mhurhangee/ep-ind-claims huggingface dataset:
A surgical guide, comprising: a body having a shape that corresponds to a shape of an implant to be implanted, the body defining a first opening and at least one hole (136, 138, 144) that is sized and configured to receive a tool therein; and a first alignment feature (150-1, 150-2) coupled to at least one side of the body and configured to facilitate alignment of the surgical guide with a first anatomic plane, and wherein the first alignment feature (150-1, 150-2) includes a first component and a second component, the first component including a second opening, and the second component includes a projection that terminates in a shape that is complementary to a shape of the second opening. a body having a shape that corresponds to a shape of an implant to be implanted, the body defining a first opening and at least one hole (136, 138, 144) that is sized and configured to receive a tool therein; and a first alignment feature (150-1, 150-2) coupled to at least one side of the body and configured to facilitate alignment of the surgical guide with a first anatomic plane, and wherein the first alignment feature (150-1, 150-2) includes a first component and a second component, the first component including a second opening, and the second component includes a projection that terminates in a shape that is complementary to a shape of the second opening.
A method for wireless communications with user devices, the method comprising: forming at least two master clusters, wherein each master cluster comprises wireless components comprising a set of base stations or a set of antennas associated with a set of base stations, wherein the wireless components of a master cluster define a set of cells belonging to the master cluster and cooperate to provide wireless services, each master cluster having its own scheduler to provide scheduling services to a subset of user devices, cells of one master cluster not cooperating with cells of another master cluster; and forming a nested cluster that is associated with one of the master clusters, wherein the nested cluster comprises a subset of the cells belonging to the associated master cluster, wherein the cells of the nested cluster provide data transfer to and from the subset of user devices, wherein the nested cluster is assigned for the duration of a scheduling decision made by the associated master cluster. forming at least two master clusters, wherein each master cluster comprises wireless components comprising a set of base stations or a set of antennas associated with a set of base stations, wherein the wireless components of a master cluster define a set of cells belonging to the master cluster and cooperate to provide wireless services, each master cluster having its own scheduler to provide scheduling services to a subset of user devices, cells of one master cluster not cooperating with cells of another master cluster; and forming a nested cluster that is associated with one of the master clusters, wherein the nested cluster comprises a subset of the cells belonging to the associated master cluster, wherein the cells of the nested cluster provide data transfer to and from the subset of user devices, wherein the nested cluster is assigned for the duration of a scheduling decision made by the associated master cluster.
A device for ensuring safe operation of a technical system, the device being configured to: - generate a smart contract including a condition, which is required to be fulfilled by the technical system for safe operation of the technical system; - store smart contract data of the smart contract, which uniquely identifies the smart contract, in a distributed ledger; and - determine if the technical system fulfills the condition using the smart contract, wherein the condition is a requirement according to an Environmental Health and Safety, EHS, industry standard of the technical system and the smart contract is an operating permission of the technical system. - generate a smart contract including a condition, which is required to be fulfilled by the technical system for safe operation of the technical system; - store smart contract data of the smart contract, which uniquely identifies the smart contract, in a distributed ledger; and - determine if the technical system fulfills the condition using the smart contract,
A housing (20, 120, 400, 500, 562) for an airbag module that contains an inflatable cushion (70, 132, 570) in a compacted configuration, the inflatable cushion (70, 132, 570) inflated by inflation gas supplied by an inflator device (50, 134, 564), the housing (20, 400, 500, 562) comprising: a collar (22, 122, 404, 432, 450, 502, 552, 576) for attaching the housing (20, 120, 400, 500, 562) to a vehicle; the collar (22, 122, 404, 432, 450, 502, 552, 576) including a vehicle attachment flange (126, 127, 510) for attaching the collar (22, 404, 432, 450, 502, 552, 576) to the vehicle, and a plurality of hooks (128, 410, 430, 516, 578); and a chute assembly (24, 124, 402, 420, 504, 550, 574) formed of a flexible material wherein the chute assembly (24, 124, 402, 420, 504, 550, 574) is secured to the collar (22, 404, 432, 450, 502, 552, 576) by the plurality of hooks (128, 410, 430, 516, 578). a collar (22, 122, 404, 432, 450, 502, 552, 576) for attaching the housing (20, 120, 400, 500, 562) to a vehicle; the collar (22, 122, 404, 432, 450, 502, 552, 576) including a vehicle attachment flange (126, 127, 510) for attaching the collar (22, 404, 432, 450, 502, 552, 576) to the vehicle, and a plurality of hooks (128, 410, 430, 516, 578); and a chute assembly (24, 124, 402, 420, 504, 550, 574) formed of a flexible material wherein the chute assembly (24, 124, 402, 420, 504, 550, 574) is secured to the collar (22, 404, 432, 450, 502, 552, 576) by the plurality of hooks (128, 410, 430, 516, 578).
A mouse, comprising: an unrearranged human λ immunoglobulin light chain variable gene segment (hVλ) and a human λ joining gene segment (hJλ) which are operably linked to a mouse kappa immunoglobulin light chain constant (Cκ) gene segment at an endogenous mouse κ immunoglobulin light chain locus, wherein at said locus the κ intronic enhancer element upstream of the Cκ gene (designated Eκi) and the 3' κ enhancer downstream of the Cκ gene (designated Eκ3') are maintained, where the mouse expresses an antibody comprising a light chain that comprises a rearranged human Vλ-Jλ sequence and a mouse Cκ sequence. an unrearranged human λ immunoglobulin light chain variable gene segment (hVλ) and a human λ joining gene segment (hJλ) which are operably linked to a mouse kappa immunoglobulin light chain constant (Cκ) gene segment at an endogenous mouse κ immunoglobulin light chain locus, wherein at said locus the κ intronic enhancer element upstream of the Cκ gene (designated Eκi) and the 3' κ enhancer downstream of the Cκ gene (designated Eκ3') are maintained, where the mouse expresses an antibody comprising a light chain that comprises a rearranged human Vλ-Jλ sequence and a mouse Cκ sequence.
A gripper for a stick on which ice cream is formed, comprising: a support, and a lever being movable relative to the support by a pivoting motion, the lever comprising a protrusion, wherein the lever is movable between - a closed position (p 1) in which the protrusion and the support pinch the stick, when the stick is arranged in a gap between the protrusion and the support, and - an open position (p 2) in which the gap is increased such that the stick is released from the gap, characterized in that the lever comprises a molded material that at least partly encloses the protrusion, wherein the lever is formed from a material comprising a polymer, and the protrusion is formed from a material comprising a metal or a ceramic material. a support, and a lever being movable relative to the support by a pivoting motion, the lever comprising a protrusion, wherein the lever is movable between - a closed position (p 1) in which the protrusion and the support pinch the stick, when the stick is arranged in a gap between the protrusion and the support, and - an open position (p 2) in which the gap is increased such that the stick is released from the gap, characterized in that the lever comprises a molded material that at least partly encloses the protrusion, wherein the lever is formed from a material comprising a polymer, and the protrusion is formed from a material comprising a metal or a ceramic material. - a closed position (p 1) in which the protrusion and the support pinch the stick, when the stick is arranged in a gap between the protrusion and the support, and - an open position (p 2) in which the gap is increased such that the stick is released from the gap, characterized in that the lever comprises a molded material that at least partly encloses the protrusion, wherein the lever is formed from a material comprising a polymer, and the protrusion is formed from a material comprising a metal or a ceramic material.
An apparatus comprising: a disk having at least a first airfoil slot and a second airfoil slot; a first ceramic matrix composite airfoil coupled to the disk and mounted within the first slot; a second ceramic matrix composite airfoil coupled to the disk and mounted within the second slot; a platform disposed between the first airfoil and the second airfoil; the platform comprising a first axial extension and a second axial extension, and further comprising a first radial extension and a second radial extension; the first axial extension extending adjacent to the first airfoil and extending axially fore and aft of the first airfoil; the second axial extension extending adjacent to the second airfoil and extending axially fore and aft of the second airfoil; the first radial extension extending radially into and conforming to the first slot; the second radial extension extending radially into and conforming to the second slot, wherein the first radial extension extends radially inward from the first airfoil toward a center of the disk, and conforms and wraps around a proximal end of the first airfoil. a disk having at least a first airfoil slot and a second airfoil slot; a first ceramic matrix composite airfoil coupled to the disk and mounted within the first slot; a second ceramic matrix composite airfoil coupled to the disk and mounted within the second slot; a platform disposed between the first airfoil and the second airfoil; the platform comprising a first axial extension and a second axial extension, and further comprising a first radial extension and a second radial extension; the first axial extension extending adjacent to the first airfoil and extending axially fore and aft of the first airfoil; the second axial extension extending adjacent to the second airfoil and extending axially fore and aft of the second airfoil; the first radial extension extending radially into and conforming to the first slot; the second radial extension extending radially into and conforming to the second slot, wherein the first radial extension extends radially inward from the first airfoil toward a center of the disk, and conforms and wraps around a proximal end of the first airfoil.
A machining unit for use on a machine tool, comprising: - a head carrier attachable to the machine tool and including a head carrier housing, - a swivel head provided so as to swivel relative to said head carrier about a swivel head rotation axis and including a swivel head housing, - a spindle head attached to said swivel head and including a working spindle, and - a cable run extending inside said head carrier housing to said swivel head and having a plurality of members which are arranged in succession along said cable run and are connected to each other movably, wherein adjacent members can swivel relative to each other, characterized in that adjacent members are rotatable relative to each other, and that each member has a central piece and a sheathing (31, 32) spaced apart therefrom and said central piece is connected to said sheathing (31, 32) via one or more connection elements. - a head carrier attachable to the machine tool and including a head carrier housing, - a swivel head provided so as to swivel relative to said head carrier about a swivel head rotation axis and including a swivel head housing, - a spindle head attached to said swivel head and including a working spindle, and - a cable run extending inside said head carrier housing to said swivel head and having a plurality of members which are arranged in succession along said cable run and are connected to each other movably,
Method of marking and identifying or authenticating an item, comprising the steps of: providing the item with a mark containing randomly distributed particles, recording and storing data representative of said random distribution using a reading device comprising illumination means and optical detection means, and identifying or authenticating the marked item by subsequent reading of the data representative of said random distribution and comparing them with said stored data, characterized in that the randomly distributed particles consist of cholesteric liquid crystal polymer, "CLCP", flakes reflecting a circular polarized light component, the reading device exploits circular polarization to discriminate the flakes from the background by forming a circular polarization difference image formed between two images obtained under two different polarization conditions selected from left-circular polarized and right-circular polarized, the data representative of the random distribution are the positional data of the CLCP flakes determined from the circular polarization difference image, and if CLCP flake locations found on the item to be identified or authenticated do not correspond to CLCP flake locations in the stored positional data, the item is deemed counterfeit. providing the item with a mark containing randomly distributed particles, recording and storing data representative of said random distribution using a reading device comprising illumination means and optical detection means, and identifying or authenticating the marked item by subsequent reading of the data representative of said random distribution and comparing them with said stored data, characterized in that the randomly distributed particles consist of cholesteric liquid crystal polymer, "CLCP", flakes reflecting a circular polarized light component, the reading device exploits circular polarization to discriminate the flakes from the background by forming a circular polarization difference image formed between two images obtained under two different polarization conditions selected from left-circular polarized and right-circular polarized, the data representative of the random distribution are the positional data of the CLCP flakes determined from the circular polarization difference image, and if CLCP flake locations found on the item to be identified or authenticated do not correspond to CLCP flake locations in the stored positional data, the item is deemed counterfeit.
A cutter element a ballnose end mill of having an axis of rotation in use, the cutter element comprising: at least three cutting edges configured operable to cut a body when moved in a direction that is substantially non-aligned with the axis of rotation in use, and defined by at least one cutter structure comprising polycrystalline cubic boron nitride (PCBN) material; characterised in that the tool has a lateral cross-section diameter of 10 to 25 mm, consecutive cutting edges are spaced apart by at most 5 mm, and the PCBN material comprises at least 80 volume per cent cBN grains dispersed in a binder matrix material comprising compounds containing Co and W. at least three cutting edges configured operable to cut a body when moved in a direction that is substantially non-aligned with the axis of rotation in use, and defined by at least one cutter structure comprising polycrystalline cubic boron nitride (PCBN) material; the tool has a lateral cross-section diameter of 10 to 25 mm, consecutive cutting edges are spaced apart by at most 5 mm, and the PCBN material comprises at least 80 volume per cent cBN grains dispersed in a binder matrix material comprising compounds containing Co and W.
Mechanical forming press with a press gear mechanism via which a press ram is connected mechanically to a drive, wherein the drive comprises at least one electric servomotor, wherein the press gear mechanism has an infinitely variable transmission ratio between a drive shaft of the servomotor and an output shaft for the press ram, the press gear mechanism having a drag link assembly, comprising the output shaft for the press ram, which is designed as an eccentric shaft, and a counter gear, wherein the output shaft is arranged eccentrically to the counter gear and connected to the counter gear via a drag link, and wherein at least one transmission stage is arranged between the drive and the counter gear, characterised in that the eccentric shaft comprises two eccentric wheels and the counter gear being arranged between the two eccentric wheels, wherein a connecting rod that drives the press ram is provided in an adjustable arrangement by interposition of an eccentric disc on the eccentric wheel of the eccentric shaft, and wherein the transmission stage engages the drive and the counter gear.
A method of designing and manufacturing an ultrasound system, comprising: designing a transducer housing shell to a desired geometry in a 3D computer aided design software so that a plurality of openings in the housing shell are aligned to converge upon a common focal point; constructing the transducer housing shell using a rapid-prototyping method; characterized by further comprising: constructing a plurality of transducer element modules (634, 834) with the rapid-prototyping method; constructing a plurality of matching layer standoffs in each of the transducer element modules with the rapid-prototyping method; applying a matching layer material to the transducer element module to fill the space defined by the matching layer standoffs; inserting a transducer element into each of the plurality of transducer element modules; and inserting the transducer element modules into the openings of the transducer housing shell. designing a transducer housing shell to a desired geometry in a 3D computer aided design software so that a plurality of openings in the housing shell are aligned to converge upon a common focal point; constructing the transducer housing shell using a rapid-prototyping method; constructing a plurality of transducer element modules (634, 834) with the rapid-prototyping method; constructing a plurality of matching layer standoffs in each of the transducer element modules with the rapid-prototyping method; applying a matching layer material to the transducer element module to fill the space defined by the matching layer standoffs; inserting a transducer element into each of the plurality of transducer element modules; and inserting the transducer element modules into the openings of the transducer housing shell.
Vehicle restraint system with at least one guard rail (3, 30), with at least one post and with at least one fastening element, wherein the guard rail (3, 30) is fastened by the fastening element directly on the post, wherein the fastening element has a head and a shank and wherein the guide rail (3, 30) has an elongated hole with a longitudinal extension, which elongated hole is protruded through by the fastening element, whose head is arranged on the longitudinal side of the guide rail (3, 30) facing away from the post and abuts on the guide rail (3, 30), wherein the maximum head width of the head being less than or equal to the elongated hole length of the elongated hole and the minimum head width of the head is greater than the elongated hole width of the elongated hole, wherein the head at least in sections has a head width progression, which in longitudinal extent of the fastening element increases continuously in relation to the shaft in the direction of the head and which has a head width progression running transversely to the longitudinal extension of the elongated hole, characterized in that the vehicle restraint system (1, 100) has a second enclosure which is arranged between guide rail (3, 30) and post and is protruded through by the fastening element.
A dispensing module for use with an applicator head having a base member with a recess for dispensing a fluid, in particular hot-melt adhesive, comprising - a module housing, - a valve body in the module housing and having a valve stem and a valve head, - an adapter through which the valve body extends, comprising a proximal end and a distal end, the distal end being connected by means of a screw connection to the module housing, - a nozzle holder having a cavity through which the valve body extends and being adapted to be inserted into the matching recess in the base member of the applicator head, and - one or a plurality of sealing elements (57, 59, 61) for sealing the nozzle holder and the base member against each other in a fluid-tight manner, characterized in that the nozzle holder - is connected by means of a screw connection to the proximal end of the adapter; - comprises a valve seat which is adapted to cooperate with the valve head of the valve body, wherein the amount of fluid passing between the valve seat and the valve head depends on the pressure drop produced by opening of the valve; and comprises an elongate section upstream from the valve seat, a narrow gap being formed in the elongate section, the gap having a width between the valve stem and the nozzle holder and a length that is a multiple of the width of the narrow gap such that said pressure drop already occurs when said fluid is flowing through said narrow gap. - a module housing, - a valve body in the module housing and having a valve stem and a valve head, - an adapter through which the valve body extends, comprising a proximal end and a distal end, the distal end being connected by means of a screw connection to the module housing, - a nozzle holder having a cavity through which the valve body extends and being adapted to be inserted into the matching recess in the base member of the applicator head, and - one or a plurality of sealing elements (57, 59, 61) for sealing the nozzle holder and the base member against each other in a fluid-tight manner, - is connected by means of a screw connection to the proximal end of the adapter; - comprises a valve seat which is adapted to cooperate with the valve head of the valve body, wherein the amount of fluid passing between the valve seat and the valve head depends on the pressure drop produced by opening of the valve; and
Valve component (1, 12, 17, 29, 34, 43, 46, 48), particularly for a piston or a valve, comprising at least one first joint member (2, 3, 17, 24, 28, 33, 45) and at least one second joint member (2, 3, 17, 24, 28, 33, 45), wherein said first and second joint members (2, 3, 17, 24, 28, 33, 45) each comprise at least one opening (4, 5, 14, 15, 27, 37), and wherein, after joining the joint members (2, 3, 17, 24, 28, 33, 45), the openings (4, 5, 14, 15, 27, 37) of the joint members (2, 3, 17, 24, 28, 33, 45) cooperate in such manner that a channel (6, 16, 39), particularly a flow-through channel, is formed and a fluidic medium, particularly an oil, is flowable through the channel (6, 16, 39), characterized in that the joint members (2, 3, 17, 24, 28, 33, 45) comprise raised portions (9, 19, 25, 30, 35) and deepened portions (10, 20, 26, 32, 36) at least partially extending around the openings (4, 5, 14, 15, 27, 37) and/or a full joint member (2, 3, 17, 24, 28, 33, 45), wherein the raised portions (9, 19, 25, 30, 35) are arranged alternatingly to the deepened portions (10, 20, 26, 32, 36) and thus fit into the raised portions (9, 19, 25, 30, 35) and deepened portions (10, 20, 26, 32, 36) of the respective other joint member (2, 3, 17, 24, 28, 33, 45), and the cooperating raised portions (9, 19, 25, 30, 35) and deepened portions (10, 20, 26, 32, 36) in the joint members (2, 3, 17, 24, 28, 33, 45) form a sealing.