mhurhangee/ep-ind-claims huggingface dataset:
Apparatus, comprising an industrial plant and a post-combustion apparatus which is provided in an exhaust-air stream of the industrial plant and which differs from the industrial plant and which is positioned downstream of said industrial plant and which serves for the post-combustion of exhaust air of the exhaust-gas stream, wherein the post-combustion apparatus comprises a burner which has a fuel nozzle and a burner cone, which burner projects at least with its burner cone in an untreated-gas space into exhaust air for treatment of the exhaust-air stream from the upstream plant, wherein the burner cone is surrounded by exhaust air and forms a premix chamber in the interior, wherein the burner cone has a single-part or multi-part wall which surrounds a premix chamber and which has one or more wall sections (43.1; 43.2; 43.3; 43.4), and the fuel nozzle comprises an opening of at least one fuel outlet for the discharge of fuel into the premix chamber and is surrounded, at least at the level of the at least one fuel outlet, by the wall of the burner cone, and wherein the wall which delimits the premix chamber to the outside at the shell has a structure such that the premix chamber formed in the interior thereof opens, over at least one cone length section, in funnel-shaped fashion in a downstream direction symmetrically with respect to an axis of symmetry which defines the axial direction of the burner, characterized in that the burner, in an end-side bottom, which surrounds the fuel nozzle and/or the at least one fuel outlet, of the burner cone, has one or more opening-out points of one or more leadthroughs which lead from the untreated-gas space surrounding the burner into the premix chamber, through which leadthroughs exhaust air from the untreated-gas space surrounding the burner enters and/or can enter the premix chamber with an axial or predominantly axial flow direction, that is to say an axial flow component that is greater than a radial component.
Process for producing electricity, where the following successive steps are performed: a) providing a non-fermentable solid recovered fuel SRF, b) producing a crude synthesis gas from the solid recovered fuel, c) purifying said crude synthesis gas to generate a synthesis gas whose reduced concentration of tars determines a dew point of said tars of less than or equal to 20°C, said purification step comprising the injection of said crude synthesis gas into a mixing zone, in which said crude synthesis gas encounters and is mixed with at least one plasma jet and/or at least one oxidant stream, and initiation of a reaction between said synthesis gas and said at least one plasma jet and/or said at least one oxidant stream in a reaction zone placed downstream of said mixing zone to thermally crack the tars, the temperature of the synthesis gas at the outlet of said reaction zone being greater than or equal to 1100°C, d) cleaning said synthesis gas thus purified to obtain a clean synthesis gas, e) lowering the relative degree of humidity of the clean synthesis gas, f) injecting at least a portion thereof into at least one gas engine to produce electricity. a) providing a non-fermentable solid recovered fuel SRF, b) producing a crude synthesis gas from the solid recovered fuel, c) purifying said crude synthesis gas to generate a synthesis gas whose reduced concentration of tars determines a dew point of said tars of less than or equal to 20°C, said purification step comprising the injection of said crude synthesis gas into a mixing zone, in which said crude synthesis gas encounters and is mixed with at least one plasma jet and/or at least one oxidant stream, and initiation of a reaction between said synthesis gas and said at least one plasma jet and/or said at least one oxidant stream in a reaction zone placed downstream of said mixing zone to thermally crack the tars, the temperature of the synthesis gas at the outlet of said reaction zone being greater than or equal to 1100°C, d) cleaning said synthesis gas thus purified to obtain a clean synthesis gas, e) lowering the relative degree of humidity of the clean synthesis gas, f) injecting at least a portion thereof into at least one gas engine to produce electricity.
A method for training the use of firearms in a weapon simulator wherein the weapon simulator has a predetermined number of several firing ranges positioned next to each other and each firing range has an image display unit to display a training scenario wherein the image display units of firing ranges positioned next to each other are positioned next to each other and border directly on each other, characterized in that, - a number of shooters simultaneously training on the weapon simulator is determined, - a number and breadths of firing ranges of the weapon simulator subject to the number of shooters simultaneously training on the weapon simulator is determined, - the image display units are controlled in such a way that they show the training scenarios for the determined number of firing ranges each over the total determined breadth of the firing ranges. - a number of shooters simultaneously training on the weapon simulator is determined, - a number and breadths of firing ranges of the weapon simulator subject to the number of shooters simultaneously training on the weapon simulator is determined, - the image display units are controlled in such a way that they show the training scenarios for the determined number of firing ranges each over the total determined breadth of the firing ranges.
A coupling device (100, 502, 602) comprising: an internal material; an external material; flared ends connected by a cylindrical intermediary portion, wherein each flared end comprises: a distal end; a medial portion; and a proximal portion; wherein an internal angle of the device increases from the proximal portion to the medial portion, and from the medial portion to the distal end; and a hollow interior portion; wherein a hardness of the internal material is less than a hardness of the external material. an internal material; an external material; flared ends connected by a cylindrical intermediary portion, wherein each flared end comprises: a distal end; a medial portion; and a proximal portion; wherein an internal angle of the device increases from the proximal portion to the medial portion, and from the medial portion to the distal end; and a distal end; a medial portion; and a proximal portion; wherein an internal angle of the device increases from the proximal portion to the medial portion, and from the medial portion to the distal end; and a hollow interior portion; wherein a hardness of the internal material is less than a hardness of the external material.
Method for controlling the relative degree of saturation of a solvent vapor in a gaseous medium in an inkjet marking module the inkjet marking module comprising: - an inkjet marking device (111, 112, 113, 114) being adapted to jet droplets of an inkjet marking material to form an image on a recording substrate; and - an evaporation device arranged for evaporating a solvent to a gaseous medium, the evaporation device comprising an aerosol generator for creating an aerosol being a colloidal dispersion of liquid droplets of the solvent in the gaseous medium; the evaporation device comprising a droplet eliminator (65, 67) for removing an excess of the liquid droplets of the solvent from the aerosol, the droplet eliminator being arranged such that in operation, the droplet eliminator is located downstream of the aerosol generator; the method comprising the steps of: - creating an aerosol of the solvent in liquid form in the gaseous medium, with the aerosol generator; - equilibrating the aerosol such that the gaseous medium saturates with solvent vapor; and - removing solvent droplets from the aerosol, with the droplet eliminator. - an inkjet marking device (111, 112, 113, 114) being adapted to jet droplets of an inkjet marking material to form an image on a recording substrate; and - an evaporation device arranged for evaporating a solvent to a gaseous medium, the evaporation device comprising an aerosol generator for creating an aerosol being a colloidal dispersion of liquid droplets of the solvent in the gaseous medium; the evaporation device comprising a droplet eliminator (65, 67) for removing an excess of the liquid droplets of the solvent from the aerosol, the droplet eliminator being arranged such that in operation, the droplet eliminator is located downstream of the aerosol generator; - creating an aerosol of the solvent in liquid form in the gaseous medium, with the aerosol generator; - equilibrating the aerosol such that the gaseous medium saturates with solvent vapor; and - removing solvent droplets from the aerosol, with the droplet eliminator.
Vehicle seat with at least one laterally positioned operating device (4, 4') for operating vehicle seat functions and/or vehicle functions and an adjustment device for adjusting a vertical position (Δz) and/or an inclination (α) of the at least one operating device (4, 4') with respect to a rest of the vehicle seat, wherein the adjustment device comprises a rotational axis (6, 6') extending in the seat width direction and a shaft (7, 7') which is connected to the operating device (4, 4'), positioned at a distance from the rotational axis (6, 6') and rotatable together with the operating device (4, 4') about the rotational axis (6, 6'), wherein the adjustment of the vertical position (Δz) and/or of the inclination (α) of the operating device (4, 4') is feasible by means of a rotational movement of a spindle element of the adjustment device, which is in operative contact with the shaft (7, 7'), wherein a central axis of the spindle element is arranged perpendicular to a central axis (7a, 7a') of the shaft (7, 7'), characterized in that the shaft (7, 7') is movable within a slotted guide (8, 8') of a slotted guide element (10, 10') with respect to the pivoting about the rotational axis (6, 6'), wherein a shape of the slotted guide (8, 8') is configured to extend along a portion of an arc, wherein the arc is preferably configured to extend concentrically about the rotational axis (6, 6').
A strut mount and a vehicle body panel shaped like an inverted dish and provided with a through-hole in its bottom surface, the strut mount comprising: an outer cylinder formed in a tapered shape having a diameter increasing downward along its central axis; an inner cylinder arranged on the inner circumference side of the outer cylinder; and an elastic member connecting the outer cylinder and the inner cylinder and covering an outer circumferential surface and ends of the outer cylinder, the strut mount being adapted for use with a strut rod extending from a wheel and the vehicle body panel by positioning the strut mount so that an upper end of the strut rod penetrates through the inside of the inner cylinder, and the outer cylinder is fitted to the inner surface of the vehicle body panel, wherein an acute inclination of the outer circumferential surface of the outer cylinder with respect to the central axis of the outer cylinder is greater than that of an inner circumferential surface of a tapered sidewall of the vehicle body panel shaped like an inverted dish, and when the strut mount is fitted to the vehicle body panel, the elastic member is in contact with the inner surface of the vehicle body panel only at a portion of the elastic member, that covers the outer circumferential surface of the outer cylinder. an outer cylinder formed in a tapered shape having a diameter increasing downward along its central axis; an inner cylinder arranged on the inner circumference side of the outer cylinder; and an elastic member connecting the outer cylinder and the inner cylinder and covering an outer circumferential surface and ends of the outer cylinder, the strut mount being adapted for use with a strut rod extending from a wheel and the vehicle body panel by positioning the strut mount so that an upper end of the strut rod penetrates through the inside of the inner cylinder, and the outer cylinder is fitted to the inner surface of the vehicle body panel, wherein an acute inclination of the outer circumferential surface of the outer cylinder with respect to the central axis of the outer cylinder is greater than that of an inner circumferential surface of a tapered sidewall of the vehicle body panel shaped like an inverted dish, and when the strut mount is fitted to the vehicle body panel, the elastic member is in contact with the inner surface of the vehicle body panel only at a portion of the elastic member, that covers the outer circumferential surface of the outer cylinder.
A wave generator (4, 4A) for a strain wave gearing (1, 1A), the wave generator (4, 4A) comprising: a rigid wave generator plug provided with a non-circular external peripheral surface; and a wave generator bearing fitted to the non-circular external peripheral surface and made to flex into a non-circular shape; wherein the wave generator bearing is provided with an inner race, an outer race, and an annular body (26, 26A, 26B) fitted between the inner race and the outer race in a state of sliding contact; and the annular body (26, 26A, 26B) having a flexibility in a radial direction of the annular body (26, 26A, 26B) so as to be capable of flexing into a non-circular shape following the inner race, characterized in that the annular body (26, 26A, 26B) is composed of an endless coil spring, the annular body (26, 26A, 26B) having a rigidity capable of maintaining a fixed gap between the inner race and the outer race; an external peripheral surface of the inner race is provided with an inner race track surface having a recessed arcuate cross-section with which an external peripheral surface portion of the annular body (26, 26A, 26B) comes into sliding contact, and an internal peripheral surface of the outer race is provided with an outer race track surface having a recessed arcuate cross-section with which an internal peripheral surface portion of the annular body (26, 26A, 26B) comes into sliding contact. a rigid wave generator plug provided with a non-circular external peripheral surface; and a wave generator bearing fitted to the non-circular external peripheral surface and made to flex into a non-circular shape; wherein the wave generator bearing is provided with an inner race, an outer race, and an annular body (26, 26A, 26B) fitted between the inner race and the outer race in a state of sliding contact; and the annular body (26, 26A, 26B) having a flexibility in a radial direction of the annular body (26, 26A, 26B) so as to be capable of flexing into a non-circular shape following the inner race, the annular body (26, 26A, 26B) is composed of an endless coil spring, the annular body (26, 26A, 26B) having a rigidity capable of maintaining a fixed gap between the inner race and the outer race; an external peripheral surface of the inner race is provided with an inner race track surface having a recessed arcuate cross-section with which an external peripheral surface portion of the annular body (26, 26A, 26B) comes into sliding contact, and an internal peripheral surface of the outer race is provided with an outer race track surface having a recessed arcuate cross-section with which an internal peripheral surface portion of the annular body (26, 26A, 26B) comes into sliding contact.
A specimen pretreatment apparatus comprising: a specimen container holder configured to hold a specimen container for containing a plasma specimen; a reagent container holder configured to hold a first reagent container for containing a first reagent including magnetic particles on which a nucleic acid in the plasma specimen is adsorbed; a reaction unit in which a plurality of reaction containers are disposed, the reaction unit being configured to accelerate, in each reaction container, reaction of the plasma specimen and the first reagent; a washing unit in which a washing container is disposed, the washing unit including a magnetic force applying portion configured to apply magnetic force to the washing container; a dispensing unit; and a controller programmed to control the dispensing unit to: dispense the plasma specimen contained in the specimen container and the first reagent into the plurality of reaction containers in the reaction unit; dispense a mix liquid of the plasma specimen and the first reagent from each of the plurality of reaction containers into the washing container; and remove a liquid component from the washing container while the magnetic particles contained in the discharged mix liquid is attracted by the magnetic force applying portion. a specimen container holder configured to hold a specimen container for containing a plasma specimen; a reagent container holder configured to hold a first reagent container for containing a first reagent including magnetic particles on which a nucleic acid in the plasma specimen is adsorbed; a reaction unit in which a plurality of reaction containers are disposed, the reaction unit being configured to accelerate, in each reaction container, reaction of the plasma specimen and the first reagent; a washing unit in which a washing container is disposed, the washing unit including a magnetic force applying portion configured to apply magnetic force to the washing container; a dispensing unit; and a controller programmed to control the dispensing unit to: dispense the plasma specimen contained in the specimen container and the first reagent into the plurality of reaction containers in the reaction unit; dispense a mix liquid of the plasma specimen and the first reagent from each of the plurality of reaction containers into the washing container; and remove a liquid component from the washing container while the magnetic particles contained in the discharged mix liquid is attracted by the magnetic force applying portion. dispense the plasma specimen contained in the specimen container and the first reagent into the plurality of reaction containers in the reaction unit; dispense a mix liquid of the plasma specimen and the first reagent from each of the plurality of reaction containers into the washing container; and remove a liquid component from the washing container while the magnetic particles contained in the discharged mix liquid is attracted by the magnetic force applying portion.
Component supply station consisting of a feeder for a placement machine for the provisioning of electrical components for a printed circuit board, comprising a first base plate for attachment to the placement machine in such a way that the first base plate adopts a predefined orientation in relation to the placement machine, and a conveyor unit which is pivoted in relation to a first axis perpendicular to the first base plate, wherein the conveyor unit has a rail that is perpendicular to the first axis, said rail having electromotors for transporting a blister belt on which the components are arranged such that the electrical components secured to the blister belt can be provisioned to the placement machine by means of the conveyor unit, and wherein the conveyor unit is pivoted in relation to the first axis in such a way that the components on the plane of the first base plate can be provisioned in a predetermined orientation in relation to the perpendicular first axis in such a way that the components are removed in a predefined orientation by means of a vacuum pipette of the placement machine and placed on the printed circuit board in the predefined orientation.
A method of controlling a hydroformylation process for producing aldehydes, the process comprising contacting an olefin with carbon monoxide, hydrogen and a catalyst, the catalyst comprising a transition metal, a monophosphine, and a tetraphosphine having the following structure: wherein each P is a phosphorous atom, and each of R 1 -R 46 are independently hydrogen, a C1 to C8 alkyl group, an aryl group, an alkaryl group, or a halogen, the contacting conducted in one or more reaction zones and at hydroformylation conditions to produce a blend of normal and iso aldehydes at a N:I ratio, the method comprising at least one of: increasing the N:I ratio by adding additional tetraphosphine to a reaction zone; decreasing the N:I ratio by adding additional monophosphine to a reaction zone; or increasing the N:I ratio by volatilization of the free monophosphine. increasing the N:I ratio by adding additional tetraphosphine to a reaction zone; decreasing the N:I ratio by adding additional monophosphine to a reaction zone; or increasing the N:I ratio by volatilization of the free monophosphine.
A method of operating a wind turbine generator having wind turbine blades with active pitch control, the method comprising: determining an operating condition at the wind turbine generator indicative of an extreme wind event or an extreme loading event; when a determination of an extreme wind event or extreme loading event is made, maintaining the generator speed at a non-zero value, lower than the rated value, in a region above the cut-out wind speed (v_off); wherein in the region above the cut-out wind speed the generator is controlled so that the speed decreases discontinuously with increasing wind speed, featuring steps or jumps which omit predetermined values of the generator speed; and operating one or more blade pitch actuators to control the rotation of the wind turbine blades. determining an operating condition at the wind turbine generator indicative of an extreme wind event or an extreme loading event; when a determination of an extreme wind event or extreme loading event is made, maintaining the generator speed at a non-zero value, lower than the rated value, in a region above the cut-out wind speed (v_off); wherein in the region above the cut-out wind speed the generator is controlled so that the speed decreases discontinuously with increasing wind speed, featuring steps or jumps which omit predetermined values of the generator speed; and operating one or more blade pitch actuators to control the rotation of the wind turbine blades.
A method for adjusting a mobile allocation index offset, MAIO, characterized by comprising: determining, by a Base Station Sub-system, BSS, standard frame selection information and a preset MAIO, wherein the standard frame selection information comprises: a start frame number and an interval value; and sending, by the BSS, the standard frame selection information and the preset MAIO so as to enable a mobile station, MS, to select a standard frame according to the standard frame selection information and set the preset MAIO to be an MAIO of the MS in the standard frame, wherein to select a standard frame according to the standard frame selection information comprises: to select, starting from a start frame corresponding to the start frame number, an ordinary frame after an ordinary frame that is at an interval of the interval value as a standard frame, and wherein all frames except the standard frames are ordinary frames. determining, by a Base Station Sub-system, BSS, standard frame selection information and a preset MAIO, wherein the standard frame selection information comprises: a start frame number and an interval value; and sending, by the BSS, the standard frame selection information and the preset MAIO so as to enable a mobile station, MS, to select a standard frame according to the standard frame selection information and set the preset MAIO to be an MAIO of the MS in the standard frame, wherein to select a standard frame according to the standard frame selection information comprises: to select, starting from a start frame corresponding to the start frame number, an ordinary frame after an ordinary frame that is at an interval of the interval value as a standard frame, and wherein all frames except the standard frames are ordinary frames.