mhurhangee/ep-ind-claims huggingface dataset:
A polyolefin production system comprising: a plurality of gas-phase polymerization tanks configured to polymerize an olefin gas to form a polyolefin; one compressor comprising an inlet and an outlet and being configured to compress an olefin-containing gas; an individual gas feed line disposed at each of the gas-phase polymerization tanks, configured to guide the gas fed from the outlet of the one compressor to each of the gas-phase polymerization tanks; an individual gas discharge line disposed at each of the gas-phase polymerization tanks, configured to discharge the gas from each of the gas-phase polymerization tanks; a first valve installed in each of the individual gas feed lines; and a gas recovery line connecting the plurality of the individual gas discharge lines and the inlet of the one compressor to each other. a plurality of gas-phase polymerization tanks configured to polymerize an olefin gas to form a polyolefin; one compressor comprising an inlet and an outlet and being configured to compress an olefin-containing gas; an individual gas feed line disposed at each of the gas-phase polymerization tanks, configured to guide the gas fed from the outlet of the one compressor to each of the gas-phase polymerization tanks; an individual gas discharge line disposed at each of the gas-phase polymerization tanks, configured to discharge the gas from each of the gas-phase polymerization tanks; a first valve installed in each of the individual gas feed lines; and a gas recovery line connecting the plurality of the individual gas discharge lines and the inlet of the one compressor to each other.
A concentrated water, characterised in that it has a dry residue of at most 195 mg/l at 180°C and an orthosilicic acid content expressed as SiO 2 of at least 40 mg/l.
A method for predicting whether a human subject who has an αvβ6-mediated disorder will respond to treatment with an αvβ6-integrin inhibitor, the method comprising: a) providing a biological sample that has been obtained from the human subject after having been administered the αvβ6-integrin inhibitor; and b) measuring the expression level of one or more gene(s) or protein(s) selected from the group consisting of arachidonate 5-lipoxygenase 5 (ALOX5), fibronectin, oxidized low density lipoprotein receptor 1, plasminogen activator inhibitor-1 (PAI-1 or SERPINE1), transglutaminase 2, and triggering receptor expressed on myeloid cells 1 (TREM1) in the biological sample, wherein a decrease in the expression level of the one or more gene(s) or protein(s) relative to a control expression level predicts that the human subject will respond, or has an increased likelihood of responding, to treatment with the αvβ6-integrin inhibitor, wherein the αvβ6-mediated disorder is selected from the group consisting of lung fibrosis, idiopathic pulmonary fibrosis, radiation induced fibrosis, bleomycin induced fibrosis, asbestos induced fibrosis, lung cancer, and acute lung injury, scleroderma, wherein the αvβ6-integrin inhibitor is an anti-αvβ6-integrin antibody, and wherein the biological sample is bronchoalveolar lavage fluid. a) providing a biological sample that has been obtained from the human subject after having been administered the αvβ6-integrin inhibitor; and b) measuring the expression level of one or more gene(s) or protein(s) selected from the group consisting of arachidonate 5-lipoxygenase 5 (ALOX5), fibronectin, oxidized low density lipoprotein receptor 1, plasminogen activator inhibitor-1 (PAI-1 or SERPINE1), transglutaminase 2, and triggering receptor expressed on myeloid cells 1 (TREM1) in the biological sample, wherein
A flexible member for use in connection with or as an orthotic, an orthotic insert or an ankle foot orthosis, comprising: a structure (1000; 10; 30; 58; 102; 152) defining (i) a toe platform region, (ii) a longitudinal arch pad region, and (iii) a heel region, and the structure further defining (i) a top surface, (ii) a bottom surface, and (iii) a center axis; and wherein the structure includes a plurality of fiber layers (1002A, 1002B, 1002C) of varying lengths, wherein each of the fiber layers includes a plurality of unidirectionally aligned fibers that are angled at between about 10° and 20° relative to the center axis such that the plurality of unidirectionally aligned fibers are angled medially-to-laterally from the heel region to the toe platform region, wherein the structure is arched from the heel region to the toe platform region; wherein the toe platform region defines a medial distal aspect and a lateral aspect, and wherein the structure is torqued so that medial distal aspect is lower than the lateral aspect of the toe platform region. a structure (1000; 10; 30; 58; 102; 152) defining (i) a toe platform region, (ii) a longitudinal arch pad region, and (iii) a heel region, and the structure further defining (i) a top surface, (ii) a bottom surface, and (iii) a center axis; and wherein the structure includes a plurality of fiber layers (1002A, 1002B, 1002C) of varying lengths, wherein each of the fiber layers includes a plurality of unidirectionally aligned fibers that are angled at between about 10° and 20° relative to the center axis such that the plurality of unidirectionally aligned fibers are angled medially-to-laterally from the heel region to the toe platform region, wherein the structure is arched from the heel region to the toe platform region; wherein the toe platform region defines a medial distal aspect and a lateral aspect, and wherein the structure is torqued so that medial distal aspect is lower than the lateral aspect of the toe platform region.
An apparatus for forming deformations in a nonwoven web, said apparatus comprising: a first forming member having a surface comprising a plurality of discrete, spaced apart male forming elements, each having: a base that is joined to the surface of said first forming member, a top that is spaced away from said base, and sides that extend between the base and the top of said male forming elements, wherein said male elements have a plan view periphery, and a height (Hi); and a second forming member having a surface comprising a plurality of recesses in said second forming member, wherein said apparatus is characterized in that the surface of said second forming member has a knurled macroscale texture with a plurality of raised texture elements, wherein a top of each texture element has a microscale texture thereon, and wherein said recesses are aligned and configured to receive said male forming elements therein, wherein said recesses have a plan view periphery that is larger than, and completely surrounds, the plan view periphery of said male elements, and said recesses have a depth (Di), and wherein at least some of the microscale texture has a surface roughness parameter Sxp that is greater than 3.0 μm and up to 50 μm, wherein this parameter has the meaning defined in Section V, Test Method C herein. a first forming member having a surface comprising a plurality of discrete, spaced apart male forming elements, each having: a base that is joined to the surface of said first forming member, a top that is spaced away from said base, and sides that extend between the base and the top of said male forming elements, wherein said male elements have a plan view periphery, and a height (Hi); and a second forming member having a surface comprising a plurality of recesses in said second forming member, wherein said apparatus is characterized in that the surface of said second forming member has a knurled macroscale texture with a plurality of raised texture elements, wherein a top of each texture element has a microscale texture thereon, and wherein said recesses are aligned and configured to receive said male forming elements therein, wherein said recesses have a plan view periphery that is larger than, and completely surrounds, the plan view periphery of said male elements, and said recesses have a depth (Di), and wherein at least some of the microscale texture has a surface roughness parameter Sxp that is greater than 3.0 μm and up to 50 μm, wherein this parameter has the meaning defined in Section V, Test Method C herein.
A product comprising human derived follicle stimulating hormone for use in the treatment of infertility in a patient having serum AMH level of <15 pmol/L, wherein the product is to be administered at a dose of, or equivalent to, 11 to 13 μg human derived recombinant FSH per day, the human derived recombinant FSH including mono-, di-, tri- and tetra-sialylated structures, wherein 15 to 24% of the sialylated glycan structures are tetrasialylated structures.
A process for manufacturing a transaction card comprising the steps of: (a)forming an opening in a card body of the transaction card; (b) molding a molding material about an electronic component; and (c) inserting and securing the electronic component into the opening in the card body; characterised in that the electronic component is an antenna configured to couple to a payment module. (a)forming an opening in a card body of the transaction card; (b) molding a molding material about an electronic component; and (c) inserting and securing the electronic component into the opening in the card body;
A laser welding method for joining metal plates (W1, W2), comprising the steps of: applying a laser beam to a surface of a plurality of metal plates (W1, W2) superimposed on each other by performing scanning of the laser beam along a circular scanning locus (SC1 to SC5) so as to melt the metal in the vicinity of the scanning locus (SC1 to SC5) to form a molten pool constituted of the molten metal, which is scanned and stirred the laser beam; and being characterised by: shifting sequentially the scanning locus (SC1 to SC5) to be scanned with the laser beam from an inner circular scanning locus to an outer circular scanning locus in a predetermined joining region on the metal plates (W1, W2); and providing an emission interval of the laser beam so that the irradiation on the surface of the metal plates (W1, W2) with the laser beam is temporally stopped when the scanning locus to be scanned with the laser beam is shifted to the outer circular scanning locus. applying a laser beam to a surface of a plurality of metal plates (W1, W2) superimposed on each other by performing scanning of the laser beam along a circular scanning locus (SC1 to SC5) so as to melt the metal in the vicinity of the scanning locus (SC1 to SC5) to form a molten pool constituted of the molten metal, which is scanned and stirred the laser beam; and being characterised by: shifting sequentially the scanning locus (SC1 to SC5) to be scanned with the laser beam from an inner circular scanning locus to an outer circular scanning locus in a predetermined joining region on the metal plates (W1, W2); and providing an emission interval of the laser beam so that the irradiation on the surface of the metal plates (W1, W2) with the laser beam is temporally stopped when the scanning locus to be scanned with the laser beam is shifted to the outer circular scanning locus. shifting sequentially the scanning locus (SC1 to SC5) to be scanned with the laser beam from an inner circular scanning locus to an outer circular scanning locus in a predetermined joining region on the metal plates (W1, W2); and providing an emission interval of the laser beam so that the irradiation on the surface of the metal plates (W1, W2) with the laser beam is temporally stopped when the scanning locus to be scanned with the laser beam is shifted to the outer circular scanning locus.
A method of making a laminated touch fastener, the method comprising: introducing flowable resin to a limited region of an outer surface of a rotating mold roll defining an array of cavities extending inward from an outer surface of the mold roll; applying pressure to the resin to fill the cavities with resin and form a layer of the applied resin interconnecting projections molded within the cavities; and laminating the layer of resin to a flexible substrate while the layer of resin is carried on the mold roll, the substrate being of greater width than the layer of resin, thereby forming a laterally bounded layer of resin from which the molded projections extend, the bounded layer laminated to the substrate and having at least one layer edge adjacent an exposed region of the substrate, the layer having a selvedge region void of the molded projections and defined between the projections and the layer edge; characterized in that the mold roll defines a continuous channel extending about the mold roll and positioned such that the resin at least partially fills the channel, thereby forming in the channel a raised portion of the selvedge region in which the resin layer is of a greater thickness than at a point between the array and the raised portion; wherein the layer edge is formed within the channel. introducing flowable resin to a limited region of an outer surface of a rotating mold roll defining an array of cavities extending inward from an outer surface of the mold roll; applying pressure to the resin to fill the cavities with resin and form a layer of the applied resin interconnecting projections molded within the cavities; and laminating the layer of resin to a flexible substrate while the layer of resin is carried on the mold roll, the substrate being of greater width than the layer of resin, thereby forming a laterally bounded layer of resin from which the molded projections extend, the bounded layer laminated to the substrate and having at least one layer edge adjacent an exposed region of the substrate, the layer having a selvedge region void of the molded projections and defined between the projections and the layer edge; characterized in that the mold roll defines a continuous channel extending about the mold roll and positioned such that the resin at least partially fills the channel, thereby forming in the channel a raised portion of the selvedge region in which the resin layer is of a greater thickness than at a point between the array and the raised portion; wherein the layer edge is formed within the channel.
A reinforcing apparatus for an optical fiber fusion-splicing part, configured to reinforce a fusion-splicing part between optical fibers, comprising: a main body part; a heater provided on the main body part to heat a heat-shrinkable tube covering the fusion-splicing part; and a pair of clamp parts provided at opposite sides of the heater to hold an optical fiber or an optical connector from which the optical fiber is exposed, wherein the pair of the clamp parts respectively include a storage part provided in the main body part to store the optical fiber or the optical connector, and a clamper rotatably supported in the main body part and configured to be able to be disposed in an open state where an upper portion of the storage part is opened when the clamper is opened to the main body part and in a closed state where the optical fiber or the optical connector stored in the storage part is sandwiched when the clamper is closed with respect to the main body part, at least one part of the pair of clamp parts further includes a sliding part that is slidably mounted on the storage part, the sliding part is slid between a first position and a second position so that a height of a placement surface on which the optical fiber or the optical connector is placed in the storage part is changeable, characterised in that the storage part includes a first groove part provided along a direction orthogonal to a longitudinal direction of the optical fiber stored in the storage part, and the sliding part includes a first protrusion part protruding toward a side of the storage part and is engageable with the first groove part. a main body part; a heater provided on the main body part to heat a heat-shrinkable tube covering the fusion-splicing part; and a pair of clamp parts provided at opposite sides of the heater to hold an optical fiber or an optical connector from which the optical fiber is exposed, wherein the pair of the clamp parts respectively include a storage part provided in the main body part to store the optical fiber or the optical connector, and a clamper rotatably supported in the main body part and configured to be able to be disposed in an open state where an upper portion of the storage part is opened when the clamper is opened to the main body part and in a closed state where the optical fiber or the optical connector stored in the storage part is sandwiched when the clamper is closed with respect to the main body part, at least one part of the pair of clamp parts further includes a sliding part that is slidably mounted on the storage part, the sliding part is slid between a first position and a second position so that a height of a placement surface on which the optical fiber or the optical connector is placed in the storage part is changeable, characterised in that the storage part includes a first groove part provided along a direction orthogonal to a longitudinal direction of the optical fiber stored in the storage part, and the sliding part includes a first protrusion part protruding toward a side of the storage part and is engageable with the first groove part.
A long-range, dense visual marker comprising: a black frame on a white background; a quadrangular grid contained in this frame having a size of 5×5, 7×7, 9×9 or 11×11; and where the grid is divided into longitudinal rows and vertical columns which make up a plurality of cells, wherein each cell corresponds to a different piece of data; and where this grid is made up of elements having four different colour tones, with the four colour tones being distinguishable from one another and forming a colour palette; and characterised in that this marker further comprises: in each of the four cells forming the corners of the grid a different colour tone of said four colour tones is included, such that the darkest element is considered the last value forming the colour palette; and where the central cell of the grid determines the size of the grid; and where the cells corresponding with the central row and column, except the central cell, are used for a cyclic redundancy check; and where the remaining cells forming the grid are elements dedicated to a message that can be transmitted by the visual marker. a black frame on a white background; a quadrangular grid contained in this frame having a size of 5×5, 7×7, 9×9 or 11×11; and where the grid is divided into longitudinal rows and vertical columns which make up a plurality of cells, wherein each cell corresponds to a different piece of data; and where this grid is made up of elements having four different colour tones, with the four colour tones being distinguishable from one another and forming a colour palette; and characterised in that this marker further comprises: in each of the four cells forming the corners of the grid a different colour tone of said four colour tones is included, such that the darkest element is considered the last value forming the colour palette; and where the central cell of the grid determines the size of the grid; and where the cells corresponding with the central row and column, except the central cell, are used for a cyclic redundancy check; and where the remaining cells forming the grid are elements dedicated to a message that can be transmitted by the visual marker. in each of the four cells forming the corners of the grid a different colour tone of said four colour tones is included, such that the darkest element is considered the last value forming the colour palette; and where the central cell of the grid determines the size of the grid; and where the cells corresponding with the central row and column, except the central cell, are used for a cyclic redundancy check; and where the remaining cells forming the grid are elements dedicated to a message that can be transmitted by the visual marker.
Container-processing installation, which is configured in circulating form and on the peripheral circumference of which processing modules are arranged for the processing of containers, wherein at least one screening element (3, 4) is provided arranged in the free space between adjacent processing modules, wherein further the screening element (3, 4) is configured as a multi-part panelling arrangement with panelling elements (5, 6), wherein further at least one first element of the panelling elements is mounted on or at one of the processing modules and thereby connected, and wherein another panelling element comprises at least one connecting element, which interacts with a corresponding mating connecting element arranged on the container-processing installation or on the other directly adjacent processing module, characterised in that - the first of the plurality of panelling elements is mounted on or at one of the processing modules such as to be pivotable, and is connected directly in a jointed manner to a second panelling element, and consequently - they can be pivoted out of a position closing off the free space into a position of rest and can be folded onto one another, such that, in the position of rest, the free space is exposed, in order, for example, for servicing work or the like to be carried out, wherein - the panelling is larger in its extension than a free space which is to be screened, and exhibits an angled arrangement of the panelling elements (5, 6) in relation to one another, and wherein - the panelling is arranged such as to be pivotable on one side at the processing module. - the first of the plurality of panelling elements is mounted on or at one of the processing modules such as to be pivotable, and is connected directly in a jointed manner to a second panelling element, and consequently - they can be pivoted out of a position closing off the free space into a position of rest and can be folded onto one another, such that, in the position of rest, the free space is exposed, in order, for example, for servicing work or the like to be carried out, wherein - the panelling is larger in its extension than a free space which is to be screened, and exhibits an angled arrangement of the panelling elements (5, 6) in relation to one another, and wherein - the panelling is arranged such as to be pivotable on one side at the processing module.
A dual purpose hanger fastener for supporting a fixture to a building structure comprising: a. a fastener having a shank forming a first end portion and a head forming a second end portion; b. the shank adapted to engage a building structure; c. the head having a cross-thread opening adapted to receive a support member (118,118A) to provide a support for a fixture and an axial opening extending into the head to not less than 0.8 mm from the cross- thread opening and adapted to receive a support member (118,118B) to provide a support for a fixture. a. a fastener having a shank forming a first end portion and a head forming a second end portion; b. the shank adapted to engage a building structure; c. the head having a cross-thread opening adapted to receive a support member (118,118A) to provide a support for a fixture and an axial opening extending into the head to not less than 0.8 mm from the cross- thread opening and adapted to receive a support member (118,118B) to provide a support for a fixture.