mhurhangee/ep-ind-claims huggingface dataset:
A hinged assembly comprising a first component, a second component and a hinge pin assembly, the hinge pin assembly having an axial centerline and comprising: an outer pin extending axially along the axial centerline between an outer pin first end and an outer pin second end; an inner pin extending axially along the axial centerline within a bore of the outer pin; a first collar circumscribing the outer pin, the first collar connected to the outer pin and the inner pin at the outer pin first end; a second collar circumscribing the outer pin, the second collar connected to the outer pin and the inner pin at the outer pin second end; and a first fastener connecting the first collar to the outer pin and the inner pin; wherein the hinge pin assembly pivotally connects the first component to the second component about the axial centerline, characterised in that the first component is a fixed structure of an aircraft propulsion system, preferably the second component is a nacelle door of the aircraft propulsion system; wherein: the first fastener projects from a sidewall of the first collar, through a sidewall of the outer pin and into the inner pin; and/or the first fastener projects sequentially through at least a first aperture in the first collar, a first aperture in the outer pin, an aperture in the inner pin, a second aperture in the outer pin and a second aperture in the first collar. an outer pin extending axially along the axial centerline between an outer pin first end and an outer pin second end; an inner pin extending axially along the axial centerline within a bore of the outer pin; a first collar circumscribing the outer pin, the first collar connected to the outer pin and the inner pin at the outer pin first end; a second collar circumscribing the outer pin, the second collar connected to the outer pin and the inner pin at the outer pin second end; and a first fastener connecting the first collar to the outer pin and the inner pin; wherein the hinge pin assembly pivotally connects the first component to the second component about the axial centerline, characterised in that the first component is a fixed structure of an aircraft propulsion system, preferably the second component is a nacelle door of the aircraft propulsion system; wherein: the first fastener projects from a sidewall of the first collar, through a sidewall of the outer pin and into the inner pin; and/or the first fastener projects sequentially through at least a first aperture in the first collar, a first aperture in the outer pin, an aperture in the inner pin, a second aperture in the outer pin and a second aperture in the first collar. the first fastener projects from a sidewall of the first collar, through a sidewall of the outer pin and into the inner pin; and/or the first fastener projects sequentially through at least a first aperture in the first collar, a first aperture in the outer pin, an aperture in the inner pin, a second aperture in the outer pin and a second aperture in the first collar.
Apparatus having a first power transistor, wherein a drain connection of the first power transistor is connected to a supply voltage and a source connection of the first power transistor is connected to a first voltage potential, and having a second power transistor, wherein a source connection of the second power transistor is connected to a second voltage potential, wherein a drain connection of the second power transistor is connected to the drain connection of the first power transistor, wherein the first voltage potential is connected to a first monitoring device and the second voltage potential is connected to a second monitoring device, wherein the first monitoring device captures the first voltage potential and the second monitoring device captures the second voltage potential, wherein the monitoring devices (39, 40) compare the first voltage potential and the second voltage potential with the value of the supply voltage, and a control unit is connected to the monitoring devices (39, 40), wherein the control unit determines a switching time of the second power transistor if the second voltage potential corresponds to the value of the supply voltage, and there is a means which generates a current when the second power transistor is switched on, wherein the current changes the first voltage potential, and the control unit controls the first power transistor if the first voltage potential has the same value as the supply voltage, with the result that the first power transistor switches such that no voltage is applied, wherein the means has a capacitor and a coil, wherein the capacitor is connected to the second voltage potential and to earth and the coil is connected to the first voltage potential and the second voltage potential.
A secure device for assembling and holding a first, driven part with a second, rotatory drive part, in which the device including a blocking element blocking translation of the first part against the second drive part along the rotation axis of the second part, the blocking element being assembled to the second drive part by at least one elastic retaining element with respect to a spacing of the first part with the second part, characterized in that this elastic retaining element is disposed over a length of the rotation axis.
A method for producing a chip arrangement comprising a terminal substrate and a plurality of semiconductor substrates, in particular chips, which are arranged on the terminal substrate, wherein terminal faces arranged on a contact surface of the semiconductor substrates are connected to terminal faces on a contact surface of the terminal substrate, wherein the semiconductor substrates are positioned parallel with a lateral edge and transversally with their contact surface to the contact surface of the terminal substrate in such a manner that terminal faces of the semiconductor substrates which are arranged adjacent to the lateral edge are assigned to the terminal faces of the terminal substrate, which form internal contacts, said terminal faces being connected to external contacts arranged on an external contact side of the terminal substrate by means of vias formed in the terminal substrate, and the internal contacts are subsequently connected to the terminal faces by way of re-melted solder material deposits, characterised in that the semiconductor substrates are positioned on the contact surface of the terminal substrate by means of a placement tool, the semiconductor substrates being picked up by the placement tool, being oriented in correspondence to the desired position towards the terminal substrate, and being held in said position, and in that the re-melting of the solder material deposits for producing a solder connection between the internal contacts of the terminal substrate and the terminal faces of the semiconductor substrate takes place while the semiconductor substrate is being positioned, and in that the positioning of the plurality of the semiconductor substrates on the contact surface of the terminal substrate and the connection of the terminal faces of the semiconductor substrates to the internal contacts of the terminal substrate take place successively, one semiconductor substrate after another being positioned in a row arrangement in a placement direction parallel to the contact surface of the terminal substrate and being connected to the terminal substrate, wherein the semiconductor substrates are held by the placement tool following the re-melting of the solder material deposits until the solder material has solidified, and wherein the semiconductor substrates are held in position in such a manner that a filling gap is formed between the lateral edge of the semiconductor substrates and the contact surface of the terminal substrate, said filling gap being filled with a moulding material once the row arrangement of semiconductor substrates has been completed.
A vascular occlusion system, comprising: a microcatheter configured to navigate a vasculature; an elongate shaft slidably disposed within a lumen of the microcatheter, the elongate shaft having a lumen extending from a proximal end of the elongate shaft to a distal end of the elongate shaft; a plurality of occlusive medical devices releasably connected to the elongate shaft, wherein at least one of the plurality of occlusive medical devices has a different stiffness than a different one of the plurality of occlusive medical devices, wherein a distalmost one of the plurality of the occlusive medical devices has a stiffness greater than any other of the plurality of occlusive medical devices; and a release wire slidably disposed within the elongate shaft and at least a portion of each of the plurality of occlusive medical devices; wherein the release wire secures each of the plurality of occlusive medical devices to the distal end of the elongate shaft when the release wire is disposed within at least a portion of each of the plurality of occlusive medical devices, wherein the release wire includes one or more indicators disposed proximate the proximal end of the release wire configured to show how much of the release wire has been withdrawn and/or configured to communicate to a user of the vascular occlusion system how much or how many of the plurality of occlusive medical devices has been released. a microcatheter configured to navigate a vasculature; an elongate shaft slidably disposed within a lumen of the microcatheter, the elongate shaft having a lumen extending from a proximal end of the elongate shaft to a distal end of the elongate shaft; a plurality of occlusive medical devices releasably connected to the elongate shaft, wherein at least one of the plurality of occlusive medical devices has a different stiffness than a different one of the plurality of occlusive medical devices, wherein a distalmost one of the plurality of the occlusive medical devices has a stiffness greater than any other of the plurality of occlusive medical devices; and a release wire slidably disposed within the elongate shaft and at least a portion of each of the plurality of occlusive medical devices; wherein the release wire secures each of the plurality of occlusive medical devices to the distal end of the elongate shaft when the release wire is disposed within at least a portion of each of the plurality of occlusive medical devices, wherein the release wire includes one or more indicators disposed proximate the proximal end of the release wire configured to show how much of the release wire has been withdrawn and/or configured to communicate to a user of the vascular occlusion system how much or how many of the plurality of occlusive medical devices has been released.
A radioactive compound represented by the following general formula or a salt thereof: wherein R 1 represents a hydrogen atom or CO 2 R a, R 2 represents a hydrogen atom, a halogen atom or CO 2 R a, R 3 represents a hydrogen atom or a hydroxyalkyl group containing 1 to 10 carbon atoms, R 4 represents a hydrogen atom, a hydroxy group or an alkoxy group containing 1 to 10 carbon atoms, R 5 represents a linear alkyl group containing 1 to 5 carbon atoms in which a hydrogen atom is optionally replaced by a halogen atom, a cyclic alkyl group containing 3 to 5 carbon atoms in which a hydrogen atom is optionally replaced by a halogen atom, a hydroxyalkyl group containing 1 to 5 carbon atoms, or an o-, p- or m-halobenzyl group, A represents CH or a nitrogen atom, X 1 and X 3 each independently represent a hydrogen atom or a halogen atom, X 2 represents a hydrogen atom, a halogen atom or a nitrile group, provided that at least one of X 1, X 2 and X 3 represents a halogen atom, and each R a independently represents an alkyl group containing 1 to 10 carbon atoms, and; wherein any one of the following (a) to (c) is selected; (a) whilst R 5 is the group represented by -(CH 2) n X 4, n is an integer of 1 to 5 and X 4 is a radioactive halogen atom, (b) X 2 or R 2 is a radioactive halogen atom, or (c) R 5 is a p-halobenzyl group labeled with a radioactive halogen atom. (a) whilst R 5 is the group represented by -(CH 2) n X 4, n is an integer of 1 to 5 and X 4 is a radioactive halogen atom, (b) X 2 or R 2 is a radioactive halogen atom, or (c) R 5 is a p-halobenzyl group labeled with a radioactive halogen atom.
A fingerprint recognition device (1, 2) comprising: an integrated circuit electrically connected to at least one sensor electrode; a first circuit substrate disposed on an upper portion of the integrated circuit, and on which the at least one sensor electrode is provided; a second circuit substrate electrically connected to the first circuit substrate and disposed under the integrated circuit; a molding layer provided under the first circuit substrate and configured to surround the integrated circuit to protect the integrated circuit from the outside, wherein the molding layer is formed using a mold; a connecting part electrically connecting the first circuit substrate to the second circuit substrate; and a receiving recess recessed toward the integrated circuit and formed on a bottom surface of the molding layer; characterised in that the first circuit substrate comprises a structure in which a plurality of circuit layers are rearranged to transmit a signal sensed by the at least one sensor electrode to the integrated circuit; wherein the second circuit substrate is received in the receiving recess and separated from the bottom surface of the molding layer. an integrated circuit electrically connected to at least one sensor electrode; a first circuit substrate disposed on an upper portion of the integrated circuit, and on which the at least one sensor electrode is provided; a second circuit substrate electrically connected to the first circuit substrate and disposed under the integrated circuit; a molding layer provided under the first circuit substrate and configured to surround the integrated circuit to protect the integrated circuit from the outside, wherein the molding layer is formed using a mold; a connecting part electrically connecting the first circuit substrate to the second circuit substrate; and a receiving recess recessed toward the integrated circuit and formed on a bottom surface of the molding layer; characterised in that the first circuit substrate comprises a structure in which a plurality of circuit layers are rearranged to transmit a signal sensed by the at least one sensor electrode to the integrated circuit; wherein the second circuit substrate is received in the receiving recess and separated from the bottom surface of the molding layer.
A wind turbine system comprising a first pair of wind turbines mounted to a support structure by a first support arm arrangement, and a second pair of wind turbines mounted to the support structure by a second support arm arrangement; wherein the first and second support arm arrangements are mounted to the support structure at a respective yaw unit so as to yaw about the major axis of the support strupcture; further including a control system that is configured to control the yaw angle of each of the first and second support arm arrangements, wherein the control system is configured to identify the presence of a predetermined shutdown condition and, in response, the control system is operable to control the yaw angles of the first support arm arrangement and the second support arm arrangement to a predetermined safe state characterized in that the control system is operable to configure the yaw angles of the first support arm arrangement and the second support arm arrangement to a predetermined safe position in which the yaw angle of the first support arm arrangement is different to the yaw angle of the second support arm arrangement.
A method for manufacturing a layered denture comprising: machining a material blank comprising an enamel material wherein said machining forms a first cavity in the material blank and wherein said first cavity comprises a first tooth boundary and an aft cavity; filling a first denture material in to the first cavity wherein the first denture material covers the first tooth boundary and extends into the aft cavity; machining the first denture material wherein said machining forms a second cavity in at least one of: the material blank and the first denture material; filling a second denture material into the second cavity; and machining the second denture material wherein the machining forms a base pocket in the second denture material. machining a material blank comprising an enamel material wherein said machining forms a first cavity in the material blank and wherein said first cavity comprises a first tooth boundary and an aft cavity; filling a first denture material in to the first cavity wherein the first denture material covers the first tooth boundary and extends into the aft cavity; machining the first denture material wherein said machining forms a second cavity in at least one of: the material blank and the first denture material; filling a second denture material into the second cavity; and machining the second denture material wherein the machining forms a base pocket in the second denture material.
A device, comprising: a substrate having a first surface and a second surface, and an alkali metal in contact with the substrate, wherein the alkali metal is a neat alkali metal selected from sodium and potassium and present in an amount sufficient to generate an amount of heat in situ when the substrate contacts a treatment surface separate from the device to bring the alkali metal in contact with water present at the treatment surface. a substrate having a first surface and a second surface, and an alkali metal in contact with the substrate, wherein the alkali metal is a neat alkali metal selected from sodium and potassium and present in an amount sufficient to generate an amount of heat in situ when the substrate contacts a treatment surface separate from the device to bring the alkali metal in contact with water present at the treatment surface.
An article of seating furniture, comprising: a base having a front panel, wherein said base has spaced apart sides; a seat having a front portion and a rear portion; a linkage coupled between a front portion of the base and the seat; a back coupled to said seat; a biasing member positioned between the seat and the base, wherein the biasing member is centrally positioned between the spaced apart sides of said base, and the biasing member being rotatably coupled to the base proximate the front panel of the base, and being rotatably coupled to the seat; and a back bracket having a first end, a second end and a middle portion, said first end coupled to said back, and said middle portion coupled to said seat; characterised in that the article of seating furniture further comprises a lift frame bracket fixedly coupled to said front panel of said base, said lift frame bracket serving as the pivotal mount for said biasing member proximate the front panel of said base; a mounting yoke mounted to said seat, said mounting yoke serving as the pivotal mount between said biasing member and said seat, wherein said yoke has a downwardly depending pair of arms; a second biasing member mounted between said arms of the mounting yoke, wherein said second biasing member has a rod rotatably coupled to the second end of the back bracket, wherein the second biasing member can be actuated to move the rod, thereby exerting a forward motion on the second end of the back bracket, causing the back bracket to rotate about its connection to the seat and exerting a reclining motion on said back, wherein the biasing member is actuated to raise the seat from a seating position to an assisted position, with the seat motion controlled by the linkage, thereby allowing a user seated in the article of seating furniture to more easily exit the article of seating furniture.
A heater, comprising: a substrate that has electrical conductivity and extends in a first direction; a first insulation portion that is provided on a first surface of the substrate, has an insulation property, and extends in the first direction; at least one heat generation body that is provided on the first insulation portion and extends in the first direction; a second insulation portion that is provided on a second surface of the substrate which is opposite to the first surface, has an insulation property, and extends in the first direction; at least one detection unit (40, 70) provided on at least one of the first insulation portion and the second insulation portion; and a first wiring which is provided on at least one of the first insulation portion and the second insulation portion and extends in the first direction, and in which one end is electrically connected to one terminal of the detection unit (40, 70) and the other end is electrically connected to the substrate having the electrical conductivity. a substrate that has electrical conductivity and extends in a first direction; a first insulation portion that is provided on a first surface of the substrate, has an insulation property, and extends in the first direction; at least one heat generation body that is provided on the first insulation portion and extends in the first direction; a second insulation portion that is provided on a second surface of the substrate which is opposite to the first surface, has an insulation property, and extends in the first direction; at least one detection unit (40, 70) provided on at least one of the first insulation portion and the second insulation portion; and a first wiring which is provided on at least one of the first insulation portion and the second insulation portion and extends in the first direction, and in which one end is electrically connected to one terminal of the detection unit (40, 70) and the other end is electrically connected to the substrate having the electrical conductivity.
Roller consisting of a roller body with a roller and cage assembly, wherein the roller body has at least two webs (5, 5') and a hub in its centre, wherein the webs (5, 5') form the area between the hub and the roller and cage assembly and between which an inner space is formed, characterised in that the roller body has a valve, wherein a gas pressure control device is provided, which cooperates with the valve and which measures the gas pressure in the inner space.
Network component, in particular a network-capable vehicle component, of a vehicle network, having a signal processing device which has a processor, at least one voltage source which can be connected to a supply network of the vehicle, and at least one coupling device which is connected to the signal processing device and to the voltage source, lines of at least one network segment of the vehicle network being able to be connected to the coupling device for the purpose of simultaneously connecting this network segment, for signaling purposes, to the signal processing device and for the purpose of supplying voltage to this network segment by means of the voltage source, and the voltage source being set up in such a manner that a voltage ratio between at least one supply voltage (Vout, V1out, V2out) provided by the voltage source and the voltage (Vin) provided by the supply network can be selected from a selection of a plurality of predetermined voltage ratios characterized by an input device for manually selecting the at least one voltage level and a signaling connection between the processor of the signal processing device and the voltage source for the control thereof by the processor.