mhurhangee/ep-ind-claims huggingface dataset:
A method for curing an adhesive composition, comprising: arranging an adhesive composition that transmits laser light of a first wavelength in contact with a surface of a first adherend that contains, at least at its surface, a first light-to-heat conversion material that generates heat by absorbing laser light of the first wavelength; and curing the adhesive composition by irradiating the adhesive composition and the first adherend with laser light of the first wavelength, characterized in that the adhesive composition contains a second light-to-heat conversion material that changes, when heated, to a material that generates heat by absorbing laser light of the first wavelength, the first light-to-heat conversion material is at least one color material select from the group consisting of inorganic pigments, organic pigments, and dyes, and the second light-to-heat conversion material is a thermochromic material. arranging an adhesive composition that transmits laser light of a first wavelength in contact with a surface of a first adherend that contains, at least at its surface, a first light-to-heat conversion material that generates heat by absorbing laser light of the first wavelength; and curing the adhesive composition by irradiating the adhesive composition and the first adherend with laser light of the first wavelength, characterized in that the adhesive composition contains a second light-to-heat conversion material that changes, when heated, to a material that generates heat by absorbing laser light of the first wavelength, the first light-to-heat conversion material is at least one color material select from the group consisting of inorganic pigments, organic pigments, and dyes, and the second light-to-heat conversion material is a thermochromic material.
A method of analyzing the glycans of a glycoprotein, comprising (i) labeling the glycans with anthranilic acid (2-AA); and (ii) separating the labeled glycans using reversed-phase liquid chromatography (RP-LC), wherein (a) the mobile phase used during RP-LC is acidic; and (b) the reversed-phase liquid chromatography (RP-LC) is performed under conditions under which the carboxyl group of the 2-AA label attached to the glycans is neutral; and (iii) subjecting the labeled glycans to positive ionization mass spectrometry after the separation using RP-LC; wherein the glycans are neutral or acidic, and wherein no ion-pairing reagent is used in the mobile phase. (i) labeling the glycans with anthranilic acid (2-AA); and (ii) separating the labeled glycans using reversed-phase liquid chromatography (RP-LC), wherein (a) the mobile phase used during RP-LC is acidic; and (b) the reversed-phase liquid chromatography (RP-LC) is performed under conditions under which the carboxyl group of the 2-AA label attached to the glycans is neutral; and (a) the mobile phase used during RP-LC is acidic; and (b) the reversed-phase liquid chromatography (RP-LC) is performed under conditions under which the carboxyl group of the 2-AA label attached to the glycans is neutral; (iii) subjecting the labeled glycans to positive ionization mass spectrometry after the separation using RP-LC;
A method for testing a melt-fabricable fluororesin injection-molded article, the method comprising determining whether or not a melt-fabricable fluororesin injection-molded article is defective due to a crack or delamination based on a stress-strain curve or tensile strength-strain curve obtained by a tensile test performed on the injection-molded article, characterized in that the determining involves dividing the stress-strain curve or tensile strength-strain curve into two or more regions according to a strain level, obtaining a reduction amount or reduction rate of the stress or tensile strength in a large strain region relative to the stress or tensile strength in a small strain region, and determining an injection-molded article having a small reduction amount or reduction rate of the stress or tensile strength as a non-defective article and an injection-molded article having a large reduction amount or reduction rate of the stress or tensile strength as a defective article. determining whether or not a melt-fabricable fluororesin injection-molded article is defective due to a crack or delamination based on a stress-strain curve or tensile strength-strain curve obtained by a tensile test performed on the injection-molded article, characterized in that the determining involves dividing the stress-strain curve or tensile strength-strain curve into two or more regions according to a strain level, obtaining a reduction amount or reduction rate of the stress or tensile strength in a large strain region relative to the stress or tensile strength in a small strain region, and determining an injection-molded article having a small reduction amount or reduction rate of the stress or tensile strength as a non-defective article and an injection-molded article having a large reduction amount or reduction rate of the stress or tensile strength as a defective article.
Adapter for connecting a windscreen wiper to a U-hook-shaped end of a wiper arm, the adapter comprising: - two vertical lateral flanges between which the end hook of the wiper arm is received; - a body with a convex front external profile which extends transversely between the internal faces of the two flanges; - at least one first protuberance which is borne by a lateral flange and projects transversely towards the inside to collaborate with a convex front end face of a first hook of a first size, - at least a second protuberance which is borne by a lateral flange, which is offset longitudinally towards the front with respect to the first protuberance and which projects transversely towards the inside to collaborate with a convex front end face of a second end hook of a second size, each protuberance (100, 110) being mounted with the ability to move with respect to the lateral flange that bears it between: -- a rest position in which it projects transversely towards the inside; -- and a position in which it is retracted transversely towards the outside, characterized in that the said adapter comprises at least one branch which extends longitudinally towards the rear from the body and which bears a projecting locking lug intended to be received in a locking slot of an end hook of the wiper arm. - two vertical lateral flanges between which the end hook of the wiper arm is received; - a body with a convex front external profile which extends transversely between the internal faces of the two flanges; - at least one first protuberance which is borne by a lateral flange and projects transversely towards the inside to collaborate with a convex front end face of a first hook of a first size, - at least a second protuberance which is borne by a lateral flange, which is offset longitudinally towards the front with respect to the first protuberance and which projects transversely towards the inside to collaborate with a convex front end face of a second end hook of a second size, each protuberance (100, 110) being mounted with the ability to move with respect to the lateral flange that bears it between: -- a rest position in which it projects transversely towards the inside; -- and a position in which it is retracted transversely towards the outside, characterized in that the said adapter comprises at least one branch which extends longitudinally towards the rear from the body and which bears a projecting locking lug intended to be received in a locking slot of an end hook of the wiper arm. -- a rest position in which it projects transversely towards the inside; -- and a position in which it is retracted transversely towards the outside, characterized in that the said adapter comprises at least one branch which extends longitudinally towards the rear from the body and which bears a projecting locking lug intended to be received in a locking slot of an end hook of the wiper arm.
A method of providing an intelligent response on an electronic device, the method comprising: receiving a command from a user of the electronic device; analyzing the command; generating, based on the analyzed command, at least one intelligent response corresponding to the command and an actual response corresponding to the command; wherein the actual response corresponding to the command comprises a control signal to be transmitted to at least one remote device for controlling, in response to the command, the at least one remote device; the at least one intelligent response including a sound effect associated with the command; determining, with at least one GPS, a location of the electronic device relative to a known location of the at least one remote device performing a physical action corresponding to the actual response; characterized in that the method further comprises: outputting, by the electronic device, the actual response and the at least one intelligent response including the sound effect with a sound volume that varies according to a distance between the location of the electronic device and the known location of the at least one remote device. receiving a command from a user of the electronic device; analyzing the command; generating, based on the analyzed command, at least one intelligent response corresponding to the command and an actual response corresponding to the command; wherein the actual response corresponding to the command comprises a control signal to be transmitted to at least one remote device for controlling, in response to the command, the at least one remote device; the at least one intelligent response including a sound effect associated with the command; determining, with at least one GPS, a location of the electronic device relative to a known location of the at least one remote device performing a physical action corresponding to the actual response; characterized in that the method further comprises: outputting, by the electronic device, the actual response and the at least one intelligent response including the sound effect with a sound volume that varies according to a distance between the location of the electronic device and the known location of the at least one remote device.
A compressor housing which houses an impeller having a plurality of blades and a main body provided at base parts of the plurality of blades, in a rotatable manner about a rotational axis, which has an intake passage formed at a first end thereof for guiding working fluid to the impeller, and which has a volute formed at a second end thereof, the compressor housing comprising: an inner cylindrical element made of a plastic or of a metal material and extending in an axial direction and in a circumferential direction to surround blade tips of the blades; and an outer cylindrical element made of a plastic material and extending in the axial direction and in the circumferential direction to surround the inner cylindrical element, wherein the inner cylindrical element and the outer cylindrical element are bonded or jointed at the first end, opposite the second end where the volute is formed, and a clearance is provided between the second end of the inner cylindrical element and the second end of the outer cylindrical element, the second end of the outer cylindrical element facing the second end of the inner cylindrical element. an inner cylindrical element made of a plastic or of a metal material and extending in an axial direction and in a circumferential direction to surround blade tips of the blades; and an outer cylindrical element made of a plastic material and extending in the axial direction and in the circumferential direction to surround the inner cylindrical element, wherein the inner cylindrical element and the outer cylindrical element are bonded or jointed at the first end, opposite the second end where the volute is formed, and a clearance is provided between the second end of the inner cylindrical element and the second end of the outer cylindrical element, the second end of the outer cylindrical element facing the second end of the inner cylindrical element.
Amorphous titanium stannate silicate with the general formula: M v+ w Ti x Si y Sn z O 2x+2y+2z+0.5vw, wherein M is at least one of a proton, ammonium, a metal or a mixture of metals, v is the valence of M being a positive integer and wherein x, y, z and w are molar ratios: x is 1, y is from 0.2 to 5, z is from 0.05 to 1, and w is from 0.01 to 10, wherein the titanium stannate silicate has a pore volume of at least 0.3 mL/g, determined by liquid nitrogen adsorption. wherein M is at least one of a proton, ammonium, a metal or a mixture of metals, v is the valence of M being a positive integer and wherein x, y, z and w are molar ratios: x is 1, y is from 0.2 to 5, z is from 0.05 to 1, and w is from 0.01 to 10, x is 1, y is from 0.2 to 5, z is from 0.05 to 1, and w is from 0.01 to 10, wherein the titanium stannate silicate has a pore volume of at least 0.3 mL/g, determined by liquid nitrogen adsorption.
A process for the preparation of a 1,3-butadiene and styrene copolymer comprising the following steps: a) anionically polymerizing a blend comprising from 5% by weight to 40% by weight of styrene and from 60% by weight to 95% by weight of 1,3-butadiene, with respect to the overall weight of the mixture, in the presence of at least one hydrocarbon solvent, of at least one lithium-based catalyst having the general formula LiR 1 wherein R 1 represents a linear or branched C 3 -C 10 alkyl group, and of least one polar modifier; b) optionally, reacting the copolymer obtained in step (a) with at least one chain-end monomer selected from 1,3-butadiene, styrene and α-methylstyrene; c) reacting from 10% by weight to 70% by weight of the lithium-terminated polymeric chains present in the copolymer obtained in step (a) or in step (b), with at least one coupling agent selected from liquid polyepoxides having at least three reactive sites capable of reacting with the carbon-lithium chain ends; d) optionally, reacting the copolymer obtained in step (c) with at least one chain-end monomer selected from 1,3-butadiene, styrene and α-methylstyrene; e) reacting the linear polymeric chains remaining in the copolymer obtained in step (c) or in step (d), with at least one tin compound having the general formula XSn(R 2) 3 wherein X represents a halogen atom such as chlorine and R 2 represents a linear or branched C 1 -C 10 alkyl group. a) anionically polymerizing a blend comprising from 5% by weight to 40% by weight of styrene and from 60% by weight to 95% by weight of 1,3-butadiene, with respect to the overall weight of the mixture, in the presence of at least one hydrocarbon solvent, of at least one lithium-based catalyst having the general formula LiR 1 wherein R 1 represents a linear or branched C 3 -C 10 alkyl group, and of least one polar modifier; b) optionally, reacting the copolymer obtained in step (a) with at least one chain-end monomer selected from 1,3-butadiene, styrene and α-methylstyrene; c) reacting from 10% by weight to 70% by weight of the lithium-terminated polymeric chains present in the copolymer obtained in step (a) or in step (b), with at least one coupling agent selected from liquid polyepoxides having at least three reactive sites capable of reacting with the carbon-lithium chain ends; d) optionally, reacting the copolymer obtained in step (c) with at least one chain-end monomer selected from 1,3-butadiene, styrene and α-methylstyrene; e) reacting the linear polymeric chains remaining in the copolymer obtained in step (c) or in step (d), with at least one tin compound having the general formula XSn(R 2) 3 wherein X represents a halogen atom such as chlorine and R 2 represents a linear or branched C 1 -C 10 alkyl group.
The use of a flotation agent comprising at least one fatty acid and at least one sarcosinate of the formula wherein R is a C 7 to C 21 alkyl or alkenyl group, which sarcosinate may be present in the form of a cation derived therefrom caused by protonation of the nitrogen atom, wherein the amount of fatty acid is from 70 to 99 wt.-%, and wherein the amount of the sarcosinate of the formula is from 1 to 30 wt.-% in amounts of from 100 to 1000 g/t for the flotation of phosphate ore.
A computer network, comprising: a first lower level switch; a first upper level switch; a second upper level switch; a first passive optical splitter having a first port directly coupled to the first upper level switch, a second port directly coupled to the second upper level switch, a third port, and a fourth port; a second passive optical splitter having a first port directly coupled to the fourth port of the first passive optical splitter, a second port, a third port directly coupled to the first lower level switch, and a fourth port; and a first mirror coupled to the fourth port of the second passive optical splitter and configured to reflect an optical signal received from the second passive optical splitter to the first upper level switch and second upper level switch through the second passive optical splitter and the first passive optical splitter, where each of the first passive optical splitter and the second passive optical splitter is configured to transmit signals received at one of its first port and second port as output signals on both of its third port and fourth port, and transmit signals received at one of its third port and fourth port as output signals on both of its first port and second port. a first lower level switch; a first upper level switch; a second upper level switch; a first passive optical splitter having a first port directly coupled to the first upper level switch, a second port directly coupled to the second upper level switch, a third port, and a fourth port; a second passive optical splitter having a first port directly coupled to the fourth port of the first passive optical splitter, a second port, a third port directly coupled to the first lower level switch, and a fourth port; and a first mirror coupled to the fourth port of the second passive optical splitter and configured to reflect an optical signal received from the second passive optical splitter to the first upper level switch and second upper level switch through the second passive optical splitter and the first passive optical splitter, where each of the first passive optical splitter and the second passive optical splitter is configured to transmit signals received at one of its first port and second port as output signals on both of its third port and fourth port, and transmit signals received at one of its third port and fourth port as output signals on both of its first port and second port.
A method for generating a database of a geographical map of a navigation device, the geographical map covering a geographical area which is divided into several update regions (51a, 52a), the method comprising the steps of: - identifying at least one object (80, 90) in the geographical map which covers an object area in the geographical area, the object area being divided into different parts (81, 82, 91, 92) which are located in different update regions (51a, 52a), - storing in the database, for each of said at least one object, information indicating that the object area overlaps with plural update regions (51a, 52a), the information comprising pointers to update regions in which the respective different parts (81, 82, 91, 92) of the object area are stored, characterized in that the information is stored in a global table, wherein the step of storing the information comprises the step of assigning, for each identified object, a global identifier used by all update regions (51a, 52a) to identify the corresponding object, and storing in the global table, for each of the object areas of the identified object, identifiers for update regions in which the respective object area is located.. - identifying at least one object (80, 90) in the geographical map which covers an object area in the geographical area, the object area being divided into different parts (81, 82, 91, 92) which are located in different update regions (51a, 52a), - storing in the database, for each of said at least one object, information indicating that the object area overlaps with plural update regions (51a, 52a), the information comprising pointers to update regions in which the respective different parts (81, 82, 91, 92) of the object area are stored, characterized in that the information is stored in a global table,
A microneedle particle comprising: a core structure; and one or more microneedles extending from the core structure, the one or more microneedles being structured to penetrate a biological tissue; wherein at least one of (i) the core structure, (ii) the one or more microneedles, and (iii) a spatial relationship between/among two or more of the microneedles is configured to prevent the entire microneedle particle from penetrating the biological tissue, and wherein the microneedle particle is a substantially planar microneedle particle. a core structure; and one or more microneedles extending from the core structure, the one or more microneedles being structured to penetrate a biological tissue; wherein at least one of (i) the core structure, (ii) the one or more microneedles, and (iii) a spatial relationship between/among two or more of the microneedles is configured to prevent the entire microneedle particle from penetrating the biological tissue, and wherein the microneedle particle is a substantially planar microneedle particle.
An abatement system comprising a radiant burner chamber and a liquid scrubbing chamber downstream of said radiant burner chamber, said abatement system comprising a purge gas feeding means mounted between flanges (270, 370) that join said radiant burner to said liquid scrubbing chamber wherein said purge gas feeding mean comprises a plurality of paths running from an outer perimeter of said purge gas feeding means to an inner surface, said inner surface comprising a purge gas outlet for outputting said purge gas into said abatement system; characterised in that a cross sectional area of said plurality of paths increases from said outer perimeter to said inner surface such that a pressure of said purge gas flowing along said paths drops.
View pane of a protective suit in the form of a chemical protective suit, with an outer pane exhibiting radiation-inhibiting properties and a colour tinting, and a protective layer resistant to chemical substances arranged on an inner side of the outer pane, characterised in that the outer pane and the protective layer are arranged with the intermediate placement of a seal, and in this situation form a gap space, wherein the protective layer is formed by a film made of PTFE or FEP, and wherein an inner pane is provided on an inner side of the viewing pane, facing away from the outer pane, which is arranged adjacent to the protective layer with the intermediate placement of an inner seal made of synthetic rubber, and in this situation forms with this seal a further gap space.