mhurhangee/ep-ind-claims huggingface dataset:
An electrical contact for mating with a mating contact, the electrical contact comprising: a base extending a length along a central longitudinal axis; and a first arm and a second arm both extending a length outward from the base along the central longitudinal axis of the base, wherein the first arm comprises a first mating bump having a first mating surface, the first arm extends a width approximately perpendicular to the central longitudinal axis of the base, and the second arm comprises a mating bump (30c, 30d) for mating with the mating contact, characterized in that, the first arm further comprises a second mating bump having a second mating surface, the first arm being configured to engage the mating contact at each of the first and second mating surfaces to establish an electrical connection with the mating contact, wherein the first mating surface of the first mating bump is spaced apart along the length of the arm from the second mating surface of the second mating bump, and the mating bump (30c, 30d) of the second arm has a different axial location along the central longitudinal axis of the base than the first and second mating bumps (30a, 30b) of the first arm, and the first arm comprises a necked-down segment wherein the width of the first arm is reduced. a base extending a length along a central longitudinal axis; and a first arm and a second arm both extending a length outward from the base along the central longitudinal axis of the base, wherein the first arm comprises a first mating bump having a first mating surface, the first arm extends a width approximately perpendicular to the central longitudinal axis of the base, and the second arm comprises a mating bump (30c, 30d) for mating with the mating contact, characterized in that, the first arm further comprises a second mating bump having a second mating surface, the first arm being configured to engage the mating contact at each of the first and second mating surfaces to establish an electrical connection with the mating contact, wherein the first mating surface of the first mating bump is spaced apart along the length of the arm from the second mating surface of the second mating bump, and the mating bump (30c, 30d) of the second arm has a different axial location along the central longitudinal axis of the base than the first and second mating bumps (30a, 30b) of the first arm, and the first arm comprises a necked-down segment wherein the width of the first arm is reduced.
A method for connecting a plurality of data structures of a data processing system to a plurality of elements of a man-machine interface, the data structures representing components of a real or virtual control, servo, or mechatronic system or links to components of a real or virtual control, servo, or mechatronic system, comprising the steps: providing an MMI having a plurality of elements, arranging the plurality of data structures in a list, the list being implemented as a linked list or queue, selecting an element of the MMI by a user, automatically connecting a first data structure from the list to the selected element of the MMI, and setting the beginning of the list to the data structure following the previously connected data structure in the list, wherein the steps of selecting an element of the MMI by a user, of automatically connecting a first data structure from the list to the selected element of the MMI, of setting the beginning of the list to the data structure following the previously connected data structure in the list, are performed repeatedly in the given sequence. providing an MMI having a plurality of elements, arranging the plurality of data structures in a list, the list being implemented as a linked list or queue, selecting an element of the MMI by a user, automatically connecting a first data structure from the list to the selected element of the MMI, and setting the beginning of the list to the data structure following the previously connected data structure in the list, wherein the steps of selecting an element of the MMI by a user, of automatically connecting a first data structure from the list to the selected element of the MMI, of setting the beginning of the list to the data structure following the previously connected data structure in the list, are performed repeatedly in the given sequence.
A bonded body having an aluminum alloy member (31, 110, 301) made of an aluminum alloy and a copper member (13B, 117, 302) made of copper or a copper alloy that are bonded to each other, wherein the aluminum alloy member (31, 110, 301) is made of an aluminum alloy having a Mg concentration set in a range of 0.4 mass% or more and 7.0 mass% or less and a Si concentration set to less than 1 mass%, the aluminum alloy member (31, 110, 301) and the copper member (13B, 117, 302) are bonded to each other through solid-phase diffusion, a compound layer (40, 140) provided by diffusion of metal atoms in the aluminum alloy member (31, 110, 301) and Cu atoms in the copper member (13B, 117, 302) is provided in a bonding interface between the aluminum alloy member (31, 110, 301) and the copper member (13B, 117, 302), and the compound layer (40, 140) is made up of a first intermetallic compound layer (41, 141) that is disposed on the aluminum alloy member (31, 110, 301) side and made of a θ phase of an intermetallic compound of Cu and Al, a second intermetallic compound layer (42, 142) that is disposed on the copper member (13B, 117, 302) side and made of a γ 2 phase of an intermetallic compound of Cu and Al, and a Cu-Al-Mg layer (43, 143) provided between the first intermetallic compound layer (41, 141) and the second intermetallic compound layer (42, 142). wherein the aluminum alloy member (31, 110, 301) is made of an aluminum alloy having a Mg concentration set in a range of 0.4 mass% or more and 7.0 mass% or less and a Si concentration set to less than 1 mass%, the aluminum alloy member (31, 110, 301) and the copper member (13B, 117, 302) are bonded to each other through solid-phase diffusion, a compound layer (40, 140) provided by diffusion of metal atoms in the aluminum alloy member (31, 110, 301) and Cu atoms in the copper member (13B, 117, 302) is provided in a bonding interface between the aluminum alloy member (31, 110, 301) and the copper member (13B, 117, 302), and the compound layer (40, 140) is made up of a first intermetallic compound layer (41, 141) that is disposed on the aluminum alloy member (31, 110, 301) side and made of a θ phase of an intermetallic compound of Cu and Al, a second intermetallic compound layer (42, 142) that is disposed on the copper member (13B, 117, 302) side and made of a γ 2 phase of an intermetallic compound of Cu and Al, and a Cu-Al-Mg layer (43, 143) provided between the first intermetallic compound layer (41, 141) and the second intermetallic compound layer (42, 142).
A gas apparatus configured to be arranged in an LNG vessel carrier, and comprising: a high-pressure gas injection engine, which is an MEGI engine of the LNG vessel carrier, having fuel gas pressure requirements of 200 to 300 bar (gauge pressure); an LNG storage tank; a boil-off gas line configured to extract boil-off gas generated in the LNG storage tank; and a compressor installed in the boil-off gas line to compress the boil-off gas; characterized in that the gas apparatus comprises a fuel gas supply line connected from the LNG storage tank to the high-pressure gas injection engine; a compressing means installed in the fuel gas supply line so as to extract LNG from the LNG storage tank, compress the extracted LNG, and supply the compressed LNG to the high-pressure gas injection engine, the compressing means comprising a high-pressure pump to meet the fuel gas pressure requirements for the MEGI engine; and a gasifying means installed downstream of the compressing means in the fuel gas supply line, so as to gasify the compressed LNG; in that the boil-off gas line is a boil-off gas liquefaction line, the gas apparatus comprising a reliquefaction apparatus installed upstream of the high-pressure pump and configured to reliquefy the boil-off gas compressed by the compressor; and in that both extracted LNG and reliquefied boil-off gas are compressed at a high-pressure of 200 to 300 bar (gauge pressure) by the same high-pressure pump, gasified, and then supplied to the high-pressure gas injection engine. a high-pressure gas injection engine, which is an MEGI engine of the LNG vessel carrier, having fuel gas pressure requirements of 200 to 300 bar (gauge pressure); an LNG storage tank; a boil-off gas line configured to extract boil-off gas generated in the LNG storage tank; and a compressor installed in the boil-off gas line to compress the boil-off gas; characterized in that the gas apparatus comprises a fuel gas supply line connected from the LNG storage tank to the high-pressure gas injection engine; a compressing means installed in the fuel gas supply line so as to extract LNG from the LNG storage tank, compress the extracted LNG, and supply the compressed LNG to the high-pressure gas injection engine, the compressing means comprising a high-pressure pump to meet the fuel gas pressure requirements for the MEGI engine; and a gasifying means installed downstream of the compressing means in the fuel gas supply line, so as to gasify the compressed LNG; in that the boil-off gas line is a boil-off gas liquefaction line, the gas apparatus comprising a reliquefaction apparatus installed upstream of the high-pressure pump and configured to reliquefy the boil-off gas compressed by the compressor; and in that both extracted LNG and reliquefied boil-off gas are compressed at a high-pressure of 200 to 300 bar (gauge pressure) by the same high-pressure pump, gasified, and then supplied to the high-pressure gas injection engine.
A dressing for treating an area around an articulating joint with negative pressure, the dressing comprising: an attachment device having a treatment aperture; a manifold comprising a stem, a first arm joined to a first end of the stem, and a second arm joined to a second end of the stem, the manifold at least partially exposed through the treatment aperture; a cover disposed over the manifold and coupled to the attachment device around the manifold; and an adhesive on the attachment device for bonding to the area around the articulating joint, wherein the dressing has a line of symmetry through the stem, and each of the first arm and second arm has a span (450, 460) that is orthogonal to the line of symmetry and the first arm and the second arm flare away from the stem. an attachment device having a treatment aperture; a manifold comprising a stem, a first arm joined to a first end of the stem, and a second arm joined to a second end of the stem, the manifold at least partially exposed through the treatment aperture; a cover disposed over the manifold and coupled to the attachment device around the manifold; and an adhesive on the attachment device for bonding to the area around the articulating joint, wherein the dressing has a line of symmetry through the stem, and each of the first arm and second arm has a span (450, 460) that is orthogonal to the line of symmetry and the first arm and the second arm flare away from the stem.
A lubrication system for use in a gas turbine engine comprising: a first engine shaft configured to rotate at a first speed; a second engine shaft configured to rotate at a second speed that is faster than the first speed; a first pump configured to be driven by the first shaft; and a second pump configured to be driven by the second shaft, the first and second pumps (102, 104) providing lubricant to an engine operating system, and characterized in that capacities of the first and second pumps (102, 104) are optimized to minimize an amount of lubricant supplied to the engine operating system based on the associated first and second speeds. a first engine shaft configured to rotate at a first speed; a second engine shaft configured to rotate at a second speed that is faster than the first speed; a first pump configured to be driven by the first shaft; and a second pump configured to be driven by the second shaft, the first and second pumps (102, 104) providing lubricant to an engine operating system, and characterized in that capacities of the first and second pumps (102, 104) are optimized to minimize an amount of lubricant supplied to the engine operating system based on the associated first and second speeds.
A method (300, 400) comprising: receiving user input indicating a desire of a user to magnify a region within an image (210, 250) presented on a display to a level of magnification (302, 402); causing the region within the image to be magnified to the level of magnification (304, 404); determining whether the region is associated with at least one application or at least one file (306, 406); determining whether the level of magnification satisfies a level of magnification threshold (308, 408); and causing the at least one application to be launched or the at least one file to be opened in an instance in which the region is associated with the at least one application or the at least one file, and the level of magnification satisfies the level of magnification threshold (310, 410). receiving user input indicating a desire of a user to magnify a region within an image (210, 250) presented on a display to a level of magnification (302, 402); causing the region within the image to be magnified to the level of magnification (304, 404); determining whether the region is associated with at least one application or at least one file (306, 406); determining whether the level of magnification satisfies a level of magnification threshold (308, 408); and causing the at least one application to be launched or the at least one file to be opened in an instance in which the region is associated with the at least one application or the at least one file, and the level of magnification satisfies the level of magnification threshold (310, 410).
A resin-metal composite material comprising a metal material and a resin material that coats at least a part of a surface of the metal material, wherein the resin material comprises, as a main component, a thermoplastic resin having a polar group; the surface of the metal material is treated with a buffer solution having a pH of from 5 to 7.2; the surface of the metal material treated with the buffer solution is additionally treated with an aqueous solution of a heterocyclic compound having two or more heteroatoms; and an abundance ratio of copper to a total amount of copper and zinc (Cu/(Cu + Zn) × 100) in the surface of the metal material is from 55 to 95% by mass.
An interconnected tie assembly, comprising a main reinforcing plate, and one-piece fixing ties or labelled ties, wherein the one-piece fixing ties or the labelled ties are arranged at a fixed interval, the main reinforcing plate is perpendicular to a length direction of each of the one-piece fixing ties or the labelled ties, and a fixing head portion of at least one of the one-piece fixing ties or a label edge of at least one of the labelled ties is connected integrally with said main reinforcing plate to form a unit of interconnected ties, wherein the main reinforcing plate is provided with interval positioning holes or interval positioning columns, said interconnected tie assembly being characterised in that a distance between two adjacent interval positioning holes or interval positioning columns is equal to an interval between two adjacent one-piece fixing ties or labelled ties in the unit of interconnected ties; or a distance between two adjacent interval positioning holes or interval positioning columns is equal to n times or 1/n times the interval between two adjacent one-piece fixing ties or labelled ties in the unit of interconnected ties, wherein n is a positive integer.
A catheter comprising: an oxygen sensing element (21, 104); and an elongated body defining at least a first lumen and a second lumen (34, 36), the first lumen being configured to receive or house the oxygen sensing element (21, 104), wherein when the oxygen sensing element (21, 104) is located in a proximal portion of the first lumen, the oxygen sensing element (21, 104) is configured to sense an amount of dissolved oxygen in a fluid external to the first lumen, characterised in that the proximal portion of the first lumen comprises a closed end such that the catheter is configured to block ingress of the fluid into the first lumen while the oxygen sensing element (21, 104) senses the amount of dissolved oxygen. an oxygen sensing element (21, 104); and an elongated body defining at least a first lumen and a second lumen (34, 36), the first lumen being configured to receive or house the oxygen sensing element (21, 104), wherein when the oxygen sensing element (21, 104) is located in a proximal portion of the first lumen, the oxygen sensing element (21, 104) is configured to sense an amount of dissolved oxygen in a fluid external to the first lumen, characterised in that the proximal portion of the first lumen comprises a closed end such that the catheter is configured to block ingress of the fluid into the first lumen while the oxygen sensing element (21, 104) senses the amount of dissolved oxygen.
side panel of a facade blind box in a form of a plate comprising at the internal box side a plurality of protruding over the plate and permanently connected therewith mounting, setting and guiding elements in a form of guides creating a slot tapering in the upper zone characterized in that the mounting elements in a form of pins with openings and setting elements are grouped in subsequent and interconnected modules (1, 1', 1", 1"'), and between particular modules is made a recess, and in the lower section the side panel comprising two bolts deployed beyond the lateral panel plate and located at the left and right side of the panel.
An integrally supported cooling device assembly for mounting to a wind turbine nacelle without a mounting frame, the wind turbine nacelle having a first face with a longitudinal extension in a wind direction, and the cooling device assembly comprising: - at least one heat exchanger core configured to extend across the wind direction and to define a cooling area of the integrally supported cooling device assembly, the heat exchanger core having a first side and a second side arranged opposite the first side in relation to the heat exchanger core, - a first manifold being arranged along the first side and a second manifold being arranged along the second side, each in fluid communication with the at least one heat exchanger core, the first manifold and the second manifold extending parallelly along the cooling area, - the second manifold comprises suspension means, and the cooling device assembly is adapted to be mounted to the wind turbine nacelle by suspension of the second manifold to the first face of the wind turbine nacelle via said suspension means, characterised in that the cooling device assembly further comprises: - a plurality of diagonally extending supporting struts for connecting the cooling device assembly and the first face of the wind turbine nacelle, wherein the plurality of diagonally extending supporting struts are connected to the first manifold, and wherein the supporting struts are positioned on a side of the cooling device assembly facing the wind direction. - at least one heat exchanger core configured to extend across the wind direction and to define a cooling area of the integrally supported cooling device assembly, the heat exchanger core having a first side and a second side arranged opposite the first side in relation to the heat exchanger core, - a first manifold being arranged along the first side and a second manifold being arranged along the second side, each in fluid communication with the at least one heat exchanger core, the first manifold and the second manifold extending parallelly along the cooling area, - the second manifold comprises suspension means, and the cooling device assembly is adapted to be mounted to the wind turbine nacelle by suspension of the second manifold to the first face of the wind turbine nacelle via said suspension means, characterised in that the cooling device assembly further comprises: - a plurality of diagonally extending supporting struts for connecting the cooling device assembly and the first face of the wind turbine nacelle, - a plurality of diagonally extending supporting struts for connecting the cooling device assembly and the first face of the wind turbine nacelle, wherein the plurality of diagonally extending supporting struts are connected to the first manifold, and wherein the supporting struts are positioned on a side of the cooling device assembly facing the wind direction.
Heat exchanger with a protection system, consisting of ceramic plates, head bolts, spacers and sealing means, wherein the head bolts are disposed on the heat exchanger, the ceramic plates have a continuous vertical groove on their surface facing the heat exchanger in an area enhanced in its thickness and a plurality of ceramic plates side by side to and one above the other with their groove are pushed onto the head bolts and the sealing means and the spacers to align the ceramic plates are disposed between ceramic plates disposed one above the other and the space between the heat exchanger and the ceramic plates is filled with fluid concrete, characterised in that, the spacers have an outer contour that can be inserted into the groove of the ceramic plate and on this outer contour have a encircling bead that is horizontal in their mounted position and that is smaller in its width extending in the direction of the thickness of the ceramic plate than the thickness of the ceramic plate in the area of the groove, wherein the bead rests with its underside on the upper edge of the ceramic plate and the ceramic plate disposed above this ceramic plate rests with its underside on the upper side of the bead, so that a gap is formed between the ceramic plates disposed above one another.
A portable metal detector adapted for detection of dangerous metallic items carried by individuals in their shoes and socks, for example during access to a departure lounge in an airport, comprising a casing which houses a transmitter/receiver winding, the casing being extended by a gripping and handling handle, and a processor which is adapted to feed a loop of the winding to generate a magnetic field and to detect perturbations of the magnetic field caused by the environment, characterised in that the detector comprises a sensor for detecting an orientation of the detector in a vertical position of the handle and, when the detector is in a vertical position, to activate a single dynamic detection mode of the winding, wherein the processor is configured to ignore the environmental perturbations due to rebar in the supporting floor which remain constant over a defined time range, whereas when the detector is in another position it is configured to activate a static and dynamic operating mode of the winding wherein the detector takes into account all the perturbations detected.