mhurhangee/ep-ind-claims huggingface dataset:
An article of footwear having an upper and a sole structure secured together, the upper comprising: at least two material layers (41, 42, 41', 42') located adjacent to each other and in an overlapping configuration, the material layers (41, 42, 41', 42') being located in (a) a lace region that includes a plurality of lace-receiving elements and (b) a lower region proximal to an area where the sole structure is secured to the upper, and the material layers (41, 42, 41', 42') defining an opening between the lace region and the lower region, the opening having an area of at least nine square centimeters, the opening being formed through each of the material layers (41, 42, 41', 42'); and a plurality of strand segments (43, 45) extending from the lace region to the lower region, the strand segments (43, 45) being located and secured between the material layers (41, 42) in the lace region and the lower region, and the strand segments (43, 45) extending across the opening between the lace region and the lower region. at least two material layers (41, 42, 41', 42') located adjacent to each other and in an overlapping configuration, the material layers (41, 42, 41', 42') being located in (a) a lace region that includes a plurality of lace-receiving elements and (b) a lower region proximal to an area where the sole structure is secured to the upper, and the material layers (41, 42, 41', 42') defining an opening between the lace region and the lower region, the opening having an area of at least nine square centimeters, the opening being formed through each of the material layers (41, 42, 41', 42'); and a plurality of strand segments (43, 45) extending from the lace region to the lower region, the strand segments (43, 45) being located and secured between the material layers (41, 42) in the lace region and the lower region, and the strand segments (43, 45) extending across the opening between the lace region and the lower region.
A functional Factor H for use in the treatment of antibody-independent chronic nephropathies selected from tubulointerstitial fibrosis and/or progressive renal failure.
A method of representing the volume of a three dimensional, 3D, object, comprising: receiving an initial definition of a 3D object representation; calculating a covering set of univariate curves, the covering set comprising a plurality of non-planar univariate curves, wherein the covering set of univariate curves represent the volume of the 3D object by filling the 3D object within a tolerance requirement; ordering the set of univariate curves for printing by a 3D printing head using material deposition along each curve-member of the set of univariate curves, wherein a distance between any point in the volume of the 3D object and a corresponding closest point on the covering set of univariate curves is within the tolerance requirement; and generating a representation of the 3D object based on the set of univariate curves, wherein the set of univariate curves represent the volume of the 3D object and define printing paths for a 3D printing head of an additive manufacturing system for additive manufacturing of the 3D object; and providing the representation of the 3D object for additive manufacturing by an additive manufacturing system. receiving an initial definition of a 3D object representation; calculating a covering set of univariate curves, the covering set comprising a plurality of non-planar univariate curves, wherein the covering set of univariate curves represent the volume of the 3D object by filling the 3D object within a tolerance requirement; ordering the set of univariate curves for printing by a 3D printing head using material deposition along each curve-member of the set of univariate curves, wherein a distance between any point in the volume of the 3D object and a corresponding closest point on the covering set of univariate curves is within the tolerance requirement; and generating a representation of the 3D object based on the set of univariate curves, wherein the set of univariate curves represent the volume of the 3D object and define printing paths for a 3D printing head of an additive manufacturing system for additive manufacturing of the 3D object; and providing the representation of the 3D object for additive manufacturing by an additive manufacturing system.
A rotary position sensor, the rotary position sensor comprising: - a single magnetic sensor adapted to detect two different orders of a multipole expansion of a magnetic field and generate two independent signals indicative of said two different orders of said multipole expansion; - a magnetic assembly (3,4) adapted to form, at the location of the single magnetic sensor, a first magnetic field component having a first multipole order that corresponds to one of said two different orders of said multipole expansion that are detectable by the single magnetic sensor, such that said first magnetic field component rotates relative to the single magnetic sensor over a first angle, said magnetic assembly being adapted to form a second magnetic field component having a second multipole order, different from the first multipole order and corresponding to the other of said two different orders of said multipole expansion that are detectable by the single magnetic sensor, at the location of the single magnetic sensor, such that said second magnetic field component rotates relative to the single magnetic sensor and relative to the first magnetic field component over a second angle; - a processor adapted to receive said two independent signals and combine them to produce a unique system state representative of said first angle and said second angle. - a single magnetic sensor adapted to detect two different orders of a multipole expansion of a magnetic field and generate two independent signals indicative of said two different orders of said multipole expansion; - a magnetic assembly (3,4) adapted to form, at the location of the single magnetic sensor, a first magnetic field component having a first multipole order that corresponds to one of said two different orders of said multipole expansion that are detectable by the single magnetic sensor, such that said first magnetic field component rotates relative to the single magnetic sensor over a first angle, said magnetic assembly being adapted to form a second magnetic field component having a second multipole order, different from the first multipole order and corresponding to the other of said two different orders of said multipole expansion that are detectable by the single magnetic sensor, at the location of the single magnetic sensor, such that said second magnetic field component rotates relative to the single magnetic sensor and relative to the first magnetic field component over a second angle; - a processor adapted to receive said two independent signals and combine them to produce a unique system state representative of said first angle and said second angle.
Floating structure comprising pontoons that are interconnected so as to form at least one closed floating frame of any geometrical shape, and fixed to means for stabilising and anchoring in relation to a body of water, the at least one frame (s) being secured to a sealed pocket intended to be filled with water in order to allow the movement of at least one person, said pocket being fixed to a filtering system, the walls of the pocket being provided with flexible thread-like elements that have elastic means for coupling both to a framework that has been secured to the at least one frame or frames and is designed to be submerged in the body of water, and also to a part of the underneath face of the pontoons.
A wet clutch assembly (1; 100), comprising: a clutch drum; a clutch chamber formed within the clutch drum; a clutch actuation piston movably disposed within the clutch drum and configured to be actuated by means of a hydraulic pressure in the clutch chamber; and a fluid line at least partially extending through the clutch actuation piston, the fluid line providing fluid communication with the clutch chamber for filling the clutch chamber via the fluid line, characterised by a flow control member movable relative to a section (14a, 14b) of the fluid line and configured to vary a cross section of said fluid line section (14a, 14b) through movement of the clutch actuation piston relative to the clutch drum. a clutch drum; a clutch chamber formed within the clutch drum; a clutch actuation piston movably disposed within the clutch drum and configured to be actuated by means of a hydraulic pressure in the clutch chamber; and a fluid line at least partially extending through the clutch actuation piston, the fluid line providing fluid communication with the clutch chamber for filling the clutch chamber via the fluid line, characterised by a flow control member movable relative to a section (14a, 14b) of the fluid line and configured to vary a cross section of said fluid line section (14a, 14b) through movement of the clutch actuation piston relative to the clutch drum.
A direct memory access controller comprising: a data register (210a; 360) for transferring sequentially stored data via a bus from a source to a destination address wherein source data is sequentially loaded into the data register (210a; 360) and transferred; a pattern register (210b; 340; 410); a data comparator (220; 350; 430) coupled with the data register (210a; 360) and the pattern register (210b; 340; 410); and a control unit coupled with the data comparator (220; 350; 430) wherein the control unit stops a data transfer if the data comparator (220; 350; 430) detects a match of the content of the data register (210a; 360) and the content of the pattern register (210b; 340; 410). a data register (210a; 360) for transferring sequentially stored data via a bus from a source to a destination address wherein source data is sequentially loaded into the data register (210a; 360) and transferred; a pattern register (210b; 340; 410); a data comparator (220; 350; 430) coupled with the data register (210a; 360) and the pattern register (210b; 340; 410); and a control unit coupled with the data comparator (220; 350; 430) wherein the control unit stops a data transfer if the data comparator (220; 350; 430) detects a match of the content of the data register (210a; 360) and the content of the pattern register (210b; 340; 410).
A bearing assembly comprising: a bearing journal (1, 2) that is provided with a bore (6, 7); a pin arranged in the bore (6, 7); and a part (8, 9, 50) which is supported on the pin, which is rotatable relative to the bearing journal (1, 2), and in whose bearing bore the pin is received, wherein a sealing ring arranged on the pin is provided between the rotatable part (8, 9, 50) and the bearing journal (1, 2); and wherein the sealing ring has on its side facing the pin a first lip seal that is configured such that lubricant can pass through the region between the pin and the first lip seal, characterized in that the sealing ring has a second lip seal that is V-shaped or Y-shaped in cross-section and one of whose two sealing limbs (33', 33") contacts the bearing journal (1, 2) and whose other one contacts the rotatable part (8, 9, 50). a bearing journal (1, 2) that is provided with a bore (6, 7); a pin arranged in the bore (6, 7); and a part (8, 9, 50) which is supported on the pin, which is rotatable relative to the bearing journal (1, 2), and in whose bearing bore the pin is received, wherein a sealing ring arranged on the pin is provided between the rotatable part (8, 9, 50) and the bearing journal (1, 2); and wherein the sealing ring has on its side facing the pin a first lip seal that is configured such that lubricant can pass through the region between the pin and the first lip seal, characterized in that the sealing ring has a second lip seal that is V-shaped or Y-shaped in cross-section and one of whose two sealing limbs (33', 33") contacts the bearing journal (1, 2) and whose other one contacts the rotatable part (8, 9, 50).
A safety assembly for ammunition comprising: a housing defining a cavity with an opening at its top; a nose cap which covers the opening, wherein the nose cap is connected to the housing by a first compression spring; a firing pin with a head having a radially protruding shoulder, wherein the firing pin is directed downwards; a locking means which when in a safe position, rests between the shoulder of the head and the housing; and an interrupter rotatably attached to a shaft that is affixed to the housing wherein the shaft is located along an axis parallel to the firing pin, wherein the interrupter comprises a first cavity located, in the safe position, along the axis of the firing pin and shaped to accommodate a portion of the firing pin, and wherein the interrupter further comprises a second cavity configured to accommodate a detonator, wherein the firing pin is configured to move downwards responsive to setback forces during launch of the ammunition so that the locking means is released from its location between the shoulder of the head and the housing and so that a portion of the firing pin enters the first cavity, and wherein the firing pin is further configured to move upwards responsive to a cease of the setback forces so that the shoulder of the head moves towards the housing and so that the firing pin exits the first cavity entirely, wherein the safety assembly further comprising a second compression spring connecting the bottom of the head and the housing, wherein the second compression spring is configured, in the safe position, to push the head upwards so that the locking means is maintained on the shoulder of the head until the set back forces overcome an expansion force of the second compression spring. a housing defining a cavity with an opening at its top; a nose cap which covers the opening, wherein the nose cap is connected to the housing by a first compression spring; a firing pin with a head having a radially protruding shoulder, wherein the firing pin is directed downwards; a locking means which when in a safe position, rests between the shoulder of the head and the housing; and an interrupter rotatably attached to a shaft that is affixed to the housing wherein the shaft is located along an axis parallel to the firing pin, wherein the interrupter comprises a first cavity located, in the safe position, along the axis of the firing pin and shaped to accommodate a portion of the firing pin, and wherein the interrupter further comprises a second cavity configured to accommodate a detonator, wherein the firing pin is configured to move downwards responsive to setback forces during launch of the ammunition so that the locking means is released from its location between the shoulder of the head and the housing and so that a portion of the firing pin enters the first cavity, and wherein the firing pin is further configured to move upwards responsive to a cease of the setback forces so that the shoulder of the head moves towards the housing and so that the firing pin exits the first cavity entirely, wherein the safety assembly further comprising a second compression spring connecting the bottom of the head and the housing,
A delivery system for vending machines, comprising at least one gearbox, a plurality of spirals to eject a product to be dispensed, placed on at least one drawers (x) of the vending machine suitable to contain said products, each drawer (x) being provided with one or more dispensing spirals, characterized in that each drawer (x) is configured for comprising a guide (2,3) developing along each said drawers (x) and said gearbox in turn comprising a first and a second motor (5,6), wherein said first and second motors (5,6) are, respectively, a first motor for the sliding motion of said gearbox only on at least one guide (2,3) which develops along said drawers (x), and a second motor for activating the delivery of the product, and said second motor is provided with a pinion, being arranged on the second motor shaft, facing the inner side of the drawer (x), said pinion shaped for engaging the selected spiral said pinion being provided with a notch to engage a pivot of said spiral, wherein said pinion and said pivot in the position of no actuation of the corresponding spiral, have said notch of pinion and protrusion of pivot mutually aligned, so that said pivot slides in the notch made in said pinion without engaging it, and wherein the shape of said pinion, when the indicated spiral is not actuated, causes the pinion to remain always positioned parallel to the sliding axis of said gearbox during the movement from one spiral to another, thus causing said pivots to slide through said notch of pinion without engagement therewith.
A connector comprising: two connector portions each including a ferrule and a latch; and a boot mounted to the connector portions, the boot movable longitudinally relative to the connector portions, wherein the boot causes movement of the latches as the boot is moved away from the connector portions; wherein a front housing of each of the connector portions can each be rotated about the longitudinal axis of the ferrule without rotating the ferrule or the boot, to change the polarity of the two connector portions; wherein each latch includes a proximal end, wherein the proximal end of the latch extends over the boot; wherein the boot includes slots for receiving the proximal ends of the latches of the connector portions, wherein the boot causes unlatching of the latches as the boot is moved away from the connector portions, wherein the slots and each proximal end are angled so as to cause a lifting motion of the proximal ends of the latches which results in a downward movement of distal ends of the latches when the boot is pulled longitudinally away from the connector portions; and wherein the boot includes the angled slots on both sides of the boot for receiving the proximal ends of the latches, as the connector portions are rotated to change polarity without rotating the boot. two connector portions each including a ferrule and a latch; and a boot mounted to the connector portions, the boot movable longitudinally relative to the connector portions, wherein the boot causes movement of the latches as the boot is moved away from the connector portions; wherein a front housing of each of the connector portions can each be rotated about the longitudinal axis of the ferrule without rotating the ferrule or the boot, to change the polarity of the two connector portions; wherein each latch includes a proximal end, wherein the proximal end of the latch extends over the boot; wherein the boot includes slots for receiving the proximal ends of the latches of the connector portions, wherein the boot causes unlatching of the latches as the boot is moved away from the connector portions, wherein the slots and each proximal end are angled so as to cause a lifting motion of the proximal ends of the latches which results in a downward movement of distal ends of the latches when the boot is pulled longitudinally away from the connector portions; and wherein the boot includes the angled slots on both sides of the boot for receiving the proximal ends of the latches, as the connector portions are rotated to change polarity without rotating the boot.
Mould (1, 1') for producing tooth-veneer elements, comprising: - a first mould part (2, 2') and - at least one further mould part (3, 3'), - wherein a cavity (9, 9') for the at least partial moulding of the tooth-veneer element is formed between the first and the at least one further mould parts in a closed state of the mould (1/1'), - the first mould part (2, 2'), along a parting surface (4, 4'), has a moulding surface (6, 6'), which at least partially delimits the cavity (9, 9') and is designed for at least partially forming a surface, preferably an outer front surface, of the tooth-veneer element, characterized in that the first mould part (2, 2') has a surface portion (10, 10'), at least part of which is adjacent to a periphery of the moulding surface (6, 6'), wherein the surface portion (10, 10') is inclined in the direction of the parting surface (4, 4') of the first mould part (2, 2') in relation to each surface normal (11, 11') along the periphery of the moulding surface (6, 6'), and wherein the inclination of the surface portion (10, 10') is selected such that the surface portion, at each point along the periphery, is inclined away from a surface normal (11, 11') at this point or at a directly adjacent point of the moulding surface. - a first mould part (2, 2') and - at least one further mould part (3, 3'), - wherein a cavity (9, 9') for the at least partial moulding of the tooth-veneer element is formed between the first and the at least one further mould parts in a closed state of the mould (1/1'), - the first mould part (2, 2'), along a parting surface (4, 4'), has a moulding surface (6, 6'), which at least partially delimits the cavity (9, 9') and is designed for at least partially forming a surface, preferably an outer front surface, of the tooth-veneer element,
A surgical access port expandable adapter collar assembly for use in various sized surgical incisions comprising: an access port having at least one opening for receipt of surgical instruments; and an expandable collar assembly (14, 62) mountable around the surgical access port, wherein the access port has design parameters to fit a first size of incision without the expandable collar assembly (14, 62) and the expandable collar assembly (14, 62) being movable when mounted around the access port from a collapsed condition to an expanded condition to fit the assembly to a second size of incision having an opening greater than the design parameters of the access port. an access port having at least one opening for receipt of surgical instruments; and an expandable collar assembly (14, 62) mountable around the surgical access port, wherein the access port has design parameters to fit a first size of incision without the expandable collar assembly (14, 62) and the expandable collar assembly (14, 62) being movable when mounted around the access port from a collapsed condition to an expanded condition to fit the assembly to a second size of incision having an opening greater than the design parameters of the access port.
A rubber composition prepared by blending at least one rubber component selected from a natural rubber and/or a diene base synthetic rubber with silica and a glycerin fatty acid ester composition, wherein a blend amount of the glycerin fatty acid ester composition is 0.5 to 15 parts by mass based on 100 parts by mass of the rubber component; the fatty acid has 8 to 28 carbon atoms; the glycerin fatty acid ester composition comprises glycerin fatty acid monoester and glycerin fatty acid diester; and a content of the glycerin fatty acid monoester in the glycerin fatty acid ester composition is 85 % by mass or less.
A hot melt adhesive composition comprising a) at least one silane group-containing thermoplastic poly-α-olefin which is solid at 25 °C, b) at least one paraffin wax, and c) 5% to 12% by weight of additional waxy components, wherein the silane group-containing poly-α-olefin which is solid at 25 °C is the graft product of an unsaturated silane onto a poly-α-olefin of the general structure in which R 1 denotes hydrogen and R 2 denotes hydrogen or a straight-chain or branched aliphatic or cycloaliphatic group, and wherein the additional waxy components are maleic acid-functionalized polyolefins. a) at least one silane group-containing thermoplastic poly-α-olefin which is solid at 25 °C, b) at least one paraffin wax, and c) 5% to 12% by weight of additional waxy components, wherein the silane group-containing poly-α-olefin which is solid at 25 °C is the graft product of an unsaturated silane onto a poly-α-olefin of the general structure in which R 1 denotes hydrogen and R 2 denotes hydrogen or a straight-chain or branched aliphatic or cycloaliphatic group, and wherein the additional waxy components are maleic acid-functionalized polyolefins.