mhurhangee/ep-ind-claims huggingface dataset:
A mining machine comprising: a frame; a boom supported for pivoting movement relative to the frame; a cutter head supported on the boom, the cutter head including, a housing pivotably coupled to the boom, and a cutting disc including a plurality of cutting bits defining a cutting edge, the cutting head characterized by a cutter shaft secured against rotation relative to the housing, the cutter shaft including a first end, a second end, a first portion positioned adjacent the first end, and a second portion positioned adjacent the second end, the second portion extending parallel to a cutter axis, the cutting disc coupled to the second portion of the cutter shaft and supported for free rotation relative to the cutter shaft about the cutter axis, and an excitation mechanism including an exciter shaft and an eccentric mass supported on the exciter shaft for rotation about an exciter axis, the exciter shaft being driven for rotation relative to the cutter shaft about the exciter axis, rotation of the exciter shaft inducing oscillating movement of the second portion of the cutter shaft and the cutting disc. a frame; a boom supported for pivoting movement relative to the frame; a cutter head supported on the boom, the cutter head including, a housing pivotably coupled to the boom, and a cutting disc including a plurality of cutting bits defining a cutting edge, the cutting head characterized by a cutter shaft secured against rotation relative to the housing, the cutter shaft including a first end, a second end, a first portion positioned adjacent the first end, and a second portion positioned adjacent the second end, the second portion extending parallel to a cutter axis, the cutting disc coupled to the second portion of the cutter shaft and supported for free rotation relative to the cutter shaft about the cutter axis, and an excitation mechanism including an exciter shaft and an eccentric mass supported on the exciter shaft for rotation about an exciter axis, the exciter shaft being driven for rotation relative to the cutter shaft about the exciter axis, rotation of the exciter shaft inducing oscillating movement of the second portion of the cutter shaft and the cutting disc. a housing pivotably coupled to the boom, and a cutting disc including a plurality of cutting bits defining a cutting edge, the cutting head characterized by a cutter shaft secured against rotation relative to the housing, the cutter shaft including a first end, a second end, a first portion positioned adjacent the first end, and a second portion positioned adjacent the second end, the second portion extending parallel to a cutter axis, the cutting disc coupled to the second portion of the cutter shaft and supported for free rotation relative to the cutter shaft about the cutter axis, and an excitation mechanism including an exciter shaft and an eccentric mass supported on the exciter shaft for rotation about an exciter axis, the exciter shaft being driven for rotation relative to the cutter shaft about the exciter axis, rotation of the exciter shaft inducing oscillating movement of the second portion of the cutter shaft and the cutting disc.
A method comprising: receiving, at a first mobile apparatus, information about a second mobile apparatus, wherein the first mobile apparatus is provisioned with network access credential information for a network, and wherein the network access credential information is to be transferred from the first mobile apparatus to the second mobile apparatus; causing the information about the second mobile apparatus to be provided from the first mobile apparatus to a provisioning apparatus for the network; receiving, at the first mobile apparatus, authorization from the provisioning apparatus to transfer the network access credential information from the first mobile apparatus to the second mobile apparatus; in response to receipt of the authorization, causing the network access credential information to be provided to the second mobile apparatus; and causing a permission message to be sent from the first mobile apparatus to the second mobile apparatus, the permission message providing permission to the second mobile apparatus to use the network access credential information to access the network; characterized by further comprising: encrypting at least a portion of the network access credential information with a locking key prior to causing the network access credential information to be sent to the second mobile apparatus, wherein the permission message comprises the locking key, thereby enabling the second mobile apparatus to unlock and use the network access credential information. receiving, at a first mobile apparatus, information about a second mobile apparatus, wherein the first mobile apparatus is provisioned with network access credential information for a network, and wherein the network access credential information is to be transferred from the first mobile apparatus to the second mobile apparatus; causing the information about the second mobile apparatus to be provided from the first mobile apparatus to a provisioning apparatus for the network; receiving, at the first mobile apparatus, authorization from the provisioning apparatus to transfer the network access credential information from the first mobile apparatus to the second mobile apparatus; in response to receipt of the authorization, causing the network access credential information to be provided to the second mobile apparatus; and causing a permission message to be sent from the first mobile apparatus to the second mobile apparatus, the permission message providing permission to the second mobile apparatus to use the network access credential information to access the network; characterized by further comprising: encrypting at least a portion of the network access credential information with a locking key prior to causing the network access credential information to be sent to the second mobile apparatus, wherein the permission message comprises the locking key, thereby enabling the second mobile apparatus to unlock and use the network access credential information.
A mixing and application capsule for producing a dental preparation, wherein the mixing and application capsule has: a capsule body having a mixing chamber for receiving a blend component and for mixing the dental preparation from the blend component and a fluid and having an outlet for discharging the dental preparation, a hollow space for receiving the fluid, a first plunger body, displaceable in the capsule body, which bounds the mixing chamber in the capsule body and which has a channel for carrying the fluid from the hollow space into the mixing chamber, a second plunger body displaceable in the capsule body relative to the first plunger body, wherein the first plunger body is partially or completely composed of two or more differing materials comprising at least one soft component and at least one hard component, the second plunger body has the hollow space for receiving the fluid, the first plunger body has a projection, the hollow space of the second plunger body is configured to receive the projection of the first plunger body, the hollow space is sealed by a separating layer, preferably a separating film, and the projection is arranged to penetrate the separating layer when the first plunger body and the second plunger body are moved relative to one another. a capsule body having a mixing chamber for receiving a blend component and for mixing the dental preparation from the blend component and a fluid and having an outlet for discharging the dental preparation, a hollow space for receiving the fluid, a first plunger body, displaceable in the capsule body, which bounds the mixing chamber in the capsule body and which has a channel for carrying the fluid from the hollow space into the mixing chamber, a second plunger body displaceable in the capsule body relative to the first plunger body, wherein the first plunger body is partially or completely composed of two or more differing materials comprising at least one soft component and at least one hard component, the second plunger body has the hollow space for receiving the fluid, the first plunger body has a projection, the hollow space of the second plunger body is configured to receive the projection of the first plunger body, the hollow space is sealed by a separating layer, preferably a separating film, and the projection is arranged to penetrate the separating layer when the first plunger body and the second plunger body are moved relative to one another.
A method, comprising: determining a change in an angle of a crank arm of a pumping unit, wherein the change in the angle of the crank arm is representative of an angular displacement of the crank arm; the method characterized by determining a first torque factor for the pumping unit, the first torque factor based on a rate of change in a position of a polished rod with respect to a the change of the angle of the crank arm of the pumping unit; and based on the change in the angle of the crank arm, the first torque factor, and a reference polished rod speed, determining a rate at which to operate a motor of the pumping unit to enable the polished rod to move at the reference polished rod speed. determining a change in an angle of a crank arm of a pumping unit, wherein the change in the angle of the crank arm is representative of an angular displacement of the crank arm; the method characterized by determining a first torque factor for the pumping unit, the first torque factor based on a rate of change in a position of a polished rod with respect to a the change of the angle of the crank arm of the pumping unit; and based on the change in the angle of the crank arm, the first torque factor, and a reference polished rod speed, determining a rate at which to operate a motor of the pumping unit to enable the polished rod to move at the reference polished rod speed.
Winding unit comprising - a bobbin wound around a relative hollow tube, - a yarn clearer suitable to verify the presence of defects in the yarn unwound from the bobbin, - a reel onto which the yarn is wound unwound from the bobbin, - a cutting device to cut the yarn in the case of identifying yarn defects to be eliminated, - an anti-curl device, placed near the bobbin and suitable to prevent the yarn on the bobbin side from curling and/or twisting following the cutting or breaking of the yarn, characterised in that - the anti-curl device comprises an arm positioned near an upper end of the bobbin, on the side where the thread is unwound from the bobbin, - said arm being provided with at least one outlet nozzle connected to a compressed air source, in order to direct a flow of compressed air near the upper end of the bobbin, facilitating the entry of the yarn inside said hollow tube. - a bobbin wound around a relative hollow tube, - a yarn clearer suitable to verify the presence of defects in the yarn unwound from the bobbin, - a reel onto which the yarn is wound unwound from the bobbin, - a cutting device to cut the yarn in the case of identifying yarn defects to be eliminated, - an anti-curl device, placed near the bobbin and suitable to prevent the yarn on the bobbin side from curling and/or twisting following the cutting or breaking of the yarn, - the anti-curl device comprises an arm positioned near an upper end of the bobbin, on the side where the thread is unwound from the bobbin, - said arm being provided with at least one outlet nozzle connected to a compressed air source, in order to direct a flow of compressed air near the upper end of the bobbin, facilitating the entry of the yarn inside said hollow tube.
A surgical stapling device comprising: a shaft portion; and a tool assembly supported on a distal end of the shaft portion, wherein the tool assembly includes an anvil assembly and a cartridge assembly, the cartridge assembly including a cartridge body defining a plurality of pockets and at least three longitudinal channels, and a plurality of triple leg staples supported with the cartridge body, each of the staples having a first leg, a second leg, a third leg and a backspan, each of the first, second, and third legs being of different lengths, the first and second legs being interconnected by the backspan and the third leg being secured to the backspan, the backspan of each of the staples being rotatably supported within a respective one of the pockets; and a sled including plurality of firing cams (262, 264), each of the firing cams being positioned to engage one of the first, second, or third legs of the plurality of staples, the sled being movable through the cartridge body to rotate and eject the plurality of staples from the cartridge assembly. a shaft portion; and a tool assembly supported on a distal end of the shaft portion, wherein the tool assembly includes an anvil assembly and a cartridge assembly, the cartridge assembly including a cartridge body defining a plurality of pockets and at least three longitudinal channels, and a plurality of triple leg staples supported with the cartridge body, each of the staples having a first leg, a second leg, a third leg and a backspan, each of the first, second, and third legs being of different lengths, the first and second legs being interconnected by the backspan and the third leg being secured to the backspan, the backspan of each of the staples being rotatably supported within a respective one of the pockets; and a sled including plurality of firing cams (262, 264), each of the firing cams being positioned to engage one of the first, second, or third legs of the plurality of staples, the sled being movable through the cartridge body to rotate and eject the plurality of staples from the cartridge assembly.
A metallic substrate bearing a cold sprayed coating comprising: - from 1.0 to 10.0% by weight of zinc, - between 10 and 20% by weight of Al 2 O 3, - the balance being aluminum, - the coating not comprising magnesium, - said coating having a porosity between 0.9 and 8.0%, - wherein the microstructure of the coating does not comprise an intermetallic diffusion layer made of Fe and Al and - wherein the metallic substrate is a steel substrate. - from 1.0 to 10.0% by weight of zinc, - between 10 and 20% by weight of Al 2 O 3, - the balance being aluminum, - the coating not comprising magnesium, - said coating having a porosity between 0.9 and 8.0%, - wherein the microstructure of the coating does not comprise an intermetallic diffusion layer made of Fe and Al and - wherein the metallic substrate is a steel substrate.
A turbine rotor blade (120, 120A, 120B, 120C), comprising: an airfoil body including a concave pressure side outer wall and a convex suction side outer wall that connect along leading and trailing edges (128, 130); a shank (148, 148A) at a radial inner end of the airfoil body; at least one angel wing extending laterally from at least one side (282, 284) of the shank; and a coolant transfer passage defined through the at least one angel wing extending laterally from the at least one side of the shank, the coolant transfer passage arranged to fluidly couple, in situ, a first wheel space portion defined between the shank and a first adjacent shank of a first adjacent turbine rotor blade and a second wheel space portion defined between the shank and a second adjacent shank of a second adjacent turbine rotor blade. an airfoil body including a concave pressure side outer wall and a convex suction side outer wall that connect along leading and trailing edges (128, 130); a shank (148, 148A) at a radial inner end of the airfoil body; at least one angel wing extending laterally from at least one side (282, 284) of the shank; and a coolant transfer passage defined through the at least one angel wing extending laterally from the at least one side of the shank, the coolant transfer passage arranged to fluidly couple, in situ, a first wheel space portion defined between the shank and a first adjacent shank of a first adjacent turbine rotor blade and a second wheel space portion defined between the shank and a second adjacent shank of a second adjacent turbine rotor blade.
A drilling tool comprising a tool body having a center axis defining a longitudinal direction of the drilling tool, the tool body having an axially forward end and an axially rearward end, the distance in the longitudinal direction between the forward end and the rearward end defining a length of the drilling tool, and at least two indexable cutting inserts (5, 6), which are arranged at the axially forward end, a first indexable cutting insert being arranged at a radially inner position and a second indexable cutting insert being arranged at a radially outer position, the tool body comprising a first flute portion extending axially rearward from the first indexable cutting insert, and a second flute portion extending axially rearward from the second indexable cutting insert, wherein the first flute portion transitions into the second flute portion at an axially forward transition area of the tool body, thereby forming only one flute of the drilling tool, the transition area is located at an axial distance from the forward end amounting to no more than L/3, and the second flute portion is open to a peripheral surface along the entire extent thereof in the longitudinal direction, and in characterized in that said second flute portion has a radial depth, which is larger than a radius of the tool body along at least a first longitudinal segment of the second flute portion. a tool body having a center axis defining a longitudinal direction of the drilling tool, the tool body having an axially forward end and an axially rearward end, the distance in the longitudinal direction between the forward end and the rearward end defining a length of the drilling tool, and at least two indexable cutting inserts (5, 6), which are arranged at the axially forward end, a first indexable cutting insert being arranged at a radially inner position and a second indexable cutting insert being arranged at a radially outer position, the tool body comprising a first flute portion extending axially rearward from the first indexable cutting insert, and a second flute portion extending axially rearward from the second indexable cutting insert, wherein the first flute portion transitions into the second flute portion at an axially forward transition area of the tool body, thereby forming only one flute of the drilling tool, the transition area is located at an axial distance from the forward end amounting to no more than L/3, and the second flute portion is open to a peripheral surface along the entire extent thereof in the longitudinal direction, and in characterized in that said second flute portion has a radial depth, which is larger than a radius of the tool body along at least a first longitudinal segment of the second flute portion.
Use of primers for the HLA-B*1301 allele, for detecting or evaluating a risk of adverse drug reactions in response to dapsone in the person, by PCR-based HLA sequence typing.
A configurable instrument locating rail for use with a sterilization cassette tray, the configurable instrument locating rail comprising: an elongate rib, the rib having a top edge and a bottom edge extending from a first end to a second end; one or more connectors located along the bottom edge; a plurality of scallops formed along the top edge; and one or more nubs formed along the scallops to minimize surface contact between the top edge of the elongate rib and an instrument being held between two adjacent scallops, characterized in that each of the scallops is in the form of an arched surface, and the scallops define a series of alternating peaks and valleys along the top edge of the rib, and each valley defines a location to hold an instrument. an elongate rib, the rib having a top edge and a bottom edge extending from a first end to a second end; one or more connectors located along the bottom edge; a plurality of scallops formed along the top edge; and one or more nubs formed along the scallops to minimize surface contact between the top edge of the elongate rib and an instrument being held between two adjacent scallops, characterized in that each of the scallops is in the form of an arched surface, and the scallops define a series of alternating peaks and valleys along the top edge of the rib, and each valley defines a location to hold an instrument.
An air inlet for the nacelle of an aircraft propulsion unit comprising a substantially annular outer cowling, a substantially annular inner envelope intended to delimit a channel feeding air to a turbojet engine and comprising a plurality of fluid passage orifices passing through said envelope, and a substantially annular lip connected to respective upstream edges (28, 32) of said outer cowling and of said inner envelope so as to form a leading edge of said air inlet, said air inlet being characterized in that sais inner envelope has a portion devoid of fluid passage orifices extending axially from an upstream edge of said inner envelope over a distance L of between 20 % and 90 % of the mean axial span of said inner envelope and having a circumferential span α of between 60° and 150° about a longitudinal axis of said air inlet, said fluid passage orifices being present and distributed over the rest of said inner envelope.
A high-voltage distributor (20; 40) for a hybrid or electric vehicle, comprising a carrier device; a conductor arrangement (24a, 24b, 30a, 30b), which is arranged on the carrier device, for current and voltage distribution in order to form a plurality of high-voltage outgoers; a plurality of holding devices which are arranged on the carrier device and are associated with a high voltage outgoer in each case and can be fitted with a high-voltage fuse-protection element, wherein the current cannot be applied to the associated high-voltage outgoer when a holding device is not fitted, characterized in that the holding devices have a grid spacing, so that the holding devices can be fitted with high-voltage fuse-protection elements of different designs and/or prototype sizes, and in that the grid spacing is designed as a hole pattern which is made in the carrier device.