mhurhangee/ep-ind-claims huggingface dataset:
A receiver streamer system for marine electromagnetic surveying, comprising: a first streamer, and a second streamer disposed substantially parallel to and spaced apart from the first streamer, the first and second streamers being configured for towing through a body of water; and a first pair of electrodes in the first streamer and a second pair of electrodes in the second streamer, characterized by a voltage measuring circuit configured to measure voltage along an inline direction of each of the first and second pairs of electrodes while the first and second streamers are towed through the body of water, and a voltage measuring circuit configured to make voltage measurements in a cross-line direction of at least one electrode on each of the first and second streamer while the first and second streamers are towed through the body of water, wherein the first and second streamers are adapted to be disposed at substantially a same depth in the body of water. a first streamer, and a second streamer disposed substantially parallel to and spaced apart from the first streamer, the first and second streamers being configured for towing through a body of water; and a first pair of electrodes in the first streamer and a second pair of electrodes in the second streamer, characterized by a voltage measuring circuit configured to measure voltage along an inline direction of each of the first and second pairs of electrodes while the first and second streamers are towed through the body of water, and a voltage measuring circuit configured to make voltage measurements in a cross-line direction of at least one electrode on each of the first and second streamer while the first and second streamers are towed through the body of water, wherein the first and second streamers are adapted to be disposed at substantially a same depth in the body of water.
A band take-up device (1; 6) for winding a band meltable by heat input on at least one surface onto a bobbin, comprising a bobbin drive for rotatably driving the bobbin and winding the band supplied to the bobbin onto the bobbin, wherein the band take-up device (1; 6) comprises a band fastening device which is designed for introducing thermal energy into a heating section of the band, characterized in that the fastening device is formed by electrodes and an insulator, wherein the electrodes are spaced apart by the insulator and are designed for generating electric sparks and for introducing the thermal energy, which is created thereby, into the band.
A fiber preform architecture for a composite article comprising: a plurality of fiber bands, each of the plurality of fiber bands placed at a time, at a predetermined position and orientation, to generate an interlocking pattern between fiber bands, wherein each of the plurality of fiber bands comprise a plurality of fiber tows, positioned side by side at a predetermined spacing to define one or more gaps between each tow in the fiber band, wherein the plurality of fiber tows and bands are interwoven in an in-plane and out-of-plane orientation by interleaving each of the plurality of fiber tows and bands with one or more of the plurality of fiber tows and bands previously laid down and not in a common plane to fill the one or more gaps and define a uniformly covered multi-layered assembly, and wherein the plurality of fiber bands include three or more different orientation angles. a plurality of fiber bands, each of the plurality of fiber bands placed at a time, at a predetermined position and orientation, to generate an interlocking pattern between fiber bands, wherein each of the plurality of fiber bands comprise a plurality of fiber tows, positioned side by side at a predetermined spacing to define one or more gaps between each tow in the fiber band, wherein the plurality of fiber tows and bands are interwoven in an in-plane and out-of-plane orientation by interleaving each of the plurality of fiber tows and bands with one or more of the plurality of fiber tows and bands previously laid down and not in a common plane to fill the one or more gaps and define a uniformly covered multi-layered assembly, and wherein the plurality of fiber bands include three or more different orientation angles.
Household appliance, in particular a refrigerator, having a carcass with an inner container and appliance outer walls (3, 3a, 3b, 3c) and an insulation layer therebetween with at least one embedded vacuum insulation panel (12, 12a, 12b, 12c), wherein the at least one vacuum insulation panel (12, 12a, 12b, 12c) is fixed to an inner face of an appliance outer wall (3, 3a, 3b, 3c) in an at least approximately planar manner by means of a liquid adhesive layer which is embodied separately with respect to the insulation layer, wherein the liquid adhesive layer is embodied as a foamed thermal insulation material layer which extends over the entire surface of a front face of the vacuum insulation panel (12, 12a, 12b, 12c) facing the inner face of the appliance outer wall (3, 3a, 3b, 3c) and its side walls.
An imaging sensor, comprising: an array of light-detecting elements, wherein the array of light-detecting elements comprises identical light-detecting elements throughout the array, wherein each light-detecting element in the array of light-detecting elements is arranged in the imaging sensor so as to detect a respective wavelength interval, wherein the respective wavelength interval differs for different light-detecting elements; a filter arranged on the array of light-detecting elements for controlling the respective wavelength interval being detected by the light-detecting elements; and a pattern arranged on the array of light-detecting elements, wherein the pattern defines a plurality of transparent areas, each transparent area being associated with a corresponding light-detecting element in the array of light-detecting elements, characterized in that the pattern is integrated on the array of light-detecting elements by deposition and etching of material on the array of light-detecting elements, wherein a size of a transparent area among the plurality of transparent areas is dependent on the wavelength interval of the corresponding light-detecting element with which the transparent area is associated; wherein the sizes of at least two transparent areas among the plurality of transparent areas are different from each other. an array of light-detecting elements, wherein the array of light-detecting elements comprises identical light-detecting elements throughout the array, wherein each light-detecting element in the array of light-detecting elements is arranged in the imaging sensor so as to detect a respective wavelength interval, wherein the respective wavelength interval differs for different light-detecting elements; a filter arranged on the array of light-detecting elements for controlling the respective wavelength interval being detected by the light-detecting elements; and a pattern arranged on the array of light-detecting elements, wherein the pattern defines a plurality of transparent areas, each transparent area being associated with a corresponding light-detecting element in the array of light-detecting elements, characterized in that the pattern is integrated on the array of light-detecting elements by deposition and etching of material on the array of light-detecting elements, wherein a size of a transparent area among the plurality of transparent areas is dependent on the wavelength interval of the corresponding light-detecting element with which the transparent area is associated; wherein the sizes of at least two transparent areas among the plurality of transparent areas are different from each other.
An information sending method performed in a guard-band mode and a standalone mode of a narrow band internet of things, NB-IoT, system, comprising: generating, by a network device, a first signal; and sending, on a first resource by the network device, the first signal to a terminal device, wherein the first resource comprises a first part of resource elements REs, and the first part of REs comprises all REs corresponding to an orthogonal frequency division multiplexing OFDM symbol 0, an OFDM symbol 1, and an OFDM symbol 2 in each of a subframe 0, a subframe 5, and a subframe 9 of each radio frame on a first carrier; wherein the first carrier comprises an anchor carrier in the NB-IoT or a non-anchor carrier in the NB-IoT. generating, by a network device, a first signal; and sending, on a first resource by the network device, the first signal to a terminal device, wherein the first resource comprises a first part of resource elements REs, and the first part of REs comprises all REs corresponding to an orthogonal frequency division multiplexing OFDM symbol 0, an OFDM symbol 1, and an OFDM symbol 2 in each of a subframe 0, a subframe 5, and a subframe 9 of each radio frame on a first carrier; wherein the first carrier comprises an anchor carrier in the NB-IoT or a non-anchor carrier in the NB-IoT.
A device for the treatment of fluids such as liquids or gases, formed by a flow housing with a cover, an inlet, a reactor chamber with interior walls and an outlet, and with UV LED light sources directed into the reactor chamber, as well as a power supply therefor, characterized in that - the reactor chamber consists of a cylindrical interior chamber with interior walls surrounding it, - its cover covers the cylindrical reactor chamber, which is disposed over or on the flow housing, - the light sources are fixed on or in the cover which forms partial walls of the interior surface, and - the cylindrical interior chamber is provided with a fluidic configuration with fluid guide surfaces in the inlet which allows the fluid to flow in tangentially close to the floor, and which is provided with a tube disposed in the centre of the reactor chamber as the outlet, which extends in the direction towards the light sources and ends in front of them, whereupon a fluid that passes through is provided with a rotating fluid vortex by the fluidic configuration, the light sources are orientated to allow the irradiation to be lateral, so that at least a portion of the flow of the fluid in the fluid vortex can pass by the light sources several times before leaving the reactor chamber. - the reactor chamber consists of a cylindrical interior chamber with interior walls surrounding it, - its cover covers the cylindrical reactor chamber, which is disposed over or on the flow housing, - the light sources are fixed on or in the cover which forms partial walls of the interior surface, and - the cylindrical interior chamber is provided with a fluidic configuration with fluid guide surfaces in the inlet which allows the fluid to flow in tangentially close to the floor, and which is provided with a tube disposed in the centre of the reactor chamber as the outlet, which extends in the direction towards the light sources and ends in front of them, whereupon a fluid that passes through is provided with a rotating fluid vortex by the fluidic configuration, the light sources are orientated to allow the irradiation to be lateral, so that at least a portion of the flow of the fluid in the fluid vortex can pass by the light sources several times before leaving the reactor chamber.
A micro-electro-mechanical device (20; 90; 190; 290), comprising: a first monolithic body including semiconductor material; and a second monolithic body (24; 93; 193; 293) including semiconductor material, overlying the first monolithic body; the first monolithic body comprising a fixed part (25; 91; 191; 291), a movable part (26; 92; 192; 292), surrounding the fixed part, and elastic elements elastically coupling the movable part and the fixed part; the movable part carrying actuation elements (30; 60; 160; 260) configured to control a relative movement of the movable part with respect to the fixed part; the first monolithic body having projections, extending from the movable part and bonded to the second monolithic body. a first monolithic body including semiconductor material; and a second monolithic body (24; 93; 193; 293) including semiconductor material, overlying the first monolithic body; the first monolithic body comprising a fixed part (25; 91; 191; 291), a movable part (26; 92; 192; 292), surrounding the fixed part, and elastic elements elastically coupling the movable part and the fixed part; the movable part carrying actuation elements (30; 60; 160; 260) configured to control a relative movement of the movable part with respect to the fixed part; the first monolithic body having projections, extending from the movable part and bonded to the second monolithic body.
A nutraceutical compound for use in treating excess of weight characterised in that it comprises a first component comprising a first active ingredient defined by betulin and suitable to regulate the absorption and metabolism of carbohydrates and lipids and a second comprising a second active ingredient defined by 1-deoxynojirimycin suitable to control glycaemic metabolism.
A display device including a pixel, wherein: the pixel can perform display with any combination of a first color having a first hue, a second color having a second hue, a third color having a third hue and a fourth color having a fourth hue at any luminance: wherein, the second hue defines the smallest hue angle with respect to the first hue in a chromaticity diagram of the L*a*b* color system among the hues of the pixel, and the third hue defines the smallest hue angle on the opposite side to the second hue with respect to the first hue in the chromaticity diagram of the L*a*b* color system among the hues of the pixel; and the luminances of the colors of the pixel are set such that while a color displayed by the pixel changes from black via the first color to white, the luminance of the first color starts to be increased, and when the luminance of the first color reaches a predetermined luminance, the luminance of at least one of the second color and the third color starts to be increased, wherein the luminances of the second color and the third color are increased at a different rate such that the hue displayed by the pixel does not change from the first hue. the pixel can perform display with any combination of a first color having a first hue, a second color having a second hue, a third color having a third hue and a fourth color having a fourth hue at any luminance: wherein, the second hue defines the smallest hue angle with respect to the first hue in a chromaticity diagram of the L*a*b* color system among the hues of the pixel, and the third hue defines the smallest hue angle on the opposite side to the second hue with respect to the first hue in the chromaticity diagram of the L*a*b* color system among the hues of the pixel; and the luminances of the colors of the pixel are set such that while a color displayed by the pixel changes from black via the first color to white, the luminance of the first color starts to be increased, and when the luminance of the first color reaches a predetermined luminance, the luminance of at least one of the second color and the third color starts to be increased, wherein the luminances of the second color and the third color are increased at a different rate such that the hue displayed by the pixel does not change from the first hue.
An electrosurgical forceps, comprising: a first shaft member; a second shaft member having a distal end portion pivotably coupled to a distal end portion of the first shaft member about a pivot pin; a first jaw member coupled to and extending from the distal end portion of the first shaft member; a second jaw member coupled to and extending from the distal end portion of the second shaft member, the first and second jaw members configured to move between an open configuration and a closed configuration in response to pivoting of the first and second shaft members; and a resilient pivot member associated with the pivot pin and configured to assure a sealing pressure between the first and second jaw members to promote tissue sealing within a range of about 3kg/cm 2 to about 16 kg/cm 2, characterised in that the resilient pivot member is a resilient and compressible sheath disposed about the pivot pin. a first shaft member; a second shaft member having a distal end portion pivotably coupled to a distal end portion of the first shaft member about a pivot pin; a first jaw member coupled to and extending from the distal end portion of the first shaft member; a second jaw member coupled to and extending from the distal end portion of the second shaft member, the first and second jaw members configured to move between an open configuration and a closed configuration in response to pivoting of the first and second shaft members; and a resilient pivot member associated with the pivot pin and configured to assure a sealing pressure between the first and second jaw members to promote tissue sealing within a range of about 3kg/cm 2 to about 16 kg/cm 2, characterised in that the resilient pivot member is a resilient and compressible sheath disposed about the pivot pin.
A seat operation range setting system comprising: a lower rail disposed on a frame mounted to a floor panel of a chassis; an upper rail installed so as to be slidable along the lower rail; a contactless sensor connected to the upper rail, the contactless sensor being configured to sense a bracket disposed at one side of the lower rail; and a controller configured to receive an ON/OFF signal of the contactless sensor and to set a virtual limit of a seat, characterized in that the controller sets a distance between a front virtual limit and a rear virtual limit based on an extension length of the bracket. a lower rail disposed on a frame mounted to a floor panel of a chassis; an upper rail installed so as to be slidable along the lower rail; a contactless sensor connected to the upper rail, the contactless sensor being configured to sense a bracket disposed at one side of the lower rail; and a controller configured to receive an ON/OFF signal of the contactless sensor and to set a virtual limit of a seat,
A method for producing a liquid-absorbing nonwoven from fiber material with an absorbent agent and crimped binding fibers as well as needling of the fiber material with the binding fibers, characterized in that an absorbent agent, namely polycarbonate granules and/or powder, is introduced as the absorbent material into the fiber material, namely viscose or polyester fibers.
A composition comprising: synthetic nanocarriers comprising a hydrophobic polyester carrier material and rapamycin; wherein the rapamycin is present in the synthetic nanocarriers in a stable, super-saturated amount; and optionally, wherein the synthetic nanocarriers are initially sterile filterable. synthetic nanocarriers comprising a hydrophobic polyester carrier material and rapamycin; wherein the rapamycin is present in the synthetic nanocarriers in a stable, super-saturated amount; and optionally, wherein the synthetic nanocarriers are initially sterile filterable.
A vinylidene fluoride-based resin film, comprising a vinylidene fluoride resin, a methacrylate ester resin, a titanium oxide surface-treated with alumina, silica, and zirconia, and a polyethylene glycol fatty acid ester and/or the derivative thereof, wherein the total amount of alumina, silica, and zirconia deposited on the titanium oxide is 5 to 15 mass %, and the amount of zirconia deposited thereon is 0.5 mass % or more and less than 2.0 mass %.
A lighting device, comprising: a lighting circuit for switching an input from a DC power source by using a switching element and outputting a smoothed output to a solid-state light emitting element; and a dimming control unit for controlling a switching operation of the switching element based on a control signal having an on-duty ratio determined according to a dimming level to thereby adjust an output to the solid-state light emitting element, the dimming control unit including: a driving control unit for performing a pulse width modulation control on the switching element; and a burst control unit for receiving a feedback signal varying depending on the output to the solid-state light emitting element and providing a stop period in the PWM control performed by the driving control unit, based on a threshold value and magnitudes of the feedback signal and a reference signal (Va). a lighting circuit for switching an input from a DC power source by using a switching element and outputting a smoothed output to a solid-state light emitting element; and a dimming control unit for controlling a switching operation of the switching element based on a control signal having an on-duty ratio determined according to a dimming level to thereby adjust an output to the solid-state light emitting element, the dimming control unit including: a driving control unit for performing a pulse width modulation control on the switching element; and a burst control unit for receiving a feedback signal varying depending on the output to the solid-state light emitting element and providing a stop period in the PWM control performed by the driving control unit, based on a threshold value and magnitudes of the feedback signal and a reference signal (Va). a driving control unit for performing a pulse width modulation control on the switching element; and a burst control unit for receiving a feedback signal varying depending on the output to the solid-state light emitting element and providing a stop period in the PWM control performed by the driving control unit, based on a threshold value and magnitudes of the feedback signal and a reference signal (Va).
A blood analysis apparatus, comprising a measurement section configured to measure an ultraviolet visible absorption spectrum of red blood cells included in a blood sample, an analysis section configured to compare a measured spectrum of red blood cells with a standard spectrum of each of heme, biliverdin, and bilirubin, stored in advance, and to assign the measured spectrum to any one of the standard spectra, wherein the analysis section is configured to compare each of the plurality of measured spectra obtained in a plurality of areas of one red blood cell with the standard spectra, and to calculate the number or ratio of measured spectra assigned to the standard spectrum of heme, measured spectra assigned to the standard spectrum of biliverdin, and measured spectra assigned to the standard spectrum of bilirubin, and to output a quality of blood based on the calculated number or ratio.