mhurhangee/ep-ind-claims huggingface dataset:
A drill pipe expansion assembly for expansion of a completion component located at a fixed position in a well having a longitudinal axis, the drill pipe expansion assembly comprising: - an expansion unit which is moveable in relation to the completion component, comprising: - a tubular element having a certain length, where the length of the tubular element comprises a plurality of drill pipe sections, the tubular element comprising a first end and a second end, and a wall having an outer face and an outlet for ejection of pressurised fluid, and - a first sealing element (15, 15a) and a second sealing element (15, 15b) arranged on the outer face on each side of the outlet, and - a positioning unit comprising a body and a first fixation element (22, 22a) movable between a projected position and a retracted position in relation to the body, the positioning unit being connected with the tubular element in order to maintain the expansion unit in a fixed position in relation to the completion component during expansion. - an expansion unit which is moveable in relation to the completion component, comprising: - a tubular element having a certain length, where the length of the tubular element comprises a plurality of drill pipe sections, the tubular element comprising a first end and a second end, and a wall having an outer face and an outlet for ejection of pressurised fluid, and - a first sealing element (15, 15a) and a second sealing element (15, 15b) arranged on the outer face on each side of the outlet, and - a positioning unit comprising a body and a first fixation element (22, 22a) movable between a projected position and a retracted position in relation to the body, the positioning unit being connected with the tubular element in order to maintain the expansion unit in a fixed position in relation to the completion component during expansion. - a tubular element having a certain length, where the length of the tubular element comprises a plurality of drill pipe sections, the tubular element comprising a first end and a second end, and a wall having an outer face and an outlet for ejection of pressurised fluid, and - a first sealing element (15, 15a) and a second sealing element (15, 15b) arranged on the outer face on each side of the outlet, and - a positioning unit comprising a body and a first fixation element (22, 22a) movable between a projected position and a retracted position in relation to the body, the positioning unit being connected with the tubular element in order to maintain the expansion unit in a fixed position in relation to the completion component during expansion.
A pre-assembled wall panel, comprising: a panel frame comprising a plurality of studs and first and second end members, wherein the first end member is disposed at one end of the plurality of studs and the second end member disposed at opposite end of the plurality of studs, and wherein each of the plurality of studs is connected to the first and second end members; a first wall board connected to a first side of the panel frame; a second wall board connected to a second side of the panel frame opposite the first side; a plurality of spacers attached to at least one of the first wall board and the second wall board, wherein each spacer of the plurality of spacers is configured to support a finish panel in a spaced relation from the at least one of the first wall board and the second wall board; and a pipe disposed between the first and second wall boards (330, 340) and extending between the opposing first and second end members, wherein the pipe comprises a pipe diverter, wherein a free end of the pipe diverter passes through an opening in the first wall board or the second wall board, characterised in that the pipe diverter comprises a pipe fitting connected to or integrally formed with a pipe section, and wherein the pipe fitting is adapted to form a fluid connection to a vertically adjoining wall panel. a panel frame comprising a plurality of studs and first and second end members, wherein the first end member is disposed at one end of the plurality of studs and the second end member disposed at opposite end of the plurality of studs, and wherein each of the plurality of studs is connected to the first and second end members; a first wall board connected to a first side of the panel frame; a second wall board connected to a second side of the panel frame opposite the first side; a plurality of spacers attached to at least one of the first wall board and the second wall board, wherein each spacer of the plurality of spacers is configured to support a finish panel in a spaced relation from the at least one of the first wall board and the second wall board; and a pipe disposed between the first and second wall boards (330, 340) and extending between the opposing first and second end members, wherein the pipe comprises a pipe diverter, wherein a free end of the pipe diverter passes through an opening in the first wall board or the second wall board, characterised in that the pipe diverter comprises a pipe fitting connected to or integrally formed with a pipe section, and wherein the pipe fitting is adapted to form a fluid connection to a vertically adjoining wall panel.
Film blowing die for producing a tubular film made of single-layer or multi-layer film, - which comprises at least one melt gap for forming a film layer, which is embodied between two boundary walls (5, 6), - wherein at least one melt line issues into the melt gap - and converts within the melt gap into a first melt channel, - which is formed at least in a partial region (11, 12, 13, 14) of the progression of the at least one first melt channel by recesses (3, 7) in the two boundary walls (5, 6) of the melt gap, - and which distributes the melt in the melt gap, while it tapers in its progression in the direction of transport of the melt (h) and finally merges entirely into the melt gap in its end region, - wherein the at least one first melt channel is formed in one of its partial regions (11, 12, 13, 14) only by recesses (3, 7) in one of its two boundary walls (5, 6), wherein the at least one first melt channel has an overflow region which is set to zero and over which melt does not flow, and an overflow region (12, 13, 14) over which the melt at least of a second melt gap flows, wherein the at least one first melt channel is formed in the entire overflow region set to zero by recesses (3, 7) in both boundary walls (5, 6) of the melt gap, characterized - in that the partial region of the first melt channel which is formed only by recesses (3, 7) in one of its two boundary walls (5, 6) is at least the last overflow region. - which comprises at least one melt gap for forming a film layer, which is embodied between two boundary walls (5, 6), - wherein at least one melt line issues into the melt gap - and converts within the melt gap into a first melt channel, - which is formed at least in a partial region (11, 12, 13, 14) of the progression of the at least one first melt channel by recesses (3, 7) in the two boundary walls (5, 6) of the melt gap, - and which distributes the melt in the melt gap, while it tapers in its progression in the direction of transport of the melt (h) and finally merges entirely into the melt gap in its end region, - wherein the at least one first melt channel is formed in one of its partial regions (11, 12, 13, 14) only by recesses (3, 7) in one of its two boundary walls (5, 6), wherein the at least one first melt channel has an overflow region which is set to zero and over which melt does not flow, and an overflow region (12, 13, 14) over which the melt at least of a second melt gap flows, wherein the at least one first melt channel is formed in the entire overflow region set to zero by recesses (3, 7) in both boundary walls (5, 6) of the melt gap, characterized - in that the partial region of the first melt channel which is formed only by recesses (3, 7) in one of its two boundary walls (5, 6) is at least the last overflow region.
A nested set of rodent containment cage covers, comprising a plurality of rodent thin wall containment cage covers that are about 70% nested or more; each of which cage covers are constructed of a polymer and comprise at least one corner or edge in an interior of a cage when a cover is affixed to a cage base; which at least one corner or edge is accessible to a rodent that can be contained in the cage, and is defined by surfaces having an angle α greater than 180 degrees and less than 360 degrees and a minimum radius φ with φ = 0.25/(tan((pi/360)(360-α))) x 2.54cm.
An optical element comprising: a concavo-convex structure forming layer that has a concavo-convex structure on one surface; and a light-reflecting layer that covers at least part of a surface of the concavo-convex structure of the concavo-convex structure forming layer, in which: the concavo-convex structure forming layer comprises a unit group that includes a plurality of units whose concavo-convex structures are different from each other and that includes units having an identical concavo-convex structure; each of the units has a flat portion and either a plurality of convexities or a plurality of concavities, with an upper surface of each convexity or a bottom surface of each concavity being substantially parallel to a surface of the flat portion; characterised in that the convexities or the concavities adjacent to each other have center-to-center distances that are not constant; the convexities or the concavities have a constant height or depth; and in the unit group, units having an identical concavo-convex structure are not arrayed at a pitch of less than 150 μm. a concavo-convex structure forming layer that has a concavo-convex structure on one surface; and a light-reflecting layer that covers at least part of a surface of the concavo-convex structure of the concavo-convex structure forming layer, in which: the concavo-convex structure forming layer comprises a unit group that includes a plurality of units whose concavo-convex structures are different from each other and that includes units having an identical concavo-convex structure; each of the units has a flat portion and either a plurality of convexities or a plurality of concavities, with an upper surface of each convexity or a bottom surface of each concavity being substantially parallel to a surface of the flat portion; characterised in that the convexities or the concavities adjacent to each other have center-to-center distances that are not constant; the convexities or the concavities have a constant height or depth; and in the unit group, units having an identical concavo-convex structure are not arrayed at a pitch of less than 150 μm. the concavo-convex structure forming layer comprises a unit group that includes a plurality of units whose concavo-convex structures are different from each other and that includes units having an identical concavo-convex structure; each of the units has a flat portion and either a plurality of convexities or a plurality of concavities, with an upper surface of each convexity or a bottom surface of each concavity being substantially parallel to a surface of the flat portion; characterised in that the convexities or the concavities adjacent to each other have center-to-center distances that are not constant; the convexities or the concavities have a constant height or depth; and in the unit group, units having an identical concavo-convex structure are not arrayed at a pitch of less than 150 μm.
Use of a hydrophobic starch as emulsifier, said hydrophobic starch being obtained by a process comprising the steps a) etherification, esterification or amidation of a starch with a hydrophobic reagent comprising an alkyl or alkenyl chain having from 7-24 carbon atoms and b) enzymatic conversion of said starch using an amylomaltase (E.C. 2.4.1.25) or a 1,4-α-glucan branching enzyme (EC 2.4.1.18).
Vehicle seat comprising a seat part and a backrest part, wherein the seat part is configured shell-shaped on the lower face, at least one front end of the seat part being displaceable forwards and upwards in a combined manner and the inclination of the seat part being adjustable by means of an adjustment movement of the seat part with respect to a seat support shell arranged below the seat part, characterised in that by means of the adjustment movement of the seat part the front end of the seat part is displaceable forwards along a curved path with respect to the seat support shell and a rear end of the seat part is displaceable forwards along a straight line with respect to the seat support shell.
Installation vessel with a deck to deploy a hydrocarbon transfer pipe composed of several pipe segments, wherein the hydrocarbon transfer pipe is a flexible hose string composed of several flexible hose segments, the vessel comprising a tower with a trolley hoist lifting means to lift a pipe segment from an horizontal position into a vertical position, an assembly platform, for connecting a vertical pipe segment to a previously launched transfer pipe string, the assembly platform being provided with a clamping device that is adapted to support the weight of the pipe string during assembling, characterized in that the vessel comprises a hose string guide element which is placed under the assembly platform, and which comprises a guiding sheave rotatable around a horizontal axis and which is adapted to guide the flexible hose string to create a gradually curved transition of the flexible hose string from the vertical to an inclined or horizontal position.
A device arranged to create a protective gas cushion in an outwardly open volume, the device being connectable to a gas source, the device comprising: (i) a flexible hose portion having an intake end and a discharge end and (ii) a distal tip portion connected to the discharge end of the flexible hose portion, the distal tip portion comprising a rigid, porous polymer body having a pore size of 7 to 45 μm and being hydrophobic, wherein the distal tip portion is adapted to be positioned in the volume and wherein the device is arranged to supply the gas to the volume through the rigid, porous polymer body, the rigid, porous polymer body being arranged to supply the volume with the gas in a substantially laminar, continuous flow in order to enable the formation of the protective gas cushion intended to fill the volume and thereby prevent air from the environment from reaching the volume.
A method for detecting the presence or absence in a sample of at least one microorganism belonging to the Streptococcus genus comprising: i) contacting the sample with at least one oligonucleotide selected to be sufficiently complementary to hybridize to at least one tuf nucleic acid specific to said genus; ii) allowing said oligonucleotide and said tuf nucleic acid to hybridize under conditions such that said oligonucleotide hybridizes to said tuf nucleic acid, wherein said oligonucleotide hybridizes only to target microorganisms belonging to said genus and does not detectably hybridize to tuf nucleic acids from non-target microorganisms; and iii) testing for hybridization of said oligonucleotide to said tuf nucleic acid. i) contacting the sample with at least one oligonucleotide selected to be sufficiently complementary to hybridize to at least one tuf nucleic acid specific to said genus; ii) allowing said oligonucleotide and said tuf nucleic acid to hybridize under conditions such that said oligonucleotide hybridizes to said tuf nucleic acid, wherein said oligonucleotide hybridizes only to target microorganisms belonging to said genus and does not detectably hybridize to tuf nucleic acids from non-target microorganisms; and iii) testing for hybridization of said oligonucleotide to said tuf nucleic acid.
A resin composition containing a block copolymer of a vinyl aromatic hydrocarbon and a conjugated diene, which satisfies the following to: the content ratio (mass) of the conjugated diene is from 22 to 32%, the block ratio of the vinyl aromatic hydrocarbon is from 90 to 98%, Mw/Mn (wherein Mw is the weight average molecular weight and Mn is the number average molecular weight) is from 1.1 to 1.6 obtained by gel permeation chromatography by differential refractive index method, the loss tangent (tanδ) obtained by dynamic viscoelasticity measurement has one local maximum value (tanδ (max)) within a temperature range of from -90 to -30°C, and tanδ (tanδ (max+30°C)) at a temperature higher by 30 °C than the temperature at the local maximum value (tanδ peak temperature) is at least 0.6 relative to tanδ (tanδ (max)) at the temperature at the local maximum value. the content ratio (mass) of the conjugated diene is from 22 to 32%, the block ratio of the vinyl aromatic hydrocarbon is from 90 to 98%, Mw/Mn (wherein Mw is the weight average molecular weight and Mn is the number average molecular weight) is from 1.1 to 1.6 obtained by gel permeation chromatography by differential refractive index method, the loss tangent (tanδ) obtained by dynamic viscoelasticity measurement has one local maximum value (tanδ (max)) within a temperature range of from -90 to -30°C, and tanδ (tanδ (max+30°C)) at a temperature higher by 30 °C than the temperature at the local maximum value (tanδ peak temperature) is at least 0.6 relative to tanδ (tanδ (max)) at the temperature at the local maximum value.
A load carrier foot comprising a support body comprising a support surface adapted to rest against a first surface of a vehicle, a first bracket adapted to grip about a second surface of said vehicle, a second bracket adapted to grip about a third surface of said vehicle, and a tensioning arrangement adapted to impart a clamping force at between said support surface and said first and said second brackets (6, 6') to retain said load carrier foot to said vehicle, said first and said second brackets (6, 6') are pivotally connected to each other, characterized in that said first and said second brackets (6, 6') are pivotally connected to said support body at one or more common connection points.
A system for the preparation of colored powder materials for the manufacture of ceramic tiles, the system comprising: • a mixer constituted by an upper cover connected to the supply line of the base material and by a mixing cylindrical chamber; • a vibrating frame located between upper cover and mixing chamber, the vibrating frame is connected with seal to the mixing cylindrical chamber; • a perforated baffle fixed to the vibrating frame; characterized in that the system further comprises • a system for generating an operating vacuum pressure in the upper cover; • an injection system of the colorant at the base of the mixing chamber. • a mixer constituted by an upper cover connected to the supply line of the base material and by a mixing cylindrical chamber; • a vibrating frame located between upper cover and mixing chamber, the vibrating frame is connected with seal to the mixing cylindrical chamber; • a perforated baffle fixed to the vibrating frame; characterized in that the system further comprises • a system for generating an operating vacuum pressure in the upper cover; • an injection system of the colorant at the base of the mixing chamber.
File guide for guiding a file when grinding a cutting link (18, 19) of a saw chain, wherein the saw chain consists of lateral connecting links and central driving links connecting the connecting links, wherein the connecting links are partially designed as right-hand cutting links or left-hand cutting links, wherein the file guide has two first grooves (9, 10), with which the file guide can be placed on the saw chain for filing left-hand cutting links, and wherein the file guide has two second grooves (11, 12), with which the file guide can be placed on the saw chain for filing right-hand cutting links, and wherein the file guide has a receptacle for the file, and wherein the file guide has a first side wall and a second side wall, and wherein the first side wall has a first groove and a second groove, characterised in that the first grooves (9, 10) are open towards a first side of the file guide and the second grooves (11, 12) are open towards a second, opposite side of the file guide, and in that the groove depth (b, c) of two grooves (9, 10, 11, 12) located on one side (25, 26) of the file guide are different, the groove (9, 11) to be located at the rear in the running direction of the saw chain being deeper than the groove (10, 12) to be located at the front in the running direction.
A carrier formed of foldable sheet material, the carrier comprising: a bottom; a plurality of side panels (113, 115) adjoined and connected to the bottom; and a handle panel formed as an extension of one of the side panels (113, 115), and wherein the carrier provides an upwardly open compartment including a pair of cutting lines respectively horizontally forming a band cut into the compartment corner; wherein upon inward depression of the band a partition will be formed in the upwardly open compartment, dividing the compartment characterized in that the handle panel comprises a first aperture, a first fold line being angled relative to a plane formed by the bottom of the carrier, and a second fold line being angled relative to the plane formed by the bottom of the carrier at a different angle than the first fold line. a bottom; a plurality of side panels (113, 115) adjoined and connected to the bottom; and a handle panel formed as an extension of one of the side panels (113, 115), and wherein the carrier provides an upwardly open compartment including a pair of cutting lines respectively horizontally forming a band cut into the compartment corner; wherein upon inward depression of the band a partition will be formed in the upwardly open compartment, dividing the compartment characterized in that the handle panel comprises a first aperture, a first fold line being angled relative to a plane formed by the bottom of the carrier, and a second fold line being angled relative to the plane formed by the bottom of the carrier at a different angle than the first fold line.