mhurhangee/ep-ind-claims huggingface dataset:
An injection head for a gas turbine combustor, the injection head (15; 115; 215) comprising: a fuel plenum assembly extending about the central axis and including a primary fuel plenum (24; 224); a plurality of injector fingers (19, 20; 120) extending radially outward from the fuel plenum assembly and each provided with at least a respective fuel nozzle; a fuel inlet (27, 28), fluidly coupled to the fuel plenum assembly; a cooling air housing, at least partly enclosing the fuel plenum assembly and defining a cooling air plenum; wherein at least part of the fuel nozzles have respective primary fuel lines fluidly coupled to the primary fuel plenum (24; 224) and respective shielding air lines fluidly coupled to the cooling air plenum; characterized in that the fuel plenum assembly includes a secondary fuel plenum (25; 225) extending about the central axis and at least partly enclosed within the primary fuel plenum (24; 224), wherein part of the fuel nozzles have respective secondary fuel lines at least partly enclosed within the respective primary fuel lines and fluidly coupled to the secondary fuel plenum (25; 225), and wherein in each fuel nozzle the respective shielding air line encloses the respective primary fuel line and secondary fuel line. a fuel plenum assembly extending about the central axis and including a primary fuel plenum (24; 224); a plurality of injector fingers (19, 20; 120) extending radially outward from the fuel plenum assembly and each provided with at least a respective fuel nozzle; a fuel inlet (27, 28), fluidly coupled to the fuel plenum assembly; a cooling air housing, at least partly enclosing the fuel plenum assembly and defining a cooling air plenum; wherein at least part of the fuel nozzles have respective primary fuel lines fluidly coupled to the primary fuel plenum (24; 224) and respective shielding air lines fluidly coupled to the cooling air plenum; characterized in that the fuel plenum assembly includes a secondary fuel plenum (25; 225) extending about the central axis and at least partly enclosed within the primary fuel plenum (24; 224), wherein part of the fuel nozzles have respective secondary fuel lines at least partly enclosed within the respective primary fuel lines and fluidly coupled to the secondary fuel plenum (25; 225), and wherein in each fuel nozzle the respective shielding air line encloses the respective primary fuel line and secondary fuel line.
A process for the preparation of Tiacumicin B comprising the steps of: a) fermentation of a Tiacumicin B producing strain; b) drying the fermentation broth; c) extraction of the dried material with methanol, wherein the strain of step a) is selected from the group consisting of Dactylosporangium and Actinoplanes. a) fermentation of a Tiacumicin B producing strain; b) drying the fermentation broth; c) extraction of the dried material with methanol,
A method for producing coagulation factor IX with an improved glycosylation pattern in a cell culture comprising: culturing mammalian cells that contain a gene encoding a coagulation factor IX in a cell culture medium comprising between 10 nM and 600 nM manganese under conditions and for a time sufficient to permit expression of coagulation factor IX, wherein the glycosylation pattern of the expressed coagulation factor IX is more extensive than the glycosylation pattern observed under otherwise identical conditions in otherwise identical medium that lacks the manganese, wherein a more extensive glycosylation pattern is a greater number of covalently linked sugar residues in the oligosaccharide chain. culturing mammalian cells that contain a gene encoding a coagulation factor IX in a cell culture medium comprising between 10 nM and 600 nM manganese under conditions and for a time sufficient to permit expression of coagulation factor IX, wherein the glycosylation pattern of the expressed coagulation factor IX is more extensive than the glycosylation pattern observed under otherwise identical conditions in otherwise identical medium that lacks the manganese, wherein a more extensive glycosylation pattern is a greater number of covalently linked sugar residues in the oligosaccharide chain.
A composition for the alkylation of an harmful compound selected from the group consisting of arsenious acid, arsenic pentoxide, arsenic trichloride, arsenic pentachloride, arsenic sulfide compound, cyano arsenic compound, chloro arsenic compound, and other arsenic inorganic salt, wherein the composition contains: - an organometallic-cobalt complex having a cobalt-carbon bond comprising at least one compound selected from methylcobalamin, - a reducing agent to reduce arsenic, wherein the reducing agent is a material having SH group selected from the group comprising glutathione, reduced glutathione, cysteine, S-adenosyl cysteine, homocysteine and thioglycol and - further contains an organic halide selected from the group consisting of chloroacetic acid, bromoacetic acid, iodoacetic acid. - an organometallic-cobalt complex having a cobalt-carbon bond comprising at least one compound selected from methylcobalamin, - a reducing agent to reduce arsenic, wherein the reducing agent is a material having SH group selected from the group comprising glutathione, reduced glutathione, cysteine, S-adenosyl cysteine, homocysteine and thioglycol and - further contains an organic halide selected from the group consisting of chloroacetic acid, bromoacetic acid, iodoacetic acid.
Device for generating sensory stimuli for a child, comprising: a body made of an elastic material; a lying area for a child on the body; a bladder (72, 73) for generating a vertical movement of the lying area, wherein the bladder (72, 73) is embedded in the elastic material of the body, characterized in that the device is produced by a casting process, in which the elastic material of the body is connected by material bonding to the bladder over the entire surface of the bladder or essentially over the entire surface of the bladder. a body made of an elastic material; a lying area for a child on the body; a bladder (72, 73) for generating a vertical movement of the lying area, wherein the bladder (72, 73) is embedded in the elastic material of the body, characterized in that the device is produced by a casting process, in which the elastic material of the body is connected by material bonding to the bladder over the entire surface of the bladder or essentially over the entire surface of the bladder.
A part comprising: a substrate; and a thermal barrier coating consisting of from 15 - 60 mol% neodymia, 2.0 - 40 mol% alumina, and the balance zirconia, deposited on said substrate. a substrate; and a thermal barrier coating consisting of from 15 - 60 mol% neodymia, 2.0 - 40 mol% alumina, and the balance zirconia, deposited on said substrate.
System comprising a base and a module slotting into said base in order to electrically connect thereto for the transfer of information, the base being connected to an equipment item and the module being connected to a management unit for managing said equipment item, characterised in that the base is provided with an encoding system (16a-16f) for encoding a permanent-magnet magnetic address comprising a plurality of encoding elements, each of which includes a slider bearing a permanent magnet and capable of moving in translation between a first encoding position and a second encoding position, and in that the module comprises means for reading the encoded address in the encoding system of the base, said reading means comprising a series of magnetic sensors, each of which is situated opposite a magnetic encoding element when the module is installed in the base, in addition to means for storing in memory the address read by the reading means provided that said module is powered up and means for transmitting the address stored in memory to the management unit.
A cable clamp comprising: an elongate, open-top base having a first end, a second end, and a central region; a suspension arm extending from said open-top base; an eyelet having an opening, a top portion, and a base portion coupled to said suspension arm, said base portion having a first width and said top portion having a second width; and a keeper coupled to said base; characterised in that the keeper comprises a semi-obround clamping arm including an arcuate first leg, an arcuate second leg, and a planar central portion extending between said first leg and said second leg, and in that the open-top base has a first recess which extends into the suspension arm for receiving the first leg of the keeper and a second recess for receiving the second leg of the keeper, and in that the second width of said top portion of the eyelet is greater than the first width of the base portion of the eyelet. an elongate, open-top base having a first end, a second end, and a central region; a suspension arm extending from said open-top base; an eyelet having an opening, a top portion, and a base portion coupled to said suspension arm, said base portion having a first width and said top portion having a second width; and a keeper coupled to said base; characterised in that the keeper comprises a semi-obround clamping arm including an arcuate first leg, an arcuate second leg, and a planar central portion extending between said first leg and said second leg, and in that the open-top base has a first recess which extends into the suspension arm for receiving the first leg of the keeper and a second recess for receiving the second leg of the keeper, and in that the second width of said top portion of the eyelet is greater than the first width of the base portion of the eyelet.
A manual steering system for a marine vessel including: one or more steering devices (103, 103a) operable to turn a marine vessel; a manual steering input device that is manually operable by a user, the manual steering input device arranged to command an ahead course for the vessel and to command turns away from an ahead course, the manual steering input device arranged to generate a desired turn rate signal; a rate sensor arranged to generate a turn rate signal indicative of a vessel turn rate; and a control system configured to receive the vessel and desired turn rate signals and to control the steering device(s) to turn the marine vessel so as to minimise any difference between the signals (109, 112) at least when the manual steering input device commands a turn away from an ahead course, wherein the control system is configured to minimise any difference between the signals (109, 112) whether the vessel is travelling at high speed or manoeuvring at low speed, and wherein the control system is arranged to monitor the vessel turn rate and control the steering device(s) (103, 103a) to prevent the marine vessel from spinning out during a high speed turn. one or more steering devices (103, 103a) operable to turn a marine vessel; a manual steering input device that is manually operable by a user, the manual steering input device arranged to command an ahead course for the vessel and to command turns away from an ahead course, the manual steering input device arranged to generate a desired turn rate signal; a rate sensor arranged to generate a turn rate signal indicative of a vessel turn rate; and a control system configured to receive the vessel and desired turn rate signals and to control the steering device(s) to turn the marine vessel so as to minimise any difference between the signals (109, 112) at least when the manual steering input device commands a turn away from an ahead course, wherein the control system is configured to minimise any difference between the signals (109, 112) whether the vessel is travelling at high speed or manoeuvring at low speed, and wherein the control system is arranged to monitor the vessel turn rate and control the steering device(s) (103, 103a) to prevent the marine vessel from spinning out during a high speed turn.
A method for producing a sintered R-T-B based magnet, comprising: a step of providing a sintered R-T-B based magnet work, containing R: 27.5 to 35.0 mass% (where R is at least one rare-earth element which always includes Nd), B: 0.80 to 0.99 mass%, Ga: 0 to 0.8 mass%, and M: 0 to 2 mass% (where M is at least one of Cu, Al, Nb and Zr), and including a balance T (where T is Fe, or Fe and Co) and inevitable impurities, the sintered R-T-B based magnet work having a composition satisfying Inequality below: T / 55.85 > 14 B / 10.8 ( is the T content by mass%; and is the B content by mass%); a step of providing a Pr-Ga alloy (Pr accounts for 65 to 97 mass% of the entire Pr-Ga alloy; 20 mass% or less of Pr is replaceable by Nd; and 30 mass% or less of Pr is replaceable by Dy and/or Tb. Ga accounts for 3 mass% to 35 mass% of the entire Pr-Ga alloy; and 50 mass% or less of Ga is replaceable by Cu. Inclusion of inevitable impurities is possible); a step of, while allowing at least a portion of the Pr-Ga alloy to be in contact with at least a portion of a surface of the sintered R-T-B based magnet work, performing a first heat treatment at a temperature which is greater than 600°C but equal to or less than 950°C in a vacuum or an inert gas ambient; and a step of performing a second heat treatment in a vacuum or an inert gas ambient for the sintered R-T-B based magnet work having been subjected to the first heat treatment, at a temperature which is lower than the temperature effected in the step of performing the first heat treatment but which is not less than 450°C and not greater than 750°C. a step of providing a sintered R-T-B based magnet work, containing R: 27.5 to 35.0 mass% (where R is at least one rare-earth element which always includes Nd), B: 0.80 to 0.99 mass%, Ga: 0 to 0.8 mass%, and M: 0 to 2 mass% (where M is at least one of Cu, Al, Nb and Zr), and including a balance T (where T is Fe, or Fe and Co) and inevitable impurities, the sintered R-T-B based magnet work having a composition satisfying Inequality below: ( is the T content by mass%; and is the B content by mass%); a step of providing a Pr-Ga alloy (Pr accounts for 65 to 97 mass% of the entire Pr-Ga alloy; 20 mass% or less of Pr is replaceable by Nd; and 30 mass% or less of Pr is replaceable by Dy and/or Tb. Ga accounts for 3 mass% to 35 mass% of the entire Pr-Ga alloy; and 50 mass% or less of Ga is replaceable by Cu. Inclusion of inevitable impurities is possible); a step of, while allowing at least a portion of the Pr-Ga alloy to be in contact with at least a portion of a surface of the sintered R-T-B based magnet work, performing a first heat treatment at a temperature which is greater than 600°C but equal to or less than 950°C in a vacuum or an inert gas ambient; and a step of performing a second heat treatment in a vacuum or an inert gas ambient for the sintered R-T-B based magnet work having been subjected to the first heat treatment, at a temperature which is lower than the temperature effected in the step of performing the first heat treatment but which is not less than 450°C and not greater than 750°C.
Switchgear apparatus (100, 200, 300) for high-voltage or medium-voltage technology, comprising: at least one connection designed for being connected to a high-voltage or medium-voltage conductor, in particular cable and/or gas-insulated conductor and/or overhead line conductor, wherein the switchgear apparatus contains at least one busbar which forms the node of a high-voltage, medium-voltage or low-voltage grid and is connectable to other grid nodes via switching devices; a sensor system (103, 105, 107, 109, 111, 115) designed to determine a plurality of different physical and/or chemical measurement values relating to the switchgear apparatus and/or relating to the conductor and/or the surroundings; a communication system, operating in particular wirelessly, which is designed to receive the measurement values from the sensor system and to transmit them to an entity in a network, characterized in that the communication system is designed to allow bidirectional communication so as to obtain sensor configuration data and to communicate them to the sensor system (103, 105, 107, 109, 111, 115), said data configuring the sensor system with regard to protection function and/or measurement function and/or sensitivity and/or sampling rate, and to obtain control data comprising control signals to components of the switchgear apparatus and to transmit them to the components of the switchgear apparatus in order to control operation of the switchgear apparatus, in order thus to establish or to interrupt a connection to the high-voltage or medium-voltage conductor. at least one connection designed for being connected to a high-voltage or medium-voltage conductor, in particular cable and/or gas-insulated conductor and/or overhead line conductor, wherein the switchgear apparatus contains at least one busbar which forms the node of a high-voltage, medium-voltage or low-voltage grid and is connectable to other grid nodes via switching devices; a sensor system (103, 105, 107, 109, 111, 115) designed to determine a plurality of different physical and/or chemical measurement values relating to the switchgear apparatus and/or relating to the conductor and/or the surroundings; a communication system, operating in particular wirelessly, which is designed to receive the measurement values from the sensor system and to transmit them to an entity in a network, characterized in that the communication system is designed to allow bidirectional communication so as to obtain sensor configuration data and to communicate them to the sensor system (103, 105, 107, 109, 111, 115), said data configuring the sensor system with regard to protection function and/or measurement function and/or sensitivity and/or sampling rate, and to obtain control data comprising control signals to components of the switchgear apparatus and to transmit them to the components of the switchgear apparatus in order to control operation of the switchgear apparatus, in order thus to establish or to interrupt a connection to the high-voltage or medium-voltage conductor.
Pipe clamp with a mounting part, which is connected to a threaded rod, which is mountable on a building part, and which has a passage opening, through which a pipe is insertable into a mounting space of the pipe clamp, with a support element, on which the pipe is supportable, and with a securing part, which has a holding-down member by means of which the pipe is fixable in the mounting space, wherein the securing part is fixedly or rotatably connected to the threaded rod and wherein the mounting part and the securing part are displaceable relative to one another coaxially with respect to the longitudinal axis of the threaded rod in order to fix the pipe, characterised in, that the holding-down member is held by a threaded sleeve, which is rotatably connected to the holding-down member and which engages with an internal thread in the external thread of the threaded rod, rotatably and displaceably along the threaded rod.
A near-eye display system comprising: a display assembly comprising at least one display panel; a display driver configured to drive the display assembly to display a sequence of frames based on a frame clock signal having a first frequency; a pair of liquid membrane lenses (112-1, 112-2) facing the display assembly; and a lens driver having an output coupled to an input of each of liquid membrane lenses of the pair, the lens driver configured to generate at the output a periodic, continuously variable driving signal having a second frequency, wherein the first frequency is an integer multiple of the second frequency. a display assembly comprising at least one display panel; a display driver configured to drive the display assembly to display a sequence of frames based on a frame clock signal having a first frequency; a pair of liquid membrane lenses (112-1, 112-2) facing the display assembly; and a lens driver having an output coupled to an input of each of liquid membrane lenses of the pair, the lens driver configured to generate at the output a periodic, continuously variable driving signal having a second frequency, wherein the first frequency is an integer multiple of the second frequency.
Sectioning apparatus for panels comprising at least one movement unit mobile in a controlled manner along at least a bridge structure and at least one sectioning group positionable with respect to the movement unit, wherein said movement unit comprises at least a gripping unit and at least a fixed abutment cooperating with an upper surface of said at least one panel to define a zero position and the planarity of said at least one panel, said at least one gripping unit being of the depression type and positioned above said at least one panel and being associable with the upper surface of said at least one panel, wherein said at least one gripping unit is attached to a slider and both are movable in a controlled and automated manner, so as at least to adapt their position with respect to the sectioning group as a function of the thickness of said panel being worked and of the cuts made on it, characterized in that said apparatus comprises a plurality of fixed abutments, said gripping unit comprises two bars each supporting a respective sucker type anchoring means alternating with said fixed abutments, wherein, in cooperation with said gripping unit, a suction pipe is provided for sucking-up the sectioning residues in an interspace between said bars.
An installation for following up the evolution of the quality of a lubricant circulating in a piece of equipment, this installation comprising: - at least one conduit for circulating the lubricant, this conduit being connected upstream to the piece of equipment and downstream to a recovery pan - a first controlled valve for interrupting the circulation of the lubricant in the conduit, - a tank for accumulating the lubricant, - a first bypass line connected, on the one hand, to the conduit and, on the other hand to the tank, - a second controlled valve for interrupting the circulation of the lubricant in the first bypass, - a second line for discharging the lubricant, from the buffer tank to the recovery pan, - a sensor for determining the dissolved iron content of an amount of lubricant contained in the tank. characterized in that -- the reservoir is a buffer reservoir for accumulating the lubricant; - the first bypass line is connected to the conduit upstream of the first valve, and - the installation includes a third controlled valve for interrupting the circulation of the lubricant in the second discharge line. - at least one conduit for circulating the lubricant, this conduit being connected upstream to the piece of equipment and downstream to a recovery pan - a first controlled valve for interrupting the circulation of the lubricant in the conduit, - a tank for accumulating the lubricant, - a first bypass line connected, on the one hand, to the conduit and, on the other hand to the tank, - a second controlled valve for interrupting the circulation of the lubricant in the first bypass, - a second line for discharging the lubricant, from the buffer tank to the recovery pan, - a sensor for determining the dissolved iron content of an amount of lubricant contained in the tank. -- the reservoir is a buffer reservoir for accumulating the lubricant; - the first bypass line is connected to the conduit upstream of the first valve, and - the installation includes a third controlled valve for interrupting the circulation of the lubricant in the second discharge line.
A conjugate having the structure: or where: ∼NH-ZICO is an amino group of the ziconotide moiety of SEQ ID NO: 264; and ∼OPEG-m is a methoxy end-capped poly(ethylene glycol). ∼NH-ZICO is an amino group of the ziconotide moiety of SEQ ID NO: 264; and ∼OPEG-m is a methoxy end-capped poly(ethylene glycol).