mhurhangee/ep-ind-claims huggingface dataset:
A circuit for controlling the discharging of stored energy in an electrosurgical generator comprising: a pulse modulator which controls an output of a power supply; a first comparator configured to provide an error signal to the pulse modulator based on a comparison between an output generated by the power supply and a feedback signal generated in response to the application of energy to tissue; and a discharge circuit configured to control the discharge of the output of the power supply to an load disposed in parallel therewith based on the comparison between the output generated by the power supply and the feedback signal, wherein the discharge circuit includes a second comparator configured to provide a drive voltage to a first switching component characterised in that the load is a inductive load and in that the discharge circuit further includes a second switching component of the discharge circuit, a first resistive element connected in series between the first switching component and ground, and one or more resistive elements (164, 166) connected between the first switching component and the second switching component, wherein the one or more resistive elements (164, 166) are utilized to set a desired proportion of a voltage drop across the first resistive element sufficient to turn on the second switching element to reduce the drive voltage applied to the first switching component to a steady state value, so that the current flow through the first switching component is controlled. a pulse modulator which controls an output of a power supply; a first comparator configured to provide an error signal to the pulse modulator based on a comparison between an output generated by the power supply and a feedback signal generated in response to the application of energy to tissue; and a discharge circuit configured to control the discharge of the output of the power supply to an load disposed in parallel therewith based on the comparison between the output generated by the power supply and the feedback signal, wherein the discharge circuit includes a second comparator configured to provide a drive voltage to a first switching component characterised in that the load is a inductive load and in that the discharge circuit further includes a second switching component of the discharge circuit, a first resistive element connected in series between the first switching component and ground, and one or more resistive elements (164, 166) connected between the first switching component and the second switching component, wherein the one or more resistive elements (164, 166) are utilized to set a desired proportion of a voltage drop across the first resistive element sufficient to turn on the second switching element to reduce the drive voltage applied to the first switching component to a steady state value, so that the current flow through the first switching component is controlled.
Sustained release system comprising a microparticle, said microparticle comprising an intercalation material and an amount of one or more metal chelate complexes intercalated in said intercalation material of more than 10 wt.%, based on the total weight of the intercalation material and the one or more metal chelate complexes together, wherein said one or more metal chelate complexes have one or more free coordination sites, wherein said intercalation material comprises an inorganic layered material, wherein the inorganic layered material is modified with one or more ionic organic modifier compounds, further comprising a solubilising agent for said metal chelate complex in an amount of at most 0.5 wt.% based on total weight of the microparticle.
A Coriolis measuring sensor of a Coriolis measuring instrument for detecting a mass flow rate or a density of a medium flowing through at least one measurement tube of the Coriolis measuring instrument, comprising: the at least one measurement tube having an inlet (11.1) and an outlet (11.2), which tube is designed to convey the medium between the inlet and the outlet; at least one exciter which is designed to excite the at least one measurement tube to vibrate; at least two sensors which are designed to detect vibrations of at least one respective measurement tube; wherein at least one exciter and/or at least one sensor respectively has a coil device with respectively at least one coil (14.2) and a respective magnet device, wherein the magnet device and the coil device are movable relative to one another, parallel to a cross-sectional plane of the coil, wherein the measuring sensor has a supporting element which is designed to hold the at least one measurement tube, wherein the magnet device has a magnetically conductive ferromagnetic holder (15.3) for magnets, and at least one first pair of magnets (15.1), wherein the magnets are respectively designed to cause a magnetic field perpendicular to the cross-sectional plane of the coil, wherein the magnets are arranged sequentially on the holder along the direction of movement on a first side of the coil device (14.11), wherein the magnetic field of a first magnet (15.11) of the first pair is oriented opposite to the magnetic field of a second magnet (15.12) of the pair. the at least one measurement tube having an inlet (11.1) and an outlet (11.2), which tube is designed to convey the medium between the inlet and the outlet; at least one exciter which is designed to excite the at least one measurement tube to vibrate; at least two sensors which are designed to detect vibrations of at least one respective measurement tube; wherein at least one exciter and/or at least one sensor respectively has a coil device with respectively at least one coil (14.2) and a respective magnet device, wherein the magnet device and the coil device are movable relative to one another, parallel to a cross-sectional plane of the coil, wherein the measuring sensor has a supporting element which is designed to hold the at least one measurement tube, wherein the magnet device has a magnetically conductive ferromagnetic holder (15.3) for magnets, and at least one first pair of magnets (15.1), wherein the magnets are respectively designed to cause a magnetic field perpendicular to the cross-sectional plane of the coil, wherein the magnets are arranged sequentially on the holder along the direction of movement on a first side of the coil device (14.11), wherein the magnetic field of a first magnet (15.11) of the first pair is oriented opposite to the magnetic field of a second magnet (15.12) of the pair.
Aqueous dispersions of polymers which have a particle diameter of at least 1 μm and comprise a fluorescent dye, characterized in that said dispersion is obtainable by free radical suspension polymerization of ethylenically unsaturated monomers in an oil-in-water emulsion whose disperse phase comprises at least one fluorescent dye dissolved in at least one ethylenically unsaturated monomer and has an average particle diameter of at least 1 μm, in the presence of at least one surface-active compound and additionally at least 0.5% by weight, based on the monomers, of at least one hydrophobic, nonpolymerizable, organic compound, wherein aliphatic hydrocarbons having 10 to 50 carbon atoms, alcohols having 10 to 24 carbon atoms, tetraalkylsilanes, olive oil, perfluoromethyldecalin and/or di-n-butyl esters of C 4 - to C 6 -dicarboxylic acids are used as the hydrophobic, nonpolymerizable, organic compound, of a hydrophobic polymer of at least one C 2 to C 6 -olefin having a molar mass M w of up to 10 000, of a siloxane having a molar mass M w of up to 5000 and/or polystyrene having a molar mass M w of up to 10 000, wherein "hydrophobic" means a solubility in water of less than 0.01 g/l (at 25°C and 1013 mbar).
A passenger interface apparatus for a passenger transportation vehicle comprising: a visual display unit, a docking station which is provided within a space in the rear of a passenger seat or in a bulkhead, a removable processor unit, arranged to be detachably connected to the docking station within said space, a connection provided between the docking station and the visual display unit, arranged to supply data and/or signalling to the visual display unit, the removable processor unit comprising a memory (2a;2b), a data processor, and a connection interface arranged to connect to a connection interface of the docking station such that when in a connected condition the connection interfaces are arranged to convey data and/or signalling therebetween, and the docking station arranged to retain the removable processor unit in a connected condition by way of a latch which is arranged to be actuated to a release condition or a retain condition, characterised in that the latch is a powered latch that is configured to eject the processor unit when requested by way of a received signal from a maintenance or controller system. a visual display unit, a docking station which is provided within a space in the rear of a passenger seat or in a bulkhead, a removable processor unit, arranged to be detachably connected to the docking station within said space, a connection provided between the docking station and the visual display unit, arranged to supply data and/or signalling to the visual display unit, the removable processor unit comprising a memory (2a;2b), a data processor, and a connection interface arranged to connect to a connection interface of the docking station such that when in a connected condition the connection interfaces are arranged to convey data and/or signalling therebetween, and the docking station arranged to retain the removable processor unit in a connected condition by way of a latch which is arranged to be actuated to a release condition or a retain condition, characterised in that the latch is a powered latch that is configured to eject the processor unit when requested by way of a received signal from a maintenance or controller system.
An aircraft landing gear assembly stop member arranged to be coupled to an aircraft landing gear assembly prior to installation of the aircraft landing gear assembly into an aircraft and arranged to be removed from the aircraft landing gear assembly once the aircraft landing gear assembly is installed in the aircraft, the stop member being arranged to limit movement of a first part of the aircraft landing gear assembly relative to a second part of the aircraft landing gear assembly, the stop member comprising: an engagement formation (12, 14) via which the stop member can be removably coupled to the first part of the aircraft landing gear assembly to be placed in a coupled condition; and first and second projections (24, 26) which when the stop member is in the coupled condition reside within a movement space corresponding to a volume swept by the second part as the second part moves relative to the first part throughout its total movement envelope, the projections being spaced from one another within the movement space so as to define an unobstructed portion of the movement space between them within which the second part is free to move, each projection being arranged to inhibit movement of the second part beyond it so as to confine the second part to the unobstructed portion of the movement space. an engagement formation (12, 14) via which the stop member can be removably coupled to the first part of the aircraft landing gear assembly to be placed in a coupled condition; and first and second projections (24, 26) which when the stop member is in the coupled condition reside within a movement space corresponding to a volume swept by the second part as the second part moves relative to the first part throughout its total movement envelope, the projections being spaced from one another within the movement space so as to define an unobstructed portion of the movement space between them within which the second part is free to move, each projection being arranged to inhibit movement of the second part beyond it so as to confine the second part to the unobstructed portion of the movement space.
Process for producing crystalline silicon, comprising the steps: • forming a melt of a silicon starting material, • performing directed solidification of the silicon melt, wherein a partial pressure of a gaseous component in a gas phase above the silicon melt is adjusted and/or controlled, by delivering an inert gas and gaseous species containing oxygen, carbon and/or nitrogen in a controlled manner into the gas space above the silicon melt via appropriate sources, pipes and valves in order to adjust an equilibrium gas atmosphere, the gaseous component being selected from the group consisting of oxygen gas, carbon gas and nitrogen gas and gaseous species containing at least one element selected from oxygen, carbon and nitrogen, wherein at least during the period of solidification, an equilibrium gas atmosphere is established in a filled gas space above the melt. • forming a melt of a silicon starting material, • performing directed solidification of the silicon melt,
A system for treatment of conditions associated with body lumen(s) and/or cavities, comprising: a device having a longitudinal axis, a handle at a proximal portion along the longitudinal axis, a multi-lumen tube having first and second lumens extending along the longitudinal axis, and an expandable chamber constructed from first and second flexible strips; a distal balloon provided distal to the strips and a proximal balloon provided proximal to the strips; the distal and proximal balloons (5, 16) being inflatable to isolate the chamber from the rest of the body lumen or cavity, thefirst and second lumens each having an opening into the chamber; a first instrument insertable through the first lumen into the chamber; and a second instrument insertable through the second lumen into the chamber, characterized in that the chamber is expandable by pushing the strips forward from the handle. a device having a longitudinal axis, a handle at a proximal portion along the longitudinal axis, a multi-lumen tube having first and second lumens extending along the longitudinal axis, and an expandable chamber constructed from first and second flexible strips; a distal balloon provided distal to the strips and a proximal balloon provided proximal to the strips; the distal and proximal balloons (5, 16) being inflatable to isolate the chamber from the rest of the body lumen or cavity, thefirst and second lumens each having an opening into the chamber; a first instrument insertable through the first lumen into the chamber; and a second instrument insertable through the second lumen into the chamber, characterized in that the chamber is expandable by pushing the strips forward from the handle.
Home automation transmitter of control point type and of sensitive type with capacitive detection, comprising: - an insulating outer plate under which is positioned a front face of a printed circuit parallel to the insulating outer plate, the front face comprising at least one capacitive detection electrode connected to a capacitive detection circuit and supplying a signal upon a variation of capacitance of the detection electrode, - a cover covering a rear face of the printed circuit and comprising an opening, - a housing for a button cell battery situated between the cover and the rear face, the cell battery being inserted into the housing through the opening, powering the transmitter once in the housing and then having an area of overlap with the detection electrode, - a comparator comparing the signal to a threshold to provoke the transmission of a control command by a control unit of the transmitter, in which the threshold is greater than the amplitude of the signal upon a variation of capacitance of the detection electrode due to a displacement of the cell battery in its housing and/or due to the contact of a finger on the cell battery through the opening. - an insulating outer plate under which is positioned a front face of a printed circuit parallel to the insulating outer plate, the front face comprising at least one capacitive detection electrode connected to a capacitive detection circuit and supplying a signal upon a variation of capacitance of the detection electrode, - a cover covering a rear face of the printed circuit and comprising an opening, - a housing for a button cell battery situated between the cover and the rear face, the cell battery being inserted into the housing through the opening, powering the transmitter once in the housing and then having an area of overlap with the detection electrode, - a comparator comparing the signal to a threshold to provoke the transmission of a control command by a control unit of the transmitter,
The combination of a screen and a projection type image display device, the projection type display device comprising: an image generation source arranged to generate an image; a first optical system having a plurality of lenses arranged to expansion-project the image from the image generation; a second optical system arranged to reflect the image from the first optical system; and a transparent member that is disposed between the first optical system and the second optical system, and covers a space between a surface of a lens positioned closest to the second optical system among the plurality of lenses, which outputs the image, and the surface of the second optical system which reflects the image, wherein: the transparent member is curved; characterized in that the second optical system is arranged to reflect the image onto the screen; the transparent member is arranged so the light beam for the image projected to the screen passes through the transparent member, and the transparent member acts as a cover to shield the space between the first and second optical systems from ambient air. an image generation source arranged to generate an image; a first optical system having a plurality of lenses arranged to expansion-project the image from the image generation; a second optical system arranged to reflect the image from the first optical system; and a transparent member that is disposed between the first optical system and the second optical system, and covers a space between a surface of a lens positioned closest to the second optical system among the plurality of lenses, which outputs the image, and the surface of the second optical system which reflects the image, wherein: the transparent member is curved; characterized in that the second optical system is arranged to reflect the image onto the screen; the transparent member is arranged so the light beam for the image projected to the screen passes through the transparent member, and the transparent member acts as a cover to shield the space between the first and second optical systems from ambient air. the transparent member is curved; characterized in that the second optical system is arranged to reflect the image onto the screen; the transparent member is arranged so the light beam for the image projected to the screen passes through the transparent member, and the transparent member acts as a cover to shield the space between the first and second optical systems from ambient air.
Set consisting of a compression stocking having a closed toe provided on its underside with an opening, wherein the opening lies in the region of the metatarsophalangeal joints of the patient after the application of the compression stocking, and a compression stocking application aid made of a material having a smooth surface, wherein the application aid can be slipped over the foot of the patient before the application of the compression stocking and removed through the opening in the toe region of the compression stocking after the application of the compression stocking.
A footbed, comprising: a first major surface for engaging all of a plantar surface of a user's foot, the first major surface including a lateral half and a medial half; a second major surface opposite the first major surface, the second major surface including a lateral half and a medial half; and plural texturing members on at least a predominant portion of the lateral half; wherein the medial half is smooth and untextured such that when a plantar surface of a user's foot applies a substantially vertical force to the footbed, the medial half feels smooth at the plantar surface and at least a predominant portion of the lateral half feels textured at the plantar surface. a first major surface for engaging all of a plantar surface of a user's foot, the first major surface including a lateral half and a medial half; a second major surface opposite the first major surface, the second major surface including a lateral half and a medial half; and plural texturing members on at least a predominant portion of the lateral half;
A combination product comprising a dispensing head (10, 10') mounted on a top of a container (20, 20') containing a liquid formulation for nasal administration, and a solidified skin-care balm for application around the nose contained in a balm holder element (30, 30") attached to a bottom of the container.
A method of providing a driving guideline in a moving object, the method comprising: triggering a driving guideline provision instruction in the moving object (1501, 1502, 1503, 1810, 1820); generating, by a processor in the moving object, the driving guideline (510, 605, 801, 802, 1801, 1802, 1813, 1814) according to the implemented triggering; outputting, by the processor of the moving object, the generated driving guideline; and driving the moving object, by the processor of the moving object, according to the generated driving guideline, characterized in that when the driving guideline is generated, the processor of the moving object is configured to exchange information on the generated driving guideline with at least one preset moving object and is configured to determine a collision possibility thereof according to the exchanged information on the generated driving guideline, and when the moving object and the at least one moving object with the collision possibility are located substantially on the approximately similar line, the processor of the moving object is configured to compare sizes with the at least one moving object with the collision possibility, and a priority order of the driving is provided to one moving object with a larger size among the moving object and the at least one moving object. triggering a driving guideline provision instruction in the moving object (1501, 1502, 1503, 1810, 1820); generating, by a processor in the moving object, the driving guideline (510, 605, 801, 802, 1801, 1802, 1813, 1814) according to the implemented triggering; outputting, by the processor of the moving object, the generated driving guideline; and driving the moving object, by the processor of the moving object, according to the generated driving guideline, characterized in that when the driving guideline is generated, the processor of the moving object is configured to exchange information on the generated driving guideline with at least one preset moving object and is configured to determine a collision possibility thereof according to the exchanged information on the generated driving guideline, and when the moving object and the at least one moving object with the collision possibility are located substantially on the approximately similar line, the processor of the moving object is configured to compare sizes with the at least one moving object with the collision possibility, and a priority order of the driving is provided to one moving object with a larger size among the moving object and the at least one moving object.
An organically modified silica aerogel composition, said composition comprising a linear polymer covalently bonded at one or both ends to the silica network through a C-Si bond between a carbon atom of the polymer and a silicon atom of the network, wherein the linear polymer is a polyether, polyoxyalkylene, polyoxypropylene, polybutadiene, polyoxypropylene-copolyoxyethylene or a combination thereof, wherein the aerogel composition (i) comprises an organically modified silica aerogel with a density from 0.01 to 0.3 g/cc and (ii) has a thermal conductivity between 10 mW/mK and 16 mW/mK under ambient conditions.