mhurhangee/ep-ind-claims huggingface dataset:
Device for connecting two panels of a piece of furniture, having a first panel with a junction box having one lateral opening on one of its larger facets, open to an edge adjacent to it, which junction box contains a tensile support, usually cylindrical and consisting of two semi-cylindrical parts symmetrical along the diametrical plane perpendicular to that edge and having a tensile axis that is also perpendicular to this edge, and which is turned by means of a gear assembly, and a second panel, having a blind or through-hole on the facet connecting with the first panel, which may be aligned with the tensile axis, and usually contains (or does not contain) a plug or a nut, characterized in that the tensile support contains a serrated washer, axially fixated, which has external peripheral radial teeth with corresponding in shape to the engagement recesses on a facet facing the drive crown, having an actuator groove on its opposite facet; the tensile axis is a tensor screw with a threaded end, connected with a non-cylindrical central body and a head, and at least one threaded area (5a-5b) of the tensor screw, in contact with an internal wall of the tensile support; the serrated washer has a non-cylindrical central hole corresponding in shape to the section of the non-cylindrical central body of the tensile screw, forming a keyed insertion;
B-pillar for a vehicle including a main section with a hat-shaped section comprising a central flange, two web portions (23, 24) and two side flanges (25, 26), characterised in that at least the hat-shaped section is press-hardened and has a breaking strength in excess of 1400 MPa and in that the side flanges (25, 26) of the hat-shaped section have a breaking strength below 1100 MPa along at least part of the length of the side flanges (25, 26).
A method for transmitting an enhanced downlink control channel, EPDCCH, at a base station in a Long Term Evolution, LTE, wireless communication system operating a time division duplex, TDD, scheme, the method comprising; configuring a plurality of enhanced control channel elements in each of a plurality of resource blocks of a subframe; mapping the EPDCCH to transmission resources in the plurality of resource blocks of the subframe by unit of the enhanced control channel elements; and transmitting the EPDCCH in the transmission resources, wherein the number of enhanced control channel elements per resource block pair in the plurality of resource blocks is varied based on a type of the subframe, said method characterised in that for special subframe configuration indexes 3, 4 and 8 with a normal cyclic prefix, the number of enhanced control channel elements per resource block pair is 4, and for special subframe configuration indexes 1, 2, 6, 7 and 9 with the normal cyclic prefix, the number of enhanced control channel elements per resource block pair is 2.
An RFID tag secured to an object, comprising: a substrate having first and second openings extending therethrough, the RFID tag secured to the object by first and second protrusions extending from a surface of the object through the first and second openings, an RFID chip located on the substrate; and an antenna located on the substrate and electrically connected to the RFID chip; characterized in that the RFID tag further comprises a boss integral with the first and second protrusions covering at least a portion of the RFID tag, wherein the integral boss covering at least a portion of the RFID tag is formed from melted first and second protrusions. a substrate having first and second openings extending therethrough, the RFID tag secured to the object by first and second protrusions extending from a surface of the object through the first and second openings, an RFID chip located on the substrate; and an antenna located on the substrate and electrically connected to the RFID chip; characterized in that the RFID tag further comprises a boss integral with the first and second protrusions covering at least a portion of the RFID tag, wherein the integral boss covering at least a portion of the RFID tag is formed from melted first and second protrusions.
A system, comprising: subsea equipment that is adapted to contain a first fluid while operating in a subsea environment; and an accumulator device (120a, 120b, 120c, 120d, 120e) that is in fluid communication with said subsea equipment, characterised in that said accumulator device (120a, 120b, 120c, 120d, 120e) comprises a first adjustable accumulator chamber, a second adjustable accumulator chamber, and a pressure boundary that is adapted to move in response to a pressure change on said subsea equipment as said subsea equipment is raised from said subsea environment and in that said first adjustable accumulator chamber is adapted to receive at least a portion of said first fluid. subsea equipment that is adapted to contain a first fluid while operating in a subsea environment; and an accumulator device (120a, 120b, 120c, 120d, 120e) that is in fluid communication with said subsea equipment, characterised in that said accumulator device (120a, 120b, 120c, 120d, 120e) comprises a first adjustable accumulator chamber, a second adjustable accumulator chamber, and a pressure boundary that is adapted to move in response to a pressure change on said subsea equipment as said subsea equipment is raised from said subsea environment and in that said first adjustable accumulator chamber is adapted to receive at least a portion of said first fluid.
A method for the simultaneous separation and detection of analytes in a sample through two or more separation channels (16, 19) using electrophoresis, the method comprising - injecting the sample into an electrophoresis system comprising a fluid channel having a fluid channel inlet at one end and a fluid channel outlet at the opposite end, wherein the fluid channel inlet is in fluid communication with a sample injection port, and wherein an interface zone is positioned between the fluid channel inlet and the fluid channel outlet, the electrophoresis system further comprising two or more separation channels (16, 19) with entrances positioned in the interface zone of the fluid channel, wherein the sample is injected through a single sample injection port which is in fluid communication with the two separation channels (16, 19); characterised in that - the electrophoresis system comprises a grounded electrode located in the interface zone of the fluid channel; and - the method comprises separating analytes in each of the separation channels (16, 19) through the application of a voltage potential across each separation channel (16, 19) during the flow of a background electrolyte through the fluid channel from the fluid channel inlet through to the fluid channel outlet; and detecting the analytes separated in each of the separation channels (16, 19). - injecting the sample into an electrophoresis system comprising a fluid channel having a fluid channel inlet at one end and a fluid channel outlet at the opposite end, wherein the fluid channel inlet is in fluid communication with a sample injection port, and wherein an interface zone is positioned between the fluid channel inlet and the fluid channel outlet, the electrophoresis system further comprising two or more separation channels (16, 19) with entrances positioned in the interface zone of the fluid channel, wherein the sample is injected through a single sample injection port which is in fluid communication with the two separation channels (16, 19); - the electrophoresis system comprises a grounded electrode located in the interface zone of the fluid channel; and - the method comprises separating analytes in each of the separation channels (16, 19) through the application of a voltage potential across each separation channel (16, 19) during the flow of a background electrolyte through the fluid channel from the fluid channel inlet through to the fluid channel outlet; and detecting the analytes separated in each of the separation channels (16, 19).
An apparatus, comprising: a support structure comprising an upper base and a lower base vertically spaced from each other; and first and second elongated germicidal lamps (34, 32) each with opposing ends respectively coupled to the upper and lower bases, wherein: a longitudinal axis of the first elongated germicidal lamp is at an acute angle greater than 0° relative to a region of the lower base between the first and second elongated germicidal lamps; characterised in that a longitudinal axis of the second elongated germicidal lamp is at either a right angle or an obtuse angle relative to said region of the lower base. a support structure comprising an upper base and a lower base vertically spaced from each other; and first and second elongated germicidal lamps (34, 32) each with opposing ends respectively coupled to the upper and lower bases, wherein: a longitudinal axis of the first elongated germicidal lamp is at an acute angle greater than 0° relative to a region of the lower base between the first and second elongated germicidal lamps; characterised in that a longitudinal axis of the second elongated germicidal lamp is at either a right angle or an obtuse angle relative to said region of the lower base. a longitudinal axis of the first elongated germicidal lamp is at an acute angle greater than 0° relative to a region of the lower base between the first and second elongated germicidal lamps; characterised in that a longitudinal axis of the second elongated germicidal lamp is at either a right angle or an obtuse angle relative to said region of the lower base.
Method for the preparation with uncooked oils of frozen cut potatoes fit to be consumed after a final cooking, comprising at least the steps of peeling, cleaning, selecting, and cutting potatoes to obtain potato sticks or pieces having other shapes, said method being characterized by further comprising: - at least a step of pre-cooking said pieces or sticks and a step of applying onto the surface of the sticks a starch or derivatives thereof in an aqueous solution and, in sequence, subjecting the sticks to a step of drying; - carrying out, after said step of drying, a treatment for equilibrating the superficial dampness of said sticks or pieces for a period of time ranging between 5 minutes and 13 minutes; - sprinkling said sticks or pieces, after the dampness equilibration, with a quantity of oil comprised between 0.5 and 3% of the weight of said sticks or pieces, said oil being uncooked, said sprinkling being carried out in a cylinder rotating around its own reclining axis and by putting said oil into said cylinder; - deep freezing, or freezing, said sticks or pieces enriched with said starch or derivatives thereof and with said uncooked oil, making them ready for packaging and final cooking, without added oils or fats. - at least a step of pre-cooking said pieces or sticks and a step of applying onto the surface of the sticks a starch or derivatives thereof in an aqueous solution and, in sequence, subjecting the sticks to a step of drying; - carrying out, after said step of drying, a treatment for equilibrating the superficial dampness of said sticks or pieces for a period of time ranging between 5 minutes and 13 minutes; - sprinkling said sticks or pieces, after the dampness equilibration, with a quantity of oil comprised between 0.5 and 3% of the weight of said sticks or pieces, said oil being uncooked, said sprinkling being carried out in a cylinder rotating around its own reclining axis and by putting said oil into said cylinder; - deep freezing, or freezing, said sticks or pieces enriched with said starch or derivatives thereof and with said uncooked oil, making them ready for packaging and final cooking, without added oils or fats.
A rapid-entry shoe comprising: a base; a deformable element coupled to the base, wherein the deformable element is embedded within or extends along a rear portion of the rapid-entry shoe, and between the first anchor and the second anchor, wherein the deformable element has a collapsed configuration and an uncollapsed configuration, wherein in the collapsed configuration the deformable element is in a compressed state and bends downward and in the uncollapsed configuration the deformable element is oriented upwards and is in a reduced compressed state, an uncompressed state, or a partially bent state; and a heel piece including a paddle coupled to the deformable element, wherein the paddle is rotatable about the deformable element; characterised in that, inward rotation of the paddle is prevented by upper and lower necks connecting the paddle to a second paddle; and in that outward rotation of the paddle is assisted by the collapsing of the heel piece. a base; a deformable element coupled to the base, wherein the deformable element is embedded within or extends along a rear portion of the rapid-entry shoe, and between the first anchor and the second anchor, wherein the deformable element has a collapsed configuration and an uncollapsed configuration, wherein in the collapsed configuration the deformable element is in a compressed state and bends downward and in the uncollapsed configuration the deformable element is oriented upwards and is in a reduced compressed state, an uncompressed state, or a partially bent state; and a heel piece including a paddle coupled to the deformable element, wherein the paddle is rotatable about the deformable element; characterised in that, inward rotation of the paddle is prevented by upper and lower necks connecting the paddle to a second paddle; and in that outward rotation of the paddle is assisted by the collapsing of the heel piece.
A seat with a thorax airbag device, which comprises a caseless module with a thorax airbag and is accommodated under a seat cover comprising a tearing seam that can be torn by means of a tearing strip through the thorax airbag, which unfolds in the event of the thorax airbag device being triggered, acting on the tearing strip, wherein the tearing strip is attached to a backrest frame of the seat and is sewn into the tearing strip, characterized in that the end of the tearing strip sewn into the tearing seam is torn from the tearing seam by the unfolding thorax airbag and causes a run in the tearing seam, so that the tearing strip is a run tearing strip, and wherein the thorax airbag device is mounted in a caseless manner between a guide bracket and the run tearing strip, which is passed through between its attachment on the backrest frame of the seat and its sewn-in portion in the tearing seam at the guide bracket.
A method for increasing the coercivity of an arc-shaped Nd-Fe-B magnet, said method comprising the steps of: a) providing of a flexible film with a heavy rare earth coating thereon, wherein the heavy rare earth coating comprises at least one of Dy and Tb; b) arranging the arc-shaped Nd-Fe-B magnet and the flexible film such that a first curved surface of the arc-shaped Nd-Fe-B magnet and the heavy rare earth coating on the flexible film are facing each other; c) arranging a first ceramic body such that a curved surface of the first ceramic body lies on the side of the flexible film opposite the arc-shaped Nd-Fe-B magnet, wherein the curved surface of the first ceramic body and the first curved surface of the arc-shaped Nd-Fe-B magnet are of complementary shape, then pressing the first ceramic body and the magnet together; and d) performing a thermally induced grain boundary diffusion process. a) providing of a flexible film with a heavy rare earth coating thereon, wherein the heavy rare earth coating comprises at least one of Dy and Tb; b) arranging the arc-shaped Nd-Fe-B magnet and the flexible film such that a first curved surface of the arc-shaped Nd-Fe-B magnet and the heavy rare earth coating on the flexible film are facing each other; c) arranging a first ceramic body such that a curved surface of the first ceramic body lies on the side of the flexible film opposite the arc-shaped Nd-Fe-B magnet, wherein the curved surface of the first ceramic body and the first curved surface of the arc-shaped Nd-Fe-B magnet are of complementary shape, then pressing the first ceramic body and the magnet together; and d) performing a thermally induced grain boundary diffusion process.
A process for producing paper which comprises: (i) providing an aqueous suspension comprising cellulosic fibres, (ii) adding separately to the suspension after the suspension has passed all points of high shear, the points of high shear comprising pumping and cleaning stages, wherein the pumping and cleaning stages comprise fan pumps, pressure screens and centri-screens: a cationic polysaccharide; a polymer P2 being an anionic polymer selected from the group consisting of anionic silica-based polymers, and water-soluble and water-dispersible anionic acrylamide-based polymers; and a polymer P1 being a cationic polymer selected from cationic acrylamide-based polymers; and (iii) dewatering the obtained suspension to form paper. (i) providing an aqueous suspension comprising cellulosic fibres, (ii) adding separately to the suspension after the suspension has passed all points of high shear, the points of high shear comprising pumping and cleaning stages, wherein the pumping and cleaning stages comprise fan pumps, pressure screens and centri-screens: a cationic polysaccharide; a polymer P2 being an anionic polymer selected from the group consisting of anionic silica-based polymers, and water-soluble and water-dispersible anionic acrylamide-based polymers; and a polymer P1 being a cationic polymer selected from cationic acrylamide-based polymers; and a cationic polysaccharide; a polymer P2 being an anionic polymer selected from the group consisting of anionic silica-based polymers, and water-soluble and water-dispersible anionic acrylamide-based polymers; and a polymer P1 being a cationic polymer selected from cationic acrylamide-based polymers; and (iii) dewatering the obtained suspension to form paper.
A process for treating a mixed sulphidic material containing lead sulphide and at least one other metal sulphide including one or more of zinc sulphide or copper sulphide, the process characterised by the steps of subjecting the mixed sulphidic material to selective oxidation such that lead sulphide in the material is oxidised to form an oxidised lead compound whilst substantial oxidation of the at least one other metal sulphide is avoided, and separating the oxidized lead compound from the at least one other metal sulphide using a flotation process.
A compressor vane or blade for an engine used in an environment containing abundant foreign substances, the compressor vane or blade comprising: a base body of the compressor vane or blade; and a coating covering the base body, characterized in that the coating consists of a nitride of titanium beyond 60 at% but less than 85 at% and a balance of silicon. a base body of the compressor vane or blade; and a coating covering the base body, characterized in that the coating consists of a nitride of titanium beyond 60 at% but less than 85 at% and a balance of silicon.
A system for forming a composite part with an imprinted feature, the system comprising: a layup mandrel that includes: (i) a mandrel body that defines a layup surface that defines a layup surface finish roughness; and (ii) a plurality of regions of isotropic surface finish spaced-apart on the layup surface, wherein each region of isotropic surface finish of the plurality of regions of isotropic surface finish defines an isotropic surface finish roughness that is greater than the layup surface finish roughness, and further wherein a location of each region of isotropic surface finish corresponds to a desired location for a fastener hole within the composite part. (i) a mandrel body that defines a layup surface that defines a layup surface finish roughness; and (ii) a plurality of regions of isotropic surface finish spaced-apart on the layup surface, wherein each region of isotropic surface finish of the plurality of regions of isotropic surface finish defines an isotropic surface finish roughness that is greater than the layup surface finish roughness, and further wherein a location of each region of isotropic surface finish corresponds to a desired location for a fastener hole within the composite part.
A vaccine composition, comprising: (a) an antigenic moiety derived from a pathogen; (b) a fusion peptide comprising: (i) a transporter peptide sequence that promotes peptide penetration into cells and tissues; and (ii) a MYC polypeptide sequence; and (c) a pharmacologically-acceptable excipient. (a) an antigenic moiety derived from a pathogen; (b) a fusion peptide comprising: (i) a transporter peptide sequence that promotes peptide penetration into cells and tissues; and (ii) a MYC polypeptide sequence; and (i) a transporter peptide sequence that promotes peptide penetration into cells and tissues; and (ii) a MYC polypeptide sequence; and (c) a pharmacologically-acceptable excipient.
A bone cement mixing device, comprising at least two needles, an ampoule holder, a housing, a cap and two ampoules filled with a liquid, which can be perforated by a respective needle, and wherein the liquid is dischargeable from the ampoules through the needles; wherein the ampoules can be slidingly engaged with the needles simultaneously, by means of the ampoule holder; wherein the ampoules are placed in the ampoule holder which is arranged in the cap which is slidably accommodated in the housing. wherein the ampoules can be slidingly engaged with the needles simultaneously, by means of the ampoule holder; wherein the ampoules are placed in the ampoule holder which is arranged in the cap which is slidably accommodated in the housing.