mhurhangee/ep-ind-claims huggingface dataset:
A method for installation of an offshore wind turbine, characterized in comprising the steps of: a step for prefabrication of a foundation, comprising: fabricating the foundation which comprises a plurality of tanks providing buoyant force and uprighting force to the entire structure so as to keep it upright without external forces; a step for installation on the dock, comprising: launching the foundation on water; installing a tower column and a wind turbine set on the foundation 10 into a complete set, and finishing the test in a state of complete set; a step for transportation, comprising: fixing the complete set onto an installation vessel by a fixing system, and wherein the complete set floats on the water when the foundation is injected with air, and is transported to the offshore site by means of the installation vessel, and a pitch sensor and a roll sensor are respectively provided on the foundation and the vessel body, and the installation vessel adjusts the ballast of vessel body by a control system during transportation of the complete set; and a step for offshore installation, comprising: releasing the fixing system on the offshore site, releasing the air inside the foundation, sinking the complete set onto the sea bed by gravity, and fixing the foundation to finish the installation. a step for prefabrication of a foundation, comprising: fabricating the foundation which comprises a plurality of tanks providing buoyant force and uprighting force to the entire structure so as to keep it upright without external forces; a step for installation on the dock, comprising: launching the foundation on water; installing a tower column and a wind turbine set on the foundation 10 into a complete set, and finishing the test in a state of complete set; a step for transportation, comprising: fixing the complete set onto an installation vessel by a fixing system, and wherein the complete set floats on the water when the foundation is injected with air, and is transported to the offshore site by means of the installation vessel, and a pitch sensor and a roll sensor are respectively provided on the foundation and the vessel body, and the installation vessel adjusts the ballast of vessel body by a control system during transportation of the complete set; and a step for offshore installation, comprising: releasing the fixing system on the offshore site, releasing the air inside the foundation, sinking the complete set onto the sea bed by gravity, and fixing the foundation to finish the installation.
A vacuum cleaner assembly comprising: - a rechargeable stick type vacuum cleaner, and - a charging dock, wherein the vacuum cleaner comprises an elongated body, and wherein the vacuum cleaner is configured to be releasably positioned in the charging dock such that the elongated body extends along a first direction, wherein the assembly further comprises: - a magnetic assembly (9, 9') configured to fixate a first portion of the vacuum cleaner to the charging dock, characterised in that the assembly further comprises: - a second fixating assembly (13, 13') configured to fixate a second portion of the vacuum cleaner to the charging dock, and wherein the second portion is arranged a distance (d) from the first portion along the first direction. - a rechargeable stick type vacuum cleaner, and - a charging dock, wherein the vacuum cleaner comprises an elongated body, and wherein the vacuum cleaner is configured to be releasably positioned in the charging dock such that the elongated body extends along a first direction, wherein the assembly further comprises: - a magnetic assembly (9, 9') configured to fixate a first portion of the vacuum cleaner to the charging dock, wherein the vacuum cleaner comprises an elongated body, and wherein the vacuum cleaner is configured to be releasably positioned in the charging dock such that the elongated body extends along a first direction, wherein the assembly further comprises: - a magnetic assembly (9, 9') configured to fixate a first portion of the vacuum cleaner to the charging dock, - a magnetic assembly (9, 9') configured to fixate a first portion of the vacuum cleaner to the charging dock, - a second fixating assembly (13, 13') configured to fixate a second portion of the vacuum cleaner to the charging dock,
A system characterised by, including: an offset guide, the guide including a first channel with a first longitudinal axis, wherein the first channel has a port located on a first outside edge of the offset guide and extends to a second, opposite edge of the offset guide; and a second channel with a second longitudinal axis, wherein the second channel has a port on the first outside edge of the offset guide located a fixed distance away from the port of the first channel and extends to the second, opposite edge of the offset guide, wherein the first longitudinal axis is offset a predetermined angle from the second longitudinal axis; and a cannula extending through the port of the first channel on the first outside edge along the first longitudinal axis, comprising: a proximal end engaged with the offset guide; a distal end comprising a slot that is co-planar with the first longitudinal axis, wherein the slot extends a length from the distal end of the cannula to a region proximal of the distal end; and a length extending between the proximal end and the distal end; wherein the first longitudinal axis intersects with the second longitudinal axis within the slot and at an entry to a transpedicular channel. an offset guide, the guide including a first channel with a first longitudinal axis, wherein the first channel has a port located on a first outside edge of the offset guide and extends to a second, opposite edge of the offset guide; and a second channel with a second longitudinal axis, wherein the second channel has a port on the first outside edge of the offset guide located a fixed distance away from the port of the first channel and extends to the second, opposite edge of the offset guide, wherein the first longitudinal axis is offset a predetermined angle from the second longitudinal axis; and a cannula extending through the port of the first channel on the first outside edge along the first longitudinal axis, comprising: a proximal end engaged with the offset guide; a distal end comprising a slot that is co-planar with the first longitudinal axis, wherein the slot extends a length from the distal end of the cannula to a region proximal of the distal end; and a length extending between the proximal end and the distal end; wherein the first longitudinal axis intersects with the second longitudinal axis within the slot and at an entry to a transpedicular channel. a proximal end engaged with the offset guide; a distal end comprising a slot that is co-planar with the first longitudinal axis, wherein the slot extends a length from the distal end of the cannula to a region proximal of the distal end; and a length extending between the proximal end and the distal end; wherein the first longitudinal axis intersects with the second longitudinal axis within the slot and at an entry to a transpedicular channel.
A corona discharge igniter for receiving a voltage from a power source and emitting an electrical field that forms a corona discharge to ionize a mixture of fuel and air of an internal combustion engine comprising: an electrode including an electrode body portion extending longitudinally from an electrode terminal end to an electrode firing end; an insulator disposed along said electrode body portion; a shell disposed along said insulator from an upper shell end to a lower shell end facing toward said electrode firing end; characterised in said shell including a corona reducing lip at said upper shell end being free of sharp edges, wherein said corona reducing lip includes a lip outer surface presenting a plurality of spherical lip radii ( r l) therealong and each of said spherical lip radii ( r l) is at least 1.016·10 -2 cm (0.004 inches). an electrode including an electrode body portion extending longitudinally from an electrode terminal end to an electrode firing end; an insulator disposed along said electrode body portion; a shell disposed along said insulator from an upper shell end to a lower shell end facing toward said electrode firing end; characterised in said shell including a corona reducing lip at said upper shell end being free of sharp edges, wherein said corona reducing lip includes a lip outer surface presenting a plurality of spherical lip radii ( r l) therealong and each of said spherical lip radii ( r l) is at least 1.016·10 -2 cm (0.004 inches).
A nonwoven needle-punch felt fabric which is made of at least one low-melting-point short fiber and at least one high-melting-point short fiber of same type or different types, wherein the low-melting-point short fiber is heated into a molten state so that the molten low-melting-point short fiber gets tangled up in the high-melting-point short fiber, and then cooled down quickly and solidified, such that the fabric is stiff enough to be self-sustaining and have the ability of shape maintenance, and the fabric is also mouldable, wherein the nonwoven felt fabric has a gram weight ranging from 500 g/m2 to 2000 g/m2 and wherein the nonwoven felt fabric consists of a single layer of fiber formed by evenly blending the low-melting-point short fiber and the high-melting-point short fiber.
A process for the smelting of a metalliferous feedstock material, the process including the steps of: (i) feeding an agglomerate comprising of a fine metalliferous feedstock material, having a particle size of less than or equal to 6 mm, and a fine reductant, having a particle size of less than or equal to 6 mm, to a reactor, the agglomerate forming a packed bed within the reactor; (ii) smelting the agglomerate by passing a hot reducing gas, at a temperature above 1200 °C, counter current through the packed bed to form a molten material comprising a partially reduced metalliferous constituent, an intermediate slag constituent and entrained unreacted reductant constituent; and (iii) channelling the molten material to flow into a vessel to form a metal product and a slag product, the vessel being separate from and in fluid flow communication with the reactor. (i) feeding an agglomerate comprising of a fine metalliferous feedstock material, having a particle size of less than or equal to 6 mm, and a fine reductant, having a particle size of less than or equal to 6 mm, to a reactor, the agglomerate forming a packed bed within the reactor; (ii) smelting the agglomerate by passing a hot reducing gas, at a temperature above 1200 °C, counter current through the packed bed to form a molten material comprising a partially reduced metalliferous constituent, an intermediate slag constituent and entrained unreacted reductant constituent; and (iii) channelling the molten material to flow into a vessel to form a metal product and a slag product, the vessel being separate from and in fluid flow communication with the reactor.
A carriage for monitoring the state of a structural work such as a bridge, the carriage being suitable for moving along a path (Ch) while being guided relative to a wall (Pa) bordering the path, the carriage comprising: • a chassis; • movement means for moving said chassis along the path, which means define a movement plane; and • control means for controlling the movement direction of the chassis along the path; the carriage being characterized in that it comprises: • plate means defining first and second bearing points (22, 24) suitable for coming into contact with the first face of the wall (Pa), the first face being the face facing the path (Ch), the first and second bearing points defining a straight line; • means for mounting said plate means on said chassis so as to be pivotable about a plate axis that is substantially perpendicular to the movement plane; • means suitable for keeping said first and second bearing points (22, 24) constantly against said first face of the wall while said chassis is moved along the path; • means for determining the angular position of said straight line relative to a reference frame associated with said chassis; and • means for servo-controlling the movement direction of the chassis in such a manner that said straight line forms angle of predetermined value relative to said reference frame. • a chassis; • movement means for moving said chassis along the path, which means define a movement plane; and • control means for controlling the movement direction of the chassis along the path; • plate means defining first and second bearing points (22, 24) suitable for coming into contact with the first face of the wall (Pa), the first face being the face facing the path (Ch), the first and second bearing points defining a straight line; • means for mounting said plate means on said chassis so as to be pivotable about a plate axis that is substantially perpendicular to the movement plane; • means suitable for keeping said first and second bearing points (22, 24) constantly against said first face of the wall while said chassis is moved along the path; • means for determining the angular position of said straight line relative to a reference frame associated with said chassis; and • means for servo-controlling the movement direction of the chassis in such a manner that said straight line forms angle of predetermined value relative to said reference frame.
A motor vehicle, comprising a chassis which has a floor, at least one seat or at least one bench seat being arranged on the floor, the seat having a seat part with a seating surface and a backrest with a reclining surface, the seat part being provided with a seat frame, an adjustment mechanism being formed on a rear region of the seat frame in each case, which mechanism forms a pivot axis about which the backrest can be pivoted, an upwardly protruding reclining fin being formed on the two sides of the rear region of the seat frame in each case, a lower end region of a side bar being arranged on each reclining fin, characterised in that each side bar (12a, 12b) has a front longitudinal profile and a rear longitudinal profile, in that the front longitudinal profile has a cross section which allows stretching of the front longitudinal profile when there is a tensile load on the front longitudinal profile, and the rear longitudinal profile has a cross section which allows compression of the rear longitudinal profile when there is a bending moment load on the rear longitudinal profile, and in that the stretching of the front longitudinal profile and the compression of the rear longitudinal profile lead to energy absorption, in that the rear longitudinal profile together with the front longitudinal profile forms closed cavities (28a to 28g), in that the rear longitudinal profile has open gaps (29a to 29f) between the closed cavities (28a to 28g), and in that, in the case of a bending load, the respective distance between the open gaps (29a to 29f) decreases in the longitudinal direction of each side bar (12a, 12b) such that, in the case of a bending moment load on the respective side bar (12a, 12b), a total length of the rear longitudinal profile decreases, and in that the rear longitudinal profile has a meandering cross section.
Drill bit for top hammer percussion rock drilling including: - an impact portion with an impact surface for striking against rock in an impact direction, - an engagement portion with: i) holder means for holding the drill bit axially in a drill head of a drill string, and ii) rotation engagement means for connecting the drill bit with the drill head for the purpose of rotation of the drill bit, and - an anvil surface being directed opposite to the impact direction for receiving shock waves from a striker rod of the drill string, characterized in - that the engagement portion includes a holder recess having an opening that is directed opposite to the impact direction, - that the holder means are arranged inside the holder recess, - that the holder means are directed inwards inside the holder recess for co-operation with corresponding holder elements on the striker rod, - that the anvil surface is arranged inside the holder recess, and - that the rotation engagement means are directed outwards for rotational force co-operation with corresponding elements protruding inwards inside a cavity of the drill head. - an impact portion with an impact surface for striking against rock in an impact direction, - an engagement portion with: i) holder means for holding the drill bit axially in a drill head of a drill string, and ii) rotation engagement means for connecting the drill bit with the drill head for the purpose of rotation of the drill bit, and i) holder means for holding the drill bit axially in a drill head of a drill string, and ii) rotation engagement means for connecting the drill bit with the drill head for the purpose of rotation of the drill bit, and - an anvil surface being directed opposite to the impact direction for receiving shock waves from a striker rod of the drill string, - that the engagement portion includes a holder recess having an opening that is directed opposite to the impact direction, - that the holder means are arranged inside the holder recess, - that the holder means are directed inwards inside the holder recess for co-operation with corresponding holder elements on the striker rod, - that the anvil surface is arranged inside the holder recess, and - that the rotation engagement means are directed outwards for rotational force co-operation with corresponding elements protruding inwards inside a cavity of the drill head.
A vehicle side structure comprising: a hollow beam structure disposed along a lateral side of the vehicle; wherein a tapered lateral push element comprising an inclined outer support side arranged at an angle with respect to a longitudinal axis of the vehicle, the inclined outer support side is adapted to guide colliding components away from the vehicle body, and to generate lateral force towards the vehicle body, the tapered lateral push element further comprising an inclined inner side, the tapered lateral push element is arranged and mechanically attached inside the hollow beam structure to maintain its position inside the hollow beam structure, wherein the lateral push element is configured to provide a lateral load path in the event of a partial overlap collision involving the vehicle, wherein the lateral push element is plate-shaped with the lateral load path in the main plane of the plate-shaped lateral push element, wherein the lateral push element comprises reinforcing structures included in a main body of the lateral push element. a hollow beam structure disposed along a lateral side of the vehicle; wherein a tapered lateral push element comprising an inclined outer support side arranged at an angle with respect to a longitudinal axis of the vehicle, the inclined outer support side is adapted to guide colliding components away from the vehicle body, and to generate lateral force towards the vehicle body, the tapered lateral push element further comprising an inclined inner side, the tapered lateral push element is arranged and mechanically attached inside the hollow beam structure to maintain its position inside the hollow beam structure, wherein the lateral push element is configured to provide a lateral load path in the event of a partial overlap collision involving the vehicle, wherein the lateral push element is plate-shaped with the lateral load path in the main plane of the plate-shaped lateral push element, wherein the lateral push element comprises reinforcing structures included in a main body of the lateral push element.
A bonded structure comprising: a first semiconductor element comprising a conductive first contact structure and a non-metallic first bonding region proximate the first contact structure, the first contact structure comprising a conductive first elongate contact feature; and a second semiconductor element comprising a conductive second contact structure and a non-metallic second bonding region proximate the second contact structure, the second contact structure comprising a conductive second contact feature, wherein the first bonding region is in contact with and directly bonded to the second bonding region, and wherein the first elongate contact feature is oriented non-parallel with and is directly bonded with the second contact feature at an intersection between the first elongate contact feature and the second contact feature, the first elongate contact feature being elongated along an interface between the first and second semiconductor elements, characterised in that the first contact structure comprises a two-dimensional pattern of elongated contact features including said first elongate contact feature, said two-dimensional pattern being defined by a plurality of intersecting conductive segments and either: (a) said two-dimensional pattern is a grid pattern; or (b) the first contact structure defines a boundary disposed about a central region and said plurality of conductive segments extends outwardly from the central region. a first semiconductor element comprising a conductive first contact structure and a non-metallic first bonding region proximate the first contact structure, the first contact structure comprising a conductive first elongate contact feature; and a second semiconductor element comprising a conductive second contact structure and a non-metallic second bonding region proximate the second contact structure, the second contact structure comprising a conductive second contact feature, wherein the first bonding region is in contact with and directly bonded to the second bonding region, and wherein the first elongate contact feature is oriented non-parallel with and is directly bonded with the second contact feature at an intersection between the first elongate contact feature and the second contact feature, the first elongate contact feature being elongated along an interface between the first and second semiconductor elements, characterised in that the first contact structure comprises a two-dimensional pattern of elongated contact features including said first elongate contact feature, said two-dimensional pattern being defined by a plurality of intersecting conductive segments and either: (a) said two-dimensional pattern is a grid pattern; or (b) the first contact structure defines a boundary disposed about a central region and said plurality of conductive segments extends outwardly from the central region.