source is operated and to determine a second RGB color value based on the scanned inner image of the cooking chamber, and to correct an image of the food scanned by the image sensor, on the basis of a difference between the first RGB color value and the second RGB color value.