mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a foamed blow-molded article, comprising the steps of: (a) extruding a physical blowing agent-containing foamable molten resin vertically downwardly through an annular die to form a tubular foamed parison, (b) closing a bottom portion of the foamed parison, (c) blowing a gas toward a whole inner peripheral surface of an upper portion of the foamed parison, the bottom portion of which has been closed, from a gas ejection outlet located within the foamed parison at a position immediately below the annular die to widen the foamed parison, (d) closing split molds to clamp the foamed parison therebetween, and (e) blow molding the foamed parison within the split molds, wherein step (c) is carried out at the latest before completion of step (d). (a) extruding a physical blowing agent-containing foamable molten resin vertically downwardly through an annular die to form a tubular foamed parison, (b) closing a bottom portion of the foamed parison, (c) blowing a gas toward a whole inner peripheral surface of an upper portion of the foamed parison, the bottom portion of which has been closed, from a gas ejection outlet located within the foamed parison at a position immediately below the annular die to widen the foamed parison, (d) closing split molds to clamp the foamed parison therebetween, and (e) blow molding the foamed parison within the split molds, wherein step (c) is carried out at the latest before completion of step (d).
A method of plating a stainless steel, comprising: depositing a first plating metal layer over a stainless steel substrate, wherein the first plating metal layer is formed of a nickel-boron plating layer made of a boron-containing nickel alloy; forming an interdiffusion layer in which at least iron and chromium of the stainless steel substrate and nickel and boron of the first plating metal layer interdiffuse, by applying a heat treatment to the stainless steel substrate coated by the first plating metal layer; and depositing a second plating metal layer over the stainless steel substrate having the interdiffusion layer formed therein, wherein the second plating metal layer is formed of a nickel-phosphorus plating layer made of amorphous phosphorus-containing nickel. depositing a first plating metal layer over a stainless steel substrate, wherein the first plating metal layer is formed of a nickel-boron plating layer made of a boron-containing nickel alloy; forming an interdiffusion layer in which at least iron and chromium of the stainless steel substrate and nickel and boron of the first plating metal layer interdiffuse, by applying a heat treatment to the stainless steel substrate coated by the first plating metal layer; and depositing a second plating metal layer over the stainless steel substrate having the interdiffusion layer formed therein, wherein the second plating metal layer is formed of a nickel-phosphorus plating layer made of amorphous phosphorus-containing nickel.
A method for making modified cellulose products, comprising - processing cellulose pulp to modified cellulose pulp, preferably by chemical or physical or enzymatic modification, at a manufacturing location, preferably at a pulp mill, to increase the susceptibility of fibers to disintegration, characterized by - setting the modified cellulose pulp to a suitable dry matter content, wherein the dry matter content of the modified cellulose pulp is set to 20 - 60 wt-%, and - transporting the modified cellulose pulp at set dry matter content to a location of use, where the modified cellulose pulp is disintegrated to nanofibrillar cellulose having a zero-shear viscosity measured with a stress controlled rotational rheometer at a concentration of 0.5% (aqueous medium) between 1000 and 100000 Pa·s. - processing cellulose pulp to modified cellulose pulp, preferably by chemical or physical or enzymatic modification, at a manufacturing location, preferably at a pulp mill, to increase the susceptibility of fibers to disintegration, characterized by - setting the modified cellulose pulp to a suitable dry matter content, wherein the dry matter content of the modified cellulose pulp is set to 20 - 60 wt-%, and - transporting the modified cellulose pulp at set dry matter content to a location of use, where the modified cellulose pulp is disintegrated to nanofibrillar cellulose having a zero-shear viscosity measured with a stress controlled rotational rheometer at a concentration of 0.5% (aqueous medium) between 1000 and 100000 Pa·s.
A method for manufacturing a sheet-shaped member by superimposing a continuous first sheet and a continuous second sheet at a merge position to configure the sheet-shaped member having contiguously arranged absorbent articles, the manufacturing method comprising: a supply process of supplying the first sheet having extensibility and formed periodically with an image from a roll body; a feed process of feeding the first sheet toward the merge position by controlling a feed speed of the first sheet such that an amount of the first sheet equivalent to a single unit of the absorbent article is fed every time an amount of the sheet-shaped member equivalent to a single unit of the absorbent article is conveyed; and a position adjustment process of adjusting a position of the image with respect to the absorbent article by detecting the image on the first sheet, and changing a path length from a feed position where the feed speed of the first sheet is controlled to the merge position based on a result of detecting the image. a supply process of supplying the first sheet having extensibility and formed periodically with an image from a roll body; a feed process of feeding the first sheet toward the merge position by controlling a feed speed of the first sheet such that an amount of the first sheet equivalent to a single unit of the absorbent article is fed every time an amount of the sheet-shaped member equivalent to a single unit of the absorbent article is conveyed; and a position adjustment process of adjusting a position of the image with respect to the absorbent article by detecting the image on the first sheet, and changing a path length from a feed position where the feed speed of the first sheet is controlled to the merge position based on a result of detecting the image.
A door handle assembly comprising: a bracket; a slide member coupled to the bracket and configured to translate between a first position and a second position; and a counterweight pivotally coupled to the bracket and configured to rotate between a first rotational position and a second rotational position, wherein, upon translation of the slide member from the second position to the first position, the slide member is operable to (i) rotate the counterweight in a first direction from the second rotational position to the first rotational position and (ii) prevent rotation of the counterweight in a second direction from the first rotational position. a bracket; a slide member coupled to the bracket and configured to translate between a first position and a second position; and a counterweight pivotally coupled to the bracket and configured to rotate between a first rotational position and a second rotational position, wherein, upon translation of the slide member from the second position to the first position, the slide member is operable to (i) rotate the counterweight in a first direction from the second rotational position to the first rotational position and (ii) prevent rotation of the counterweight in a second direction from the first rotational position.
A nanoparticle comprising at least two proteins, wherein a first protein is a prolamine and a second protein is lactoferrin, and wherein said nanoparticle exhibits a core-shell structure.
Use of a cyclic glycopeptide to enhance the resistance of a composition following in vivo hardening to one or more of a tensile, shear and torsional force, wherein the composition comprises a powder component and an aqueous liquid component and a cyclic glycopeptide component; wherein the powder component comprises a calcium sulfate component and/or a calcium phosphate component; and wherein the powder component and the aqueous liquid component and the cyclic glycopeptide component on mixing forms an injectable or moldable composition capable of hardening in vivo.
A method for mobile navigation, the method comprising: measuring a horizontal location of a mobile navigation unit to generate two-dimensional horizontal coordinate data; measuring a barometric pressure at the mobile navigation unit with a sensor to obtain local pressure data; processing information representative of pressure data derived from a network of a plurality of reference stations including obtaining coefficients resulting from a linear regression of the pressure data derived from the network of the plurality of reference stations to obtain a correction factor; performing a a linear interpolation using the two-dimensional horizontal coordinate data, the local pressure data, and the correction factor to calculate an altitude coordinate; and determining an altitude of the mobile navigation unit from the altitude coordinate. measuring a horizontal location of a mobile navigation unit to generate two-dimensional horizontal coordinate data; measuring a barometric pressure at the mobile navigation unit with a sensor to obtain local pressure data; processing information representative of pressure data derived from a network of a plurality of reference stations including obtaining coefficients resulting from a linear regression of the pressure data derived from the network of the plurality of reference stations to obtain a correction factor; performing a a linear interpolation using the two-dimensional horizontal coordinate data, the local pressure data, and the correction factor to calculate an altitude coordinate; and determining an altitude of the mobile navigation unit from the altitude coordinate.
A diagnostic step for a passenger conveyor, comprising: at least one camera for shooting at least one lateral side of the interior space of the passenger conveyor; and an analyzer unit which receives image data from the camera and transmits the data to an outside network; characterized in that the diagnostic step further comprises at least one directional microphone pointed to said at least one lateral side of the interior space of the passenger conveyor; and the analyzer unit also receives sound data from the directional microphone and transmits the data to the outside network. at least one camera for shooting at least one lateral side of the interior space of the passenger conveyor; and an analyzer unit which receives image data from the camera and transmits the data to an outside network; characterized in that the diagnostic step further comprises at least one directional microphone pointed to said at least one lateral side of the interior space of the passenger conveyor; and the analyzer unit also receives sound data from the directional microphone and transmits the data to the outside network.
A terminal connection joint for electrically connecting a terminal portion provided on a terminal block and a plate-like terminal, comprising: a tubular portion having an inner peripheral surface which faces a peripheral surface of the terminal portion; a contact portion having a first contact surface which comes into contact with an end surface of the terminal portion and a second contact surface which comes into contact with the plate-like terminal; and a clamping portion formed into a planar shape parallel to the contact portion, the clamping portion being configured to clamp the plate-like terminal inserted into a space between the contact portion and the clamping portion; characterised in that the contact portion being connected to the tubular portion via bent portions and extending portions, the extending portions and the bent portions form an elastic supporting portion for elastically supporting the contact portion to press the plate-like terminal in order to prevent an increase of the electrical resistance. a tubular portion having an inner peripheral surface which faces a peripheral surface of the terminal portion; a contact portion having a first contact surface which comes into contact with an end surface of the terminal portion and a second contact surface which comes into contact with the plate-like terminal; and a clamping portion formed into a planar shape parallel to the contact portion, the clamping portion being configured to clamp the plate-like terminal inserted into a space between the contact portion and the clamping portion; characterised in that the contact portion being connected to the tubular portion via bent portions and extending portions, the extending portions and the bent portions form an elastic supporting portion for elastically supporting the contact portion to press the plate-like terminal in order to prevent an increase of the electrical resistance.
A boiler for generating hot water or steam, comprising a substantially cylindrical containment enclosure, which defines a heating chamber intended to contain water to be heated and accommodates axially a furnace, which defines internally a combustion chamber with a burner associated therewith which has a combustion head accommodated in said combustion chamber, and a device for premixing air and gas which is connected to said combustion head, said combustion chamber being connected to a plurality of heat exchange tubes, which are intended to be passed through by the hot combustion gases generated by the flame emitted by said combustion head and which longitudinally pass through said heating chamber, said heat exchange tubes leading into an exhaust gas collection chamber which is connected to a flue, wherein said premixing device comprises a mixer body accommodated axially in an air supply duct connected to said combustion head, said mixer body having, on its front side, directed against the stream of air that arrives from said supply duct, a contoured portion that is adapted to create, between the internal side walls of said supply duct and the lateral surface of said mixer body, an intake region that has a transverse air passage cross-section that is narrower than the air passage cross-section defined by said supply duct upstream of said mixer body, along the direction of the air stream, in said mixer body there being defined, substantially at said intake region, at least one gas delivery opening, which is connected to a feed channel, which is defined at least partially inside said mixer body and is connected to a gas source, means being provided which are adapted to create a lower pressure in said combustion chamber with respect to the external ambient pressure, characterized in that said delivery openings are directed toward the rear side of said mixer body.
Use of a peptide molecule comprising the sequence: X 1 -G/W- X 2 -R/ R- X 3 wherein the peptide molecule is an antagonist of kisspeptin and wherein: X 1 is F; X 2 is L or A or any D-amino-acid residue; X 3 is F or W; and wherein X 3 of the peptide molecule contains group z which removes the charge on that residue, and wherein z is NH 2 and wherein the peptide sequence is not: F-G-L-R-F; F-G-L-R-W; or F-G- F-R-F. in the manufacture of a medicament for the treatment of a condition induced or worsened by kisspeptin activity in a patient, and wherein the condition induced and/or worsened by kisspeptin activity in an individual is selected from the group comprising: a proliferative disorder; endometriosis; uterine fibroids; precocious puberty; pre-eclampsia; inter-uterine growth retardation (IUGR); ectopic pregnancy; menorrhagia; hypertension; coronary heart disease; pathologies of the central nervous system, pancreas and/or immune system; suppressed or inhibited ovulation; fertility; chemotherapy-induced and/or radiotherapy-induced damage to reproductive tissues; suppressed or inhibited wound healing; suppressed or inhibited growth hormone production. X 1 -G/W- X 2 -R/ R- X 3 wherein the peptide molecule is an antagonist of kisspeptin and wherein: X 1 is F; X 2 is L or A or any D-amino-acid residue; X 3 is F or W; and wherein X 3 of the peptide molecule contains group z which removes the charge on that residue, and wherein z is NH 2 X 1 is F; X 2 is L or A or any D-amino-acid residue; X 3 is F or W; and wherein X 3 of the peptide molecule contains group z which removes the charge on that residue, and wherein z is NH 2 and wherein the peptide sequence is not: F-G-L-R-F; F-G-L-R-W; or F-G- F-R-F. F-G-L-R-F; F-G-L-R-W; or F-G- F-R-F. in the manufacture of a medicament for the treatment of a condition induced or worsened by kisspeptin activity in a patient, and wherein the condition induced and/or worsened by kisspeptin activity in an individual is selected from the group comprising: a proliferative disorder; endometriosis; uterine fibroids; precocious puberty; pre-eclampsia; inter-uterine growth retardation (IUGR); ectopic pregnancy; menorrhagia; hypertension; coronary heart disease; pathologies of the central nervous system, pancreas and/or immune system; suppressed or inhibited ovulation; fertility; chemotherapy-induced and/or radiotherapy-induced damage to reproductive tissues; suppressed or inhibited wound healing; suppressed or inhibited growth hormone production.
A beverage holder, comprising: a platform having a slot disposed therethrough for holding bottlenecks; characterized in that it comprises a first rail having first and second portions (106, 108), wherein the first portion of the first rail downwardly extends below an underside of the platform at a position disposed outwardly from the slot, and further wherein the second portion of the first rail inwardly extends towards the slot; and a second rail opposed to the first rail having first and second portions (112, 114), wherein the first portion of the second rail downwardly extends below the underside of the platform at a position disposed outwardly from the slot, and further wherein the second portion of the second rail inwardly extends towards the first portion of the first rail, wherein such rails (40, 42) are configured to hold cans. a platform having a slot disposed therethrough for holding bottlenecks; characterized in that it comprises a first rail having first and second portions (106, 108), wherein the first portion of the first rail downwardly extends below an underside of the platform at a position disposed outwardly from the slot, and further wherein the second portion of the first rail inwardly extends towards the slot; and a second rail opposed to the first rail having first and second portions (112, 114), wherein the first portion of the second rail downwardly extends below the underside of the platform at a position disposed outwardly from the slot, and further wherein the second portion of the second rail inwardly extends towards the first portion of the first rail, wherein such rails (40, 42) are configured to hold cans.
A one-package dental adhesive composition comprising: a polymerizable monomer component containing not less than 5% by mass of an acidic group-containing polymerizable monomer; a polyvalent metal ion-eluting filler that is an aluminosilicate glass and that has a polyvalent metal ion elution amount of 10 to 100 mmol x (respective ion valency)/g (meq/g) - filler when 0.1 g of said filler is added to 10 ml of an aqueous solution containing 10% by weight of maleic acid and is held at 23°C for 24 hours; a volatile organic solvent; and water; wherein said polyvalent metal ion-eluting filler is blended in such an amount that the amount of the polyvalent metal ions eluted out from said filler, if measured following 24 hours at 23°C after preparation of said composition, is from 1.0 to 7.0 mmol x (respective ion valency), meq, per gram of said polymerizable monomer component; said volatile organic solvent is blended in an amount in a range of 30 to 150 parts by mass per 100 parts by mass of said polymerizable monomer component satisfying a condition expressed by the following formula: α ≧ 20 ⋅ X wherein α is the amount of said water-soluble organic solvent blended per 100 parts by mass of said polymerizable monomer component, X is a number representing the amount of the polyvalent metal ions eluted out from said polyvalent metal ion-eluting filler, i.e., the amount in mmol x (respective ion valency), meq, thereof per gram of said polymerizable monomer component, and said water is blended in an amount of 3 to 30 parts by mass per 100 parts by mass of said polymerizable monomer component. a polymerizable monomer component containing not less than 5% by mass of an acidic group-containing polymerizable monomer; a polyvalent metal ion-eluting filler that is an aluminosilicate glass and that has a polyvalent metal ion elution amount of 10 to 100 mmol x (respective ion valency)/g (meq/g) - filler when 0.1 g of said filler is added to 10 ml of an aqueous solution containing 10% by weight of maleic acid and is held at 23°C for 24 hours; a volatile organic solvent; and water;
A pipe-type electrolysis cell, comprising: a pair of terminal electrodes including an outer electrode and an inner electrode that are electrically connected to each other at respective first ends thereof and separated from each other at respective second ends thereof; and a pipe-type bipolar electrode installed between the terminal electrodes and electrically insulated from the terminal electrodes. a pair of terminal electrodes including an outer electrode and an inner electrode that are electrically connected to each other at respective first ends thereof and separated from each other at respective second ends thereof; and a pipe-type bipolar electrode installed between the terminal electrodes and electrically insulated from the terminal electrodes.
An open fronted food storage cabinet having a top, rear, base and opposed sides (12,14,16,18,20), the top, rear, base and opposing sides (12,14,16,18,20) defining an interior space of the cabinet which is accessible through an opening to the front of the cabinet defined between edges of the top, base and opposing sides of the cabinet (12,14,16,18,20), wherein the cabinet includes an interior chassis structure comprised of a base panel, a rear panel and a top panel which are mechanically connected to one another, wherein further the base, rear and top panels (12a,14a,16a) are each formed from a structural sandwich composite material having thermal insulation properties, and wherein further the rear panel includes an aperture to which a mechanism operable to alter the temperature within interior space of the cabinet is mounted, wherein the mechanism operable to alter the temperature within interior space of the cabinet is a heating mechanism in the form of a cassette which is fittable to and removable from the aperture in the rear panel of the interior chassis structure, and wherein the heating mechanism includes an electric heating element and a fan.
End terminal for a safety guardrail, said end terminal comprising an elongated beam which is on opposite ends connected to a ground anchor and to the safety guardrail, respectively, and further comprising a collision catcher which is slidably mounted on the beam, wherein the collision catcher connects to a sliding block with an aperture through which the beam is guided, characterized in that the collision catcher has a hook part for catching behind a bumper of a colliding car.