mhurhangee/ep-ind-claims huggingface dataset:
A compound having the formula: wherein M 1 is zirconium or hafnium; X is, independently, F, Cl, Br, or I; or X is, independently, H, BH 4, methyl, phenyl, benzyl, neopentyl, trimethylsilylmethyl, CH 2 CMe 2 Ph; CH 2 SiMe 2 Ph; CH 2 CMe 2 CH 2 Ph; or CH 2 SiMe 2 CH 2 Ph; E is C; R 1 and R 2 are independently an aryl group, either of which having up to 10 carbon atoms; R 3A and R 3B are independently a hydrocarbyl group or a trihydrocarbylsilyl group, any of which having up to 20 carbon atoms; or hydrogen; n is an integer from 0 to 10, inclusive; and R 4A and R 4B are independently a hydrocarbyl group having up to 12 carbon atoms, or hydrogen. M 1 is zirconium or hafnium; X is, independently, F, Cl, Br, or I; or X is, independently, H, BH 4, methyl, phenyl, benzyl, neopentyl, trimethylsilylmethyl, CH 2 CMe 2 Ph; CH 2 SiMe 2 Ph; CH 2 CMe 2 CH 2 Ph; or CH 2 SiMe 2 CH 2 Ph; E is C; R 1 and R 2 are independently an aryl group, either of which having up to 10 carbon atoms; R 3A and R 3B are independently a hydrocarbyl group or a trihydrocarbylsilyl group, any of which having up to 20 carbon atoms; or hydrogen; n is an integer from 0 to 10, inclusive; and R 4A and R 4B are independently a hydrocarbyl group having up to 12 carbon atoms, or hydrogen.
Profiled metal stake made of folded metal sheeting and capable of supporting at least one support wire for supporting the branches of trees grown for fruit tree or similar farming, the section of which is a curve closed by fastening two longitudinal edges of the metal wall forming the stake and comprising at least one hole capable of allowing for the guiding and support of said support wire, characterised in that said curve is an octagon with eight planar sides, for which the fastening of the edges of the metal wall takes place in a planar portion of one of the faces of the octagonal cylinder of the wall of the stake and the at least one hole is produced by punching a small portion of one of the eight planes of the octagonal cylinder of the wall of the stake, which small portion is deformed to form a pawl.
A passive fuel additives dosing system comprising: a cartridge; a membrane-based contactor within the cartridge comprising a bundle of hollow-fibers; a fuel inlet to the cartridge; a fuel outlet from the cartridge; and an additive within the membrane-based contactor, the membrane-based contactor arranged within the cartridge such that, with fuel in the cartridge, an outside surface of each hollow-fiber of the bundle of hollow-fibers is wetted by the fuel that enters the cartridge from the fuel inlet and exits from the fuel outlet, and a fuel contact area with the membrane-based contactor is dependent on a fuel flow rate to passively dispense a proportional amount of the additive into the fuel, wherein the membrane-based contactor comprises at least one of a spiral-wound module, and a plate-and-frame module within the cartridge, and wherein a bore of each of the hollow-fibers contains the additive. a cartridge; a membrane-based contactor within the cartridge comprising a bundle of hollow-fibers; a fuel inlet to the cartridge; a fuel outlet from the cartridge; and an additive within the membrane-based contactor, the membrane-based contactor arranged within the cartridge such that, with fuel in the cartridge, an outside surface of each hollow-fiber of the bundle of hollow-fibers is wetted by the fuel that enters the cartridge from the fuel inlet and exits from the fuel outlet, and a fuel contact area with the membrane-based contactor is dependent on a fuel flow rate to passively dispense a proportional amount of the additive into the fuel, wherein the membrane-based contactor comprises at least one of a spiral-wound module, and a plate-and-frame module within the cartridge, and wherein a bore of each of the hollow-fibers contains the additive.
Textile machine, comprising a plurality of workstations arranged next to one another, a service unit movable along the workstations for operating and/or maintaining the workstations, and a positioning system for positioning the service unit in front of a workstation, having a first positioning element and a second positioning element, the one positioning element being arranged on the service unit and the other positioning element being arranged on the workstation, wherein: - the first positioning element comprises a magnetic-field-producing element; - the second positioning element comprises at least one first Hall sensor; - the magnetic-field-producing element and the first Hall sensor are arranged in such a way that the first Hall sensor detects the magnetic-field-producing element when the service unit is positioned in front of the workstation; - the second positioning element comprises a second Hall sensor, which is arranged next to the first Hall sensor in the direction of the travel path of the service unit in such a way that the first Hall sensor and the second Hall sensor detect the magnetic-field-producing element when a service unit is positioned in front of the workstation; - means suitable for subtracting the signals of the first Hall sensor and of the second Hall sensor are provided, characterised in that the second positioning element comprises a third Hall sensor and a fourth Hall sensor, the third and fourth Hall sensors (7, 8) being arranged on both sides of the first and second Hall sensors (5, 6) in the direction of the travel path of the service unit, and that the textile machine is designed to reduce the speed of the service unit as soon as the third or fourth Hall sensor detects that the workstation has been reached and to then exactly position the service unit in front of the workstation by means of the first and second Hall sensors. - the first positioning element comprises a magnetic-field-producing element; - the second positioning element comprises at least one first Hall sensor; - the magnetic-field-producing element and the first Hall sensor are arranged in such a way that the first Hall sensor detects the magnetic-field-producing element when the service unit is positioned in front of the workstation; - the second positioning element comprises a second Hall sensor, which is arranged next to the first Hall sensor in the direction of the travel path of the service unit in such a way that the first Hall sensor and the second Hall sensor detect the magnetic-field-producing element when a service unit is positioned in front of the workstation; - means suitable for subtracting the signals of the first Hall sensor and of the second Hall sensor are provided,
Heel element for a touring ski binding, which heel element has at least one main body and at least one retaining element which protrudes from the main body, wherein the heel element can be transferred at least into a downhill mode and into a touring mode, wherein the retaining element is arranged in the downhill mode so as to be brought into engagement with a boot which is rotatably held in a front element of the touring ski binding and can thus fix the boot in the touring ski binding, and wherein the retaining element is arranged in the touring mode so as to release the boot rotatably held in the front element of the touring ski binding, wherein the heel element has a magnet, wherein the heel element can be transferred from the downhill mode to the touring mode by rotating the main body and the heel element has at least one climbing aid, with which climbing aid a stop for the boot can be formed in the touring mode, wherein the climbing aid has the magnet, wherein the magnet is preferably accommodated in the climbing aid and/or wherein the climbing aid particularly preferably forms a housing for the magnet, characterized in that the magnet is arranged so as to push the boot, which is rotatably held in the front element of the touring ski binding, away from the heel element in touring mode when the boot has a further magnet oriented in the opposite pole direction, in that the magnet and the further magnet of the boot are arranged one above the other when the boot stands with a heel section on the climbing aid. wherein the heel element can be transferred from the downhill mode to the touring mode by rotating the main body and the heel element has at least one climbing aid, with which climbing aid a stop for the boot can be formed in the touring mode, wherein the climbing aid has the magnet, wherein the magnet is preferably accommodated in the climbing aid and/or wherein the climbing aid particularly preferably forms a housing for the magnet, characterized in that the magnet is arranged so as to push the boot, which is rotatably held in the front element of the touring ski binding, away from the heel element in touring mode when the boot has a further magnet oriented in the opposite pole direction, in that the magnet and the further magnet of the boot are arranged one above the other when the boot stands with a heel section on the climbing aid.
An antimicrobial protein with lytic properties that contains a sequence of the isolated protein according to SEQ ID NO. 1 or a recombinant protein sequence according to SEQ ID NO. 2.
A method for the suppression of soot formation during the partial oxidation of a hydrocarbon-containing gaseous feed, in the presence of steam and in an ATR reactor or in a POX reactor, the method comprising the addition of gaseous carbon dioxide to the hydrocarbon-containing gaseous feed before entry into the reactor.
A dual fuel delivery system for a gas turbine, comprising: a main fuel line having a main fuel oil conduit and a main fuel gas conduit, wherein the main fuel gas conduit encloses, at least partially, the main fuel oil conduit; and a first fuel divider having a first fuel oil divider connected to the main fuel oil conduit and a first fuel gas divider connected to the main fuel gas conduit, wherein the first fuel gas divider encloses, at least partially, the first fuel oil divider; the first fuel divider having one inlet and two outlets; the dual fuel delivery system being characterized by further comprising: two second fuel dividers, each of which has a second fuel oil divider and a second fuel gas divider, and wherein the outlets of the first fuel divider are connected to a respective inlet of a respective second fuel divider; and an injection head, the injection head comprises at least one injection nozzle adapted to inject a fuel oil and/or a fuel gas, wherein the injection head is connected to the second fuel dividers. two second fuel dividers, each of which has a second fuel oil divider and a second fuel gas divider, and wherein the outlets of the first fuel divider are connected to a respective inlet of a respective second fuel divider; and an injection head, the injection head comprises at least one injection nozzle adapted to inject a fuel oil and/or a fuel gas, wherein the injection head is connected to the second fuel dividers.
A drive roller comprising: • a central hub; • a body extending around the central hub; • a deformable band extending around the body over a circumference of the drive roller; characterized in that the body is made of a deformable material, and in that the drive roller comprises first rigid fins and second rigid fins arranged in alternation and extending radially inside the body between the central hub and the deformable band, the first fins presenting a proximal end fastened to the central hub and the second fins presenting a distal end that extends in the proximity of the deformable band. • a central hub; • a body extending around the central hub; • a deformable band extending around the body over a circumference of the drive roller; characterized in that the body is made of a deformable material, and in that the drive roller comprises first rigid fins and second rigid fins arranged in alternation and extending radially inside the body between the central hub and the deformable band, the first fins presenting a proximal end fastened to the central hub and the second fins presenting a distal end that extends in the proximity of the deformable band.
A door comprising a door leaf movable, starting from a closed position, into a multilayered wound position in the course of an opening movement and a guide arrangement having a spiral-shaped guide path section for guiding the opening movement in the region of the lateral edge of the door leaf, and comprising a flexible traction element, which is attached to a section of the door leaf which is a leading section during the opening movement, for pulling the door leaf into the multilayered wound position, wherein the lateral edges of the door leaf are guided in the spiral-shaped guide path section as it moves into the multilayered wound position, characterised in that the flexible traction element is a strap, a band, a chain or a rope and is attached, on the one hand, to the leading section of the door leaf and, on the other hand, to a rotatable winding shaft arrangement, around which the door leaf extends in a spiral formation in the wound position.
An optical film comprising a plurality of repeat units, each repeat unit comprising a first alternating layer (A, B) of at least a first polymer and a second alternating layer (B, A) of at least a second polymer, wherein the alternating layers (A, B) comprising the first polymer are isotropic and the alternating layers comprising the second polymer are birefringent, the alternating layers defining a coordinate system with mutually orthogonal x- and y- axes extending parallel to the layers and with a z-axis orthogonal to the x- and y- axes, wherein the alternating layers (A, B) have a refractive index difference along the z-axis of 0.1 or greater, a refractive index difference along the x-axis of up to 0.02, and a refractive index difference along the y-axis of up to 0.02, wherein the repeat units in the film have a sum of the optical thickness of the first alternating layer and the optical thickness of the second alternating layer of 200 nm to 350 nm, so that the optical film has a reflection band covering a portion of the visible spectrum at an oblique angle such that the optical film appears colored at such oblique angle, wherein the optical film has no reflection bands having peak reflectivity greater than 20% for normally incident light, wherein the film has an absorbing agent for changing the baseline on-axis appearance from clear to a particular color, wherein the film has a yellow-to-red or blue-to-green transition from the baseline on-axis appearance to the oblique angle, wherein the film is polarizing at an oblique angle of incidence, and wherein the film has a first and second portion, and the plurality of layers in the first portion have a different overall thickness than the plurality of layers in the second portion, wherein the first and second portions define indicia. a refractive index difference along the z-axis of 0.1 or greater, a refractive index difference along the x-axis of up to 0.02, and a refractive index difference along the y-axis of up to 0.02,
Pump device for use in operating theaters, comprising a pump unit with a pump and a control unit, and a pump tube connected to the pump unit, wherein the pump tube has an optical fiber extending along the pump tube, characterized in that the pump unit comprises a light source actuatable by the control unit to display the operating state of the pump unit, wherein the first end of the optical fiber is arranged for coupling-in light from the actuatable light source.
A method of wireless communication, performed by a user equipment, UE, comprising determining, by the user equipment, UE, at least one transmission characteristic of a first base station of a plurality of transmission characteristics of the first base station; and performing, by the UE, interference cancellation,based on the at least one transmission characteristic, for transmissions from the first base station, the method characterized by further comprising: identifying, by the UE, a demodulation reference signal, DMRS, location pattern in a transmission from a first base station, wherein: the DMRS location pattern is identified as one of different DMRS location patterns for different DMRSs, each including a set of resource elements,REs, to indicate to the UE different transmission characteristics; the at least one transmission characteristic of the first base station is determined based on the identified DMRS location pattern; and the different DMRS location patterns do not overlap each other. determining, by the user equipment, UE, at least one transmission characteristic of a first base station of a plurality of transmission characteristics of the first base station; and performing, by the UE, interference cancellation,based on the at least one transmission characteristic, for transmissions from the first base station, the method characterized by further comprising: identifying, by the UE, a demodulation reference signal, DMRS, location pattern in a transmission from a first base station, wherein: the DMRS location pattern is identified as one of different DMRS location patterns for different DMRSs, each including a set of resource elements,REs, to indicate to the UE different transmission characteristics; the at least one transmission characteristic of the first base station is determined based on the identified DMRS location pattern; and the different DMRS location patterns do not overlap each other. the DMRS location pattern is identified as one of different DMRS location patterns for different DMRSs, each including a set of resource elements,REs, to indicate to the UE different transmission characteristics; the at least one transmission characteristic of the first base station is determined based on the identified DMRS location pattern; and the different DMRS location patterns do not overlap each other.
Method for the mechanical material loading or material unloading of a web processing machine comprising a material feeding station for conveying a web of material, comprising the following steps: - a material transporting step comprising introducing a free end portion of a material web to a material feeding station, - a material receiving step carried out after the material transporting step, comprising gripping the free end section, - a material positioning step carried out after the material receiving step, comprising introducing the gripped free end section to a conveyor of the material feeding station or to a material cassette, and further comprising aligning the gripped free end section with respect to the conveyor or to the material cassette, wherein the processing machine has a robot controlled by a control unit with at least one first gripping tool, by means of which the robot carries out the material receiving step and/or the material positioning step automatically, and characterized in that the material feeding station has a gripping device which has at least one second gripping tool controlled by the control unit. - a material transporting step comprising introducing a free end portion of a material web to a material feeding station, - a material receiving step carried out after the material transporting step, comprising gripping the free end section, - a material positioning step carried out after the material receiving step, comprising introducing the gripped free end section to a conveyor of the material feeding station or to a material cassette, and further comprising aligning the gripped free end section with respect to the conveyor or to the material cassette,
A two-shaft gas turbine comprising: a gas generator having a compressor, a combustor and a high-pressure turbine; a fixed-vane low-pressure turbine driven by exhaust gas from the high-pressure turbine; and a load adjustor connected to the gas generator; characterized by a control unit, when either one of a value of inlet temperature of the high-pressure turbine and a value of an air quantity of the compressor reaches a rated value before the other value reaches a rated value, adapted to drive the load adjustor to bring the other value close to the rated value in such a way that both the inlet temperature of the high-pressure turbine and the air quantity of the compressor reach the respective rated values even during rated operation. a gas generator having a compressor, a combustor and a high-pressure turbine; a fixed-vane low-pressure turbine driven by exhaust gas from the high-pressure turbine; and a load adjustor connected to the gas generator; characterized by a control unit, when either one of a value of inlet temperature of the high-pressure turbine and a value of an air quantity of the compressor reaches a rated value before the other value reaches a rated value, adapted to drive the load adjustor to bring the other value close to the rated value in such a way that both the inlet temperature of the high-pressure turbine and the air quantity of the compressor reach the respective rated values even during rated operation.
A system comprising: an annular combustor having a first liner wall disposed circumferentially about an axis, a combustion chamber disposed circumferentially about the first liner wall, and a second liner wall disposed circumferentially about the combustion chamber, wherein the annular combustor is configured to direct a combustion gas flow in a downstream direction through the combustion chamber away from a head end toward a turbine; a first flow sleeve disposed along the first liner wall and a second flow sleeve disposed along the second liner wall, wherein a first passage extends between the first liner wall and the first flow sleeve, and a second passage extends between the second liner wall and the second flow sleeve; and a supply passage configured to supply a fluid flow from a compressor to the combustion chamber, wherein the supply passage has a flow path architecture having a turning portion that turns the fluid flow from a compressor discharge direction to an upstream direction generally opposite the downstream direction of combustion gas flow; characterized in that the system comprises a baffle having a scoop adjacent a window, wherein the scoop extends into the supply passage, the window is in fluid communication with the first passage, and the baffle is configured to redirect a portion of the fluid flow though the first passage in the downstream direction. an annular combustor having a first liner wall disposed circumferentially about an axis, a combustion chamber disposed circumferentially about the first liner wall, and a second liner wall disposed circumferentially about the combustion chamber, wherein the annular combustor is configured to direct a combustion gas flow in a downstream direction through the combustion chamber away from a head end toward a turbine; a first flow sleeve disposed along the first liner wall and a second flow sleeve disposed along the second liner wall, wherein a first passage extends between the first liner wall and the first flow sleeve, and a second passage extends between the second liner wall and the second flow sleeve; and a supply passage configured to supply a fluid flow from a compressor to the combustion chamber, wherein the supply passage has a flow path architecture having a turning portion that turns the fluid flow from a compressor discharge direction to an upstream direction generally opposite the downstream direction of combustion gas flow; characterized in that the system comprises a baffle having a scoop adjacent a window, wherein the scoop extends into the supply passage, the window is in fluid communication with the first passage, and the baffle is configured to redirect a portion of the fluid flow though the first passage in the downstream direction.
A method for producing a seal arrangement for a turbo-machine, which comprises a seal carrier (2, 12) and a friction coating (3, 13) which is arranged on the seal carrier, wherein the seal carrier comprises a fiber-reinforced plastic and the friction coating comprises polysiloxane, characterized in that the seal carrier and the friction coating are provided in a non-cured state and are arranged in direct contact with one another according to the configuration of the seal arrangement (1, 10) and are subsequently subjected to a common curing process, so that fiber-reinforced plastic and polysiloxane cross-link chemically with one another.