mhurhangee/ep-ind-claims huggingface dataset:
Use of a biocatalyst solvent for dissolving and storing a biocatalyst while retaining the biocatalytic activity of the biocatalyst in solution, the biocatalyst solvent consisting of an ionic liquid including an ammonium cation represented by the following Formula and an anion: N + [R a] n [R b] 4-n wherein R a each independently represents a branched hydroxyalkyl group represented by the following formula: wherein R 11 represents a hydrogen atom, a linear alkyl group having 1 to 3 carbon atoms, or a linear monohydroxyalkyl group having 1 to 3 carbon atoms; R b each independently represents a hydrogen atom; and n represents an integer from 1 to 3, wherein the anion of the ionic liquid is at least one selected from the group consisting of a carboxylate anion, a sulfur-based anion and a phosphate anion, and wherein the sulfur-based anion is selected the group consisting of sulfate anion, hydrogen sulfate anion, an alkylsulfonate anion and an alkylsulfate anion. wherein R 11 represents a hydrogen atom, a linear alkyl group having 1 to 3 carbon atoms, or a linear monohydroxyalkyl group having 1 to 3 carbon atoms; R b each independently represents a hydrogen atom; and n represents an integer from 1 to 3, wherein the anion of the ionic liquid is at least one selected from the group consisting of a carboxylate anion, a sulfur-based anion and a phosphate anion, and wherein the sulfur-based anion is selected the group consisting of sulfate anion, hydrogen sulfate anion, an alkylsulfonate anion and an alkylsulfate anion.
A method of acquiring a marine seismic survey, comprising: towing a plurality of streamers (110; 110-a-1, 110-a-2, 110-a-3, 110-a-4, 110-a-5, 110-a-6, 110-a-7, 110-a-8) behind an acquisition vessel, the plurality of streamers defining a swath of streamers (120, 120-d-1, 120-d-2); towing a first independent source by a first independent source vessel (125; 125-a, 125-b-1, 125-b-2, 125-b-3; 125-c-1, 125-c-2, 125-c-3; 125-d-1, 125-d-2; 125-e; 125-f-1, 125-f-2; 125-g) above one or more of the plurality of towed streamers, wherein the first independent source vessel moves back and forth between a left side of a source navigation region (205; 205-a, 205-b, 205-c) and a right side of the source navigation region (205; 205-a, 205-b, 205-c) so as to traverse at least a portion of the swath while advancing in a same general direction as the acquisition vessel and towing one or more additional independent sources by one or more respective additional independent source vessels (125-a, 125-b-1, 125-b-2, 125-b-3; 125-c-1, 125-c-2, 125-c-3; 125-d-1, 125-d-2; 125-e; 125-f-1, 125-f-2; 125-g) above the one or more of the plurality of towed streamers. towing a plurality of streamers (110; 110-a-1, 110-a-2, 110-a-3, 110-a-4, 110-a-5, 110-a-6, 110-a-7, 110-a-8) behind an acquisition vessel, the plurality of streamers defining a swath of streamers (120, 120-d-1, 120-d-2); towing a first independent source by a first independent source vessel (125; 125-a, 125-b-1, 125-b-2, 125-b-3; 125-c-1, 125-c-2, 125-c-3; 125-d-1, 125-d-2; 125-e; 125-f-1, 125-f-2; 125-g) above one or more of the plurality of towed streamers, wherein the first independent source vessel moves back and forth between a left side of a source navigation region (205; 205-a, 205-b, 205-c) and a right side of the source navigation region (205; 205-a, 205-b, 205-c) so as to traverse at least a portion of the swath while advancing in a same general direction as the acquisition vessel and towing one or more additional independent sources by one or more respective additional independent source vessels (125-a, 125-b-1, 125-b-2, 125-b-3; 125-c-1, 125-c-2, 125-c-3; 125-d-1, 125-d-2; 125-e; 125-f-1, 125-f-2; 125-g) above the one or more of the plurality of towed streamers.
A clear coat composition, comprising: 5-30 parts by weight of a polyester modified urethane resin, comprising polyester derived units obtained from an aliphatic polyalcohol and an aliphatic or alicyclic polyacid, caprolactone polyol derived units, and aliphatic diisocyanate derived units, as resin constituting units; and 20-60 parts by weight of a silane modified acryl polyol resin, based on 100 parts by weight of a total amount of the composition, wherein the polyester modified urethane resin has a hydroxyl value of 30-200 mgKOH/g, and an acid value of 1-50 mgKOH/g. 5-30 parts by weight of a polyester modified urethane resin, comprising polyester derived units obtained from an aliphatic polyalcohol and an aliphatic or alicyclic polyacid, caprolactone polyol derived units, and aliphatic diisocyanate derived units, as resin constituting units; and 20-60 parts by weight of a silane modified acryl polyol resin, based on 100 parts by weight of a total amount of the composition, wherein the polyester modified urethane resin has a hydroxyl value of 30-200 mgKOH/g, and an acid value of 1-50 mgKOH/g.
FLOATING STRUCTURE featuring a first plurality of hollow tubes closed at the ends and compartmentalised, a second plurality of hollow tubes that maintains the tubes of the first plurality of tubes parallel and equidistant along their lengths, and the first and second pluralities of tubes are connected by linking components in order to form a reticular structure, where each tube of the first plurality of tubes has an alignment of pairs of ties (3, 4) that extend from the periphery thereof; the ties of each pair of ties (3, 4) face each other on both ends of a line that extends across the longitudinal axis of the tube of the first plurality of tubes, and parallel above the horizontal plane that divides it into two semi cylindrical parts; the pairs of ties of each tube of the first plurality of tubes are equidistant; characterised in that the ties (3,4) feature a first fastening part connected at their free end, aligned across the longitudinal axis of the tube of the first plurality of tubes and designed with a concavity fitted to the immediate lower part of the tubular component of the second plurality of tubes that needs to be fastened; and in that said first fastening part is complemented by at least a second fastening part, designed with a complementary concavity in order to encircle the remaining periphery of the immediate upper part of the tubular component of the second plurality of tubes.
A compressor bleed valve for a gas turbine engine, the compressor bleed valve comprising: a stationary segment coupled to a partially rotational bleed valve duct, the bleed valve duct being rotational between open and closed positions, the stationary segment including a rearwardly extending flange with a stationary surface disposed at an aft end thereof, the bleed valve duct including a sliding surface for engaging the stationary surface of the flange of the stationary segment, and at least one of the stationary surface of the stationary segment and the sliding surface are coated with a thermally sprayed composite consisting of aluminium oxide and PTFE, or a thermally sprayed blend consisting of aluminium oxide and PTFE, wherein the aluminium oxide is an aluminium oxide powder, and the composite or blend includes from 5 to 30% by weight PTFE. a stationary segment coupled to a partially rotational bleed valve duct, the bleed valve duct being rotational between open and closed positions, the stationary segment including a rearwardly extending flange with a stationary surface disposed at an aft end thereof, the bleed valve duct including a sliding surface for engaging the stationary surface of the flange of the stationary segment, and at least one of the stationary surface of the stationary segment and the sliding surface are coated with a thermally sprayed composite consisting of aluminium oxide and PTFE, or a thermally sprayed blend consisting of aluminium oxide and PTFE, wherein the aluminium oxide is an aluminium oxide powder, and the composite or blend includes from 5 to 30% by weight PTFE.
A reading apparatus for reading information from an RFID tag which is attached to a commodity, the apparatus comprising: a housing which includes an opening portion as an entrance of the commodity, and a storage chamber for receiving the commodity in the inside thereof; a door which opens or closed the opening portion; a detecting unit which is provided at a portion in the housing which is in contact with, or is close to the door in a closed state of the door, and detects opening or closing of the door; an antenna which is provided inside the housing, and reads information from the RFID tag of the commodity which is received in the storage chamber in the closed state of the door; and a shielding portion (25, 54, 64) which shields a radio wave which is leaked from the inside to the outside of the housing at a portion at which the detecting unit is provided; wherein the shielding portion is a structure body which is formed of a radio wave reflecting material or a radio wave absorbing material, characterized in that a first hole (23, 53) for detecting opening or closing of the door using the detecting unit is provided at a portion of the housing which faces the detecting unit, and the shielding portion is arranged so as to cover the detecting unit and the first hole to shield a radiowave which is leaked to the outside from the inside of the housing. a housing which includes an opening portion as an entrance of the commodity, and a storage chamber for receiving the commodity in the inside thereof; a door which opens or closed the opening portion; a detecting unit which is provided at a portion in the housing which is in contact with, or is close to the door in a closed state of the door, and detects opening or closing of the door; an antenna which is provided inside the housing, and reads information from the RFID tag of the commodity which is received in the storage chamber in the closed state of the door; and a shielding portion (25, 54, 64) which shields a radio wave which is leaked from the inside to the outside of the housing at a portion at which the detecting unit is provided; wherein the shielding portion is a structure body which is formed of a radio wave reflecting material or a radio wave absorbing material, characterized in that a first hole (23, 53) for detecting opening or closing of the door using the detecting unit is provided at a portion of the housing which faces the detecting unit, and the shielding portion is arranged so as to cover the detecting unit and the first hole to shield a radiowave which is leaked to the outside from the inside of the housing.
Method of manufacturing a decorative object from at least one layer of an extruded cord of a polymer-based composition, including a step of passage of a polymer-based composition in an extrusion die from a feed input of said composition to an extrusion head from which emerges an extruded cord of said composition, the extruded cord being deposited on a receiving support by the effect of gravity, the extrusion head being controlled by control means to follow a continuous trajectory intended to form said decorative object in one layer, characterised in that said control means control a variation of the speed V of movement of the extrusion head as a function of a variation of the trajectory of the extrusion head by an angle α and in that at a distance D from a change of angle α the continuous trajectory of the extrusion head obeys the following equation, where applicable for each of the layers forming the decorative object: D = a + b × V c + d × α where a, b, c and d are constants with the following values a = 10.6 ± 10 % b = 2.76 − 05 ± 10 % c = 2.72 ± 10 % d = − 0.08 ± 10 % D being expressed in millimetres, V in millimetres per second and α in degrees. where a, b, c and d are constants with the following values a = 10.6 ± 10 % b = 2.76 − 05 ± 10 % c = 2.72 ± 10 % d = − 0.08 ± 10 % D being expressed in millimetres, V in millimetres per second and α in degrees.
Closed-chamber thermoforming machine, comprising: a table device, displaceable along a displacement direction, for a forming tool; and at least one drive device; wherein the thermoforming machine has a closed machine housing, which is sealed off during operation of the thermoforming machine, and this makes it possible to prevent sagging of a heated starting material for a workpiece to be produced, by selecting a suitable internal pressure; wherein the thermoforming machine further has a clamping frame, arranged above the machine housing and displaceable along a displacement direction, for clamping the starting material in place in a clamping plane; wherein the displacement direction of the table device and the displacement direction of the clamping frame each extend substantially parallel to a vertical direction and substantially perpendicular to the clamping plane; wherein the drive direction is formed as a clamping frame drive device for driving the clamping frame for displacement thereof, or a plurality of the drive devices are provided, and comprise a clamping frame drive device or a plurality of clamping frame drive devices for driving the clamping frame to displace it; and wherein the at least one drive device is arranged substantially between the clamping plane in which the starting material can be clamped and a plane defined by the lower edge of the displaceable table device in an upper displacement position of the displaceable table device. a table device, displaceable along a displacement direction, for a forming tool; and at least one drive device; wherein the thermoforming machine has a closed machine housing, which is sealed off during operation of the thermoforming machine, and this makes it possible to prevent sagging of a heated starting material for a workpiece to be produced, by selecting a suitable internal pressure; wherein the thermoforming machine further has a clamping frame, arranged above the machine housing and displaceable along a displacement direction, for clamping the starting material in place in a clamping plane; wherein the displacement direction of the table device and the displacement direction of the clamping frame each extend substantially parallel to a vertical direction and substantially perpendicular to the clamping plane; wherein the drive direction is formed as a clamping frame drive device for driving the clamping frame for displacement thereof, or a plurality of the drive devices are provided, and comprise a clamping frame drive device or a plurality of clamping frame drive devices for driving the clamping frame to displace it; and wherein the at least one drive device is arranged substantially between the clamping plane in which the starting material can be clamped and a plane defined by the lower edge of the displaceable table device in an upper displacement position of the displaceable table device.
A plant for the continuous solution polymerization of a feed comprising one or more olefin monomers and a hydrocarbon solvent, the plant comprising: a reactor; blending means to blend one or more olefin monomers and a hydrocarbon solvent to produce a feed for the reactor; a pump for compressing the feed to a pressure of at least 20 bar; and a cooling system for cooling the feed prior to entry into the reactor comprising at least two heat exchangers wherein at least one of the heat exchangers is downstream of the pump. a reactor; blending means to blend one or more olefin monomers and a hydrocarbon solvent to produce a feed for the reactor; a pump for compressing the feed to a pressure of at least 20 bar; and a cooling system for cooling the feed prior to entry into the reactor comprising at least two heat exchangers wherein at least one of the heat exchangers is downstream of the pump.
An acidic, chromium-free, aqueous solution of a fluoro complex of at least one element M selected from the group of B, Si, Ti, Zr and Hf, having a pH in the range from 2 to 5.5, for treating metal surfaces, characterized in that said solution additionally contains a) both zinc ions and magnesium ions, b) one or more components selected from: tin ions, bismuth ions, buffer systems for the pH range from 2.5 to 5.5, c) copper ions and/or silver ions. a) both zinc ions and magnesium ions, b) one or more components selected from: tin ions, bismuth ions, buffer systems for the pH range from 2.5 to 5.5, c) copper ions and/or silver ions.
An electrosurgical resection instrument for applying to biological tissue radiofrequency electromagnetic energy, the instrument comprising: an instrument tip comprising a planar body made of a first dielectric material separating a first conductive element on a first surface thereof from a second conductive element on a second surface thereof, the second surface facing in the opposite direction to the first surface; a coaxial feed cable comprising an inner conductor, an outer conductor coaxial with the inner conductor and a second dielectric material separating the inner and outer conductors, the coaxial feed cable being for conveying an RF signal; and a protective hull comprising a third piece of dielectric material mounted to form the underside of the instrument tip, wherein the inner conductor is electrically connected to the first conductive element and the outer conductor is electrically connected to the second conductive element to enable the instrument tip to receive the RF signal, and wherein the first and second conductive elements extend up to a distal side edge of the planar body to form an RF cutting portion in which they act as active and return electrodes to emit RF EM radiation corresponding to the RF signal from the distal side edge of the planar body, and the protective hull has a smoothly contoured convex undersurface facing away from the planar body, the undersurface comprising a longitudinally extending recessed channel formed therein between a pair of ridges. an instrument tip comprising a planar body made of a first dielectric material separating a first conductive element on a first surface thereof from a second conductive element on a second surface thereof, the second surface facing in the opposite direction to the first surface; a coaxial feed cable comprising an inner conductor, an outer conductor coaxial with the inner conductor and a second dielectric material separating the inner and outer conductors, the coaxial feed cable being for conveying an RF signal; and a protective hull comprising a third piece of dielectric material mounted to form the underside of the instrument tip, wherein the inner conductor is electrically connected to the first conductive element and the outer conductor is electrically connected to the second conductive element to enable the instrument tip to receive the RF signal, and wherein the first and second conductive elements extend up to a distal side edge of the planar body to form an RF cutting portion in which they act as active and return electrodes to emit RF EM radiation corresponding to the RF signal from the distal side edge of the planar body, and the protective hull has a smoothly contoured convex undersurface facing away from the planar body, the undersurface comprising a longitudinally extending recessed channel formed therein between a pair of ridges.
A method, in a computing environment, for isolating an application hosted by a host application, the method comprising: hosting the hosted application within the host application corresponding to a plug-in running in a browser, including preventing the hosted application from accessing data of the browser or data of any other hosted application; the method further comprising: providing a tag element for identifying the hosted application within code associated with the host application, wherein the tag element identifies a source of the hosted application and a rendering area for the hosted application; detecting the tag element, and in response, instantiating a hidden plug-in and loading the hosted application in the hidden plug-in, wherein preventing the hosted application from accessing data comprises instantiating the hidden plug-in with disabled access to browser data or data of any other applications running in the browser. hosting the hosted application within the host application corresponding to a plug-in running in a browser, including preventing the hosted application from accessing data of the browser or data of any other hosted application; the method further comprising: providing a tag element for identifying the hosted application within code associated with the host application, wherein the tag element identifies a source of the hosted application and a rendering area for the hosted application; detecting the tag element, and in response, instantiating a hidden plug-in and loading the hosted application in the hidden plug-in, providing a tag element for identifying the hosted application within code associated with the host application, wherein the tag element identifies a source of the hosted application and a rendering area for the hosted application; detecting the tag element, and in response, instantiating a hidden plug-in and loading the hosted application in the hidden plug-in, wherein preventing the hosted application from accessing data comprises instantiating the hidden plug-in with disabled access to browser data or data of any other applications running in the browser.
A stimuli-sensitive composite fiber comprising: a first material with a first cross-sectional and radially symmetrical shape located at the core of the composite fiber, the first material expanding in a cross-sectional, reversible, and radially symmetrical manner in the presence of an external stimulus and contracting in response to the absence of the external stimulus; and a second material with a second cross-sectional and radially symmetrical shape, the second material mechanically engaged by the first material at least one point so that the second material is in the second shape when the first material is contracted and reversibly changes to a third cross-sectional and radially symmetrical shape in response to the expansion of the first material.