mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method of dynamic boot redirection utilizing platform firmware configured as being accessible via Unified Extensible Firmware Interface, UEFI, the method comprising: running a boot redirection application enabling dynamic redirection of booting of a computing device, executing the boot redirection application including: determining whether another bootable storage device is present on the computing device; responsive to determining that no bootable storage device is present, booting an internal operating system on the computing device; responsive to determining the bootable storage device is present, determining whether the bootable storage device is on a list identifying one or more allowable devices; and responsive to determining the bootable storage device is not on the list, booting the internal operating system on the computing device; responsive to determining the bootable storage device is on the list, booting the portable operating system stored on the bootable storage device by programmatically issuing commands to a computing device's platform firmware via the UEFI, including inserting via runtime services of the platform firmware a boot entry associated with the bootable storage device into the computing device's platform firmware effective to direct the computing device's platform firmware to boot the bootable storage device. determining whether another bootable storage device is present on the computing device; responsive to determining that no bootable storage device is present, booting an internal operating system on the computing device; responsive to determining the bootable storage device is present, determining whether the bootable storage device is on a list identifying one or more allowable devices; and responsive to determining the bootable storage device is not on the list, booting the internal operating system on the computing device; responsive to determining the bootable storage device is on the list, booting the portable operating system stored on the bootable storage device by programmatically issuing commands to a computing device's platform firmware via the UEFI, including inserting via runtime services of the platform firmware a boot entry associated with the bootable storage device into the computing device's platform firmware effective to direct the computing device's platform firmware to boot the bootable storage device.
Press installation for pressing a metal product of plate or strip type having an upper face and a lower face, comprising: - a beam with a horizontal axis in a transverse direction, said beam holding at least one first upper tool capable of being brought into contact with the upper face of the product; - at least one second lower tool capable of being arranged below and in contact with the lower face of the product; - the beam having a vertically variable spacing from at least one of said first or second tools, and further comprising: - an additional replacement tool, - a work zone situated below the beam, - a zone of interchangeability situated outside the work zone and intended to interchange at least the lower tool having a press function and the additional replacement tool having a function different from that of a press, - a means of movement in a longitudinal horizontal direction that is configured to actuate the lower tool in order to make it move with a first fine movement of less than a few millimetres in a work zone situated below the beam and in order to make it move with a second coarse movement of a few metres below and outside the work zone towards the zone of interchangeability between at least the lower tool having a press function and the additional replacement tool having a function different from that of a press, - the additional replacement tool situated in the zone of interchangeability having one of the following tooling functions: forming, folding, bending, planishing, punching, rolling, cutting, characterized in that the transverse and longitudinal horizontal directions are perpendicular. - a beam with a horizontal axis in a transverse direction, said beam holding at least one first upper tool capable of being brought into contact with the upper face of the product; - at least one second lower tool capable of being arranged below and in contact with the lower face of the product; - the beam having a vertically variable spacing from at least one of said first or second tools, - an additional replacement tool, - a work zone situated below the beam, - a zone of interchangeability situated outside the work zone and intended to interchange at least the lower tool having a press function and the additional replacement tool having a function different from that of a press, - a means of movement in a longitudinal horizontal direction that is configured to actuate the lower tool in order to make it move with a first fine movement of less than a few millimetres in a work zone situated below the beam and in order to make it move with a second coarse movement of a few metres below and outside the work zone towards the zone of interchangeability between at least the lower tool having a press function and the additional replacement tool having a function different from that of a press, - the additional replacement tool situated in the zone of interchangeability having one of the following tooling functions: forming, folding, bending, planishing, punching, rolling, cutting,
A method of repairing a metallic component by powder feeding laser deposition, the metallic component being formed from a first material, the method comprising the step of: depositing a plurality of first repair layers onto a repair surface of the component to form a first repair zone, the first of the plurality of first repair layers comprising a mixture of A/B by weight of the first material and a second material, each n th successive one of the plurality of first repair layers comprising a change in the proportion of the second material in the mixture, the last of the plurality of first repair layers comprising a mixture of C/D by weight of the first material and the second material, characterised by: the first material being provided as a powder having a first mean particle size, and a second material being provided as a powder having a second mean particle size, and if a melting temperature of the first material is greater than a melting temperature of the second material, selecting the first mean particle size to be smaller than the second mean particle size, otherwise if the melting temperature of the second material is greater than the melting temperature of the first material, selecting the second mean particle size to be smaller than the first mean particle size.
A method of removing copper impurities from a plating liquid which has already been used in electroless tin plating, said method comprising: adding aromatic organic sulfonic acids, hydrates thereof, or salts thereof in an amount of 1 g/L to 30 g/L per 1 g of copper to be removed to said plating liquid which comprises nonionic surface active agents and thiourea or thiourea compounds; and producing a precipitate of impurities by cooling; and removing the precipitate of impurities from the electroless tin plating liquid. adding aromatic organic sulfonic acids, hydrates thereof, or salts thereof in an amount of 1 g/L to 30 g/L per 1 g of copper to be removed to said plating liquid which comprises nonionic surface active agents and thiourea or thiourea compounds; and producing a precipitate of impurities by cooling; and removing the precipitate of impurities from the electroless tin plating liquid.
A frozen confection mix comprising 9 to 13,5 wt. % added sugar, below 8,5 wt. % fat, protein and emulsifier (not including proteins), and having a total solid content between 35% to 41,5%; wherein the frozen confection mix has a protein to emulsifier ratio of 10 to 11 and comprises 1 to 8 wt. % non-digestible fibers and wherein the frozen confectionery mix has calories < 190kcal, saturated fatty acids < 5,5 wt. %, and mono and di saccharides < 19,5 wt. %. 9 to 13,5 wt. % added sugar, below 8,5 wt. % fat, protein and emulsifier (not including proteins), and having a total solid content between 35% to 41,5%; wherein the frozen confection mix has a protein to emulsifier ratio of 10 to 11 and comprises 1 to 8 wt. % non-digestible fibers and wherein the frozen confectionery mix has a protein to emulsifier ratio of 10 to 11 and comprises 1 to 8 wt. % non-digestible fibers and wherein the frozen confectionery mix has calories < 190kcal, saturated fatty acids < 5,5 wt. %, and mono and di saccharides < 19,5 wt. %.
Method for controlling a delivery device for an aqueous urea solution in a motor vehicle, with a tank, with a suction line, with a pump, with a pressure line, and with an injector, wherein the aqueous urea solution can be delivered from the tank along the suction line, through the pump, through the pressure line, and to the injector, wherein the method is designed to perform a rinsing procedure of at least the pressure line, wherein the pump is operated counter to its usual delivery direction during the rinsing procedure and the injector is closed in a first phase of the method, wherein the pump is operated for an operating duration t1 and at a speed of rotation n1 during the first phase of the method, wherein, in this first phase, a reduced pressure p1 directly dependent on the operating duration t1 and the speed of rotation n1 is generated in the pressure line, wherein the operating duration t1 and the speed of rotation n1 are fixed depending on a calibration procedure which is performed when the device is started up for the first time, and they and the resulting reduced pressure p1 are saved in a memory of the device, wherein, in a second phase of the method, the injector is opened and the pump continues to be operated counter to its usual delivery direction.
Grinding device for rounding particles, comprising a swirl chamber for treating particles under their suspension in a fluid stream, generated by fluid jets introduced into the swirl chamber at different locations via a blowing device, wherein a rotatable separator wheel is arranged at the center of the swirl chamber, through which the abrasion produced during the grinding of the particles in the swirl chamber can be extracted, or the rounded material can be discharged by lowering the rotational speed, wherein the blowing device comprises a number of first blowing openings that drive a fluid stream circulating in a first main flow direction around the central axis of the swirl chamber, wherein the blowing device comprises a number of second blowing openings that drive a fluid stream circulating in a second main flow direction around the central axis of the swirl chamber, which is opposite to the first main flow direction. wherein a rotatable separator wheel is arranged at the center of the swirl chamber, through which the abrasion produced during the grinding of the particles in the swirl chamber can be extracted, or the rounded material can be discharged by lowering the rotational speed, wherein the blowing device comprises a number of first blowing openings that drive a fluid stream circulating in a first main flow direction around the central axis of the swirl chamber, wherein the blowing device comprises a number of second blowing openings that drive a fluid stream circulating in a second main flow direction around the central axis of the swirl chamber, which is opposite to the first main flow direction.
Bimetal controller, comprising a switching device and at least one bimetal device, which is or can be actively connected to the switching device in such a way as to allow a temperature-dependent switching of the switching device, wherein the bimetal device has at least one first bimetal element and at least one arcuate, second bimetal element, which are connected to each other at a contact region and are formed at the contact region in such a way that the coefficient of thermal expansion of the first bimetal element decreases from the first side thereof, e.g. the underside thereof, to the second side thereof that is opposite from the first side, e.g. to the upper side, and the coefficient of thermal expansion of the arcuate, second bimetal element increases from the first side thereof that faces away from the first side of the first bimetal element, e.g. the underside thereof, to the second side thereof that is opposite from the first side of the second bimetal element, e.g. to the upper side, or the coefficient of thermal expansion progresses oppositely in the case of the two bimetal elements (6, 8), and the second bimetal element is formed as a half arc to almost a full arc and is arranged in such a way for the actuation of the switching device that deflections of the bimetal elements (6, 8) are added together, characterized in that the contact region is arranged at a distal end of the first bimetal element and a proximal end of the arcuate, second bimetal element.
A compound having a structure (a) wherein D is I, -C=CH, or -C=C-R, R = alkyl or aryl, and X is selected from the group consisting of: R 1, independently, is H, alkyl, or aryl, wherein, independently, m = 0, 1; n = 0-6; o = 0 - 6; p = 0,1; q = 0-6; r = 2-6, wherein, independently, m = 0-6; n = 2-6, wherein, independently, m = 0,1; n = 0-6; o = 0-6; p = 1-6; q = 2-6 and R 1, R 2, independently, are H, alkyl, or aryl, wherein, independently, m = 0-6; n = 2-6, R 1, independently, is H, alkyl, or aryl, wherein, independently, m = 0-6; n = 1-6 o = 2 - 6, and R 1, R 2, independently, are H, alkyl, or aryl, wherein, independently, m = 1-6; n = 2-6, R 1, independently, is H, alkyl, or aryl, wherein, independently, m = 0,1; n = 1-6; o = 2-6. (b) where W is and R is H, alkyl or aryl and m = 0, 1 - 6; D = I, -C=CH, -C=C-R where R = alkyl or aryl, wherein X is selected from the group consisting of: where m = 0,1 - 6; n = 1 - 6; or anv combination of m and n R 1 =H, alkyl or aryl where m, n independently are 1 - 6 where R is H, alkyl, or aryl and m = 0,1 - 6; n = 1 - 6; or any combination of m and n R 1, R 2 are independently H, alkyl or aryl and m, n, o independently are 1 - 6. (a) wherein D is I, -C=CH, or -C=C-R, R = alkyl or aryl, and X is selected from the group consisting of: R 1, independently, is H, alkyl, or aryl, wherein, independently, m = 0, 1; n = 0-6; o = 0 - 6; p = 0,1; q = 0-6; r = 2-6, wherein, independently, m = 0-6; n = 2-6, wherein, independently, m = 0,1; n = 0-6; o = 0-6; p = 1-6; q = 2-6 and R 1, R 2, independently, are H, alkyl, or aryl, wherein, independently, m = 0-6; n = 2-6, R 1, independently, is H, alkyl, or aryl, wherein, independently, m = 0-6; n = 1-6 o = 2 - 6, and R 1, R 2, independently, are H, alkyl, or aryl, wherein, independently, m = 1-6; n = 2-6, R 1, independently, is H, alkyl, or aryl, wherein, independently, m = 0,1; n = 1-6; o = 2-6. (b) where W is and R is H, alkyl or aryl and m = 0, 1 - 6; D = I, -C=CH, -C=C-R where R = alkyl or aryl, wherein X is selected from the group consisting of: where m = 0,1 - 6; n = 1 - 6; or anv combination of m and n R 1 =H, alkyl or aryl where m, n independently are 1 - 6 where R is H, alkyl, or aryl and m = 0,1 - 6; n = 1 - 6; or any combination of m and n R 1, R 2 are independently H, alkyl or aryl and m, n, o independently are 1 - 6.
An aortic embolic filter apparatus, comprising: a) an elongated catheter having a length, proximal and distal end portions and a catheter lumen with a catheter central, longitudinal axis; b) a pair of spaced apart hubs, at least one said hub being a catheter hub mounted on the catheter, the other hub being a tip hub spaced distally of the catheter hub; c) a filter basket attached to the hubs and positioned distally of the catheter hub; d) the filter basket including multiple fixed supports (27, 28, 29) that each span from the catheter hub to the tip hub, each fixed support having first and second fixed support ends (38, 39) that are fixedly attached to said hubs wherein the first fixed end is attached to the catheter hub, and the second fixed end is attached to the tip hub; e) a filter material (26, 32) that is supported by the fixed supports, said filter material having concave and convex surfaces, first and second edge portions, and an opening that spans most of the distance between the hubs and in between the filter material first and second edge portions; f) a movable support being a support that is fixed to the tip hub and slidable relative to the catheter hub; and g) an operator that enables the movable support to change length between the hubs to provide more or less of a curvature of the filter basket. a) an elongated catheter having a length, proximal and distal end portions and a catheter lumen with a catheter central, longitudinal axis; b) a pair of spaced apart hubs, at least one said hub being a catheter hub mounted on the catheter, the other hub being a tip hub spaced distally of the catheter hub; c) a filter basket attached to the hubs and positioned distally of the catheter hub; d) the filter basket including multiple fixed supports (27, 28, 29) that each span from the catheter hub to the tip hub, each fixed support having first and second fixed support ends (38, 39) that are fixedly attached to said hubs wherein the first fixed end is attached to the catheter hub, and the second fixed end is attached to the tip hub; e) a filter material (26, 32) that is supported by the fixed supports, said filter material having concave and convex surfaces, first and second edge portions, and an opening that spans most of the distance between the hubs and in between the filter material first and second edge portions; f) a movable support being a support that is fixed to the tip hub and slidable relative to the catheter hub; and g) an operator that enables the movable support to change length between the hubs to provide more or less of a curvature of the filter basket.
A method for producing hexafluoro-1,3-butadiene, the method comprising: conducting a reaction, in a reaction liquid containing a halogenated butane represented by chemical formula, CF 2 X 1 -CFX 2 -CFX 3 -CF 2 X 4 (X 1, X 2, X 3, and X 4 are each independently a halogen atom other than a fluorine atom), zinc, and an organic solvent, to eliminate the halogen atoms other than a fluorine atom, X 1, X 2, X 3, and X 4, from the halogenated butane, yielding hexafluoro-1,3-butadiene, wherein during the reaction, a concentration of a zinc halide generated by the reaction, in the reaction liquid is not more than a solubility of the zinc halide in the organic solvent. conducting a reaction, in a reaction liquid containing a halogenated butane represented by chemical formula, CF 2 X 1 -CFX 2 -CFX 3 -CF 2 X 4 (X 1, X 2, X 3, and X 4 are each independently a halogen atom other than a fluorine atom), zinc, and an organic solvent, to eliminate the halogen atoms other than a fluorine atom, X 1, X 2, X 3, and X 4, from the halogenated butane, yielding hexafluoro-1,3-butadiene, wherein during the reaction, a concentration of a zinc halide generated by the reaction, in the reaction liquid is not more than a solubility of the zinc halide in the organic solvent.
A flat roof fitted part, which can be inserted into an opening of a flat roof, having the following features: 1.1 a first section, which forms an upper section of the fitted part in a fitted position of the fitted part and can be connected to an outer seal of the flat roof, 1.2 a second section, which forms a lower section of the fitted part in a fitted position of the fitted part and runs in the flat roof, 1.3 a central section (10.M) running between the first, upper section and the second, lower section, 1.4 a moisture detection device, which is positioned on the central section (10.M) and/or on the lower section on the fitted part and constructed such that it can be adjusted in terms of its position on the fitted part, characterized in that 1.5 the moisture detection device can be displaced and/or latched in guide grooves on the outside of the fitted part. 1.1 a first section, which forms an upper section of the fitted part in a fitted position of the fitted part and can be connected to an outer seal of the flat roof, 1.2 a second section, which forms a lower section of the fitted part in a fitted position of the fitted part and runs in the flat roof, 1.3 a central section (10.M) running between the first, upper section and the second, lower section, 1.4 a moisture detection device, which is positioned on the central section (10.M) and/or on the lower section on the fitted part and constructed such that it can be adjusted in terms of its position on the fitted part, characterized in that 1.5 the moisture detection device can be displaced and/or latched in guide grooves on the outside of the fitted part.
An electrode assembly for a circuit breaker comprising: a conductive assembly including a stem portion, a contact portion; and a heat transfer assembly including a number of elongated bodies, a first heat transfer surface, and a second heat transfer surface; said first heat transfer surface disposed on said conductive assembly; each said heat transfer assembly body including a second heat transfer surface; each said heat transfer assembly body coupled to said conductive assembly with said first heat transfer surface coupled to a number of second heat transfer surfaces wherein: each said heat transfer assembly body including a stem portion and a contact portion; characterized in that each said heat transfer assembly body contact portion has a generally circular cross-section; said conductive assembly defines a generally semi-circular heat transfer groove; each said heat transfer assembly body contact portion corresponding to said heat transfer groove; wherein said first heat transfer surface is disposed over the surface of said heat transfer groove; and wherein about half of each said heat transfer assembly body contact portion is disposed in said heat transfer groove. a conductive assembly including a stem portion, a contact portion; and a heat transfer assembly including a number of elongated bodies, a first heat transfer surface, and a second heat transfer surface; said first heat transfer surface disposed on said conductive assembly; each said heat transfer assembly body including a second heat transfer surface; each said heat transfer assembly body coupled to said conductive assembly with said first heat transfer surface coupled to a number of second heat transfer surfaces wherein: each said heat transfer assembly body including a stem portion and a contact portion; characterized in that each said heat transfer assembly body including a stem portion and a contact portion; characterized in that each said heat transfer assembly body contact portion has a generally circular cross-section; said conductive assembly defines a generally semi-circular heat transfer groove; each said heat transfer assembly body contact portion corresponding to said heat transfer groove; wherein said first heat transfer surface is disposed over the surface of said heat transfer groove; and wherein about half of each said heat transfer assembly body contact portion is disposed in said heat transfer groove.