mhurhangee/ep-ind-claims huggingface dataset:
A method (300/350) for controlling a robotic welding system during automatically weld together two pipe sections in a spool welding operation wherein the two pipe sections are held in fixed relation to each other by a plurality of stitches at an interface between the two pipe sections, the robotic welding system having a torch arm holding a welding torch, a controller for controlling motion of the torch arm, and a processor operably coupled to the controller and a camera positioned to capture images of an area around a welding arc, and a positioner on which the pipe sections are mounted and for rotating the pipe string in relation to the robotic welding system the method being characterised by the following: U the processor receiving an "arc on" signal from the controller, which controls the robotic welding system to start the welding operation and controls the positioner to start rotating the pipe sections; rotating the two pipe sections and the robotic welding system in relation to each other while continuously capturing and buffering a plurality of frames of an interface between the two pipe sections with the camera; processing (322, 324, 326) the plurality of frames to determine a seam position; controlling robotic welding system to move the torch arm to track the seam position; processing the plurality of frames to detect whether the welding torch is over one of the plurality of stitches; determining a stitch start in response to detecting the welding torch moving over one of the plurality of stitches; controlling the robotic welding system to adjust welding parameters in response to determining the stitch start; determining a stitch end in response to detecting the welding torch moving past one of the plurality of stitches; and controlling the robotic welding system to adjust welding parameters in response to determining the stitch end. the processor receiving an "arc on" signal from the controller, which controls the robotic welding system to start the welding operation and controls the positioner to start rotating the pipe sections; rotating the two pipe sections and the robotic welding system in relation to each other while continuously capturing and buffering a plurality of frames of an interface between the two pipe sections with the camera; processing (322, 324, 326) the plurality of frames to determine a seam position; controlling robotic welding system to move the torch arm to track the seam position; processing the plurality of frames to detect whether the welding torch is over one of the plurality of stitches; determining a stitch start in response to detecting the welding torch moving over one of the plurality of stitches; controlling the robotic welding system to adjust welding parameters in response to determining the stitch start; determining a stitch end in response to detecting the welding torch moving past one of the plurality of stitches; and controlling the robotic welding system to adjust welding parameters in response to determining the stitch end.
An ethylene/alpha-olefin interpolymer suitable for use in fibers and nonwovens having a density of from 0.911 to 0.939 g/cc according to ASTM D792, a Brookfield viscosity of less than or equal to 50,000 cP, measured with a DV-II Pro Extra Viscometer using the method as defined in the description, a molecular weight distribution (M w,cc /M n,cc) of 1.8 to 3.5, as determined by conventional gel permeation chromatography, and an M z,cc /M n,cc is less than 5.25, or alternatively, less than 4.0 or 3.5, as determined by conventional GPC.
A method for gesture control in a mobile communication device, comprising: detecting a first user gesture meeting a first condition to enter a mode of operation on the mobile communication device; exiting the mode of operation; and detecting a second user gesture meeting a second condition to re-enter the mode of operation; wherein the first user gesture and the second user gesture are performed by a user extremity and wherein the detecting the first user gesture and the detecting the second user gesture are performed in absence of the user extremity touching the mobile communication device wherein the first condition is detecting the first user gesture for a first period of time and the second condition is detecting the second user gesture for a second period of time, wherein the second period of time is shorter than the first period of time or wherein the first condition is detecting the first user gesture within a first region and the second condition is detecting the second user gesture within a second region, wherein the second region is larger than or equal to the first region. detecting a first user gesture meeting a first condition to enter a mode of operation on the mobile communication device; exiting the mode of operation; and detecting a second user gesture meeting a second condition to re-enter the mode of operation; wherein the first user gesture and the second user gesture are performed by a user extremity and wherein the detecting the first user gesture and the detecting the second user gesture are performed in absence of the user extremity touching the mobile communication device wherein the first condition is detecting the first user gesture for a first period of time and the second condition is detecting the second user gesture for a second period of time, wherein the second period of time is shorter than the first period of time or wherein the first condition is detecting the first user gesture within a first region and the second condition is detecting the second user gesture within a second region, wherein the second region is larger than or equal to the first region.
An external charger for wirelessly providing energy to an implantable medical device, comprising: a charging coil configured when energized by a drive signal to produce a magnetic field with a power to wirelessly provide energy to the IMD as a coupled system; a sense coil, wherein the sense coil is configured to be induced by the magnetic field with an induced signal affected by a position of the charging coil with respect to the IMD; and control circuitry configured to determine from a parameter determinable using the induced signal how to adjust the power of the magnetic field, wherein the parameter comprises either a phase angle between the induced signal and the drive signal, or a resonant frequency of the coupled system. a charging coil configured when energized by a drive signal to produce a magnetic field with a power to wirelessly provide energy to the IMD as a coupled system; a sense coil, wherein the sense coil is configured to be induced by the magnetic field with an induced signal affected by a position of the charging coil with respect to the IMD; and control circuitry configured to determine from a parameter determinable using the induced signal how to adjust the power of the magnetic field, wherein the parameter comprises either a phase angle between the induced signal and the drive signal, or a resonant frequency of the coupled system.
Smoking apparatus that comprises a body inside which a chamber is defined into which a slidable element is insertable in which elements of combustible material can be arranged, heating means that is arranged in said slidable element to heat said elements of combustible material and cause flameless combustion thereof with generation of smoke, characterized in that in said slidable element a tubular element is arranged that is provided with a plurality of second suction openings communicating with the inside of said slidable element, said tubular element being connected, at a first end, to a first wall of the slidable element, whereas a second end thereof is inserted into an outlet conduit.
A personal care composition comprising: a dispersed gel network comprising: 0.05% or more, by weight of the personal care composition, of one or more fatty alcohols, 0.01% or more, by weight of the personal care composition, of a gel network surfactant, the gel network surfactant selected from a first group consisting of anionic surfactants, cationic surfactants, amphoteric surfactants, zwitterionic surfactants, non-ionic surfactants, and mixtures thereof; and water; a detersive surfactant selected from a second group consisting of an anionic surfactants, cationic surfactants, amphoteric surfactants, zwitterionic surfactants, non-ionic surfactants, and mixtures thereof, wherein the detersive surfactant is a surfactant free of sulfates; and liquid carrier; and wherein the personal care composition is free of sulfated surfactants; wherein the gel network surfactant and the detersive surfactant each independently comprise an isethionate, a sarcosinate, a sulfonate, a sulfosuccinate, a sulfoacetate, a glycinate, a glutamate, an ester, a carboxylate, an amphoacetate, a taurate, an acyl amino acid, a betaine, a sultaine, or a mixture thereof; and wherein the gel network surfactant and the detersive surfactant are different. a dispersed gel network comprising: 0.05% or more, by weight of the personal care composition, of one or more fatty alcohols, 0.01% or more, by weight of the personal care composition, of a gel network surfactant, the gel network surfactant selected from a first group consisting of anionic surfactants, cationic surfactants, amphoteric surfactants, zwitterionic surfactants, non-ionic surfactants, and mixtures thereof; and water; 0.05% or more, by weight of the personal care composition, of one or more fatty alcohols, 0.01% or more, by weight of the personal care composition, of a gel network surfactant, the gel network surfactant selected from a first group consisting of anionic surfactants, cationic surfactants, amphoteric surfactants, zwitterionic surfactants, non-ionic surfactants, and mixtures thereof; and water; a detersive surfactant selected from a second group consisting of an anionic surfactants, cationic surfactants, amphoteric surfactants, zwitterionic surfactants, non-ionic surfactants, and mixtures thereof, wherein the detersive surfactant is a surfactant free of sulfates; and liquid carrier; and wherein the personal care composition is free of sulfated surfactants; wherein the gel network surfactant and the detersive surfactant each independently comprise an isethionate, a sarcosinate, a sulfonate, a sulfosuccinate, a sulfoacetate, a glycinate, a glutamate, an ester, a carboxylate, an amphoacetate, a taurate, an acyl amino acid, a betaine, a sultaine, or a mixture thereof; and wherein the gel network surfactant and the detersive surfactant are different.
A circuit for generating a reference voltage (V REF) formed in FDSOI technology, comprising: a first circuit for generating a bias current; a second circuit for generating a PTAT-type voltage comprising a first branch comprising first and second series-connected MOS transistors, the source of the second transistor being connected to the drain of the first transistor and the front surface gates of the first and second transistors being connected to the drain of the second transistor, the output voltage of the second circuit being coupled to the drain of the first transistor; a third diode-assembled MOS transistor having a conduction node connected to a node for supplying the output voltage of the second circuit and having its other conduction node forming a node for supplying the reference voltage (V REF); and a current mirror (P2, P3, P5) imposing, in the third transistor, on the one hand, and in the first branch (N4, N5), on the other hand, currents proportional to the bias current, wherein at least one of the first and second transistors is of LVT type, and the third transistor is of RVT type, and wherein the first transistor has a first front surface gate insulator thickness, the second transistor and the third transistor having a second front surface gate insulator thickness greater than the first thickness. a first circuit for generating a bias current; a second circuit for generating a PTAT-type voltage comprising a first branch comprising first and second series-connected MOS transistors, the source of the second transistor being connected to the drain of the first transistor and the front surface gates of the first and second transistors being connected to the drain of the second transistor, the output voltage of the second circuit being coupled to the drain of the first transistor; a third diode-assembled MOS transistor having a conduction node connected to a node for supplying the output voltage of the second circuit and having its other conduction node forming a node for supplying the reference voltage (V REF); and a current mirror (P2, P3, P5) imposing, in the third transistor, on the one hand, and in the first branch (N4, N5), on the other hand, currents proportional to the bias current, wherein at least one of the first and second transistors is of LVT type, and the third transistor is of RVT type, and wherein the first transistor has a first front surface gate insulator thickness, the second transistor and the third transistor having a second front surface gate insulator thickness greater than the first thickness.
A supporting device, in particular a garden tool supporting device, for at least one electrical unit of electrically driveable tools, in particular electrically driveable garden tools, comprising: at least one base plate to which said electrical unit is attachable; at least one receptacle unit in which said electrical unit is arrangeable; and at least one sealing unit to waterproof-seal said receptacle unit; wherein said sealing unit comprises at least one sealing element which is arrangeable at said receptacle unit, wherein the base plate is embodied as a heat sink base plate, characterised in that the electrical unit comprises at least one electrical wire, which extends from an inside of the receptacle unit to an outside of the receptacle unit, wherein the sealing unit is provided to waterproof-seal a wire opening of the receptacle unit through which the electrical wire extends, wherein the sealing unit comprises at least one wire opening sealing element. at least one base plate to which said electrical unit is attachable; at least one receptacle unit in which said electrical unit is arrangeable; and at least one sealing unit to waterproof-seal said receptacle unit; wherein said sealing unit comprises at least one sealing element which is arrangeable at said receptacle unit, wherein the base plate is embodied as a heat sink base plate, characterised in that the electrical unit comprises at least one electrical wire, which extends from an inside of the receptacle unit to an outside of the receptacle unit, wherein the sealing unit is provided to waterproof-seal a wire opening of the receptacle unit through which the electrical wire extends, wherein the sealing unit comprises at least one wire opening sealing element.
A method of derivatizing a saccharide comprising attaching an eight-membered cycloalkyne group to the saccharide, wherein the saccharide is a capsular saccharide.
A pulsatile smoke extraction system comprising: a laser handpiece terminated by a sleeve (110, 204) configurable for application to a patient skin; a laser providing laser energy from to laser handpiece; a reservoir containing air at a reduced pressure, the reservoir is in fluid communication with the sleeve (110, 204); a vacuum pump configured to generate vacuum in at least the reservoir; wherein the vacuum pump has a flow capacity of 0.5 to 50 liters per minute; a valve configured to open and close communication between the sleeve (110, 204) and the reservoir; a processor configurable to control operation of at least the valve; wherein operation of the valve is synchronized with the operation of the laser; and wherein the sleeve (110, 204) when applied to skin forms a small confined volume. a laser handpiece terminated by a sleeve (110, 204) configurable for application to a patient skin; a laser providing laser energy from to laser handpiece; a reservoir containing air at a reduced pressure, the reservoir is in fluid communication with the sleeve (110, 204); a vacuum pump configured to generate vacuum in at least the reservoir; wherein the vacuum pump has a flow capacity of 0.5 to 50 liters per minute; a valve configured to open and close communication between the sleeve (110, 204) and the reservoir; a processor configurable to control operation of at least the valve; wherein operation of the valve is synchronized with the operation of the laser; and wherein the sleeve (110, 204) when applied to skin forms a small confined volume.
A thermoplastic polyurethane composition comprising: (a) a polyisocyanate component; (b) a polyol component, wherein the polyol component comprises a polyester comprising the reaction product of triethylene glycol and/or tetraethylene glycol with a diacid having 6 carbon atoms or fewer and wherein the polyol component comprises at least 90% by weight of the polyester. (a) a polyisocyanate component; (b) a polyol component, wherein the polyol component comprises a polyester comprising the reaction product of triethylene glycol and/or tetraethylene glycol with a diacid having 6 carbon atoms or fewer and wherein the polyol component comprises at least 90% by weight of the polyester.
An electrolyte sheet for solid oxide fuel cell characterized in that: a peripheral region of at least one surface of the electrolyte sheet has a surface roughness different from a surface roughness of a region of the surface other than the peripheral region; and wherein a surface roughness Ra(b) in the peripheral region determined by an optical and laser-based non-contact three-dimensional profile measuring device is at least 0.05 μm and less than 0.3 μm; wherein a surface roughness Ra(i) in the other region determined by the optical and laser-based non-contact three-dimensional profile measuring device is at least 0.2 μm and at most 1.2 μm; and wherein a ratio (Ra(i) / Ra(b)) of the surface roughness Ra(i) to the surface roughness Ra(b) is more than 1 and at most 4; where the surface roughness Ra(b) and the surface roughness Ra(i) are arithmetic mean roughness values, which are parameters of surface roughnesses determined in accordance with a German standard 'DIN-4768'. a peripheral region of at least one surface of the electrolyte sheet has a surface roughness different from a surface roughness of a region of the surface other than the peripheral region; and wherein a surface roughness Ra(b) in the peripheral region determined by an optical and laser-based non-contact three-dimensional profile measuring device is at least 0.05 μm and less than 0.3 μm; wherein a surface roughness Ra(i) in the other region determined by the optical and laser-based non-contact three-dimensional profile measuring device is at least 0.2 μm and at most 1.2 μm; and wherein a ratio (Ra(i) / Ra(b)) of the surface roughness Ra(i) to the surface roughness Ra(b) is more than 1 and at most 4; where the surface roughness Ra(b) and the surface roughness Ra(i) are arithmetic mean roughness values, which are parameters of surface roughnesses determined in accordance with a German standard 'DIN-4768'.
A method for the measurement of the deflections of a filter sector in a disc filter, where the disc filter consists of at least one filter disc arranged at a rotating hollow shaft, which filter disc is constituted by at least 10 hollow filter sectors, each one of which is covered by a filter element (32, 33, 34) and has a hollow filter mounting (31 a) that is connected to the rotating hollow shaft in order to lead away the filtrate that has collected in the filter sectors, and where a fixed support frame (41 b) that is independent of the filter disc is present mounted at a distance from each filter disc characterised in that a measuring head is mounted at the support frame (41 b) with a measurement arrangement in the measuring head that measures the distance between the measurement arrangement and the surface of the filter disc, the hollow shaft is rotated while the measurement arrangement measures the distance between the measuring head and the surface of the filter disc at at least two measuring points on each filter sector, and the measured values that have been collected are stored in a data collection unit connected to the measuring head, after which the measurement results that have been collected are used to determine the current deflections of individual filter sectors and to constitute the information on which adjustment of the filter sectors in order to minimise the deflections is based.
A door handle device for a vehicle in which an operation handle is connected to a handle base so as to be able to protrude from an initial position to a use position, the door handle device for a vehicle comprising: first and second link members (3, 4) disposed at an interval and rotatably pin-connected to the handle base, respectively; and an electric actuator configured to rotatably drive the first link member, wherein the operation handle is rotatably connected to end portions of the first and second link members (3, 4), and the handle base, the first and second link members (3, 4), and the operation handle form a link mechanism in which the operation handle at the use position maintains a posture parallel to the initial position, wherein a link of one of the first and second link members (3, 4) is pin-connected to the operation handle, and a link of the other is connected to the operation handle by a sliding pair, wherein a torsion spring restraining the link mechanism is attached to the operation handle or the link of one of the first and second link members (3, 4), wherein the operation handle is swingable around a connection point with one of the first and second link members (3, 4) at the initial position, and wherein a cylinder lock covered by the operation handle at the initial position and capable of being operated by an unlocking key in a swinging state is fixed to the handle base, characterized in that a pressing operation portion shifting the operation handle to the swinging state by a pushing operation is provided at an end portion on a swing center side of the operation handle. first and second link members (3, 4) disposed at an interval and rotatably pin-connected to the handle base, respectively; and an electric actuator configured to rotatably drive the first link member, wherein the operation handle is rotatably connected to end portions of the first and second link members (3, 4), and the handle base, the first and second link members (3, 4), and the operation handle form a link mechanism in which the operation handle at the use position maintains a posture parallel to the initial position, wherein a link of one of the first and second link members (3, 4) is pin-connected to the operation handle, and a link of the other is connected to the operation handle by a sliding pair, wherein a torsion spring restraining the link mechanism is attached to the operation handle or the link of one of the first and second link members (3, 4), wherein the operation handle is swingable around a connection point with one of the first and second link members (3, 4) at the initial position, and wherein a cylinder lock covered by the operation handle at the initial position and capable of being operated by an unlocking key in a swinging state is fixed to the handle base, characterized in that a pressing operation portion shifting the operation handle to the swinging state by a pushing operation is provided at an end portion on a swing center side of the operation handle.
An implantable medical lead having an elongated lead body with a distal end and a proximal end, the lead having an electrode, wherein the electrode comprises: a first portion comprising a first material capable of and arranged to provide electrical pulsing and sensing; and characterised by a second portion comprising a second material capable of and arranged to provide electrical pulsing but not sensing. a first portion comprising a first material capable of and arranged to provide electrical pulsing and sensing; and characterised by a second portion comprising a second material capable of and arranged to provide electrical pulsing but not sensing.