mhurhangee/ep-ind-claims huggingface dataset:
A surgical device comprising: a handle assembly, an actuation shaft, a housing, a stationary handle, a movable handle, and a tool assembly, the movable handle being operably associated with the actuation shaft such that movement of the movable handle effects axial movement of the actuation shaft; an actuator assembly including an actuator button and a pawl arm the actuator button being slidably positioned through a bore and having a centered position and an off-center position, wherein when the actuator button is moved to the off-center position, the pawl arm is urged from an extended position to a retracted position, characterized in that; the pawl arm is slidably received in a recess of the movable handle; a biasing member is disposed within the recess to urge the pawl arm toward an extended position, a grasping pawl is pivotably supported on pawl arm, the pawl arm has upper and lower cam surfaces, the actuator button is slidably positioned through a bore in the movable handle, the actuator button is slidable between the upper and lower cam surfaces of the pawl arm, and when the actuator button is moved to the off-center position the lower cam surface is engaged by the actuator button to urge the pawl arm from the extended position to the retracted position, wherein when the pawl arm is in the extended position, the grasping pawl engages the actuation shaft such that the surgical device is in a grasper mode a handle assembly, an actuation shaft, a housing, a stationary handle, a movable handle, and a tool assembly, the movable handle being operably associated with the actuation shaft such that movement of the movable handle effects axial movement of the actuation shaft; an actuator assembly including an actuator button and a pawl arm the actuator button being slidably positioned through a bore and having a centered position and an off-center position, wherein when the actuator button is moved to the off-center position, the pawl arm is urged from an extended position to a retracted position, characterized in that; the pawl arm is slidably received in a recess of the movable handle; a biasing member is disposed within the recess to urge the pawl arm toward an extended position, a grasping pawl is pivotably supported on pawl arm, the pawl arm has upper and lower cam surfaces, the actuator button is slidably positioned through a bore in the movable handle, the actuator button is slidable between the upper and lower cam surfaces of the pawl arm, and when the actuator button is moved to the off-center position the lower cam surface is engaged by the actuator button to urge the pawl arm from the extended position to the retracted position, wherein when the pawl arm is in the extended position, the grasping pawl engages the actuation shaft such that the surgical device is in a grasper mode
A process for the beneficiation of a mineral substrate by magnetic separation, comprising: intermixing a mineral substrate and a magnetic reagent to form a mixture; and applying a magnetic field to the mixture to thereby separate a value mineral from a non-value mineral; wherein the magnetic reagent comprises a plurality of magnetite microparticles and a compound of the formula, R-(CONH-O-X) n where the compound of the formula has a molecular weight of 2,000 or less; n is an integer in the range of 1 to 3; each X is individually selected from the group consisting of H, M and NR' 4; M is a metal ion; R comprises from 1 to 50 carbons; and each R' is individually selected from the group consisting of H, C 1 -C 10 alkyl, C 6 -C 10 aryl, and C 7 -C 10 aralkyl; where the plurality of magnetite microparticles have an average diameter of less than 10 microns; and where the plurality of magnetite microparticles and the compound of the formula are present in the magnetic reagent in a weight ratio of magnetite microparticles: compound of the formula in the range of 10:1 to 1:10. intermixing a mineral substrate and a magnetic reagent to form a mixture; and applying a magnetic field to the mixture to thereby separate a value mineral from a non-value mineral; wherein the magnetic reagent comprises a plurality of magnetite microparticles and a compound of the formula, R-(CONH-O-X) n where the compound of the formula has a molecular weight of 2,000 or less; n is an integer in the range of 1 to 3; each X is individually selected from the group consisting of H, M and NR' 4; M is a metal ion; R comprises from 1 to 50 carbons; and each R' is individually selected from the group consisting of H, C 1 -C 10 alkyl, C 6 -C 10 aryl, and C 7 -C 10 aralkyl; where the plurality of magnetite microparticles have an average diameter of less than 10 microns; and where the plurality of magnetite microparticles and the compound of the formula are present in the magnetic reagent in a weight ratio of magnetite microparticles: compound of the formula in the range of 10:1 to 1:10.
An implantable medical device (100, 300) comprising: a feedthrough assembly (102, 302) comprising an insulator (112, 312) and a plurality of conducting elements extending therethrough; a case (104, 304) with an opening into which the feedthrough assembly is placed defining a narrow space therebetween; a braze material filling the narrow space, thereby hermetically sealing the feedthrough assembly to the case; wherein one of the feedthrough assembly and the case comprise a feature (116, 316) configured to securely hold the braze (110, 310) and in that the implantable medical device does not include a ferrule, wherein the feedthrough assembly includes a top surface, a bottom surface and metallization on at least one surface, characterized in that the metallization is configured to control the dimensions of the braze such that it is at least 254 μm (0.010 inches) below the top surface of the feedthrough assembly and at least 254 μm (0.010 inches) above a bottom surface of the feedthrough assembly. a feedthrough assembly (102, 302) comprising an insulator (112, 312) and a plurality of conducting elements extending therethrough; a case (104, 304) with an opening into which the feedthrough assembly is placed defining a narrow space therebetween; a braze material filling the narrow space, thereby hermetically sealing the feedthrough assembly to the case; wherein one of the feedthrough assembly and the case comprise a feature (116, 316) configured to securely hold the braze (110, 310) and in that the implantable medical device does not include a ferrule, wherein the feedthrough assembly includes a top surface, a bottom surface and metallization on at least one surface, characterized in that the metallization is configured to control the dimensions of the braze such that it is at least 254 μm (0.010 inches) below the top surface of the feedthrough assembly and at least 254 μm (0.010 inches) above a bottom surface of the feedthrough assembly.
Wheel for a motor vehicle, with a hub portion, spokes extending radially outwardly from the hub portion, and a rim supported on the spokes, and also with two coverings (8, 9) of the spoke area, which coverings are delimited by the rim, wherein a covering is provided on each of the two sides of the spokes, that is to say facing the inner sides thereof and facing the outer sides thereof, wherein the covering arranged on the inner side when the wheel is in the state installed on the vehicle and annular as considered in a projection in the direction of the wheel rotation axis is adhesively bonded to the edge of the hub portion and to a ring region of the rim and/or the inner sides of the spokes, and wherein the outside covering is formed annularly over its entire area or as considered in a projection in the direction of the wheel rotation axis, characterised in that the outside covering is inserted exchangeably, with a sealing element arranged in between, into a groove (11a, 11i) in a rim ring region or in a ring region of each of the rim and the hub portion.
A buffer layer comprising: a stack of at least four layers of a face-centered cubic, FCC, crystal structure material, the at least four FCC material layers alternating with at least three layers of a body-centered cubic, BCC, crystal structure material, wherein each of the FCC material layers and BCC material layers is between about five and about ten angstroms thick. a stack of at least four layers of a face-centered cubic, FCC, crystal structure material, the at least four FCC material layers alternating with at least three layers of a body-centered cubic, BCC, crystal structure material, wherein each of the FCC material layers and BCC material layers is between about five and about ten angstroms thick.
A bio-medical electrode comprising: a) a flat top part having an aperture; b) a bottom part having: - a flexible flange having an upward inclination; - an upward projecting head portion that can be fixed in the aperture, the upward projecting head disposed on the flexible flange; - a flange disposed at the transition between the head portion and the flexible flange; and c) an electrode material (31,32); wherein, the flange is arranged to provide a stop for creating a pre-defined deflection of the flexible flange when the flat top part along with the electrode material is pressed against the flexible flange. a) a flat top part having an aperture; b) a bottom part having: - a flexible flange having an upward inclination; - an upward projecting head portion that can be fixed in the aperture, the upward projecting head disposed on the flexible flange; - a flange disposed at the transition between the head portion and the flexible flange; and - a flexible flange having an upward inclination; - an upward projecting head portion that can be fixed in the aperture, the upward projecting head disposed on the flexible flange; - a flange disposed at the transition between the head portion and the flexible flange; and c) an electrode material (31,32); wherein, the flange is arranged to provide a stop for creating a pre-defined deflection of the flexible flange when the flat top part along with the electrode material is pressed against the flexible flange.
A laser alignment system for adjusting a mounting bracket (70, 72) of a lamp (68, 74), the laser alignment system configured to align exterior aircraft lighting disposed along a leading edge of a wing of an aircraft, the laser alignment system comprising: an alignment bracket including a body portion defining one or more target features (54A, 54B, 54C) and a plurality of index features (42A, 42B, 42C), wherein the one or more target features (54A, 54B, 54C) include a target that is configured to align with a laser beam and the plurality of index features (42A, 42B, 42C) that are configured to position the alignment bracket along a surface, wherein the alignment bracket includes an outer perimeter, and the plurality of index features (42A, 42B, 42C) are configured to position the alignment bracket along the leading edge of the wing of the aircraft; and a laser alignment tool including a base, a mount, and a laser device, wherein the mount holds the laser device in place and the laser device is configured to emit the laser beam, and the laser device is configured to direct the laser beam towards a corresponding one of target features (54A, 54B, 54C) of the alignment bracket, wherein the base of the laser alignment tool is shaped to fit within the mounting bracket (70, 72) for the lamp (68, 74) disposed along the leading edge of the wing. an alignment bracket including a body portion defining one or more target features (54A, 54B, 54C) and a plurality of index features (42A, 42B, 42C), wherein the one or more target features (54A, 54B, 54C) include a target that is configured to align with a laser beam and the plurality of index features (42A, 42B, 42C) that are configured to position the alignment bracket along a surface, wherein the alignment bracket includes an outer perimeter, and the plurality of index features (42A, 42B, 42C) are configured to position the alignment bracket along the leading edge of the wing of the aircraft; and a laser alignment tool including a base, a mount, and a laser device, wherein the mount holds the laser device in place and the laser device is configured to emit the laser beam, and the laser device is configured to direct the laser beam towards a corresponding one of target features (54A, 54B, 54C) of the alignment bracket, wherein the base of the laser alignment tool is shaped to fit within the mounting bracket (70, 72) for the lamp (68, 74) disposed along the leading edge of the wing.
A heated aerosol-generating article having lowered propensity for flame ignition for use with an aerosol-generating device, the heated aerosol-generating article comprising a plurality of components including an aerosol-forming substrate assembled within a wrapper to form a rod having a mouth end and a distal end upstream from the mouth end, the heated aerosol-generating article defining a first air-flow path in which air drawn into the aerosol-generating article through the mouth end passes through the aerosol-forming substrate, and a second air-flow path in which air drawn into the aerosol-generating article through the mouth end does not pass through the aerosol-forming substrate, the resistance to draw of the second air-flow path being lower than the RTD of the first air-flow path, in which the RTD of the second air-flow path is less than 10 mm WG.
A movable aerodynamic surface for an aircraft, comprising a skin extending in a span direction from an inboard end to an outboard end and extending in a chord direction from a leading edge to a trailing edge, wherein the skin includes a first skin portion and a second skin portion both extending from the leading edge to the trailing edge and together surrounding an interior from opposite sides, and a stiffener arrangement arranged in the interior for stiffening the first and second skin portions (29, 31) and including at least an inboard stiffener in the area of the inboard end and/or an outboard stiffener in the area of the outboard end, wherein at the inboard end between the first skin portion, the second skin portion and the inboard stiffener an inboard cavity is formed, and/or at the outboard end between the first skin portion, the second skin portion and the outboard stiffener an outboard cavity is formed, wherein an acoustic filler arrangement including multiple filler elements is arranged within the inboard cavity and/or the outboard cavity for reducing noise generated at the inboard cavity and/or at the outboard cavity, wherein the acoustic filler arrangement has a hybrid form including at least one first type filler element with a smooth outer surface and at least one second type filler element (43") with a porous outer surface. a skin extending in a span direction from an inboard end to an outboard end and extending in a chord direction from a leading edge to a trailing edge, wherein the skin includes a first skin portion and a second skin portion both extending from the leading edge to the trailing edge and together surrounding an interior from opposite sides, and a stiffener arrangement arranged in the interior for stiffening the first and second skin portions (29, 31) and including at least an inboard stiffener in the area of the inboard end and/or an outboard stiffener in the area of the outboard end, wherein at the inboard end between the first skin portion, the second skin portion and the inboard stiffener an inboard cavity is formed, and/or at the outboard end between the first skin portion, the second skin portion and the outboard stiffener an outboard cavity is formed, wherein an acoustic filler arrangement including multiple filler elements is arranged within the inboard cavity and/or the outboard cavity for reducing noise generated at the inboard cavity and/or at the outboard cavity, wherein the acoustic filler arrangement has a hybrid form including at least one first type filler element with a smooth outer surface and at least one second type filler element (43") with a porous outer surface.
Heating device comprising at least one heating element and a housing, a protection means produced in the form of a shell made up of at least one half-shell at least partially surrounding the said housing, characterized in that a wedging means is arranged between the housing and the protection means.
A method for managing an application program, comprising: obtaining, by a first edge computing platform (1011, 1021) located in a device on the core network side or the access network side of a communication network, an application program component of the first edge computing platform (1011, 1021) and an application program component of a second edge computing platform located in a terminal device, wherein the application program component of the first edge computing platform (1011, 1021) and the application program component of the second edge computing platform are application program components in a global application program; sending, by the first edge computing platform (1011, 1021), the application program component of the second edge computing platform to the second edge computing platform; allocating, by the first edge computing platform (1011, 1021), an identity to an instance corresponding to the global application program; sending, by the first edge computing platform (1011, 1021), an instance identity corresponding to the global application program to the second edge computing platform; creating, by the first edge computing platform (1011, 1021), an application program component instance of the first edge computing platform (1011, 1021), and allocating an identity to the application program component instance of the first edge computing platform (1011, 1021). obtaining, by a first edge computing platform (1011, 1021) located in a device on the core network side or the access network side of a communication network, an application program component of the first edge computing platform (1011, 1021) and an application program component of a second edge computing platform located in a terminal device, wherein the application program component of the first edge computing platform (1011, 1021) and the application program component of the second edge computing platform are application program components in a global application program; sending, by the first edge computing platform (1011, 1021), the application program component of the second edge computing platform to the second edge computing platform; allocating, by the first edge computing platform (1011, 1021), an identity to an instance corresponding to the global application program; sending, by the first edge computing platform (1011, 1021), an instance identity corresponding to the global application program to the second edge computing platform; creating, by the first edge computing platform (1011, 1021), an application program component instance of the first edge computing platform (1011, 1021), and allocating an identity to the application program component instance of the first edge computing platform (1011, 1021).
Method for controlling a variable-speed heating circulating pump in a hydraulic heating system having a heating boiler, wherein the pump control specifies the setpoint delivery head and adapts the speed, in order to achieve the setpoint delivery head, characterized in that a dynamic speed adjustment is provided which sets the rate of the speed change depending on whether the setpoint delivery head is larger or smaller than the actual delivery head and depending on the type of control of the heating boiler which is implemented, wherein the type of control of the heating boiler is realized as feed temperature or backflow temperature control.
A device for warming infusion or transfusion fluids by an exothermic reaction of a reactive liquid, wherein said device includes; a reaction chamber, being at least partially evacuated of air and containing a trigger that initiates an exothermic reaction with said reactive liquid; a flexible passageway extending through said reaction chamber for movement of said infusion or transfusion fluids therethrough and comprising an inlet and an outlet extending outwardly from within said reaction chamber; a flexible secondary chamber containing said reactive liquid, the reaction and secondary chambers being separated by a frangible or removable barrier wherein the reactive liquid may be introduced into said reaction chamber by rupturing or removing said barrier to thereby initiate said exothermic reaction; a compression member for compressing at least said secondary chamber to thereby compel said reactive liquid into said reaction chamber, on rupture or removal of the barrier; the device characterized in that the reaction chamber has a generally planar envelope shape and is constructed from a resiliently flexible material whereby the device can be rolled or folded to move said reactive liquid throughout the reaction chamber and reduce the surface area in direct contact with the ambient thereby inhibiting heat loss from the device. a reaction chamber, being at least partially evacuated of air and containing a trigger that initiates an exothermic reaction with said reactive liquid; a flexible secondary chamber containing said reactive liquid, the reaction and secondary chambers being separated by a frangible or removable barrier wherein the reactive liquid may be introduced into said reaction chamber by rupturing or removing said barrier to thereby initiate said exothermic reaction; a compression member for compressing at least said secondary chamber to thereby compel said reactive liquid into said reaction chamber, on rupture or removal of the barrier; the reaction chamber has a generally planar envelope shape and is constructed from a resiliently flexible material whereby the device can be rolled or folded to move said reactive liquid throughout the reaction chamber and reduce the surface area in direct contact with the ambient thereby inhibiting heat loss from the device.
A method for assessing at least one quality parameter or at least one quantity parameter of at least one species of cells in a liquid sample comprising the steps of establishing a sample compartment having at least one wall, arranging catalyst-cell complexes between the at least one species of cells and at least one catalyst in the sample compartment in a manner allowing the cells to move relative to the wall(s) of the sample compartment, arranging a substrate in the sample compartment, said substrate being capable of being converted into a product through catalysing by said catalyst, contacting the substrate with the catalyst-cell complexes of individual cells allowing a detectable amount of product spots to be produced, the product diffusing from the cells to form localised substantially spherical spots around the cells, recording an image of the product spots related to individual cells in the sample compartment after a detectable amount of product has been produced and before the various spots become confluent, and correlating the image to the at least one quality parameter or at least one quantity parameter of the at least one species of cells.
A cutting tool comprising: a cutting insert having a cutting edge; a holder holding the cutting insert; a sensor provided in the holder; and an information communication unit provided in the holder, configured to transmit an inquiry for parameter information related to measurement by the sensor, the inquiry including a sensor ID, to a management device provided outside the cutting tool, and acquire the parameter information from the management device. a cutting insert having a cutting edge; a holder holding the cutting insert; a sensor provided in the holder; and an information communication unit provided in the holder, configured to transmit an inquiry for parameter information related to measurement by the sensor, the inquiry including a sensor ID, to a management device provided outside the cutting tool, and acquire the parameter information from the management device.