mhurhangee/ep-ind-claims huggingface dataset:
A method for producing guanosine 5'-diphospho-β-L-fucose from guanosine and L-fucose or D-mannose comprising the following steps: A) providing a solution comprising (i) guanosine and L-fucose or guanosine and D-mannose represented by the following formulae (ii) polyphosphate, adenosine triphosphate and a co-solvent for solubilizing guanosine and in case of D-mannose NADPH; and providing a set of enzymes comprising a guanosine kinase, a polyphosphate kinase, and in case of L-fucose a L-fucokinase / L-fucose-1-phosphate guanylyltransferase or in case of D-mannose either (a) a glucokinase, phosphomannomutase, a mannose-1-phosphate guanylyltransferase, a GDP-mannose-4,6-dehydratase and a GDP-L-fucose-synthase or (b) an N-acetylhexosamine-1-kinase, a mannose-1-phosphate guanylyltransferase, a GDP-mannose 4,6-dehydratase and a GDP-L-fucose-synthase; B) producing guanosine 5'-diphospho-β-L-fucose from guanosine and L-fucose in the presence of the set of enzymes, polyphosphate, adenosine triphosphate and the co-solvent or from guanosine and D-mannose in the presence of the set of enzymes, polyphosphate, adenosine triphosphate, NADPH and the co-solvent. A) providing a solution comprising (i) guanosine and L-fucose or guanosine and D-mannose represented by the following formulae (ii) polyphosphate, adenosine triphosphate and a co-solvent for solubilizing guanosine and in case of D-mannose NADPH; and providing a set of enzymes comprising a guanosine kinase, a polyphosphate kinase, and in case of L-fucose a L-fucokinase / L-fucose-1-phosphate guanylyltransferase or in case of D-mannose either (a) a glucokinase, phosphomannomutase, a mannose-1-phosphate guanylyltransferase, a GDP-mannose-4,6-dehydratase and a GDP-L-fucose-synthase or (b) an N-acetylhexosamine-1-kinase, a mannose-1-phosphate guanylyltransferase, a GDP-mannose 4,6-dehydratase and a GDP-L-fucose-synthase; (i) guanosine and L-fucose or guanosine and D-mannose represented by the following formulae (ii) polyphosphate, adenosine triphosphate and a co-solvent for solubilizing guanosine and in case of D-mannose NADPH; and B) producing guanosine 5'-diphospho-β-L-fucose from guanosine and L-fucose in the presence of the set of enzymes, polyphosphate, adenosine triphosphate and the co-solvent or from guanosine and D-mannose in the presence of the set of enzymes, polyphosphate, adenosine triphosphate, NADPH and the co-solvent.
Gas turbine having a filter housing with air filters, and having a cooling device for cooling the intake air of an intake housing, wherein the cooling device (1, 1') comprises at least: a plurality of nozzles (13, 23) and a grid, which are arranged together in a module, a water supply for the nozzles (13, 23), wherein the nozzles (13, 23) are arranged first in terms of flow in a planned inflow direction of air, wherein the nozzles (13, 23) can finely spray water in an ejection direction (14, 24) and the grid (19',...) is then arranged in the inflow direction, characterized in that the cooling device is arranged in front of the filter housing. having a filter housing with air filters, and having a cooling device for cooling the intake air of an intake housing, wherein the cooling device (1, 1') comprises at least: a plurality of nozzles (13, 23) and a grid, which are arranged together in a module, a water supply for the nozzles (13, 23), wherein the nozzles (13, 23) are arranged first in terms of flow in a planned inflow direction of air, wherein the nozzles (13, 23) can finely spray water in an ejection direction (14, 24) and the grid (19',...) is then arranged in the inflow direction, characterized in that the cooling device is arranged in front of the filter housing. a plurality of nozzles (13, 23) and a grid, which are arranged together in a module, a water supply for the nozzles (13, 23), wherein the nozzles (13, 23) are arranged first in terms of flow in a planned inflow direction of air, wherein the nozzles (13, 23) can finely spray water in an ejection direction (14, 24) and the grid (19',...) is then arranged in the inflow direction, characterized in that the cooling device is arranged in front of the filter housing.
Front cradle for motor vehicles, comprising: - a main body intended to be rigidly fixed to the structure of the vehicle; - interfaces (20, 34.1) for fixing suspension triangles of the front axle assembly of the vehicle, said interfaces being arranged on the main body, laterally on either side of said main body; the interfaces (20, 34.1) for fixing suspension triangles being attached to the main body, characterized in that the cradle comprises, on the main body, interfaces for attachment to two lower longitudinal sections forming a low path for taking up force in the event of a front impact, said interfaces being attached to said main body. - a main body intended to be rigidly fixed to the structure of the vehicle; - interfaces (20, 34.1) for fixing suspension triangles of the front axle assembly of the vehicle, said interfaces being arranged on the main body, laterally on either side of said main body;
LED package comprising: a LED die; and a memory device arranged for holding LED data, the LED data being for driving the LED die, characterised in that the memory device comprises a plurality of fusible resistors (FRI - FR7) arranged in a fusible resistor array, the fusible resistors being arranged in parallel to each other in between a first terminal and a second terminal of the fusible resistor array, wherein each of the plurality of fusible resistors comprises a fuse in a series connection with a resistor (R1 - R7), wherein each resistor has a different resistance value, and wherein each fuse is arranged to be destroyable at the same maximum current density. a LED die; and a memory device arranged for holding LED data, the LED data being for driving the LED die,
Bread machine comprising a bowl for the preparation and physical conversion of foods, said bowl being removable from the machine and having at least two parts (1, 2) bounding the volume of the bowl inside which is arranged at least one mixing tool, characterised in that the parts (1, 2) are movable with respect to each other, and in that the bowl has at least one means of locking and unlocking the various parts (1, 2) together.
Production machine or machine tool having a processor and a memory, wherein a processing work program which can be executed by means of the processor is loaded in the memory, wherein HMI instructions can be evaluated by means of a processing component during execution of the processing work program, wherein a display unit can be actuated by means of the processing component for the purpose of showing HMI outputs (26, 28), characterised in that, the processing work program incorporates the HMI instructions, the processing component includes a language element evaluation unit together with an HMI element administration unit, by means of the language element evaluation unit, HMI elements (26, 28) which are referenced in the HMI instructions can be identified, and by means of the HMI element administration unit, an HMI output can be generated for each identified HMI element (26, 28).
Method for recovering phosphorus from sludge to be treated, said method including: - a stage of pre-acidification of said sludge to be treated, giving a pre-acidified sludge, wherein the stage of pre-acidification includes a step of adding an acid into said sludge to be treated, said step of adding an acid into said sludge including adding carbon dioxide into said sludge to obtain a pre-acidified sludge having a pH close or inferior to 6,3; - a stage of bio-acidification of said pre-acidified sludge, giving an acidified sludge, wherein the stage of bio-acidification includes a step of acidogenesis and is carried out in a reactor having a hydraulic retention time comprised between 1 day to 8 days and, at a pH comprised between 3.5 to 5.5, and wherein biomass in said stage of bio-acidification originates only from the sludge itself; and, - a stage of treatment of said acidified sludge including: - a step of solid/liquid separation of said acidified sludge, giving a slurry and an acidified water; and, - a step of recovery of phosphates in liquid phase by sorption and/or crystallization, giving a phosphorus depleted water, said step of recovery of phosphates being carried out after said step of solid/liquid separation. - a stage of pre-acidification of said sludge to be treated, giving a pre-acidified sludge, wherein the stage of pre-acidification includes a step of adding an acid into said sludge to be treated, said step of adding an acid into said sludge including adding carbon dioxide into said sludge to obtain a pre-acidified sludge having a pH close or inferior to 6,3; - a stage of bio-acidification of said pre-acidified sludge, giving an acidified sludge, wherein the stage of bio-acidification includes a step of acidogenesis and is carried out in a reactor having a hydraulic retention time comprised between 1 day to 8 days and, at a pH comprised between 3.5 to 5.5, and wherein biomass in said stage of bio-acidification originates only from the sludge itself; and, - a stage of treatment of said acidified sludge including: - a step of solid/liquid separation of said acidified sludge, giving a slurry and an acidified water; and, - a step of recovery of phosphates in liquid phase by sorption and/or crystallization, giving a phosphorus depleted water, said step of recovery of phosphates being carried out after said step of solid/liquid separation. - a step of solid/liquid separation of said acidified sludge, giving a slurry and an acidified water; and, - a step of recovery of phosphates in liquid phase by sorption and/or crystallization, giving a phosphorus depleted water, said step of recovery of phosphates being carried out after said step of solid/liquid separation.
An external tire inflation facility adapted for use with a vehicle, the external tire inflation facility comprising: a first compressed air coupler adapted to be coupled to a compressed air source; a first rotary union adapted to be coupled to a first hub of a first axel that is coupled to a chassis of the vehicle; and a compressed air distribution facility comprising: a first pressure hose; and a second pressure hose, wherein the external tire inflation facility is adapted to be mounted to the vehicle with the first rotary union coupled to the first hub, the first pressure hose coupled between the first rotary union and a first valve stem of a first wheel mounted on the first hub, and the second pressure hose coupled between the first compressed air coupler and the first rotary union, with at least a portion of the second pressure hose being supported by a bracket that is coupled to the chassis and a fairing panel; characterized in that the external tire inflation facility further comprises: a wheel cover having a central orifice adapted to facilitate connection of the second pressure hose to the first rotary union. a first compressed air coupler adapted to be coupled to a compressed air source; a first rotary union adapted to be coupled to a first hub of a first axel that is coupled to a chassis of the vehicle; and a compressed air distribution facility comprising: a first pressure hose; and a second pressure hose, wherein the external tire inflation facility is adapted to be mounted to the vehicle with the first rotary union coupled to the first hub, the first pressure hose coupled between the first rotary union and a first valve stem of a first wheel mounted on the first hub, and the second pressure hose coupled between the first compressed air coupler and the first rotary union, with at least a portion of the second pressure hose being supported by a bracket that is coupled to the chassis and a fairing panel; characterized in that the external tire inflation facility further comprises: a wheel cover having a central orifice adapted to facilitate connection of the second pressure hose to the first rotary union. a first pressure hose; and a second pressure hose, wherein the external tire inflation facility is adapted to be mounted to the vehicle with the first rotary union coupled to the first hub, the first pressure hose coupled between the first rotary union and a first valve stem of a first wheel mounted on the first hub, and the second pressure hose coupled between the first compressed air coupler and the first rotary union, with at least a portion of the second pressure hose being supported by a bracket that is coupled to the chassis and a fairing panel; characterized in that the external tire inflation facility further comprises: a wheel cover having a central orifice adapted to facilitate connection of the second pressure hose to the first rotary union.
An electrosurgical generator, comprising: a power supply operable to generate a DC voltage; a multi-pole phase-shifted RF output stage (28; 128) coupled to the power supply, the RF output stage including a plurality of dual-pole circuits (40a, 40b, 40c, 40d; 140a, 140b), each of the plurality of dual-pole circuits including first (56a, 58a) and second (60a, 62a) pairs of switching components; and a controller configured to drive the first and second pairs of switching components of each of the plurality of dual-pole circuits at a predetermined phase-shifted frequency, such that each of the frequencies is phase-shifted at a different phase, a power supply operable to generate a DC voltage; a multi-pole phase-shifted RF output stage (28; 128) coupled to the power supply, the RF output stage including a plurality of dual-pole circuits (40a, 40b, 40c, 40d; 140a, 140b), each of the plurality of dual-pole circuits including first (56a, 58a) and second (60a, 62a) pairs of switching components; and a controller configured to drive the first and second pairs of switching components of each of the plurality of dual-pole circuits at a predetermined phase-shifted frequency, such that each of the frequencies is phase-shifted at a different phase,
A device for delivering a medicated product to a bodily cavity, comprising: a barrel member having a distal end and a proximal end, said barrel member sized to contain the medicated product; a plunger sized to extend into said barrel member; and a cap with prongs adapted to move between a sealing position, in which said cap is positioned adjacent to said barrel member and seals said distal end of said barrel member, and a dispensing position, in which said cap is positioned in a direction away from said barrel member, said cap including an opening sized to allow the medicated product to flow through said cap when said cap is in said dispensing position, further comprising retainer means for retaining said cap on said barrel member when said cap is in said dispensing position, and wherein said retaining means includes a shoulder formed on said barrel member and a retention lug formed on said prongs, said retention lug sized to engage said shoulder as said cap moves to said dispensing position characterized in that said barrel member includes a plurality of internal threads, said cap including a plurality of external threads sized to threadedly mate with said internal threads of said barrel member, and wherein said cap includes an outer wall and a post protruding toward said barrel member, said post including said external threads. a barrel member having a distal end and a proximal end, said barrel member sized to contain the medicated product; a plunger sized to extend into said barrel member; and a cap with prongs adapted to move between a sealing position, in which said cap is positioned adjacent to said barrel member and seals said distal end of said barrel member, and a dispensing position, in which said cap is positioned in a direction away from said barrel member, said cap including an opening sized to allow the medicated product to flow through said cap when said cap is in said dispensing position, further comprising retainer means for retaining said cap on said barrel member when said cap is in said dispensing position, and wherein said retaining means includes a shoulder formed on said barrel member and a retention lug formed on said prongs, said retention lug sized to engage said shoulder as said cap moves to said dispensing position characterized in that said barrel member includes a plurality of internal threads, said cap including a plurality of external threads sized to threadedly mate with said internal threads of said barrel member, and wherein said cap includes an outer wall and a post protruding toward said barrel member, said post including said external threads.
A method of forming a fully clad interconnect, comprising: forming an opening in a dielectric layer, wherein said dielectric layer has a surface and said opening includes walls and a bottom; depositing a diffusion barrier layer on said dielectric layer surface, said walls and said bottom; depositing an adhesion layer on said diffusion barrier layer; depositing interconnect material on said adhesion layer; reflowing said interconnect material into said opening forming an interconnect in said opening, wherein said interconnect is recessed below said dielectric layer surface; depositing an adhesion capping layer over said interconnect; depositing a diffusion barrier capping layer over said adhesion capping layer, wherein said interconnect is surrounded by said adhesion layer and said adhesion capping layer, and said adhesion layer and said adhesion capping layer are surrounded by said diffusion barrier layer and said diffusion barrier capping layer, wherein the depositing a diffusion barrier layer and the depositing an adhesion layer comprise depositing two or more alternating layers of the adhesion and diffusion barrier layers at said bottom; and forming an air gap between the interconnect and a neighboring interconnect by partially removing the dielectric layer, wherein the dielectric layer remains below the interconnect and the neighboring interconnect. forming an opening in a dielectric layer, wherein said dielectric layer has a surface and said opening includes walls and a bottom; depositing a diffusion barrier layer on said dielectric layer surface, said walls and said bottom; depositing an adhesion layer on said diffusion barrier layer; depositing interconnect material on said adhesion layer; reflowing said interconnect material into said opening forming an interconnect in said opening, wherein said interconnect is recessed below said dielectric layer surface; depositing an adhesion capping layer over said interconnect; depositing a diffusion barrier capping layer over said adhesion capping layer, wherein said interconnect is surrounded by said adhesion layer and said adhesion capping layer, and said adhesion layer and said adhesion capping layer are surrounded by said diffusion barrier layer and said diffusion barrier capping layer, wherein the depositing a diffusion barrier layer and the depositing an adhesion layer comprise depositing two or more alternating layers of the adhesion and diffusion barrier layers at said bottom; and
Method for erecting a wind turbine tower from a plurality of prefabricated concrete tower segment components which each have a lower and an upper abutment face, having the steps of: producing wind turbine prefabricated concrete tower segment components by means of: pouring concrete into a casting mould having a level base for forming a prefabricated concrete component with a level lower abutment face and setting the concrete to a predetermined minimum strength, characterised by applying a compensation layer to the upper abutment face of the prefabricated concrete component, placing the prefabricated concrete component with the level lower abutment face on a plane which is orientated in a precisely horizontal manner, and removing the compensation layer on the upper abutment face in a plane-parallel manner with respect to the lower abutment face so that the compensation layer which is removed on the upper abutment face is constructed in a level and parallel manner with respect to the lower abutment face, and arranging the plurality of previously produced wind turbine prefabricated concrete tower segment components one on the other. producing wind turbine prefabricated concrete tower segment components by means of: pouring concrete into a casting mould having a level base for forming a prefabricated concrete component with a level lower abutment face and setting the concrete to a predetermined minimum strength, characterised by applying a compensation layer to the upper abutment face of the prefabricated concrete component, placing the prefabricated concrete component with the level lower abutment face on a plane which is orientated in a precisely horizontal manner, and removing the compensation layer on the upper abutment face in a plane-parallel manner with respect to the lower abutment face so that the compensation layer which is removed on the upper abutment face is constructed in a level and parallel manner with respect to the lower abutment face, and arranging the plurality of previously produced wind turbine prefabricated concrete tower segment components one on the other. pouring concrete into a casting mould having a level base for forming a prefabricated concrete component with a level lower abutment face and setting the concrete to a predetermined minimum strength, characterised by applying a compensation layer to the upper abutment face of the prefabricated concrete component, placing the prefabricated concrete component with the level lower abutment face on a plane which is orientated in a precisely horizontal manner, and removing the compensation layer on the upper abutment face in a plane-parallel manner with respect to the lower abutment face so that the compensation layer which is removed on the upper abutment face is constructed in a level and parallel manner with respect to the lower abutment face, and arranging the plurality of previously produced wind turbine prefabricated concrete tower segment components one on the other.
Structure suitable for protecting and supporting, characterised in that it is composed, in succession, of: - at least one first elastic supporting layer, made of foamed material with closed cells deriving from polyolefin resins and having a first density; - at least one second elastic shock-absorbing layer equipped with recesses made of foamed material with closed cells deriving from polyolefin resins and having the first density; and - at least one third elastic supporting layer made of foamed material with closed cells deriving from polyolefin resins and having a second density equal to about three times said first density. - at least one first elastic supporting layer, made of foamed material with closed cells deriving from polyolefin resins and having a first density; - at least one second elastic shock-absorbing layer equipped with recesses made of foamed material with closed cells deriving from polyolefin resins and having the first density; and - at least one third elastic supporting layer made of foamed material with closed cells deriving from polyolefin resins and having a second density equal to about three times said first density.
A method comprising controlling demodulation reference signal multiplexing resources supported by a user equipment, the resources comprising primary multiplexing resources and complementary multiplexing resources, the primary multiplexing resources including cyclic shift resources and the complementary multiplexing resources including at least one of orthogonal cover code resources and interleaved frequency domain multiple access resources; signalling a cyclic shift index to the user equipment, wherein at least one complementary multiplexing resource is linked to a signalled primary multiplexing resource, wherein the primary multiplexing resource is indicated by the signalled cyclic shift index; and defining the linkage between the cyclic shifts and the complementary multiplexing resources such that different demodulation reference signal resource subsets with optimal orthogonality can be signalled for as many different demodulation reference signal multiplexing orders as possible.