mhurhangee/ep-ind-claims huggingface dataset:
A fluorescence microscope system for imaging a sample comprising at least two different fluorophores comprises: an illumination system configured to emit illumination light for exciting the fluorophores; an optical detection system configured to generate images of the sample based on fluorescence light emitted by the excited fluorophores; and a control unit, configured to determine whether to image the sample in a concurrent imaging mode or in a sequential imaging mode based on at least one characteristic of each of the different fluorophores and based on at least one parameter of the optical detection system and/or of the illumination system; wherein in the concurrent imaging mode, the different fluorophores are imaged simultaneously; and wherein in the sequential imaging mode, the different fluorophores are divided into a first group and at least one second group, and the fluorophores of the first and second groups are imaged subsequently. an illumination system configured to emit illumination light for exciting the fluorophores; an optical detection system configured to generate images of the sample based on fluorescence light emitted by the excited fluorophores; and a control unit, configured to determine whether to image the sample in a concurrent imaging mode or in a sequential imaging mode based on at least one characteristic of each of the different fluorophores and based on at least one parameter of the optical detection system and/or of the illumination system; wherein in the concurrent imaging mode, the different fluorophores are imaged simultaneously; and wherein in the sequential imaging mode, the different fluorophores are divided into a first group and at least one second group, and the fluorophores of the first and second groups are imaged subsequently.
Harvesting header, with: an inner part which is fastenable to an intake housing of a harvesting machine and, during operation, is movable over a field in a forwards direction and to the two lateral ends of which central parts are coupled pivotably about first axes, and outer parts that are coupled pivotably to the two lateral ends of the central parts about horizontally extending second axes (36, 36') which are angled in a diverging manner in the forwards direction, wherein the outer parts, central parts and the inner part respectively comprise frame sections (22, 20, 18) to which cutting and intake devices (12, 12') for cutting and conveying away crop standing in a field are fastened, the inner part, the central parts and the outer parts extend in a horizontal plane in an operational position, and, for folding from the operational position into a transport position, the outer parts are pivotable upwards and inwards about the second axes in relation to the central parts, and the central parts are pivotable upwards about the first axes in relation to the inner part, characterized in that the first axes are inclined forwards and upwards and are angled so as to converge in the forwards direction. an inner part which is fastenable to an intake housing of a harvesting machine and, during operation, is movable over a field in a forwards direction and to the two lateral ends of which central parts are coupled pivotably about first axes, and outer parts that are coupled pivotably to the two lateral ends of the central parts about horizontally extending second axes (36, 36') which are angled in a diverging manner in the forwards direction, wherein the outer parts, central parts and the inner part respectively comprise frame sections (22, 20, 18) to which cutting and intake devices (12, 12') for cutting and conveying away crop standing in a field are fastened, the inner part, the central parts and the outer parts extend in a horizontal plane in an operational position, and, for folding from the operational position into a transport position, the outer parts are pivotable upwards and inwards about the second axes in relation to the central parts, and the central parts are pivotable upwards about the first axes in relation to the inner part, characterized in that the first axes are inclined forwards and upwards and are angled so as to converge in the forwards direction.
Apparatus for rapid heating of a liquid comprising: a heat source; a liquid flowpath defining element defining a liquid heating flowpath therein having a liquid inlet and a liquid outlet, said liquid flowpath defining element including a bore defining the liquid heating flowpath; a collection of flexible elongate thermal conductors located within said flowpath, said collection of flexible elongate thermal conductors being thermally coupled to said heat source and defining multiple liquid heating passageways through said flowpath whose configurations and cross-sectional dimensions change over time, thereby being resistant to clogging, characterized in that: t he heat source is a heating element; t he liquid flowpath defining element includes a recess, spaced from the bore, for receiving the heating element; and t he collection of flexible elongate thermal conductors is packed within said bore and in thermal contact with said heating element via said liquid flowpath defining element which is configured to operate as a thermal conductor and transmit heat from the heating element to the collection of flexible elongate thermal conductors. a heat source; a liquid flowpath defining element defining a liquid heating flowpath therein having a liquid inlet and a liquid outlet, said liquid flowpath defining element including a bore defining the liquid heating flowpath; a collection of flexible elongate thermal conductors located within said flowpath, said collection of flexible elongate thermal conductors being thermally coupled to said heat source and defining multiple liquid heating passageways through said flowpath whose configurations and cross-sectional dimensions change over time, thereby being resistant to clogging, t he heat source is a heating element; t he liquid flowpath defining element includes a recess, spaced from the bore, for receiving the heating element; and t he collection of flexible elongate thermal conductors is packed within said bore and in thermal contact with said heating element via said liquid flowpath defining element which is configured to operate as a thermal conductor and transmit heat from the heating element to the collection of flexible elongate thermal conductors.
Transdermal therapeutic system for the transdermal administration of an active agent comprising an active agent-containing layer structure, said active agent-containing layer structure comprising: A) a backing layer; B) an active agent-containing layer comprising at least one silicone-containing polymer; and C) a skin contact layer; wherein the skin contact layer is an adhesive layer comprising a silicone gel adhesive, which is directly attached to the active agent-containing layer, wherein the active agent is rivastigmine or buprenorphine. A) a backing layer; B) an active agent-containing layer comprising at least one silicone-containing polymer; and C) a skin contact layer; wherein the skin contact layer is an adhesive layer comprising a silicone gel adhesive, which is directly attached to the active agent-containing layer, wherein the active agent is rivastigmine or buprenorphine.
A method used in a wireless communication system, the method comprising: detecting a pilot from a hybrid femto access point, the hybrid femto access point implementing a plurality of radio access technologies, RATs, comprising a first RAT and a second RAT, the pilot being associated with the first RAT; registering with the hybrid femto access point on a first channel associated with the first RAT based upon the detected pilot; analyzing a system selection database to identify a second channel associated with the second RAT of the hybrid femto access point, wherein the system selection database comprises an assigned registration zone for the hybrid femto access point; and selecting to handover to the identified second channel of the hybrid femto access point. detecting a pilot from a hybrid femto access point, the hybrid femto access point implementing a plurality of radio access technologies, RATs, comprising a first RAT and a second RAT, the pilot being associated with the first RAT; registering with the hybrid femto access point on a first channel associated with the first RAT based upon the detected pilot; analyzing a system selection database to identify a second channel associated with the second RAT of the hybrid femto access point, wherein the system selection database comprises an assigned registration zone for the hybrid femto access point; and selecting to handover to the identified second channel of the hybrid femto access point.
An optical sensing device, adapted to use structured light to detect an object, the optical sensing device comprising: a structured light projector (100, 200, 300), comprising: a light source, configured to emit a light beam; and at least one beam multiplication film (120, 220), disposed on a transmission path of the light beam and made of anisotropic refractive index material, wherein a plurality of separated light beams are produced after the light beam from the light source passes through the at least one beam multiplication film (120, 220), so as to form the structured light, the structured light being projected on the object; and a sensor, configured to sense the structured light reflected from the object; wherein an optical axis (A1, A2) of the at least one beam multiplication film (120, 220) is inclined relative to a transmission direction of the light beam emitted from the light source by an angle (θ1, θ2); characterized in that the structured light projector (100, 200, 300) further comprises a diffractive optical element configured to perform beam multiplication, and the at least one beam multiplication film (120, 220) is disposed between the light source and the diffractive optical element. a structured light projector (100, 200, 300), comprising: a light source, configured to emit a light beam; and at least one beam multiplication film (120, 220), disposed on a transmission path of the light beam and made of anisotropic refractive index material, wherein a plurality of separated light beams are produced after the light beam from the light source passes through the at least one beam multiplication film (120, 220), so as to form the structured light, the structured light being projected on the object; and a light source, configured to emit a light beam; and at least one beam multiplication film (120, 220), disposed on a transmission path of the light beam and made of anisotropic refractive index material, wherein a plurality of separated light beams are produced after the light beam from the light source passes through the at least one beam multiplication film (120, 220), so as to form the structured light, the structured light being projected on the object; and a sensor, configured to sense the structured light reflected from the object; wherein an optical axis (A1, A2) of the at least one beam multiplication film (120, 220) is inclined relative to a transmission direction of the light beam emitted from the light source by an angle (θ1, θ2); characterized in that the structured light projector (100, 200, 300) further comprises a diffractive optical element configured to perform beam multiplication, and the at least one beam multiplication film (120, 220) is disposed between the light source and the diffractive optical element.
A dry etching method comprising etching a laminated film, the laminated film having a plurality of silicon layers and a plurality of insulating layers laminated together on a substrate with a hole or groove defined in the laminated film in a direction perpendicular to a surface of the substrate, the etching being performed to etch parts of the silicon layers appearing on an inner surface of the hole or groove with an etching gas, characterized in that: the plurality of silicon layers and the plurality of insulating layers in the laminated film are alternately laminated together, and that the etching gas comprises: at least one kind of gas selected from the group consisting of ClF 3, BrF 5, BrF 3, IF 7 and IF 5; and F 2, wherein the partial pressure of each of ClF 3, BrF 5, BrF 3, IF 7 and IF 5 in the etching gas is in a range of 1 to 2000 Pa. the plurality of silicon layers and the plurality of insulating layers in the laminated film are alternately laminated together, and that the etching gas comprises: at least one kind of gas selected from the group consisting of ClF 3, BrF 5, BrF 3, IF 7 and IF 5; and F 2, wherein the partial pressure of each of ClF 3, BrF 5, BrF 3, IF 7 and IF 5 in the etching gas is in a range of 1 to 2000 Pa.
Medullary stem for an endoprosthesis for a joint, intended to be inserted into the medullary canal of a long bone comprising the joint concerned, comprising: - a casing wall, defining the external shape of the medullary stem and delimiting a hollow space internally; and - a plurality of first partitions, generally parallel to each other, extending between the inner side of this medullary stem, i.e. the side intended to be located after implantation along the inner edge of the long bone, and the outer side of the medullary stem, i.e. the side intended to be located after implantation along the outer edge of the long bone, each of these first partitions forming a single piece with the casing wall at these inner and outer sides of the medullary shaft, - a longitudinal internal structure (15; 20a, 20b) for longitudinal reinforcement of the medullary stem, with a solid cross-section, forming a single piece with the casing wall and the said first partitions and second partitions when these second partitions are present, characterized in that said internal structure is in the form of a central internal bar extending longitudinally between a distal end of the stem, or an area of said stem close to said distal end, and a proximal end of the stem, or an area close to said proximal end. - a casing wall, defining the external shape of the medullary stem and delimiting a hollow space internally; and - a plurality of first partitions, generally parallel to each other, extending between the inner side of this medullary stem, i.e. the side intended to be located after implantation along the inner edge of the long bone, and the outer side of the medullary stem, i.e. the side intended to be located after implantation along the outer edge of the long bone, each of these first partitions forming a single piece with the casing wall at these inner and outer sides of the medullary shaft, - a longitudinal internal structure (15; 20a, 20b) for longitudinal reinforcement of the medullary stem, with a solid cross-section, forming a single piece with the casing wall and the said first partitions and second partitions when these second partitions are present,
An optical cable comprising: an optical fiber unit including a plurality of optical fibers; a sheath configured to house the optical fiber unit in a housing portion, the sheath having a circular external form; two or more strength members embedded in the sheath on each side of the optical fiber unit, the strength members sandwiching the housing portion; and two rip cords, wherein when a direction of connecting the intermediate position of the two or more strength members on the one side and the intermediate position of the two or more strength members on the other side is a first direction,and a direction intersecting the first direction is a second direction, in a cross section of the optical cable, a cross-sectional shape of the housing portion has a second dimension in the second direction greater than a first dimension in the first direction, the two rip cords are disposed to sandwich the optical fiber unit such that a direction of connecting the two rip cords is in the second direction, in the cross section of the optical cable, the cross-sectional shape of the housing portion is an elliptical shape whose minor axis is in the first direction and whose major axis is in the second direction, the plurality of optical fibers are twisted in an SZ manner _with regard to the housing portion within which the plurality of optical fibers are twisted, and a ratio of the first dimension to the second dimension is equal to or greater than 0.55. an optical fiber unit including a plurality of optical fibers; a sheath configured to house the optical fiber unit in a housing portion, the sheath having a circular external form; two or more strength members embedded in the sheath on each side of the optical fiber unit, the strength members sandwiching the housing portion; and two rip cords, wherein when a direction of connecting the intermediate position of the two or more strength members on the one side and the intermediate position of the two or more strength members on the other side is a first direction,and a direction intersecting the first direction is a second direction, in a cross section of the optical cable, a cross-sectional shape of the housing portion has a second dimension in the second direction greater than a first dimension in the first direction, the two rip cords are disposed to sandwich the optical fiber unit such that a direction of connecting the two rip cords is in the second direction, in the cross section of the optical cable, the cross-sectional shape of the housing portion is an elliptical shape whose minor axis is in the first direction and whose major axis is in the second direction, the plurality of optical fibers are twisted in an SZ manner _with regard to the housing portion within which the plurality of optical fibers are twisted, and a ratio of the first dimension to the second dimension is equal to or greater than 0.55.
A clothes treatment apparatus comprising: a cabinet having a hexahedral form and configured with a front cover forming a front surface and a back cover forming a rear surface, wherein a loading inlet for loading laundry is formed at the front cover; a tub provided inside the cabinet; a drum rotatably provided in the tub and providing a reception space for washing and drying laundry; and a heat pump module configured to circulate a refrigerant to a compressor, a condenser, an expansion valve, and an evaporator and re-circulate air discharged from the drum to the drum through the evaporator and the condenser, wherein the heat pump module comprises an integrated housing configured to mount the compressor, the condenser, and the evaporator integrally, disposed at an upper part of the tub, and supported by a plurality of fastening members, characterised in that the integrated housing is supported by the plurality of fastening members at the front surface and the rear surface of the cabinet, wherein a plurality of fastening parts (1216a, 1226a) protruding in a pipe shape are provided at a front surface and a rear surface of the integrated housing and the plurality of fastening members are inserted into and screw-fastened to the plurality of fastening parts (1216a, 1226a).
Air-cooled grate bar for arranging in a grate serving for burning kiln feed in an incineration plant, with a top transforming into the facing side via a first curved section and into a rear longitudinal surface via a second curved section or a diagonal, with an outlet opening for combustion air streaming in from below, with an underside, with a foot having a support surface and at least one first wear plate with a first curved section lying above the same, arranged below the first curved section transforming into the facing side, wherein the foot is arranged on the facing side whilst forming a space lying above the same and accessible for combustion air streaming in from below, characterised in that the first wear plate is arranged below the first curved section lying above the same in an arrangement that prevents kiln feed from falling through into the area below the grate bar when the first curved section has rusted through, and in that the outlet opening letting through combustion air streaming in from the underside is formed on the top.
A system for controlling a power-converter device, the power-converter device comprising: a power-factor-correction stage, having an input (IN1, IN2) designed to receive a supply voltage (Val) and an output connected to a capacitive storage element, and configured so as to supply a stabilized voltage (V PFC) on said capacitive storage element as a function of said supply voltage (Val); and a voltage-adapter stage, having a respective input connected to said capacitive storage element and a respective output designed to be connected to a load, and configured so as to supply an output voltage (V OUT) on said load starting from said stabilized voltage (V PFC); wherein said power-factor-correction stage comprises a first switch element that can be operated so as to control transfer of a first electric power from said input (IN1, IN2) to said capacitive storage element, and said voltage-adapter stage comprises a second switch element that can be operated so as to control transfer of a second electric power from said capacitive storage element to said output, characterized by comprising a control stage, operatively coupled to said first switch element and second switch element and configured to control said first switch element and second switch element in such a way that said first and second electric powers have substantially matching trends, i.e. envelopes or waveforms, both electric powers having a waveform defining a profile corresponding to a squared sinusoid (sin 2), and their corresponding currents (I c1) and (I c2) have a sinusoidal trend and, respectively, a squared sinusoidal trend, so that the load receives an impulsive current, instead of a DC current.
A method for improving wireless fidelity, Wi-Fi, performance, wherein the method comprises: determining, by a terminal, whether a currently working Wi-Fi channel is interfered by a high definition multimedia interface, HDMI, signal and whether a strength of a received Wi-Fi signal is less than or equal to a preset signal strength threshold, wherein the terminal further comprises a Wi-Fi module, a plurality of Wi-Fi antennas (2051, 2052, 2053, 2054) and an HDMI port; and wherein the determining, by the terminal, whether the currently working Wi-Fi channel is interfered by the HDMI signal is performed based on the currently working Wi-Fi channel, a resolution of a video signal output by the HDMI port of the terminal, and a frequency multiplication of a clock signal output by the HDMI port of the terminal, if the currently working Wi-Fi channel is interfered by the HDMI signal and the strength of the received Wi-Fi signal is less than or equal to the preset signal strength threshold, controlling, by the terminal, a Wi-Fi antenna most greatly interfered by the HDMI signal to stop receiving/sending a signal. determining, by a terminal, whether a currently working Wi-Fi channel is interfered by a high definition multimedia interface, HDMI, signal and whether a strength of a received Wi-Fi signal is less than or equal to a preset signal strength threshold, wherein the terminal further comprises a Wi-Fi module, a plurality of Wi-Fi antennas (2051, 2052, 2053, 2054) and an HDMI port; and wherein the determining, by the terminal, whether the currently working Wi-Fi channel is interfered by the HDMI signal is performed based on the currently working Wi-Fi channel, a resolution of a video signal output by the HDMI port of the terminal, and a frequency multiplication of a clock signal output by the HDMI port of the terminal, if the currently working Wi-Fi channel is interfered by the HDMI signal and the strength of the received Wi-Fi signal is less than or equal to the preset signal strength threshold, controlling, by the terminal, a Wi-Fi antenna most greatly interfered by the HDMI signal to stop receiving/sending a signal.