mhurhangee/ep-ind-claims huggingface dataset:
A process for forming a yarn comprising bicomponent filaments, each of the filaments comprising a distinct core of a first aramid polymer comprising carbon particles homogeneously dispersed therein, and a distinct sheath of a second aramid polymer being free of discrete carbon particles and having at least one masking pigment homogeneously dispersed therein, with the sheath surrounding the core; the process comprising the steps of: a) forming a first polymer solution containing the first aramid polymer in a solvent, the aramid polymer further comprising discrete carbon particles, and forming a second aramid polymer solution of the second aramid polymer being free of carbon particles and having at least one masking pigment in the same or different solvent; b) providing a spinneret assembly having separate inlets for the first aramid polymer solution and the second aramid polymer solution and a plurality of exit capillaries for spinning dope filaments; c) forming a plurality of dope filaments having a sheath of the second aramid polymer solution and a core of the first aramid polymer solution by extruding through the exit capillaries a plurality of conjoined streams of the first and the second aramid solutions into a spin cell, and d) extracting solvent from the plurality of dope filaments to make a yarn of polymer filaments, wherein the yarn has a total content of 0.5 to 5 weight percent discrete carbon particles based on the amount of carbon particles in all the bicomponent filaments in the yarn. a) forming a first polymer solution containing the first aramid polymer in a solvent, the aramid polymer further comprising discrete carbon particles, and forming a second aramid polymer solution of the second aramid polymer being free of carbon particles and having at least one masking pigment in the same or different solvent; b) providing a spinneret assembly having separate inlets for the first aramid polymer solution and the second aramid polymer solution and a plurality of exit capillaries for spinning dope filaments; c) forming a plurality of dope filaments having a sheath of the second aramid polymer solution and a core of the first aramid polymer solution by extruding through the exit capillaries a plurality of conjoined streams of the first and the second aramid solutions into a spin cell, and d) extracting solvent from the plurality of dope filaments to make a yarn of polymer filaments, wherein
A pipe element (100, 200, 300) for insulating at least one pipe, said pipe element comprising a base member (110, 210, 310), which enables attachment of the pipe element to a mounting surface and which comprises an outer shell (116, 216, 316) made up by a flat segment (112, 212, 312) and sidewall segments (114a, 114b, 214a, 214b, 314a, 314b), as well as at least one insulation (120, 220, 320a, 320b, 321) fitted against an internal surface (117, 217, 317) of the outer shell's flat segment and having its outer surface (122, 222, 322a, 322b) formed with at least one groove (124, 224, 324) for installing at least one pipe in the pipe element, in which base member the outer shell has its ends (118a, 118b, 218a, 218b, 318a, 318b) adapted to bend over the insulation, and a cover member (130, 230, 330), which is adapted for attachment to the base member and which comprises an outer shell (136, 236, 336) made up by a flat segment (132, 232, 332) and sidewall segments (134a, 134b, 234a, 234b, 334a, 334b), as well as an insulation (140, 240, 340) fitted at least against an internal surface (137, 237, 337) of the outer shell's flat segment and having its outer surface (142, 242, 342) formed with at least one groove (144, 244, 344) for installing at least one pipe in the pipe element, in which cover member the outer shell has its ends (138a, 138b, 238a, 238b, 338a, 338b) adapted to bend co-directionally with the ends of the base member's outer shell, characterized in that the cover member has corners (145a, 145b, 245a, 245b, 345a, 345b) of its insulation provided along the pipe element's entire length with recesses (146a, 146b, 246a, 246b, 346a, 346b), at least one recess (146a, 146b, 246a, 346a, 346b) of which settles, when the insulation is in place in the cover member, against a junction (135a, 135b, 235a, 335a, 335b) of the flat segment and the sidewall segment (134a, 134b, 234a, 334a, 334b) of its outer shell, and the base member and the cover member have corners (127a, 127b, 147a, 147b, 227a, 227b, 247a, 247b, 327a, 327b, 347a, 347b) of their insulations provided along the pipe element's length with recesses (128a, 128b, 148a, 148b, 228a, 228b, 248a, 248b, 328a, 328b, 348a, 348b), whereof at least one recess (128a, 128b, 148a, 148b, 228a, 248a, 328a, 328b, 348a, 348b) of the base member and the cover member settles, when the insulations (120, 220, 320a, 320b, 140, 240, 340) are in place in the base member and in the cover member, against junctions (119a, 119b, 219a, 319a, 319b, 139a, 139b, 239a, 339a, 339b) of their outer shell's sidewalls (114a, 114b, 214a, 314a, 314b, 134a, 134b, 234a, 334a, 334b) and the outer shell's ends (118a, 118b, 218a, 318a, 318b, 138a, 138b, 238a, 338a, 338b) bent over the insulations, and which enable a deflection of the outer shell's ends into the recesses whereby the outer shell's ends settle in a flush relationship with the outer surface of the insulations.
Connection device for connecting a conductor end, having a housing, a spring, and a current-conducting element which is designed as a busbar, wherein an actuating element which can move in or on the housing is provided for producing a state in which contact is made with the conductor end or a state in which contact is not made with the conductor end, wherein the actuating element is designed as a plastic/metal composite element, wherein the plastic/metal composite element has a metallic section, in particular a metallic core, which is completely or in sections surrounded by plastic, preferably injection-molded around it, so that the plastic forms a plastic section, in particular a plastic sheath, wherein the actuating element has an actuating end for manual or tool-assisted actuation, as well as an acting section, in particular an acting end, which can act directly or indirectly on the spring, and wherein the spring is made of a conductive metal and is directly or indirectly conductively connected or connectable to the busbar, wherein the metallic section is exposed at the acting section in such a manner that the spring can be contacted with it, characterized in that the metallic section, in particular the core, of the actuating element conductively connects the actuating section of the actuating element to its acting section, wherein the metallic section is exposed at the actuating section in such a way that it can be contacted with a conducting element such as a test probe.
A method of gathering information on a vessel arrangement having a central space between first, second, third and fourth vessels, the method comprising: inserting an interior sensor mounting assembly (44, 46) into the central space; positioning a first sensor of the interior sensor mounting assembly (44, 46) proximate the first vessel; positioning a second sensor of the interior sensor mounting assembly (44, 46) proximate the second vessel; moving the first sensor in a first direction into contact with the first vessel; and moving the second sensor in a second direction into contact with the second vessel. inserting an interior sensor mounting assembly (44, 46) into the central space; positioning a first sensor of the interior sensor mounting assembly (44, 46) proximate the first vessel; positioning a second sensor of the interior sensor mounting assembly (44, 46) proximate the second vessel; moving the first sensor in a first direction into contact with the first vessel; and moving the second sensor in a second direction into contact with the second vessel.
A door, in particular a garage door, having a door leaf for closing a door opening and an illuminating device for illuminating the portion of a door opening that can be closed by the door leaf, wherein the illuminating device is provided with a light equipment that is movably mounted on the door leaf, with which the portion can be illuminated directly or indirectly, characterized in that the illuminating device has a retaining and connecting portion fixed on the door leaf, the light equipment is disposed between an end profile made of a flexible material and disposed on the closing edge and a door leaf frame or door leaf panel or a lower door leaf segment and that the retaining and connecting portion is fixed between a lower door segment or door leaf frame and an elastic end profile.
A method for scavenging hydrogen sulfide and/or mercaptans from a fluid selected from the group consisting of an aqueous phase, a gaseous phase, a hydrocarbon phase and mixtures thereof, the method comprising contacting the fluid with a composition in an effective amount for synergistically scavenging hydrogen sulfide and/or mercaptans, where the composition comprises: a metal salt that is zinc octoate, and at least one oil soluble condensate of dibutylamine with formaldehyde dissolved in a hydrocarbon solvent; where synergistically scavenging is defined as the amount of hydrogen sulfide and/or mercaptans scavenged is greater as compared with a composition where either the zinc octoate metal salt or the oil soluble condensate of dibutylamine with formaldehyde is absent. a metal salt that is zinc octoate, and at least one oil soluble condensate of dibutylamine with formaldehyde dissolved in a hydrocarbon solvent;
A tractor comprising: a vehicle body; a hood provided at a front portion of the vehicle body; a headlight provided at a front portion of the hood; an optical axis adjusting mechanism for adjusting an optical axis of the headlight; and a headlight cover detachably attached to a corresponding opening portion of the hood and configured to cover the headlight; characterized in that a center plate is provided at a front end portion inside the hood between an upper end portion and a lower portion end portion of the hood, an attaching frame to which the headlight is attached is provided; the attaching frame is fixed to the center plate, and the optical axis adjusting mechanism is operable through the opening portion from the outside of the hood when the headlight cover is detached from the opening portion, and the optical axis adjusting mechanism is configured to adjust the optical axis of the headlight by varying attaching angles of the headlight relative to the attaching frame in a vertical direction and a vehicle body left/right direction. a vehicle body; a hood provided at a front portion of the vehicle body; a headlight provided at a front portion of the hood; an optical axis adjusting mechanism for adjusting an optical axis of the headlight; and a headlight cover detachably attached to a corresponding opening portion of the hood and configured to cover the headlight; characterized in that a center plate is provided at a front end portion inside the hood between an upper end portion and a lower portion end portion of the hood, an attaching frame to which the headlight is attached is provided; the attaching frame is fixed to the center plate, and the optical axis adjusting mechanism is operable through the opening portion from the outside of the hood when the headlight cover is detached from the opening portion, and the optical axis adjusting mechanism is configured to adjust the optical axis of the headlight by varying attaching angles of the headlight relative to the attaching frame in a vertical direction and a vehicle body left/right direction.
A composition comprising: a1) carbohydrate partial esters as the product of an esterification of at least one carbohydrate with acyl components of the formula R1-COO, b1) alkyl esters of the formula R1-COO-R2 and c1) ester oils of the formula R1-COO-R3, and optionally carbohydrates, catalyst, fatty acids and/or fatty soaps; wherein the alcohol component R2 of the ester b1) is a C1 to C3 alcohol unit and the ester oils c1) have an alcohol component R3 selected from the group comprising i) C8-C22 branched and unbranched alcohols or ii) polyalcohols or iii) mixtures thereof, which are completely esterified, with an acyl component R1 selected from the group of mono- and diacids with chain length of C6-C22, wherein the water content of the composition is <5% by weight. a1) carbohydrate partial esters as the product of an esterification of at least one carbohydrate with acyl components of the formula R1-COO, b1) alkyl esters of the formula R1-COO-R2 and c1) ester oils of the formula R1-COO-R3, and optionally carbohydrates, catalyst, fatty acids and/or fatty soaps; wherein the alcohol component R2 of the ester b1) is a C1 to C3 alcohol unit and the ester oils c1) have an alcohol component R3 selected from the group comprising i) C8-C22 branched and unbranched alcohols or ii) polyalcohols or iii) mixtures thereof, i) C8-C22 branched and unbranched alcohols or ii) polyalcohols or iii) mixtures thereof, which are completely esterified, with an acyl component R1 selected from the group of mono- and diacids with chain length of C6-C22, wherein the water content of the composition is <5% by weight.
A method for the enumeration of in vivo Pig-A gene locus mutation, the method comprising: providing an enriched erythrocyte sample obtained from a mammal exposed to an exogenous agent, said sample comprising normochromatic erythrocytes and reticulocytes, and having a reduction in the frequency of platelets and leukocytes; contacting the enriched erythrocyte sample with a first fluorescent reagent that labels GPI anchor-expressing erythrocytes, but not GPI anchor-deficient erythrocytes, and a second fluorescent reagent that specifically labels platelets; separating the enriched erythrocyte sample into a first portion comprising platelets and GPI anchor-expressing erythrocytes and a second portion comprising GPI anchor-deficient erythrocytes; contacting the second portion with a third fluorescent reagent that differentially labels normochromatic erythrocytes from reticulocytes and leukocytes; exciting the first, second, and third fluorescent reagents in the second portion with light of appropriate excitation wavelength, wherein the third fluorescent reagent has a fluorescent emission spectrum that does not substantially overlap with the fluorescent emission spectra of the first or second fluorescent reagents; and detecting the fluorescent emission and light scatter produced by the GPI anchor-deficient erythrocytes of the second portion labeled with the third fluorescent reagent, while excluding contaminating GPI anchor-expressing erythrocytes and reticulocytes, platelets, and leukocytes, and counting the number of GPI anchor-deficient erythrocytes and reticulocytes. providing an enriched erythrocyte sample obtained from a mammal exposed to an exogenous agent, said sample comprising normochromatic erythrocytes and reticulocytes, and having a reduction in the frequency of platelets and leukocytes; contacting the enriched erythrocyte sample with a first fluorescent reagent that labels GPI anchor-expressing erythrocytes, but not GPI anchor-deficient erythrocytes, and a second fluorescent reagent that specifically labels platelets; separating the enriched erythrocyte sample into a first portion comprising platelets and GPI anchor-expressing erythrocytes and a second portion comprising GPI anchor-deficient erythrocytes; contacting the second portion with a third fluorescent reagent that differentially labels normochromatic erythrocytes from reticulocytes and leukocytes; exciting the first, second, and third fluorescent reagents in the second portion with light of appropriate excitation wavelength, wherein the third fluorescent reagent has a fluorescent emission spectrum that does not substantially overlap with the fluorescent emission spectra of the first or second fluorescent reagents; and detecting the fluorescent emission and light scatter produced by the GPI anchor-deficient erythrocytes of the second portion labeled with the third fluorescent reagent, while excluding contaminating GPI anchor-expressing erythrocytes and reticulocytes, platelets, and leukocytes, and counting the number of GPI anchor-deficient erythrocytes and reticulocytes.
A method comprising: receiving, from a network application (109, 110, 111), an access request for a data resource stored in a first network database, the access request including a resource identifier and a user identifier, the resource identifier identifying the data resource, the user identifier identifying a user of the network application (109, 110, 111); in response to receiving the access request, using the resource identifier included in the access request to access, from a second network database, a policy object linked to the data resource, the policy object including an effective policy for the data resource, the effective policy including at least one statement (510, 5 n 0) that (i) includes an operation (516, 5 n 6) performable with respect to the data resource based on satisfaction of one or more conditions (514, 5 n 4), (ii) is inherited from at least one parent data resource from which the data resource depends, and (iii) is stored in the policy object for the data resource; evaluating, using a hardware processor, an access permission of the user with respect to the data resource based at least in part on whether the one or more conditions (514, 5 n 4) included in the at least one statement (510, 5 n 0) are satisfied; and communicating, to the network application (109, 110, 111), a response to the access request, the response to the access request including the access permission of the user with respect to the data resource. receiving, from a network application (109, 110, 111), an access request for a data resource stored in a first network database, the access request including a resource identifier and a user identifier, the resource identifier identifying the data resource, the user identifier identifying a user of the network application (109, 110, 111); in response to receiving the access request, using the resource identifier included in the access request to access, from a second network database, a policy object linked to the data resource, the policy object including an effective policy for the data resource, the effective policy including at least one statement (510, 5 n 0) that (i) includes an operation (516, 5 n 6) performable with respect to the data resource based on satisfaction of one or more conditions (514, 5 n 4), (ii) is inherited from at least one parent data resource from which the data resource depends, and (iii) is stored in the policy object for the data resource; evaluating, using a hardware processor, an access permission of the user with respect to the data resource based at least in part on whether the one or more conditions (514, 5 n 4) included in the at least one statement (510, 5 n 0) are satisfied; and communicating, to the network application (109, 110, 111), a response to the access request, the response to the access request including the access permission of the user with respect to the data resource.
An apparatus for providing multi-phase power, comprising: a cycloconverter controller for determining a charge ratio based on line voltage samples of a multi-phase AC line; and a cycloconverter, coupled to the cycloconverter controller and to the multi-phase AC line, for selectively coupling an alternating current to each line (L1, L2, L3) of the multi-phase AC line based on the charge ratio, wherein selectively coupling the alternating current comprises partitioning a cycle of the alternating current based on the charge ratio and coupling each partitioned portion of the alternating current to a different phase of the multi-phase AC line. a cycloconverter controller for determining a charge ratio based on line voltage samples of a multi-phase AC line; and a cycloconverter, coupled to the cycloconverter controller and to the multi-phase AC line, for selectively coupling an alternating current to each line (L1, L2, L3) of the multi-phase AC line based on the charge ratio, wherein selectively coupling the alternating current comprises partitioning a cycle of the alternating current based on the charge ratio and coupling each partitioned portion of the alternating current to a different phase of the multi-phase AC line.
Vacuum variable capacitor comprising a vacuum sealed enclosure to contain a vacuum dielectric medium, wherein the enclosure comprises a first plate and a second plate, the said first plate and the said second plate being separated by an electrically insulating element, a fixed electrode attached inside the enclosure to the first plate and a movable electrode attached to a movable plate, wherein the movable plate is attached inside the enclosure to the second plate by means of at least one vacuum bellows, wherein the vacuum capacitor comprises a mechanical drive system for displacing, in particular translating, the movable plate relative to the first plate so as to vary the capacitance of the vacuum capacitor, wherein the mechanical drive system comprises a ball screw arranged to drive the movable plate and wherein the mechanical drive system comprises outside of the vacuum sealed enclosure a limiting element limiting the maximum distance between the first plate and the movable plate, characterized in that the drive system comprises a nut attached to the ball screw, wherein the nut comprises a first shoulder configured to abut against the limiting element to limit the maximum distance between the first plate and the movable plate.