mhurhangee/ep-ind-claims huggingface dataset:
A method of operating a synchronization system to synchronize service metadata of a software application from a proprietary format into a format for the canonical representation of service metadata, wherein the format for the canonical representation of service metadata is Service Component Architecture, the method comprising: providing a plurality of connectors which each permit the synchronization system to communicate bi-directionally with a service producer; receiving service metadata of a software application in a proprietary format from a service producer, wherein the service metadata is received at one of said plurality of connectors which is specific to the type of said software application, and which populates a node object; sending the service metadata from said one of the plurality of connectors to a normalizer, which is specific to the type of said software application, and which takes the node object from said one of the plurality of connectors; normalizing, by the normalizer, the service metadata, including service dependencies and service interfaces, from the proprietary format into the SCA format for the canonical representation of service metadata; passing the normalized service metadata from the normalizer to a provider; and publishing, by the provider, the normalized service metadata for storage into a metadata repository that supports the SCA format for the canonical representation of service metadata, wherein the standard protocol to search the metadata repository is Universal Description, Discovery, and Integration (UDDI). providing a plurality of connectors which each permit the synchronization system to communicate bi-directionally with a service producer; receiving service metadata of a software application in a proprietary format from a service producer, wherein the service metadata is received at one of said plurality of connectors which is specific to the type of said software application, and which populates a node object; sending the service metadata from said one of the plurality of connectors to a normalizer, which is specific to the type of said software application, and which takes the node object from said one of the plurality of connectors; normalizing, by the normalizer, the service metadata, including service dependencies and service interfaces, from the proprietary format into the SCA format for the canonical representation of service metadata; passing the normalized service metadata from the normalizer to a provider; and publishing, by the provider, the normalized service metadata for storage into a metadata repository that supports the SCA format for the canonical representation of service metadata, wherein the standard protocol to search the metadata repository is Universal Description, Discovery, and Integration (UDDI).
A computer-implemented method comprising: receiving (i) a query image, and (ii) a user tap location indicative of a point or an area of the query image selected by a user; processing the received query image based on the user tap location, by defining an area of interest around the user tap location; identifying one or more entities associated with the processed query image by processing the processed query image using a descriptor matching engine and extracting a higher density of descriptors in the defined area of interest compared to other areas in the processed query image; and in response to receiving (i) the query image, and (ii) the user tap location, providing information about the identified one or more of the entities. receiving (i) a query image, and (ii) a user tap location indicative of a point or an area of the query image selected by a user; processing the received query image based on the user tap location, by defining an area of interest around the user tap location; identifying one or more entities associated with the processed query image by processing the processed query image using a descriptor matching engine and extracting a higher density of descriptors in the defined area of interest compared to other areas in the processed query image; and in response to receiving (i) the query image, and (ii) the user tap location, providing information about the identified one or more of the entities.
A method for producing metal casting workpieces (401, 401'), in which molten metal is poured into a casting mold (204, 209) made of fired ceramic, then, after the molten metal has started to solidify and still during the cooling process, the casting mold (204, 209) is at least partially removed from the metal casting workpiece and thereby bringing the metal casting workpiece into contact with a flowable cooling medium surrounding the mold, the cooling medium being configured such that it extracts heat energy from the metal casting workpiece faster than the casting mold (204, 209).
A stack of individually separable sealed packages (2, 4) for a plurality of contact lenses, each individual lens being packaged between a first surface and a second surface, wherein the first surface is provided by a first one of the individually separable packages and the second surface is provided by a second one of the individually separable packages; wherein each package comprises: a concave cup-shaped portion which accommodates a contact lens and an aqueous liquid; and a peripheral portion; and wherein the concave cup-shaped portion of one package is partially accommodated within the concave cup-shaped portion of an adjacent package, thereby reducing dead volume in the stack, characterized in that adjacent members of the stack of individually separable packages are joined and sealed together such that each contact lens is sealed in a substantially air tight manner between the adjacent members of the stack.
A detachable door protector for attachment to an exterior surface of a vehicle, wherein the door protector comprises a flexible sheet which allows the door protector to be rolled up, where the sheet has a front and a back, where the sheet has a height extending from the sheet top to the sheet bottom, where the sheet has a width extending from a first sheet side to a second sheet side, where: - one or more shock absorbing material pieces are attached to the front of the sheet, wherein the shock absorbing material pieces are made of a foamed polymer, and said shock absorbing material is arranged as elongated beads on the front of the sheet with a certain distance between the adjacent beads so that the material may deform laterally upon impact, - one or more magnetic pieces are attached to the back of the sheet, - part of the front of the sheet is kept clear of shock absorbing material pieces, charaterised in that the magnetic pieces are arranged with a gap in between each of the magnetic pieces, where the gap exposes the sheet, where the exposed part of the sheet acts as a hinge joint so that the door protector can be rolled up and where one or more velcro ® straps are attached to the back of the sheet, wherein the velcro strap extends from the sheet top or the sheet bottom, where the velcro strap holds the door protector in rolled-up position when the door protector is rolled up by extending around the door protector in a detachable closed grip using the velcro straps closing abilities. - one or more shock absorbing material pieces are attached to the front of the sheet, wherein the shock absorbing material pieces are made of a foamed polymer, and said shock absorbing material is arranged as elongated beads on the front of the sheet with a certain distance between the adjacent beads so that the material may deform laterally upon impact, - one or more magnetic pieces are attached to the back of the sheet, - part of the front of the sheet is kept clear of shock absorbing material pieces,
An annular air swirler configured to receive a fuel injector in a central bore thereof, the air swirler having one or more annular channels, with each annular channel defined by radially facing channel walls and having an inlet for receiving compressed air and an axially distal outlet, the channel walls converging radially inwardly towards the outlet, swirl vanes extending between opposing faces of the radially facing walls and configured for turning incoming air to create a vortex at the channel outlet, and an annular cooling apparatus associated with the air swirler and arranged axially adjacently downstream of the channel outlet(s), the cooling apparatus comprising a radially outwardly extending wall (6;26) extending from a downstream terminus of the radially outermost channel wall, the radially outwardly extending wall turning to define an annular groove, and a skirt portion arranged in the groove defining with radially outwardly extending wall (6;26) a radially outwardly extending portion of a bowed coolant channel and defining with a radially converging portion of the outermost channel wall a radially converging portion of said bowed coolant channel, the bowed coolant channel being adapted for increased heat exchange and configured to direct air across the radially outermost channel wall and the radially outwardly extending wall whereby, in use, to shield the air swirler and any accommodated fuel injector from heat generated in the combustion chamber, wherein in use the bowed coolant channel is adapted to receive compressed air into the radially converging section via one or more axially upstream facing inlets and to allow the compressed air to travel along the bow and through one or more outlets at the radially outermost end of the radially extending portion.
An optical fiber transmission system adapted to provide a remote passive identification of components (2-i) deployed in said transmission system, wherein at least some of the components (2-i) comprise an associated passive optical identification unit (24-i) adapted to provide identification of a component type of the respective component (2-i) on the basis of a received optical identification signature carried in an optical identification signal to said component (2-i).
A rotating electrical machine, comprising: a case formed of a front bracket and a rear bracket; a rotor installed inside the case and having a field winding; a stator installed inside the case and having a stator winding; a control portion including a field circuit portion used to supply a current to a control circuit and the field winding; a power circuit portion controlling a stator current flowed to the stator winding; and a heat sink installed so as to cool the control portion and the power circuit portion; characterized in that the rotating electrical machine further comprises: a first waterproof portion providing waterproofing to signal terminals of the power circuit portion and the field circuit portion; a second waterproof portion provided with through-holes from which a part of the control portion and the power circuit portion is exposed and providing waterproofing between the control portion as well as the power circuit portion and the heat sink; and insulation portions installed in the through-holes of the second waterproof portion and isolating the control portion and the power circuit portion from the heat sink. a case formed of a front bracket and a rear bracket; a rotor installed inside the case and having a field winding; a stator installed inside the case and having a stator winding; a control portion including a field circuit portion used to supply a current to a control circuit and the field winding; a power circuit portion controlling a stator current flowed to the stator winding; and a heat sink installed so as to cool the control portion and the power circuit portion; characterized in that the rotating electrical machine further comprises: a first waterproof portion providing waterproofing to signal terminals of the power circuit portion and the field circuit portion; a second waterproof portion provided with through-holes from which a part of the control portion and the power circuit portion is exposed and providing waterproofing between the control portion as well as the power circuit portion and the heat sink; and insulation portions installed in the through-holes of the second waterproof portion and isolating the control portion and the power circuit portion from the heat sink. a first waterproof portion providing waterproofing to signal terminals of the power circuit portion and the field circuit portion; a second waterproof portion provided with through-holes from which a part of the control portion and the power circuit portion is exposed and providing waterproofing between the control portion as well as the power circuit portion and the heat sink; and insulation portions installed in the through-holes of the second waterproof portion and isolating the control portion and the power circuit portion from the heat sink.
A steering apparatus, comprising: a conductive steering shaft including a fitting portion transmitting steering force and being extendable in an axial direction, the fitting portion having a resin coating; a conductive outer column rotatably supporting the steering shaft (61, 62), the outer column being provided with a guide groove formed therethrough in a radial direction and extending in an axial direction and a pair of guide walls (23, 24) projecting outward in the radial direction and extending along the guide groove on both sides of the guide groove; a conductive inner column fitted in said outer column to enable relative movement to each other in said axial direction, and rotatably supporting said steering shaft; characterised by a resin coating applied to an inner peripheral surface of said outer column, or an outer peripheral surface of said inner column; a guide member made of a resin, the guide member being received in said guide groove and slidingly in contact with the guide walls, the guide member being attached to said inner column; a conductive electricity-carrying plate, attached to said inner column together with the guide member, the electricity-carrying plate having a pair of contact pieces (41, 42) elastically deformed and in contact with insides of said pair of guide walls (23, 24) at a predetermined contact pressure; a stopper base comprising an upper stopper together with the guide member; and a conductive metal fitting (35, 36) in contact with the inner column and fixing the electricity-carrying plate together with the upper stopper to said inner column. a conductive steering shaft including a fitting portion transmitting steering force and being extendable in an axial direction, the fitting portion having a resin coating; a conductive outer column rotatably supporting the steering shaft (61, 62), the outer column being provided with a guide groove formed therethrough in a radial direction and extending in an axial direction and a pair of guide walls (23, 24) projecting outward in the radial direction and extending along the guide groove on both sides of the guide groove; a conductive inner column fitted in said outer column to enable relative movement to each other in said axial direction, and rotatably supporting said steering shaft; a resin coating applied to an inner peripheral surface of said outer column, or an outer peripheral surface of said inner column; a guide member made of a resin, the guide member being received in said guide groove and slidingly in contact with the guide walls, the guide member being attached to said inner column; a conductive electricity-carrying plate, attached to said inner column together with the guide member, the electricity-carrying plate having a pair of contact pieces (41, 42) elastically deformed and in contact with insides of said pair of guide walls (23, 24) at a predetermined contact pressure; a stopper base comprising an upper stopper together with the guide member; and a conductive metal fitting (35, 36) in contact with the inner column and fixing the electricity-carrying plate together with the upper stopper to said inner column.
A process for producing highly conductive, printable pastes from capillary suspensions, comprising the steps: mixing of 5 to 40 volume percent of a conductive, particulate solid, 50 to 94.5 volume percent of a liquid primary phase, and 0.5 to 10 volume percent of a liquid secondary phase, in each case related to the total volume of the resulting suspension, with the primary phase and the secondary phase being immiscible with each other, forming a capillary suspension being a three-phase-system solid-liquid-liquid, with the liquid phases being mutually immiscible, with one liquid forming the primary phase and the other liquid forming the secondary phase, respectively, and either the primary or the secondary phase being better wetting in comparison with the solid, so that a highly elastic, gel-like printable paste is formed, with the particle network held together by capillary forces remaining stable and no sedimentation occurring, with the proviso that the process does not involve the use of non-volatile, organic additives and/or polymeric stabilizers including binders, thixotropic agents and/or rheology modifiers.
An electromagnetic wave oscillator comprising: a first waveguide which has a folded structure such that a path traveled by an electromagnetic wave through the first waveguide crosses an axial direction a plurality of times; an electron beam tunnel through which an electron beam passes, wherein the electron beam tunnel extends along the axial direction and perforates the first waveguide a plurality of times; and at least one auxiliary tunnel which extends parallel to the electron beam tunnel and which perforates the first waveguide the same plurality of times as the electron beam tunnel does; a lower structure having an upper surface; and an upper structure having a lower surface and characterized in that the lower surface is bonded to the upper surface of the lower structure using a wafer bonding method, and further characterized in that the first waveguide and the electron beam tunnel are formed between the upper surface of the lower structure and the lower surface of the upper structure, and the at least one auxiliary tunnel is disposed in at least one of the lower structure and the upper structure. a first waveguide which has a folded structure such that a path traveled by an electromagnetic wave through the first waveguide crosses an axial direction a plurality of times; an electron beam tunnel through which an electron beam passes, wherein the electron beam tunnel extends along the axial direction and perforates the first waveguide a plurality of times; and at least one auxiliary tunnel which extends parallel to the electron beam tunnel and which perforates the first waveguide the same plurality of times as the electron beam tunnel does; a lower structure having an upper surface; and an upper structure having a lower surface and characterized in that the lower surface is bonded to the upper surface of the lower structure using a wafer bonding method, and further characterized in that the first waveguide and the electron beam tunnel are formed between the upper surface of the lower structure and the lower surface of the upper structure, and the at least one auxiliary tunnel is disposed in at least one of the lower structure and the upper structure.
A hybrid industrial vehicle which includes an engine, a battery, a first electric motor actuated when supplied with electric power from the battery, and a first gear train, and which is configured to transmit power of the first electric motor and power of the engine to a drive wheel through the first gear train, the hybrid industrial vehicle comprising: a second electric motor actuated when supplied with electric power from the battery; a first hydraulic pump configured to supply pressure oil to a cargo-handling hydraulic system (38,39); a second gear train interposed among the engine, the second electric motor and the first hydraulic pump and capable of mutual power transmission among the engine, the second electric motor and the first hydraulic pump; a second hydraulic pump configured to supply pressure oil to a steering hydraulic system (42,43); and a third electric motor actuated to drive the second hydraulic pump when supplied with electric power from the battery; characterized in that the hybrid industrial vehicle further comprises a hydraulic line shared by the first hydraulic pump and the second hydraulic pump such that, in operation of the hybrid industrial vehicle, the pressure oil discharged from the first hydraulic pump and the pressure oil discharged from the second hydraulic pump are merged on the hydraulic line and then supplied to the cargo-handling hydraulic system (38,39) and the steering hydraulic system (42,43). a second electric motor actuated when supplied with electric power from the battery; a first hydraulic pump configured to supply pressure oil to a cargo-handling hydraulic system (38,39); a second gear train interposed among the engine, the second electric motor and the first hydraulic pump and capable of mutual power transmission among the engine, the second electric motor and the first hydraulic pump; a second hydraulic pump configured to supply pressure oil to a steering hydraulic system (42,43); and a third electric motor actuated to drive the second hydraulic pump when supplied with electric power from the battery; characterized in that the hybrid industrial vehicle further comprises a hydraulic line shared by the first hydraulic pump and the second hydraulic pump such that, in operation of the hybrid industrial vehicle, the pressure oil discharged from the first hydraulic pump and the pressure oil discharged from the second hydraulic pump are merged on the hydraulic line and then supplied to the cargo-handling hydraulic system (38,39) and the steering hydraulic system (42,43).
A relative translation assembly, comprising: a fixed support member; a translatable member supported by the fixed support member; and a translation guide portion to facilitate translation of the translatable member relative to the fixed support member, the translation guide portion having a fixed translation member (131a, 131b, 132a, 132b, 133a) and a movable translation member, wherein the movable translation member is configured to maintain preload on the fixed and movable translation members and accommodate thermal expansion; characterized in that the moveable translation member is coupled to a swing arm which is rotatably coupled to the fixed support member for rotation about an axis. a fixed support member; a translatable member supported by the fixed support member; and a translation guide portion to facilitate translation of the translatable member relative to the fixed support member, the translation guide portion having a fixed translation member (131a, 131b, 132a, 132b, 133a) and a movable translation member, wherein the movable translation member is configured to maintain preload on the fixed and movable translation members and accommodate thermal expansion; characterized in that the moveable translation member is coupled to a swing arm which is rotatably coupled to the fixed support member for rotation about an axis.