mhurhangee/ep-ind-claims huggingface dataset:
Method for operating multiple wind turbines, respectively having an aerodynamic rotor with rotor blades and an electrical generator and also operating devices, connected via an electrical park network, prepared for feeding electrical power into an electrical supply grid, - the wind turbines also being operated while they are not connected to the electrical supply grid, and - at least one of the wind turbines - generating electrical power and feeding it into an additional local DC voltage system connecting the wind turbines if it is currently generating more power than it currently needs for supplying its own operating devices, and/or - its operating devices being supplied entirely or partially with energy from the local DC voltage system if it is currently generating less power than it currently needs for supplying its own operating devices. - the wind turbines also being operated while they are not connected to the electrical supply grid, and - at least one of the wind turbines - generating electrical power and feeding it into an additional local DC voltage system connecting the wind turbines if it is currently generating more power than it currently needs for supplying its own operating devices, and/or - its operating devices being supplied entirely or partially with energy from the local DC voltage system if it is currently generating less power than it currently needs for supplying its own operating devices.
Method for marking a workpiece surface of a metal workpiece, in which a welding torch comprising a welding wire electrode is guided along the workpiece surface to be marked, characterised in that a wire end of the welding wire electrode is moved back and forth with respect to the workpiece surface to be marked, an electric voltage at the welding wire electrode and/or an electric current flowing through the welding wire electrode generating electric sparks which induce material removal and/or a material change at the workpiece surface of the metal workpiece to mark the workpiece surface; the wire end of the welding wire electrode repeatedly being moved towards the workpiece surface until an electric short circuit with the metal workpiece occurs and then moved away from the workpiece surface, the electric voltage and the electric current flowing through the welding wire electrode being set in such a way that when the electric short circuit is broken an electric spark is generated in each case and brings about material removal and/or a material change at a point on the workpiece surface of the metal workpiece to generate a marking point, but no melting of the meltable welding wire electrode takes place.
An in vitro method for determining a susceptibility to an arterial disease in a human individual, comprising determining the presence or absence of at least one allele of at least one polymorphic marker in a nucleic acid sample obtained from the individual, wherein the at least one allele of the at least one polymorphic marker is selected from the polymorphic markers rs10757278 (SEQ ID NO:88) allele G, rs10116277 (SEQ ID NO:56) allele T, rs1333040 (SEQ ID NO:59) allele T and rs2383207 (SEQ ID NO:82) allele G, and correlated markers in linkage disequilibrium therewith located within the linkage disequilibrium block on chromosome 9 with sequence as set forth in SEQ ID NO:94 which are characterized by values of r 2 > 0.2 and are selected from the group consisting of the markers listed in Table 3 and Table 21, and wherein the presence of the at least one allele is indicative of a susceptibility to arterial disease.
A method for printing a printing substrate web within a rotary printing press, wherein • a print motif is applied on the printing substrate web with at least one printing roller, wherein the printing roller rotates with a peripheral speed, • a printing length is measured by means of at least one measuring device arranged within the rotary printing press, and wherein the measurement of the printing length is carried out before the printing substrate web reaches the printing roller, wherein the printing length of a print motif already located on the rear side of the printing substrate web is measured with the measuring device, characterized in that the peripheral speed of the at least one printing roller is changed, if the measured printing length deviates from a desired printing length, wherein the web tensions of the printing substrate web remain unaffected. • a print motif is applied on the printing substrate web with at least one printing roller, wherein the printing roller rotates with a peripheral speed, • a printing length is measured by means of at least one measuring device arranged within the rotary printing press, and
A catheter assembly comprising: a flexible catheter; a needle having a sharp distal tip, the needle disposed in the flexible catheter and moving from a first position that exposes the needle to a second position; an outer member that is configured to engage and disengage a catheter hub; an inner member movably disposed in the outer member; and a needle shield for shielding at least a distal end of the needle when the needle is in the second position and the needle passing through the needle shield in the first position, characterized in that a distal surface of the needle shield is secured between the catheter hub and the outer member when the needle is in the first position. a flexible catheter; a needle having a sharp distal tip, the needle disposed in the flexible catheter and moving from a first position that exposes the needle to a second position; an outer member that is configured to engage and disengage a catheter hub; an inner member movably disposed in the outer member; and a needle shield for shielding at least a distal end of the needle when the needle is in the second position and the needle passing through the needle shield in the first position, characterized in that a distal surface of the needle shield is secured between the catheter hub and the outer member when the needle is in the first position.
A semiconductor die arrangement comprising a first die including at least one semiconductor device; a second die including at least one semiconductor device; a third die including at least one semiconductor device, the third die mounted on the first die in a stacked configuration and electrically connected to the semiconductor device of the first die; a lead frame associated with the first die and comprising one or more lead fingers (121, 122, 123), wherein the lead finger comprises a wider portion (124, 125) adjacent the first die and a narrower portion (126, 127) configured to provide an external connection to the die arrangement, and wherein the second die is mounted to the wider portion on one of the lead fingers and electrically connected to a further element by a bond wire, in which the further element comprises a terminal of the semiconductor device of the first die.
An apparatus for dispensing a predetermined dose of powder, comprising: a drum assembly (2; 102) having a main axis and at least one aperture into which powder can be delivered at a filling position; a piston (24; 124) associated with the or each aperture for dispensing powder out of the or each aperture at a dispensing position; and a driving assembly that is connectable to the piston, wherein the driving assembly is arranged to drive the piston radially with respect to the main axis of the drum assembly; wherein the drum assembly (2; 102) is rotatable from the filling position to a dispensing position, the driving assembly is located axially of the piston with respect to the main axis of the drum assembly, and the piston defines the base of a compartment into which powder can be delivered and the position of the piston can be controlled in order to adjust the volume of the compartment, characterised in that: the drum assembly includes a plurality of pins (24, 124) that act as the pistons, extending radially from a piston plate; the piston plate is flexible relative to a main arm that extends axially towards the drive assembly; and an an alignment adjuster arranged to adjust the inclination of the or each piston relative to its associated aperture by flexing the piston plate so that all of the pistons car line up accurately with their corresponding aperture. a drum assembly (2; 102) having a main axis and at least one aperture into which powder can be delivered at a filling position; a piston (24; 124) associated with the or each aperture for dispensing powder out of the or each aperture at a dispensing position; and a driving assembly that is connectable to the piston, wherein the driving assembly is arranged to drive the piston radially with respect to the main axis of the drum assembly; wherein the drum assembly (2; 102) is rotatable from the filling position to a dispensing position, the driving assembly is located axially of the piston with respect to the main axis of the drum assembly, and the piston defines the base of a compartment into which powder can be delivered and the position of the piston can be controlled in order to adjust the volume of the compartment, the drum assembly includes a plurality of pins (24, 124) that act as the pistons, extending radially from a piston plate; the piston plate is flexible relative to a main arm that extends axially towards the drive assembly; and an an alignment adjuster arranged to adjust the inclination of the or each piston relative to its associated aperture by flexing the piston plate so that all of the pistons car line up accurately with their corresponding aperture.
A high-efficiency cordless hair dryer comprising: a main body housing having, at a rear side thereof, an air inlet port through which air is introduced, having, at a front side thereof, a discharge port through which the air is discharged, and having an internal space in which a heating element is mounted; and a power supply module configured to supply power and detachably coupled to the rear side of the main body housing at which the air inlet port is formed, wherein the power supply module is detachably coupled to the main body housing so as to be coincident with a direction of a flow of air in the main body housing, and wherein the power supply module is characterised in that it comprises: a battery mounting body comprising a plurality of battery mounting members disposed in a circumferential direction in a movement passage for air and configured such that a plurality of batteries is detachably coupled to the plurality of battery mounting members, respectively; and a thermally conductive thin film disposed along an inner surface of the battery mounting body and the battery mounting members, and configured to dissipate heat generated from the batteries. a main body housing having, at a rear side thereof, an air inlet port through which air is introduced, having, at a front side thereof, a discharge port through which the air is discharged, and having an internal space in which a heating element is mounted; and a power supply module configured to supply power and detachably coupled to the rear side of the main body housing at which the air inlet port is formed, wherein the power supply module is detachably coupled to the main body housing so as to be coincident with a direction of a flow of air in the main body housing, and wherein the power supply module is characterised in that it comprises: a battery mounting body comprising a plurality of battery mounting members disposed in a circumferential direction in a movement passage for air and configured such that a plurality of batteries is detachably coupled to the plurality of battery mounting members, respectively; and a thermally conductive thin film disposed along an inner surface of the battery mounting body and the battery mounting members, and configured to dissipate heat generated from the batteries. a battery mounting body comprising a plurality of battery mounting members disposed in a circumferential direction in a movement passage for air and configured such that a plurality of batteries is detachably coupled to the plurality of battery mounting members, respectively; and a thermally conductive thin film disposed along an inner surface of the battery mounting body and the battery mounting members, and configured to dissipate heat generated from the batteries.
A method for producing a tablet, wherein isomalt is mixed with 1,6-GPS (6-O-α-D-Glucopyranosyl-D-sorbitol) or with 1,1-GPM (1-O-α-D-Glucopyranosyl-D-mannitol) and the mixture is pressed into a tablet.
A turn signal indicator device, comprising: an operation lever swingable from a neutral position disposed between a first operation position and a second operation position to the first operation position or the second operation position; and a switch (SWR, SWL) to be turned on/off when the operation lever is swung to the first operation position or the second operation position, wherein the turn signal indicator device drives a turn signal indicator (21, 22) provided on a vehicle based on an on/off state of the switch (SWR, SWL), and wherein the turn signal indicator device further comprises: an operation state discrimination part that discriminates, based on an on/off signal supplied from the switch (SWR, SWL), between first turn signal indication performed for lane change of a vehicle and second turn signal indication performed for course change of the vehicle; and a drive part that switches timing for energizing the turn signal indicator (21, 22) in accordance with the turn signal indication discriminated by the operation state discrimination part, wherein the operation state discrimination part discriminates between the first turn signal indication and the second turn signal indication based on magnitude comparison, with a threshold value, of a length of a time period when the operation lever is retained in the first operation position or the second operation position, characterized in that the operation state discrimination part includes a function changing unit that switches correlation between the magnitude comparison and the first turn signal indication and the second turn signal indication in accordance with an operation accepted by the operation lever. an operation lever swingable from a neutral position disposed between a first operation position and a second operation position to the first operation position or the second operation position; and a switch (SWR, SWL) to be turned on/off when the operation lever is swung to the first operation position or the second operation position, an operation state discrimination part that discriminates, based on an on/off signal supplied from the switch (SWR, SWL), between first turn signal indication performed for lane change of a vehicle and second turn signal indication performed for course change of the vehicle; and a drive part that switches timing for energizing the turn signal indicator (21, 22) in accordance with the turn signal indication discriminated by the operation state discrimination part,
A fluid dispensing system comprising: a flexible fluid reservoir; a fluid outlet connected to the flexible fluid reservoir; a fluid pump connected to the fluid outlet, the fluid pump defining a driveshaft aperture configured to receive a driveshaft for driving the fluid pump; a drive motor that includes the driveshaft for driving the fluid pump; and a docking station connected to the drive motor and configured to receive the fluid outlet and align the fluid outlet so that the driveshaft aperture defined by the fluid pump is co-axially aligned with the driveshaft, wherein the fluid outlet defines a fluid dispensing aperture and a flange extending about at least a portion of the fluid dispensing aperture, and the docking station defines a receiving surface (24, 25) configured to receive the flange and a mating surface extending substantially orthogonally from the receiving surface, the mating surface being configured to mate with the drive motor, wherein the docking station further comprises an outlet surface extending substantially orthogonally from the receiving surface and substantially orthogonally from the mating surface, further comprising a locking member that defines an inlet nozzle and outlet nozzle, wherein the inlet nozzle is configured to be inserted into the fluid outlet and the locking member is configured to releasably lock to the outlet surface so as to mechanically affix the fluid outlet to the outlet surface. a flexible fluid reservoir; a fluid outlet connected to the flexible fluid reservoir; a fluid pump connected to the fluid outlet, the fluid pump defining a driveshaft aperture configured to receive a driveshaft for driving the fluid pump; a drive motor that includes the driveshaft for driving the fluid pump; and a docking station connected to the drive motor and configured to receive the fluid outlet and align the fluid outlet so that the driveshaft aperture defined by the fluid pump is co-axially aligned with the driveshaft, wherein the fluid outlet defines a fluid dispensing aperture and a flange extending about at least a portion of the fluid dispensing aperture, and the docking station defines a receiving surface (24, 25) configured to receive the flange and a mating surface extending substantially orthogonally from the receiving surface, the mating surface being configured to mate with the drive motor, wherein the docking station further comprises an outlet surface extending substantially orthogonally from the receiving surface and substantially orthogonally from the mating surface, further comprising a locking member that defines an inlet nozzle and outlet nozzle, wherein the inlet nozzle is configured to be inserted into the fluid outlet and the locking member is configured to releasably lock to the outlet surface so as to mechanically affix the fluid outlet to the outlet surface.
A process for the blanking of metal parts (1; 10, 20) provided with one or more holes (21, 22) and/or one or more slots from a layered basic material, wherein the metal parts (1; 10, 20) are blanked from the layered basic material with the aid of a blanking station, which blanking station is provided with a blank holder and with a blanking die, each of which defines a cavity (71; 81) with a contour shape corresponding to that of the metals parts (1; 10, 20) to be blanked and with a blanking punch and a counter punch contained therein, whereof the blank holder and the blanking die, on the one hand, and the blanking punch and the counter punch, on the other hand, are movable with respect to each other, to which end the layered basic material is first clamped between the blank holder and the blanking die on the one hand and the blanking punch and the counter punch on the other hand and, thereafter, the blanking punch is moved through the successive layers of the layered basic material, while this is supported by the counter punch, and thereby cuts loose a single metal part (1; 10, 20) from the surrounding basic material per such layer, characterized in that, prior to such cutting loose of the metal parts (1; 10, 20), one or more holes (3; 12, 21, 22) are punched into the layered base material with the aid of a further blanking station, which further blanking station is likewise provided with a blank holder and with a blanking die, each of which defines an opening with a contour shape corresponding to that of the holes (3; 12, 21, 22) to be punched and with a further blanking punch contained therein, whereof the blank holder and the blanking die are movable with respect to the further blanking punch, to which end the layered base material is first clamped between the blank holder and the blanking die and, thereafter, the further blanking punch is moved through the successive layers of the layered basic material and thereby cuts loose a piece of scrap material from the surrounding basic material per such layer without utilizing a counter punch.
A heater assembly (31, 331, 431) for use in an aerosol-generating system having a liquid storage portion for holding a liquid aerosol-forming substrate, the heater assembly (31, 331, 431) comprising: an electric heater for heating the liquid aerosol-forming substrate to form an aerosol; and a capillary body for conveying the liquid aerosol-forming substrate from the liquid storage portion of the aerosol-generating system to the electric heater, wherein the electric heater is arranged on an outer surface of the capillary body and comprises a heating layer comprising a porous sheet (33, 333) of electrically conductive material, and wherein the porous sheet (33, 333) is embossed to define a plurality of recesses (34, 334) on its lower surface (35, 335) for retaining the liquid aerosol-forming substrate by capillary action and a plurality of corresponding raised portions on its upper surface, and wherein at least part of each of the plurality of recesses (34, 334) is spaced from the outer surface of the capillary body in a perpendicular direction. an electric heater for heating the liquid aerosol-forming substrate to form an aerosol; and a capillary body for conveying the liquid aerosol-forming substrate from the liquid storage portion of the aerosol-generating system to the electric heater, wherein the electric heater is arranged on an outer surface of the capillary body and comprises a heating layer comprising a porous sheet (33, 333) of electrically conductive material, and wherein the porous sheet (33, 333) is embossed to define a plurality of recesses (34, 334) on its lower surface (35, 335) for retaining the liquid aerosol-forming substrate by capillary action and a plurality of corresponding raised portions on its upper surface, and wherein at least part of each of the plurality of recesses (34, 334) is spaced from the outer surface of the capillary body in a perpendicular direction.
A diester of tetrabromophthalic acid with a C 2 to C 6 polyhydric aliphatic alcohol and a C 3 to C 8 alkylene oxide having a viscosity of 7,500 to 50,000 cps at 25 °C.