mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a gas turbine component, the method comprising: generating data defining a thin metal part, the thin metal part having a length to thickness ratio of at least 3.5:1; determining a build direction of the thin metal part; generating data defining at least one conduction riser, the at least one conduction riser located on a surface of the thin metal part; manufacturing the thin metal part and the at least one conduction riser using an additive manufacturing process; wherein the at least one conduction riser comprises a projection additively manufactured onto a surface of the additively manufactured thin metal part, the projection normal to the thin metal part; the projection traversing the surface of the thin metal part; and the projection having a continuous cross-section; wherein the thin metal part is an impingement baffle including impingement holes; wherein the at least one conduction riser is attached to a supply surface of the impingement baffle; wherein the at least one conduction riser comprises a continuous bulge projecting from the surface of the thin metal part; wherein the at least one conduction riser extends in a build direction of the thin metal part. generating data defining a thin metal part, the thin metal part having a length to thickness ratio of at least 3.5:1; determining a build direction of the thin metal part; generating data defining at least one conduction riser, the at least one conduction riser located on a surface of the thin metal part; manufacturing the thin metal part and the at least one conduction riser using an additive manufacturing process; wherein the at least one conduction riser comprises a projection additively manufactured onto a surface of the additively manufactured thin metal part, the projection normal to the thin metal part; the projection traversing the surface of the thin metal part; and the projection having a continuous cross-section; wherein the thin metal part is an impingement baffle including impingement holes; wherein the at least one conduction riser is attached to a supply surface of the impingement baffle; wherein the at least one conduction riser comprises a continuous bulge projecting from the surface of the thin metal part; wherein the at least one conduction riser extends in a build direction of the thin metal part.
A system, comprising: an electronic device comprising: a first graphic processing unit and a second GPU; a display configured to be driven by the first GPU or the second GPU; and characterised by: a memory configured to store instructions, wherein the instructions comprise a virtual graphics driver in communication with a first driver of the first GPU and a second driver of the second GPU, the virtual graphics driver configured to: route graphics function calls, received by the virtual graphics driver, to a first driver for the first GPU to render graphics on the display solely by the first GPU; receive a request, at the virtual graphics driver, to switch rendering from the first GPU to the second GPU; and route the graphics function calls from the virtual graphics driver to the second driver for the second GPU to render graphics on the display solely by the second GPU. an electronic device comprising: a first graphic processing unit and a second GPU; a display configured to be driven by the first GPU or the second GPU; and a first graphic processing unit and a second GPU; a display configured to be driven by the first GPU or the second GPU; and characterised by: a memory configured to store instructions, wherein the instructions comprise a virtual graphics driver in communication with a first driver of the first GPU and a second driver of the second GPU, the virtual graphics driver configured to: route graphics function calls, received by the virtual graphics driver, to a first driver for the first GPU to render graphics on the display solely by the first GPU; receive a request, at the virtual graphics driver, to switch rendering from the first GPU to the second GPU; and route the graphics function calls from the virtual graphics driver to the second driver for the second GPU to render graphics on the display solely by the second GPU. route graphics function calls, received by the virtual graphics driver, to a first driver for the first GPU to render graphics on the display solely by the first GPU; receive a request, at the virtual graphics driver, to switch rendering from the first GPU to the second GPU; and route the graphics function calls from the virtual graphics driver to the second driver for the second GPU to render graphics on the display solely by the second GPU.
Growing substrate for plants, comprising peat and/or peat substitute, characterized in that the growing substrate comprises psyllium seed husks and/or psyllium seed husk fragments.
An organic electroluminescent device comprising an anode, a cathode, a light emitting layer that is disposed between the anode and the cathode and contains a first light emitting layer material containing a phosphorescent compound and a second light emitting layer material containing a charge transporting polymer compound, and a hole transporting layer that is disposed between the anode and the light emitting layer so as to be in contact with the light emitting layer and is composed of a hole transporting polymer compound, characterized in that the lowest excitation triplet energy T1 e (eV) of the first light emitting layer material, the lowest excitation triplet energy T1 h (eV) of the second light emitting layer material and the lowest excitation triplet energy T1 t (eV) of the hole transporting polymer compound satisfy the following formulae and: T 1 e ≥ T 1 h T 1 t − T 1 e ≤ 0 eV
Tank for a power device, in particular for an electric power transformer, comprising one or more walls delimiting the tank itself having one or more internal surfaces, and one or more magnetic shunt assemblies arranged on and coupled to said one or more tank walls internal surfaces, wherein the magnetic shunt assembly is configured for magnetic shielding of the power device, and comprises a plurality of joined ferromagnetic sheets and a plurality of bonding layers for bonding subsequent sheets (2', 2") of said plurality of ferromagnetic sheets to form an integral assembly, wherein each ferromagnetic sheet is bonded to the adjacent ferromagnetic sheet by means of one of the bonding layers, characterized in that said bonding layers: are obtained from a thermosetting resin; or are formed from an adhesive system comprising an epoxy adhesive and a curing agent; or are formed from an adhesive system comprising an epoxy adhesive curable by heat; or are formed from an adhesive system comprising an acrylic adhesive and a curing agent. are obtained from a thermosetting resin; or are formed from an adhesive system comprising an epoxy adhesive and a curing agent; or are formed from an adhesive system comprising an epoxy adhesive curable by heat; or are formed from an adhesive system comprising an acrylic adhesive and a curing agent.
A fastening member having an inboard end and an outboard end, the fastening member further comprising: a panel region is disposed adjacent to the inboard end, the panel region comprising: a first layer; and a second layer joined to the first layer in a face-to-face orientation; an end region disposed adjacent to the outboard end wherein the end region comprise a fastening element zone and an intermediate zone, wherein the intermediate zone is disposed between the fastening element zone and the panel region adjacent an interface between the panel region and the end region; and a stiffening element disposed in the end region, wherein the stiffening element has a stiffness of greater than 200 N/m, wherein the stiffening element is disposed between the first layer and the second layer and is joined to the first layer and the second layer proximate to the interface between the panel region and the end region, characterised by that the stiffening element comprises a first portion and a second portion, wherein the first portion is joined to the first layer and the second layer, and wherein the second portion is joined to the first layer and a fastening element. a panel region is disposed adjacent to the inboard end, the panel region comprising: a first layer; and a second layer joined to the first layer in a face-to-face orientation; a first layer; and a second layer joined to the first layer in a face-to-face orientation; an end region disposed adjacent to the outboard end wherein the end region comprise a fastening element zone and an intermediate zone, wherein the intermediate zone is disposed between the fastening element zone and the panel region adjacent an interface between the panel region and the end region; and a stiffening element disposed in the end region, wherein the stiffening element has a stiffness of greater than 200 N/m, wherein the stiffening element is disposed between the first layer and the second layer and is joined to the first layer and the second layer proximate to the interface between the panel region and the end region, characterised by that the stiffening element comprises a first portion and a second portion, wherein the first portion is joined to the first layer and the second layer, and wherein the second portion is joined to the first layer and a fastening element.
A support plate adapted to fit in a photovoltaic panel and to allow the fastening and the integration of this panel on a building roof, said plate comprising: - watertight vertical overlap means, - watertight lateral interlocking means adapted to cooperate with an adjacent plate, - positioning blocks of the plate which are raised, wherein the plate includes a central portion forming a cover which is delimited by a front face designed to be arranged opposite to the photovoltaic panel and a by rear face, said cover including a mouth adapted to allow the recovery of the air interposed between the photovoltaic panel and the front face of the cover, the plate having a recess for the passage of cables and access to the roof structure, the cover being an insert adapted to obstruct said recess, the cover being adapted to be form-fittingly mounted on the plate characterized in that the plate comprises a bead surmounting the recess and disposed so as to prevent the flow of water from the roof ridge into the recess, the bead having an inverted U-shape formed by a first lateral portion, a second lateral portion and a transverse upper portion, the cover being arranged inside a perimeter delimited by said bead, and wherein the cover is delimited by a first lateral edge, an opposite second lateral edge and an upper edge which cooperate with the first portion, the second lateral portion and the upper transverse portion of the bead respectively, so as to lock the cover in a position obstructing the recess. - watertight vertical overlap means, - watertight lateral interlocking means adapted to cooperate with an adjacent plate, - positioning blocks of the plate which are raised, wherein the plate includes a central portion forming a cover which is delimited by a front face designed to be arranged opposite to the photovoltaic panel and a by rear face, said cover including a mouth adapted to allow the recovery of the air interposed between the photovoltaic panel and the front face of the cover, the plate having a recess for the passage of cables and access to the roof structure, the cover being an insert adapted to obstruct said recess, the cover being adapted to be form-fittingly mounted on the plate characterized in that the plate comprises a bead surmounting the recess and disposed so as to prevent the flow of water from the roof ridge into the recess, the bead having an inverted U-shape formed by a first lateral portion, a second lateral portion and a transverse upper portion, the cover being arranged inside a perimeter delimited by said bead, and wherein the cover is delimited by a first lateral edge, an opposite second lateral edge and an upper edge which cooperate with the first portion, the second lateral portion and the upper transverse portion of the bead respectively, so as to lock the cover in a position obstructing the recess.
An unlocking mechanism for an actuator comprising: a base; an unlocking element mounted to said base for rotation around an axis between a first, locking position and a second, unlocking position; and an unlocking actuator for rotating said unlocking element between said first and second positions; said unlocking element has an axially facing end surface for engagement, in the first position, with an operating element, and further comprising a slot extending axially thereinto from said end surface for receiving the operating element in the second position for permitting an unlocking movement of the operating element along the slot; and characterised in that the unlocking element comprise an annular wall portion, with the slot being formed in the annular wall portion. a base; an unlocking element mounted to said base for rotation around an axis between a first, locking position and a second, unlocking position; and an unlocking actuator for rotating said unlocking element between said first and second positions; said unlocking element has an axially facing end surface for engagement, in the first position, with an operating element, and further comprising a slot extending axially thereinto from said end surface for receiving the operating element in the second position for permitting an unlocking movement of the operating element along the slot; and characterised in that
Ring network for transferring data between a plurality of electronic control modules (2; 3; 4; 5) arranged in a vehicle, which ring network comprises - a ring connection and - a plurality of network switches, each comprising a plurality of communications pairs (9; 10; 11), which each comprise a transmit unit (12; 15; 16) and a receive unit (13; 14; 17) for transmitting and receiving data, and wherein each of the electronic control modules (2; 3; 4; 5) is connected to one of the network switches via a first communications pair, and each of the network switches is connected to the ring connection via a second communications pair, and at least one of the network switches additionally comprises a third communications pair and is connected to the ring connection via the third communications pair, wherein a data flow direction is opposite in the second communications pair and the third communications pair of this network switch and wherein the at least one network switch is configured to reverse the data flow direction through this network switch when there is a break in the ring connection, characterized in that the reversal is effected by means of what is known as a "fast recovery protocol", which firstly detects the break and the position thereof in real time and subsequently enables an alternative communications path in the network. - a ring connection and - a plurality of network switches, each comprising a plurality of communications pairs (9; 10; 11), which each comprise a transmit unit (12; 15; 16) and a receive unit (13; 14; 17) for transmitting and receiving data, and wherein each of the electronic control modules (2; 3; 4; 5) is connected to one of the network switches via a first communications pair, and each of the network switches is connected to the ring connection via a second communications pair, and
Tasting tap able to be attached to a container of a liquid that comprises: - a body, by which said tap is attached to said container, through which a pipe hole and a shaft hole pass, each having an axis of revolution; - a control mechanism that comprises: ∘ a shaft that is mounted to pivot in the shaft hole of the body in such a way as to pass through the body, ∘ a stopper that is movable between a closed position when the stopper totally closes the pipe hole of the body and an open position when said stopper does not at all close said pipe hole, the stopper being connected to the shaft so as to be flattened against a rear face of the body, ∘ a controller designed to cause the shaft to pivot that is positioned in the area of a front face of the body; - a removable pipe having dimensions that are slightly less than those of the pipe hole of said body, able to be inserted into said pipe hole, and having a tubular part, characterized in that the pipe hole comprises a reduction in diameter to form a stop against which the pipe abuts and in that the tasting tap comprises a locking/unlocking mechanism designed to occupy a locked state in which it immobilizes the pipe in the pipe hole and an unlocked state in which it allows the removal of the pipe. - a body, by which said tap is attached to said container, through which a pipe hole and a shaft hole pass, each having an axis of revolution; - a control mechanism that comprises: ∘ a shaft that is mounted to pivot in the shaft hole of the body in such a way as to pass through the body, ∘ a stopper that is movable between a closed position when the stopper totally closes the pipe hole of the body and an open position when said stopper does not at all close said pipe hole, the stopper being connected to the shaft so as to be flattened against a rear face of the body, ∘ a controller designed to cause the shaft to pivot that is positioned in the area of a front face of the body; ∘ a shaft that is mounted to pivot in the shaft hole of the body in such a way as to pass through the body, ∘ a stopper that is movable between a closed position when the stopper totally closes the pipe hole of the body and an open position when said stopper does not at all close said pipe hole, the stopper being connected to the shaft so as to be flattened against a rear face of the body, ∘ a controller designed to cause the shaft to pivot that is positioned in the area of a front face of the body; - a removable pipe having dimensions that are slightly less than those of the pipe hole of said body, able to be inserted into said pipe hole, and having a tubular part,
A method of dynamically orienting a presentation of a head-mounted display, comprising: using at least one HMD image sensor which is installed on a HMD device worn by a driver of a vehicle to capture a HMD image of a driver control area and a part of a windshield and a scenery seen through said part of said windshield and in front of said vehicle; using at least one device image sensor of an imaging device mounted on a base fixated to said vehicle to capture a vehicle image of said scenery; performing an analysis of said HMD image and of said vehicle image to detect a first apparent position of an object located in said scenery and depicted in said HMD image, to detect a second apparent position of said object located in said scenery and depicted in said vehicle image and to identify a difference between said first apparent position and said second apparent position; calculating, based on said difference, an orientation of said HMD device in relation to said vehicle; and adjusting a presentation of data on a display of said HMD device based on said orientation. using at least one HMD image sensor which is installed on a HMD device worn by a driver of a vehicle to capture a HMD image of a driver control area and a part of a windshield and a scenery seen through said part of said windshield and in front of said vehicle; using at least one device image sensor of an imaging device mounted on a base fixated to said vehicle to capture a vehicle image of said scenery; performing an analysis of said HMD image and of said vehicle image to detect a first apparent position of an object located in said scenery and depicted in said HMD image, to detect a second apparent position of said object located in said scenery and depicted in said vehicle image and to identify a difference between said first apparent position and said second apparent position; calculating, based on said difference, an orientation of said HMD device in relation to said vehicle; and adjusting a presentation of data on a display of said HMD device based on said orientation.
A kit for an intraocular lens delivery system, comprising a plunger which is comprised of a disposable plunger tip segment that can be attached and removed from a reusable plunger base segment, characterized in that it comprises: a disposable plunger tip segment comprised of: an elongated body having a proximate end and a distal end; a fastening mechanism, which is a projection, a cavity or both, at the proximate end of the elongated body; and a pushing surface at the distal end of the elongated body; wherein: i. the elongated body and fastening projection or cavity are integrally molded of single polymeric material; ii. the fastening mechanism is configured to releasably, but securely and rigidly, attach the disposable segment to a reusable plunger segment of the intraocular lens delivery system; and iii. the single polymeric material has a flexural modulus of at least 3500 MPa; and a disposable tool that is used to attach the disposable segment to the reusable segment, and further comprising a disposable cartridge that is attachable or detachable from the housing. a disposable plunger tip segment comprised of: an elongated body having a proximate end and a distal end; a fastening mechanism, which is a projection, a cavity or both, at the proximate end of the elongated body; and a pushing surface at the distal end of the elongated body; wherein: i. the elongated body and fastening projection or cavity are integrally molded of single polymeric material; ii. the fastening mechanism is configured to releasably, but securely and rigidly, attach the disposable segment to a reusable plunger segment of the intraocular lens delivery system; and iii. the single polymeric material has a flexural modulus of at least 3500 MPa; and a disposable tool that is used to attach the disposable segment to the reusable segment, and further comprising a disposable cartridge that is attachable or detachable from the housing. i. the elongated body and fastening projection or cavity are integrally molded of single polymeric material; ii. the fastening mechanism is configured to releasably, but securely and rigidly, attach the disposable segment to a reusable plunger segment of the intraocular lens delivery system; and iii. the single polymeric material has a flexural modulus of at least 3500 MPa; and a disposable tool that is used to attach the disposable segment to the reusable segment, and further comprising a disposable cartridge that is attachable or detachable from the housing.
A tissue repair scaffold, said scaffold consisting of two phases wherein: • a first phase of said two phases comprises solid coral, comprising a biocompatible polymer; and • a second phase of said two phases comprises solid coral and said second phase further comprises a series of hollows along a longitudinal axis in said second phase, which is suited for enhanced vascularization or ease of recruitment of progenitor cells, or a combination thereof. • a first phase of said two phases comprises solid coral, comprising a biocompatible polymer; and • a second phase of said two phases comprises solid coral and said second phase further comprises a series of hollows along a longitudinal axis in said second phase, which is suited for enhanced vascularization or ease of recruitment of progenitor cells, or a combination thereof.