mhurhangee/ep-ind-claims huggingface dataset:
An ablation needle assembly, comprising: an outer member defining a first lumen; an inner member disposed within the first lumen and defining a second lumen; and a feedline disposed within the second lumen, wherein the first lumen and the second lumen cooperate to circulate fluid about the feedline, wherein the outer member has a triangular cross-section and the inner member has a circular cross-section, and the inner member has an outer surface in continuing contact with internal faces of the outer member. an outer member defining a first lumen; an inner member disposed within the first lumen and defining a second lumen; and a feedline disposed within the second lumen, wherein the first lumen and the second lumen cooperate to circulate fluid about the feedline, wherein the outer member has a triangular cross-section and the inner member has a circular cross-section, and the inner member has an outer surface in continuing contact with internal faces of the outer member.
A method for detecting and mapping data points using a handheld device, the method comprising the acts of: determining position of the handheld device; scanning one or more objects, wherein scanning includes detecting data points by an integrated radar sensor of the handheld device and capturing image data of the one or more objects by an image sensor of the handheld device; generating a three-dimensional spatial model of the one or more objects based on the detected data points and the image data, and wherein the three-dimensional spatial model is generated relative to the position of the handheld device; wherein generating the three-dimensional spatial model includes correlating data points to one or more portions of the image data; and assigning geospatial data to one or more portions of the image data; storing, by the device, image data with data points; and further comprising tracking the one or more objects based on the data points and the three-dimensional spatial model; wherein the integrated radar sensor is a solid-state or chip-based radar sensor configured for beam steering, or vertical and horizontal scanning using servo controls configured to orient the integrated radar sensor, to generate a three-dimensional point cloud; and wherein data points captured from different positions of the handheld device are correlated based on measurements from multiple reference points and geospatial data for each point. determining position of the handheld device; scanning one or more objects, wherein scanning includes detecting data points by an integrated radar sensor of the handheld device and capturing image data of the one or more objects by an image sensor of the handheld device; generating a three-dimensional spatial model of the one or more objects based on the detected data points and the image data, and wherein the three-dimensional spatial model is generated relative to the position of the handheld device; wherein generating the three-dimensional spatial model includes correlating data points to one or more portions of the image data; and assigning geospatial data to one or more portions of the image data; storing, by the device, image data with data points; and further comprising tracking the one or more objects based on the data points and the three-dimensional spatial model; wherein the integrated radar sensor is a solid-state or chip-based radar sensor configured for beam steering, or vertical and horizontal scanning using servo controls configured to orient the integrated radar sensor, to generate a three-dimensional point cloud; and wherein data points captured from different positions of the handheld device are correlated based on measurements from multiple reference points and geospatial data for each point.
A base station communications apparatus comprising: a logical link layer control module including a segmentation module for segmenting packets into frames to be transmitted; a plurality of physical layer connection modules (270, 280, 290) corresponding to a plurality of physical connection points (230, 240, 250) coupled to said single logical link layer control module supporting a single logical link, each of said physical layer connection modules supporting different physical links over which frames can be transmitted, wherein each of multiple ones of said physical layer connection modules can maintain a separate communications link with a first node thereby supporting multiple simultaneous communications links to the first node through different physical link layer modules, wherein said logical link layer control module includes a first set of logical link layer state, said first set of logical link layer state being used to provide common logical link layer control for each of said multiple simultaneous communications links to the first node; and a logical link admission module configured for servicing connection requests from wireless terminals in accordance with method claims 2 or 3. a logical link layer control module including a segmentation module for segmenting packets into frames to be transmitted; a plurality of physical layer connection modules (270, 280, 290) corresponding to a plurality of physical connection points (230, 240, 250) coupled to said single logical link layer control module supporting a single logical link, each of said physical layer connection modules supporting different physical links over which frames can be transmitted, wherein each of multiple ones of said physical layer connection modules can maintain a separate communications link with a first node thereby supporting multiple simultaneous communications links to the first node through different physical link layer modules, wherein said logical link layer control module includes a first set of logical link layer state, said first set of logical link layer state being used to provide common logical link layer control for each of said multiple simultaneous communications links to the first node; and a logical link admission module configured for servicing connection requests from wireless terminals in accordance with method claims 2 or 3.
A target material (3; 13) for sputtering composed of an oxide sintered body and having a sputtering surface (5; 15), wherein the sputtering surface (5; 15) is configured such that its surface roughness has a maximum height Rz of 10.0 μm or less, a 10-point mean roughness RzJIS of 7.0 μm or less, and an arithmetic mean roughness Ra of 0.9 μm or more.
An apparatus for use in humidified gases delivery treatment comprising: a housing, a pressurised gases supply within said housing, a pressurised gases outlet in said housing in fluid connection with said pressurised gases supply and adapted to make fluid connection with an inlet of a heatable water chamber in order to provide gases flow to a said chamber, a humidified gases return in said housing, adapted to make fluid connection with an outlet of a said water chamber in order to receive humidified gases from said water chamber, a patient outlet in said housing, in fluid connection with said humidified gases return in order to receive humidified gases from said humidified gases return and provide humidified gases to said patient outlet, said patient outlet being in fluid connection with or adapted to make fluid connection with a breathing conduit for delivery of humidified gases to a patient; characterised in that said apparatus includes, a chamber heating means connected to said housing and, said housing includes a humidifier engagement locating a said water chamber adjacent said chamber heating means, said chamber heating means adapted to vaporise liquid water in said water chamber in order to provide water vapour to said gases flow passing through said water chamber; and wherein said patient outlet includes a connector for receiving a breathing conduit and at least one auxiliary electrical connection plug or socket, for a simultaneous connection when connecting a breathing circuit having complementary electrical connectors. a housing, a pressurised gases supply within said housing, a pressurised gases outlet in said housing in fluid connection with said pressurised gases supply and adapted to make fluid connection with an inlet of a heatable water chamber in order to provide gases flow to a said chamber, a humidified gases return in said housing, adapted to make fluid connection with an outlet of a said water chamber in order to receive humidified gases from said water chamber, a patient outlet in said housing, in fluid connection with said humidified gases return in order to receive humidified gases from said humidified gases return and provide humidified gases to said patient outlet, said patient outlet being in fluid connection with or adapted to make fluid connection with a breathing conduit for delivery of humidified gases to a patient; characterised in that said apparatus includes, a chamber heating means connected to said housing and, said housing includes a humidifier engagement locating a said water chamber adjacent said chamber heating means, said chamber heating means adapted to vaporise liquid water in said water chamber in order to provide water vapour to said gases flow passing through said water chamber; and wherein said patient outlet includes a connector for receiving a breathing conduit and at least one auxiliary electrical connection plug or socket, for a simultaneous connection when connecting a breathing circuit having complementary electrical connectors.
A device for handling parts stored on pallets positionable in the vicinity of a machining center, this handling device comprising a chassis equipped with pallet carriers, a gripper and a transfer system for transferring parts to be handled between the handling device and the machining center, said chassis delimiting an enclosure comprising a central aisle laterally bordered by pallet carriers organized in rows and columns, the gripper comprising two uprights equipped with opposite gripping members mounted moving up and down along said uprights, said uprights positionable at least in the central aisle being coupled to a system for driving the movement of the uprights inside said enclosure along at least two axes (XX', YY') that are orthogonal with respect to one another, one (XX') of the axes corresponding to an axis parallel to the longitudinal axis of the central aisle, characterized in that the transfer system comprises a tray, called transfer tray, mounted moving along a direction that is transverse with respect to the longitudinal axis of the central aisle between a so-called inner zone, in which it is arranged inside the enclosure and is able to cooperate with the gripper, to transfer a pallet between the gripper and the transfer tray, and a so-called outer zone, in which protrudes at least partially outside the enclosure, and is able to set down or pick up a pallet in the machining center, and in that the uprights of the gripper are positionable on the one hand, on either side of the transfer tray, and on the other hand, on either side of any one of the pallet carriers, to make it possible, using gripping members equipping said uprights, to pick up a pallet from underneath that is resting on the pallet carrier or on the transfer tray, or to set down a pallet on the pallet carrier or on the transfer tray.
A surface material comprising, in a matrix composed of an olefin-based polymer, a domain composed of a cross-linked ethylene vinyl acetate copolymer or a non-cross-linked ethylene vinyl acetate copolymer, and a silicone compound, wherein: the cross-linked ethylene vinyl acetate copolymer is a cross-linked copolymer of 30 to 90% by mass of vinyl acetate and 10 to 70% by mass of ethylene, the non-cross-linked ethylene vinyl acetate copolymer is a copolymer of 60 to 90% by mass of vinyl acetate and 10 to 40% by mass of ethylene, the content of the domain is 30 to 90% by mass based on the total amount of the surface material, and the content of the silicone compound is 1 to 25 parts by mass based on the total 100 parts by mass of the content of the domain and the content of olefin-based polymer. the cross-linked ethylene vinyl acetate copolymer is a cross-linked copolymer of 30 to 90% by mass of vinyl acetate and 10 to 70% by mass of ethylene, the non-cross-linked ethylene vinyl acetate copolymer is a copolymer of 60 to 90% by mass of vinyl acetate and 10 to 40% by mass of ethylene, the content of the domain is 30 to 90% by mass based on the total amount of the surface material, and the content of the silicone compound is 1 to 25 parts by mass based on the total 100 parts by mass of the content of the domain and the content of olefin-based polymer.
A composition comprising mazindol as the sole active ingredient for use in the preventive and/or curative treatment of attention deficit/hyperactivity disorder (ADHD) according to DSM IV criteria, in a patient in need of such treatment.
A high energy ignition generator notably for a gas turbine, including a source of electric energy (20, 21) connected to means for generating sparks a between the electrodes of an ignition spark plug, characterized in that it comprises a first power portion including first means forming a capacitor for storing energy in series with first means forming a diode, wherein the first means forming a capacitor are also connected to the ignition spark plug through a gas spark gap and at least one second triggering portion including second means forming an energy storage capacitor in series with second means forming a diode, wherein the second means forming a capacitor are connected through at least one controlled semiconductor switching unit, to a primary winding of a voltage step-up transformer for which one secondary winding is connected in series with the gas spark gap between the first means forming a capacitor and the ignition spark plug.
A device including a case (110, 210) and a feedthrough seal apparatus, the case surrounding an interior space and including an opening (114, 214) therein to allow access to the interior space from an exterior of the case, the feedthrough seal apparatus comprising: a plug (132, 232) disposed within the opening of the case, wherein the plug is formed from a polymeric material and optionally an adhesive material; a ferrule attached to the case and disposed within the opening, wherein the plug is affixed within the ferrule; and a lead wire including a first end and a second end, the lead wire extending through the plug, such that the first end of the lead wire is disposed within the interior space of the case and the second end extends from the plug to the exterior of the case, wherein the lead wire is configured to allow electrical communication between the interior space of the case and the exterior of the case, and wherein the feedthrough seal apparatus is configured to seal the opening in the case, the plug being configured to electrically insulate the lead wire from the case; characterised in that the polymeric material of the plug includes a thermoplastic polymeric material configured to be thermally joined to the lead wire with heating of the thermoplastic polymeric material, thereby affixing the plug to the lead wire; and in that the lead wire (934, 1034, 1134) includes an adhesion feature (935, 1035, 1135) configured to enhance adhesion between the lead wire (934, 1034, 1134) and the plug (932, 1032, 1132), wherein the adhesion feature (935, 1035, 1135) includes one or more of a bent portion of the lead wire, a textured surface, and a porous surface. a plug (132, 232) disposed within the opening of the case, wherein the plug is formed from a polymeric material and optionally an adhesive material; a ferrule attached to the case and disposed within the opening, wherein the plug is affixed within the ferrule; and a lead wire including a first end and a second end, the lead wire extending through the plug, such that the first end of the lead wire is disposed within the interior space of the case and the second end extends from the plug to the exterior of the case, wherein the lead wire is configured to allow electrical communication between the interior space of the case and the exterior of the case, and wherein the feedthrough seal apparatus is configured to seal the opening in the case, the plug being configured to electrically insulate the lead wire from the case; characterised in that the polymeric material of the plug includes a thermoplastic polymeric material configured to be thermally joined to the lead wire with heating of the thermoplastic polymeric material, thereby affixing the plug to the lead wire; and in that the lead wire (934, 1034, 1134) includes an adhesion feature (935, 1035, 1135) configured to enhance adhesion between the lead wire (934, 1034, 1134) and the plug (932, 1032, 1132), wherein the adhesion feature (935, 1035, 1135) includes one or more of a bent portion of the lead wire, a textured surface, and a porous surface.
A printing apparatus comprising: a discharging head configured to discharge a liquid onto a recording medium; a movement unit configured to move the recording medium in a prescribed direction relative to the discharging head; a support member that is disposed at a position of facing the discharging head and is configured to support the recording medium; a light-emitting unit that is disposed downstream in the prescribed direction from the discharging head and is configured to emit light for curing the liquid; a first opposing unit disposed between the discharging head and the light-emitting unit in the prescribed direction; a second opposing unit disposed downstream of the discharging head in the prescribed direction; and an optically transparent member that is disposed between the first opposing unit and the second opposing unit in the prescribed direction and is configured to cover the light-emitting unit from the support member, wherein the optically transparent member is provided between the light-emitting unit and an opening defined between a support-member-side end of the first opposing unit and a support-member-side end of the second opposing unit, light emitted from the light-emitting unit is radiated from the opening onto the recording medium after transmitting through the optically transparent member, and characterised in that a distance (Dg) from the opening to the optically transparent member is greater than or equal to 40% of a width of the opening in the prescribed direction. a discharging head configured to discharge a liquid onto a recording medium; a movement unit configured to move the recording medium in a prescribed direction relative to the discharging head; a support member that is disposed at a position of facing the discharging head and is configured to support the recording medium; a light-emitting unit that is disposed downstream in the prescribed direction from the discharging head and is configured to emit light for curing the liquid; a first opposing unit disposed between the discharging head and the light-emitting unit in the prescribed direction; a second opposing unit disposed downstream of the discharging head in the prescribed direction; and an optically transparent member that is disposed between the first opposing unit and the second opposing unit in the prescribed direction and is configured to cover the light-emitting unit from the support member, wherein the optically transparent member is provided between the light-emitting unit and an opening defined between a support-member-side end of the first opposing unit and a support-member-side end of the second opposing unit, light emitted from the light-emitting unit is radiated from the opening onto the recording medium after transmitting through the optically transparent member, and characterised in that a distance (Dg) from the opening to the optically transparent member is greater than or equal to 40% of a width of the opening in the prescribed direction.
A physical quantity detection device comprising: - a plurality of physical quantity detection units including a relative humidity sensor and a temperature sensor configured to detect a plurality of physical quantities, wherein the plurality of physical quantities include at least a relative humidity of intake air of an internal combustion engine detected by the relative humidity sensor and the temperature of the intake air of the internal combustion engine detected by a temperature sensor; - a storage unit configured to store error characteristics of the respective physical quantity detection units, the error characteristics indicating a change of an error according to the temperature; - a physical quantity calculation unit configured to calculate an absolute humidity by using said detected relative humidity and said detected temperature; and - a total error calculation unit configured to calculate a total error of the absolute humidity by reading and using the error characteristics of the relative humidity sensor and the temperature sensor stored in the storage unit. - a plurality of physical quantity detection units including a relative humidity sensor and a temperature sensor configured to detect a plurality of physical quantities, wherein the plurality of physical quantities include at least a relative humidity of intake air of an internal combustion engine detected by the relative humidity sensor and the temperature of the intake air of the internal combustion engine detected by a temperature sensor; - a storage unit configured to store error characteristics of the respective physical quantity detection units, the error characteristics indicating a change of an error according to the temperature; - a physical quantity calculation unit configured to calculate an absolute humidity by using said detected relative humidity and said detected temperature; and - a total error calculation unit configured to calculate a total error of the absolute humidity by reading and using the error characteristics of the relative humidity sensor and the temperature sensor stored in the storage unit.
A pipe stick handling machine for transferring sticks of heavy polyolefin pipe to a fusion machine for joining to a pipeline, the handling machine comprising a rack (10; 310) having at least two spaced apart beams (20; 311) supporting multiple sticks of pipe and inclined to gravitationally cause the supported sticks of pipe to roll toward a downstream end of said beam (20; 311) a plurality of dispensers (70; 330) having a rocking V-shaped cam (71; 331), one at said downstream end of each said beam (20; 311) for discharging one stick of pipe at a time from said rack (10; 310) to gravity; and the handling machine being characterized by a transporter 220; 360; 390) adapted to catch a discharged stick of pipe and to manipulate the caught stick of pipe to align planar Cartesian coordinates of a longitudinal axis thereof for insertion into the fusion machine, said transporter (220; 360; 390) having a laterally reciprocating trolley, a vertically reciprocating boom (225; 365) in said trolley, and an assembly on said boom (225; 365) for catching and supporting a stick of pipe discharged by said plurality of dispensers (10; 330), and hydraulic cylinders (367; 37) selectively driving said trolley and said boom (225; 365).