mhurhangee/ep-ind-claims huggingface dataset:
A surgical stapling instrument, comprising: a tubular body portion having a fastener ejection member and a staple cartridge; the staple cartridge having an outer tissue contacting surface with a first annular row of retention slots, an inner tissue contacting surface with a second annular row of retention slots, the outer tissue contacting surface having a first height measured from the fastener ejection member and the inner tissue contacting surface having a second height measured from the fastener ejection member, the first height being different from the second height; the fastener ejection member having a first plurality of pushers corresponding with the first annular row of retention slots and a second plurality of pushers corresponding with the second annular row of retention slots, the first plurality of pushers having a third height and the second plurality of pushers having a fourth height, the third height being different than the fourth height; an anvil member with a substantially planar tissue contacting surface; and a plurality of surgical fasteners disposed in the first annular row of retention slots and the second annular row of retention slots. a tubular body portion having a fastener ejection member and a staple cartridge; the staple cartridge having an outer tissue contacting surface with a first annular row of retention slots, an inner tissue contacting surface with a second annular row of retention slots, the outer tissue contacting surface having a first height measured from the fastener ejection member and the inner tissue contacting surface having a second height measured from the fastener ejection member, the first height being different from the second height; the fastener ejection member having a first plurality of pushers corresponding with the first annular row of retention slots and a second plurality of pushers corresponding with the second annular row of retention slots, the first plurality of pushers having a third height and the second plurality of pushers having a fourth height, the third height being different than the fourth height; an anvil member with a substantially planar tissue contacting surface; and a plurality of surgical fasteners disposed in the first annular row of retention slots and the second annular row of retention slots.
A user plane gateway updating method, comprising: sending (601, A3), by a control plane gateway to a mobility management entity, in a process in which a first packet data network, PDN, connection is being established, a first message, wherein the first PDN connection is a PDN connection between a user equipment, UE, and a first user plane gateway, and the first message carries a tracking area, TA, identifier list corresponding to the first user plane gateway; receiving, by the control plane gateway, a notification message from the mobility management entity, wherein the notification message is used to notify the control plane gateway that a TA identifier of a TA in which the UE is located is not in the TA identifier list; sending, by the control plane gateway to the mobility management entity, a request message in response to the control plane gateway receives the notification message, wherein the request message is used to request the mobility management entity to trigger the UE to initiate a second PDN connection, and the second PDN connection is a PDN connection between the UE and a second user plane gateway; and establishing, by the control plane gateway, the second PDN connection by using the second user plane gateway. sending (601, A3), by a control plane gateway to a mobility management entity, in a process in which a first packet data network, PDN, connection is being established, a first message, wherein the first PDN connection is a PDN connection between a user equipment, UE, and a first user plane gateway, and the first message carries a tracking area, TA, identifier list corresponding to the first user plane gateway; receiving, by the control plane gateway, a notification message from the mobility management entity, wherein the notification message is used to notify the control plane gateway that a TA identifier of a TA in which the UE is located is not in the TA identifier list; sending, by the control plane gateway to the mobility management entity, a request message in response to the control plane gateway receives the notification message, wherein the request message is used to request the mobility management entity to trigger the UE to initiate a second PDN connection, and the second PDN connection is a PDN connection between the UE and a second user plane gateway; and establishing, by the control plane gateway, the second PDN connection by using the second user plane gateway.
Method for discharging an electrical energy store, which is connected to an electronic circuit by means of a first electrical conductor and a second electrical conductor, wherein a thyristor is provided for discharging the energy store, wherein in the method - owing to a fault occurring in the electronic circuit, a discharge current of the energy store begins to flow from the energy store via the first electrical conductor to the electronic circuit and via the second electrical conductor back to the energy store, - owing to the discharge current a magnetic field which changes over time is generated around the first electrical conductor and the second electrical conductor, said magnetic field passing through the semiconductor material of the thyristor, - a current is induced in the semiconductor material of the thyristor by the magnetic field which changes over time, characterized in that the thyristor is switched on by this induced current. - owing to a fault occurring in the electronic circuit, a discharge current of the energy store begins to flow from the energy store via the first electrical conductor to the electronic circuit and via the second electrical conductor back to the energy store, - owing to the discharge current a magnetic field which changes over time is generated around the first electrical conductor and the second electrical conductor, said magnetic field passing through the semiconductor material of the thyristor, - a current is induced in the semiconductor material of the thyristor by the magnetic field which changes over time,
A method of evaluating an earth formation intersected by a borehole, comprising: detecting a reflective boundary in the earth formation by using at least one processor for: generating a multipole acoustic signal with an acoustic tool in the borehole; identifying a shear wave signal resulting from shear body waves reflected from the reflective boundary in the formation in a near-field region of the formation around the borehole responsive to the generated multipole acoustic signal; and estimating at least a depth along the borehole of the boundary based on the shear wave signal. detecting a reflective boundary in the earth formation by using at least one processor for: generating a multipole acoustic signal with an acoustic tool in the borehole; identifying a shear wave signal resulting from shear body waves reflected from the reflective boundary in the formation in a near-field region of the formation around the borehole responsive to the generated multipole acoustic signal; and estimating at least a depth along the borehole of the boundary based on the shear wave signal. generating a multipole acoustic signal with an acoustic tool in the borehole; identifying a shear wave signal resulting from shear body waves reflected from the reflective boundary in the formation in a near-field region of the formation around the borehole responsive to the generated multipole acoustic signal; and estimating at least a depth along the borehole of the boundary based on the shear wave signal.
A universal sensory structurant comprising a polysaccharide carbohydrate comprising at least 75% by weight amylopectin, wherein the polysaccharide carbohydrate has been treated and swollen with a solvent, the solvent comprising a hydroxylated polymer comprising from 5 to 50 siloxane repeat units, wherein the polymer is a dimethiconol.
A fitting for a fluid dispenser, the fitting having a longitudinal axis and comprising: a detent that is configured to limit longitudinal insertion of the dispenser into the fitting by applying a longitudinal contact force against a terminal surface of the dispenser; a seal that is configured to be deformed by the surface, into sealing contact against the surface, when the surface abuts the detent; and a body that is configured to define a void, wherein the detent defines an opening configured to be placed in fluid communication with the dispenser, wherein the dispenser is pre-filled with an initial volume of fluid, wherein the seal is seated in a recess of the fitting, and wherein its face contacts a distal bottom of the recess. a detent that is configured to limit longitudinal insertion of the dispenser into the fitting by applying a longitudinal contact force against a terminal surface of the dispenser; a seal that is configured to be deformed by the surface, into sealing contact against the surface, when the surface abuts the detent; and a body that is configured to define a void, wherein the detent defines an opening configured to be placed in fluid communication with the dispenser, wherein the dispenser is pre-filled with an initial volume of fluid, wherein the seal is seated in a recess of the fitting, and wherein its face contacts a distal bottom of the recess.
A contoured turbine airfoil assembly including: an end wall (30a, 32a) formed by platforms (30, 32) located circumferentially adjacent to each other; a row of airfoils (34a, 34b) integrally joined to the end wall (30a, 32a) and spaced laterally apart to define flow passages therebetween for channeling gases in an axial direction; each of the airfoils (34a, 34b) including a concave pressure side and a laterally opposite convex suction side extending in a chordwise direction between opposite leading and trailing edges (42, 44), the chordwise direction extending generally in the axial direction; and characterized in that, troughs are defined in the end wall (30a, 32a) and located forward of the leading edges of the airfoils and extending to an axial location at least even with the leading edges of the airfoils (34a, 34b), the troughs (62, 74, 76, 78) having a direction of elongation aligned to direct flow into the flow passage centrally between each pair of airfoils (34a, 34b), wherein the end wall (30a, 30b) adjacent to a suction side mid-chord location of each airfoil (34a, 34b) includes a mid-chord bulge, the mid-chord bulge defining a higher elevation than a circumferentially opposite, pressure side mid-chord location of an adjacent airfoil (34a, 34b). an end wall (30a, 32a) formed by platforms (30, 32) located circumferentially adjacent to each other; a row of airfoils (34a, 34b) integrally joined to the end wall (30a, 32a) and spaced laterally apart to define flow passages therebetween for channeling gases in an axial direction; each of the airfoils (34a, 34b) including a concave pressure side and a laterally opposite convex suction side extending in a chordwise direction between opposite leading and trailing edges (42, 44), the chordwise direction extending generally in the axial direction; and characterized in that, troughs are defined in the end wall (30a, 32a) and located forward of the leading edges of the airfoils and extending to an axial location at least even with the leading edges of the airfoils (34a, 34b), the troughs (62, 74, 76, 78) having a direction of elongation aligned to direct flow into the flow passage centrally between each pair of airfoils (34a, 34b), wherein the end wall (30a, 30b) adjacent to a suction side mid-chord location of each airfoil (34a, 34b) includes a mid-chord bulge, the mid-chord bulge defining a higher elevation than a circumferentially opposite, pressure side mid-chord location of an adjacent airfoil (34a, 34b).
A method for forming an article of footwear, comprising; positioning a perforated last (302, 502, 602, 1002) relative to a cavity (408, 504) of a mold (404, 506); and injecting a material configured to form a foam into the cavity (408, 504) to form a sole (104, 214) directly attached to an upper (102, 204, 304, 406, 710, 810) around the perforated last (302, 502, 602, 1002), wherein injecting the material into the cavity (408, 504) forms a midsole (112, 216, 424, 712, 812) arranged between the upper (102, 204, 304, 406, 710, 810) and an outsole (114, 226, 410, 713, 813) and wherein the material is injected through an inlet port (414, 518) of the mold (404, 506), the inlet providing a single source of entry of the material into the cavity (408, 504), and wherein forming the midsole (112, 216, 424, 712, 812) includes enclosing the material of the sole (104, 214) within continuous, gas-impermeable surfaces of the mold (404, 506) that do not include openings in addition to the inlet port (414, 518) and trapping the material of the midsole (112, 216, 424, 712, 812) within the surfaces of the cavity (408, 504) of the mold (404, 506) when a bottom piston (412, 522) of the mold (404, 506) is raised while flowing gas through perforations (308, 508, 610, 1006, 1012) of the perforated last (302, 502, 602, 1002) from the midsole (112, 216, 424, 712, 812) to an inner conduit (312, 514, 604) of the last (302, 502, 602, 1002), the inner conduit (312, 514, 604) forming an opening (516, 614) at a top of the last (302, 502, 602, 1002). positioning a perforated last (302, 502, 602, 1002) relative to a cavity (408, 504) of a mold (404, 506); and injecting a material configured to form a foam into the cavity (408, 504) to form a sole (104, 214) directly attached to an upper (102, 204, 304, 406, 710, 810) around the perforated last (302, 502, 602, 1002), wherein injecting the material into the cavity (408, 504) forms a midsole (112, 216, 424, 712, 812) arranged between the upper (102, 204, 304, 406, 710, 810) and an outsole (114, 226, 410, 713, 813) and wherein the material is injected through an inlet port (414, 518) of the mold (404, 506), the inlet providing a single source of entry of the material into the cavity (408, 504), and wherein forming the midsole (112, 216, 424, 712, 812) includes enclosing the material of the sole (104, 214) within continuous, gas-impermeable surfaces of the mold (404, 506) that do not include openings in addition to the inlet port (414, 518) and trapping the material of the midsole (112, 216, 424, 712, 812) within the surfaces of the cavity (408, 504) of the mold (404, 506) when a bottom piston (412, 522) of the mold (404, 506) is raised while flowing gas through perforations (308, 508, 610, 1006, 1012) of the perforated last (302, 502, 602, 1002) from the midsole (112, 216, 424, 712, 812) to an inner conduit (312, 514, 604) of the last (302, 502, 602, 1002), the inner conduit (312, 514, 604) forming an opening (516, 614) at a top of the last (302, 502, 602, 1002).
An apparatus comprising: a virtual legacy interrupt receiver to receive a virtual legacy interrupt signal from a peripheral device; a power management interface to receive a signal to identify out-of-service agents (115-1, 115-2); characterized in that the apparatus further comprises: a virtual legacy wire broadcaster to broadcast the virtual legacy wire interrupt on a bus with a mask to exclude the out-of-service agents (115-1, 115-2); wherein the power management interface is further to receive a signal to identify an agent that has awakened; and the virtual legacy wire broadcaster is further to broadcast a virtual legacy wire interrupt on the bus with a mask to exclude all but the agent that has awakened. a virtual legacy interrupt receiver to receive a virtual legacy interrupt signal from a peripheral device; a power management interface to receive a signal to identify out-of-service agents (115-1, 115-2); characterized in that the apparatus further comprises: a virtual legacy wire broadcaster to broadcast the virtual legacy wire interrupt on a bus with a mask to exclude the out-of-service agents (115-1, 115-2); wherein the power management interface is further to receive a signal to identify an agent that has awakened; and the virtual legacy wire broadcaster is further to broadcast a virtual legacy wire interrupt on the bus with a mask to exclude all but the agent that has awakened. a virtual legacy wire broadcaster to broadcast the virtual legacy wire interrupt on a bus with a mask to exclude the out-of-service agents (115-1, 115-2); wherein the power management interface is further to receive a signal to identify an agent that has awakened; and the virtual legacy wire broadcaster is further to broadcast a virtual legacy wire interrupt on the bus with a mask to exclude all but the agent that has awakened.
A hydrophilic surface treatment agent for an aluminum-containing metallic heat exchanger, the agent obtained by mixing: a water-soluble resin having at least one or more functional groups of an amide group, a hydroxyl group, and a carboxyl group, or a water-soluble resin including, in a skeleton thereof, an amide linkage; colloidal silica; organo alkoxy silane and/or a hydrolysate thereof; a cross-linking agent capable of forming cross-linkage with the water-soluble resin; and water, wherein the ratio { +} / { + + +} is 0.1 to 0.5 in terms of solid content ratio (mass ratio), and the ratio / is 1. 0 to 3. 0 in terms of solid content ratio (mass ratio), and the water-soluble resin is polyvinyl alcohol or a derivative thereof, the colloidal silica has an average particle size in the range of 1 nm to 100 nm, the organo alkoxy silane and/or a hydrolysate thereof has a glycidyl group, and the cross-linking agent contains two or more carboxyl groups in one molecule. a water-soluble resin having at least one or more functional groups of an amide group, a hydroxyl group, and a carboxyl group, or a water-soluble resin including, in a skeleton thereof, an amide linkage; colloidal silica; organo alkoxy silane and/or a hydrolysate thereof; a cross-linking agent capable of forming cross-linkage with the water-soluble resin; and water, wherein the ratio { +} / { + + +} is 0.1 to 0.5 in terms of solid content ratio (mass ratio), and the ratio / is 1. 0 to 3. 0 in terms of solid content ratio (mass ratio), and the water-soluble resin is polyvinyl alcohol or a derivative thereof, the colloidal silica has an average particle size in the range of 1 nm to 100 nm, the organo alkoxy silane and/or a hydrolysate thereof has a glycidyl group, and the cross-linking agent contains two or more carboxyl groups in one molecule.
An assembly for providing haptic effects, the assembly comprising: a panel adapted to be coupled to another structure; a frame disposed as perimeter frame around and spaced apart from the panel; at least one flexible coupling to couple the panel to the frame, wherein the at least one flexible coupling is a flexible member that is molded as an integral part of the frame and the panel; a display coupled to the panel so as to be stationary with respect to the panel; a touch screen assembly coupled to the frame and disposed over the display; and a haptic actuator coupled to the frame such that movement generated by the haptic actuator is imparted through the frame to create the haptic effects on the touch screen assembly. a panel adapted to be coupled to another structure; a frame disposed as perimeter frame around and spaced apart from the panel; at least one flexible coupling to couple the panel to the frame, wherein the at least one flexible coupling is a flexible member that is molded as an integral part of the frame and the panel; a display coupled to the panel so as to be stationary with respect to the panel; a touch screen assembly coupled to the frame and disposed over the display; and a haptic actuator coupled to the frame such that movement generated by the haptic actuator is imparted through the frame to create the haptic effects on the touch screen assembly.
A method for servicing channel change requests in a digital video network that is capable of distributing digital video content to clients via multicasting and unicasting, the method comprising: providing digital video content to a client via multicasting, the digital video content being related to a first channel; detecting a channel change request related to the client, the channel change request requesting a change to a second channel; providing digital video content related to the second channel to the client via unicasting in response to the channel change request, thereby entering in surf mode, by providing a sequence of consecutive frames starting from an I-frame; continuing to provide digital video content related to the second channel to the client via unicasting until a pre-established condition for exiting said surf mode is met, and switching to providing digital video content related to the second channel to the client via multicasting after the pre-established condition is met. providing digital video content to a client via multicasting, the digital video content being related to a first channel; detecting a channel change request related to the client, the channel change request requesting a change to a second channel; providing digital video content related to the second channel to the client via unicasting in response to the channel change request, thereby entering in surf mode, by providing a sequence of consecutive frames starting from an I-frame; continuing to provide digital video content related to the second channel to the client via unicasting until a pre-established condition for exiting said surf mode is met, and switching to providing digital video content related to the second channel to the client via multicasting after the pre-established condition is met.
A method of preparing a rare earth permanent magnet material, comprising the steps of: (i) disposing a powder on a surface of a sintered magnet body of R 1 -Fe-B composition wherein R 1 is at least one element selected from rare earth elements, Sc and Y; said powder comprising at least 30% by weight of an alloy R 2 a T b M c A d H e wherein R 2 is at least one element selected from rare earth elements, Sc and Y, T is iron and/or cobalt, M is one or more elements selected from Al, Cu, Zn, In, Si, P, S, Ti, v, Cr, Mn, Ni, Ga, Ge, Zr, Nb, Mo, Pd, Ag, Cd, Sn, Sb, Hf, Ta, and W, A is boron and/or carbon, H is hydrogen, and "a" to "e", indicative of atomic percentages based on the alloy, are in the ranges 15 ≤ a ≤ 80, 0.1 ≤ c ≤ 15, 0 ≤ d ≤ 30, 0 ≤ e ≤ 2.5a with "b" making up the balance, said powder having an average particle size equal to or less than 100 μm; (ii) heat treating the magnet body having the powder disposed on its surface at a temperature equal to or below the sintering temperature of the magnet body, in vacuum or in an inert gas, for absorption treatment causing R 2 and at least one of T, M and A in the powder to be absorbed into the magnet body. (i) disposing a powder on a surface of a sintered magnet body of R 1 -Fe-B composition wherein R 1 is at least one element selected from rare earth elements, Sc and Y; said powder comprising at least 30% by weight of an alloy R 2 a T b M c A d H e wherein R 2 is at least one element selected from rare earth elements, Sc and Y, T is iron and/or cobalt, M is one or more elements selected from Al, Cu, Zn, In, Si, P, S, Ti, v, Cr, Mn, Ni, Ga, Ge, Zr, Nb, Mo, Pd, Ag, Cd, Sn, Sb, Hf, Ta, and W, A is boron and/or carbon, H is hydrogen, and "a" to "e", indicative of atomic percentages based on the alloy, are in the ranges 15 ≤ a ≤ 80, 0.1 ≤ c ≤ 15, 0 ≤ d ≤ 30, 0 ≤ e ≤ 2.5a with "b" making up the balance, said powder having an average particle size equal to or less than 100 μm; (ii) heat treating the magnet body having the powder disposed on its surface at a temperature equal to or below the sintering temperature of the magnet body, in vacuum or in an inert gas, for absorption treatment causing R 2 and at least one of T, M and A in the powder to be absorbed into the magnet body.