mhurhangee/ep-ind-claims huggingface dataset:
A method of encrypting data, the method comprising: tracking a plurality of flight parameter values (204, 208, 210, 214, 216) for a plurality of flight parameters of an aircraft; generating a first cryptographic key from the plurality of flight parameter values (204, 208, 210, 214, 216); encrypting plaintext using the first cryptographic key to generate a first ciphertext; and sending, from a sender to a receiver, a message comprising the first ciphertext. tracking a plurality of flight parameter values (204, 208, 210, 214, 216) for a plurality of flight parameters of an aircraft; generating a first cryptographic key from the plurality of flight parameter values (204, 208, 210, 214, 216); encrypting plaintext using the first cryptographic key to generate a first ciphertext; and sending, from a sender to a receiver, a message comprising the first ciphertext.
A hierarchical quality of service, HQoS, control method, wherein a radio network controller site gateway, RSG, is connected to multiple cell site gateways, CSGs, and each CSG of the CSGs is connected to multiple base stations, and characterized in that the method comprises: separately configuring, by the RSG, a bandwidth limitation parameter for each CSG of the CSGs; creating, by the RSG, different authentication, authorization and accounting, AAA, domains for different Internet Protocol, IP, address network segments, and configuring a QoS scheduling parameter in each AAA domain; and determining, by the RSG according to a configuration parameter of a first base station, a bandwidth limitation parameter of a CSG connected to the first base station, and determining a QoS scheduling parameter of the first base station, wherein the configuration parameter is used to indicate the CSG connected to the first base station, and is used to indicate an AAA domain corresponding to the first base station, and the first base station is one of the multiple base stations that initiate service requests. separately configuring, by the RSG, a bandwidth limitation parameter for each CSG of the CSGs; creating, by the RSG, different authentication, authorization and accounting, AAA, domains for different Internet Protocol, IP, address network segments, and configuring a QoS scheduling parameter in each AAA domain; and determining, by the RSG according to a configuration parameter of a first base station, a bandwidth limitation parameter of a CSG connected to the first base station, and determining a QoS scheduling parameter of the first base station, wherein the configuration parameter is used to indicate the CSG connected to the first base station, and is used to indicate an AAA domain corresponding to the first base station, and the first base station is one of the multiple base stations that initiate service requests.
A centrifugal compressor comprising a scroll structure forming a flow path of a fluid represented by gas or air discharged from a diffuser portion disposed on a downstream side of a compressor impeller of the centrifugal compressor, wherein there are provided a radius increase arc portion in which a radius from a scroll centroid of each of cross sections which form the scroll and are arranged in a circumferential direction to a rotational axis center of the compressor is gradually increased up to any circumferential angle of the scroll from a start of winding of the scroll, characterized by a radius decrease arc portion in which the radius is gradually decreased toward an end point of the scroll.
A method for calculating an optimum stand-off distance for surface position measurements to be acquired by a coordinate positioning apparatus comprising a measurement probe, wherein the method comprises the step of calculating an optimum stand-off distance using at least one measured acceleration characteristic of the coordinate positioning apparatus.
A method for producing a compound represented by the formula or a compound represented by the formula: wherein R 1 is an ethyl group, the method comprising allowing a mixture of the compound represented by the formula and the compound represented by the formula to react in the presence of: (i) a reductase or an alcohol dehydrogenase, (ii) a coenzyme, and (iii) formic acid or a salt thereof and/or glucose in a buffer solution to convert either the compound represented by the formula to a compound represented by the formula (I') or the compound represented by the formula to a compound represented by the formula (II'): or wherein R 1 is an ethyl group, and then separating the compound represented by the formula from the compound represented by the formula (II') or separating the compound represented by the formula from the compound represented by the formula (I') to produce the compound represented by the formula or the compound represented by the formula. allowing a mixture of the compound represented by the formula and the compound represented by the formula to react in the presence of: (i) a reductase or an alcohol dehydrogenase, (ii) a coenzyme, and (iii) formic acid or a salt thereof and/or glucose in a buffer solution to convert either the compound represented by the formula to a compound represented by the formula (I') or the compound represented by the formula to a compound represented by the formula (II'): or wherein R 1 is an ethyl group, and then (i) a reductase or an alcohol dehydrogenase, (ii) a coenzyme, and (iii) formic acid or a salt thereof and/or glucose in a buffer solution to convert either the compound represented by the formula to a compound represented by the formula (I') or the compound represented by the formula to a compound represented by the formula (II'): or wherein R 1 is an ethyl group, and then separating the compound represented by the formula from the compound represented by the formula (II') or separating the compound represented by the formula from the compound represented by the formula (I') to produce the compound represented by the formula or the compound represented by the formula.
An electric power tool comprising: a housing; a motor that is housed in the housing; an output shaft (6, 30) that is housed in the housing, the output shaft (6, 30) including a first end for attachment to a tool bit; a first power transmission that is housed in the housing, and configured to transmit rotation of the motor to the output shaft (6, 30) to rotate the output shaft (6, 30) in a circumferential direction of the output shaft (6, 30); a second power transmission (20, 30) that is housed in the housing, and configured to transmit the rotation of the motor to the output shaft (6, 30) to cause the output shaft (6, 30) to reciprocate in an axial direction of the output shaft (6, 30); a common sensor (92; 90A) that is configured to detect a motion of the housing, the common sensor (92; 90A) being further configured to output a detection signal indicating the detected motion; a twisted-motion detector that is configured to detect a twisted-motion of the housing in the circumferential direction of the output shaft (6, 30) based on the detection signal; and a vibration-based load detector that is configured to detect a vibration of the housing in the axial direction of the output shaft (6, 30) based on the detection signal, the vibration-based load detector being further configured to detect a load on the output shaft (6, 30) based on the detected vibration. a housing; a motor that is housed in the housing; an output shaft (6, 30) that is housed in the housing, the output shaft (6, 30) including a first end for attachment to a tool bit; a first power transmission that is housed in the housing, and configured to transmit rotation of the motor to the output shaft (6, 30) to rotate the output shaft (6, 30) in a circumferential direction of the output shaft (6, 30); a second power transmission (20, 30) that is housed in the housing, and configured to transmit the rotation of the motor to the output shaft (6, 30) to cause the output shaft (6, 30) to reciprocate in an axial direction of the output shaft (6, 30); a common sensor (92; 90A) that is configured to detect a motion of the housing, the common sensor (92; 90A) being further configured to output a detection signal indicating the detected motion; a twisted-motion detector that is configured to detect a twisted-motion of the housing in the circumferential direction of the output shaft (6, 30) based on the detection signal; and a vibration-based load detector that is configured to detect a vibration of the housing in the axial direction of the output shaft (6, 30) based on the detection signal, the vibration-based load detector being further configured to detect a load on the output shaft (6, 30) based on the detected vibration.
A hydraulic percussion device (10a, 10b, 10c) intended to be installed on a carrier machine, the device comprising: - a housing comprising a closing plate (20a, 20b), - a power cell mounted in the housing comprising an impact piston that is movable in translation, and - a damper connecting the power cell and the closing plate (20a, 20b) in such a way as to transmit the displacement forces applied on the housing to the power cell, characterized in that the damper comprises: - a body rigidly connected to the power cell opposite the closing plate (20a, 20b), - a chamber provided inside the body, and - a closing piston which is movable inside the chamber and capable of abutting against the closing plate (20a, 20b) in order to seal the chamber, - the chamber being intended to contain a compressible fluid for damping the movements of the power cell in relation to the housing. - a housing comprising a closing plate (20a, 20b), - a power cell mounted in the housing comprising an impact piston that is movable in translation, and - a damper connecting the power cell and the closing plate (20a, 20b) in such a way as to transmit the displacement forces applied on the housing to the power cell, - a body rigidly connected to the power cell opposite the closing plate (20a, 20b), - a chamber provided inside the body, and - a closing piston which is movable inside the chamber and capable of abutting against the closing plate (20a, 20b) in order to seal the chamber, - the chamber being intended to contain a compressible fluid for damping the movements of the power cell in relation to the housing.
A road surface member for a tire testing machine, the road surface member onto which a tire is pushed in the tire testing machine, comprising: a road surface base material provided with a road surface onto which the tire is pushed, wherein said road surface is coated with a thermally-sprayed film having higher hardness than said road surface base material, and a surface of the thermally-sprayed film is polished, characterized in that said road surface base material is made of an aluminum alloy, and said road surface is coated with a thermally-sprayed nickel-aluminum alloy film, and the thermally-sprayed nickel-aluminum alloy film is further coated with a thermally-sprayed steel film. a road surface base material provided with a road surface onto which the tire is pushed, wherein said road surface is coated with a thermally-sprayed film having higher hardness than said road surface base material, and a surface of the thermally-sprayed film is polished, characterized in that said road surface base material is made of an aluminum alloy, and said road surface is coated with a thermally-sprayed nickel-aluminum alloy film, and the thermally-sprayed nickel-aluminum alloy film is further coated with a thermally-sprayed steel film.
A double rustproof PC strand being of a seven-wire strand comprising one core wire and six surrounding wires twisted around the core wire, each of the core wire and the surrounding wires having a plated layer formed by a plating step carried out between a first drawing step and a second drawing step, the core wire and the surrounding wires, each including the plated layer, have diameters respectively according to a condition, or: diameter of the core wire: 4.42 ± 0.05 mm, diameter of the surrounding wire: 4.25 ± 0.05 mm, diameter of the core wire: 5.22 ± 0.05 mm, diameter of the surrounding wire: 5.06 ± 0.05 mm, or diameter of the core wire: 5.40 ± 0.05 mm, diameter of the surrounding wire: 5.25 ± 0.05 mm; the PC strand formed with a synthetic resin coating on an outer peripheral surface thereof and filling gaps (a) between the respective plated wires (8, 9), and the PC strand has a tensile strength of 1850 N/mm 2 or higher. diameter of the core wire: 4.42 ± 0.05 mm, diameter of the surrounding wire: 4.25 ± 0.05 mm, diameter of the core wire: 5.22 ± 0.05 mm, diameter of the surrounding wire: 5.06 ± 0.05 mm, or diameter of the core wire: 5.40 ± 0.05 mm, diameter of the surrounding wire: 5.25 ± 0.05 mm;
A controller for a braking system for a vehicle, the braking system having an independent generator (20, 22) on respective front and rear axles, each generator for converting kinetic energy recovered during a braking event into electrical energy, and the controller comprising; an input arranged to monitor a parameter relating to vehicle stability and an operating condition of the generators; a processing means arranged to determine a brake force distribution range between the front and rear axles based on the parameter, and in response to a braking demand and the operating condition of the generators, calculate a brake force distribution within the brake force distribution range; and an output arranged to control the generators in accordance with the brake force distribution; characterized in that the brake force distribution range reduces as the parameter relating to vehicle stability falls, and the brake force distribution range is arranged to taper and converge at an installed hydraulic brake force distribution.
Fuel delivery device for a fuel injection device of a combustion machine of a dual-fuel engine, having a large high-pressure pump and a small high-pressure pump which are arranged in parallel with respect to one another, wherein, by means of the large high-pressure pump and by means of the small high-pressure pump, fuel can be delivered from a low-pressure region into a high-pressure region, and the maximum delivery output of the large high-pressure pump is at least twice the maximum delivery output of the small high-pressure pump, wherein the high-pressure region is connected to at least one injector, wherein a control device is provided which is a valve which has two positions, such that, in a first position, a connection between a pressure side of the large high-pressure pump and the high-pressure region and a connection between a pressure side of the small high-pressure pump and the outflow line are opened up, and in a second position, a connection between a pressure side of the small high-pressure pump and the high-pressure region and a connection between the pressure side of the large high-pressure pump and the outflow line are opened up, such that the entire delivery output of the large high-pressure pump or of the small high-pressure pump can be discharged via an outflow line into the low-pressure region.
Burner comprising: - a body suitable for containing at least one injector, - a crown disposed on the body, and - a cap disposed on the crown, said crown comprising: - a truncated conical lateral edge with decreasing diameter going from down up and inclination comprised between 20°-70° relative to a horizontal plane, - a plurality of apertures with U-shape in front view, which extend radially in the lateral edge of the crown for the emission of the flames; said cap having a lateral edge that comprises: - a first truncated conical portion with downward inclination of approximately 10°-25° relative to a horizontal plane, and - a second truncated conical portion with downward inclination of approximately 30°-70° relative to a horizontal plane, and - a lower surface inclined by an angle of approximately 8°-25° relative to a horizontal plane, which is disposed on the apertures of the crown. - a body suitable for containing at least one injector, - a crown disposed on the body, and - a cap disposed on the crown, - a truncated conical lateral edge with decreasing diameter going from down up and inclination comprised between 20°-70° relative to a horizontal plane, - a plurality of apertures with U-shape in front view, which extend radially in the lateral edge of the crown for the emission of the flames; - a first truncated conical portion with downward inclination of approximately 10°-25° relative to a horizontal plane, and - a second truncated conical portion with downward inclination of approximately 30°-70° relative to a horizontal plane, and - a lower surface inclined by an angle of approximately 8°-25° relative to a horizontal plane, which is disposed on the apertures of the crown.
A method for automatically evaluating an absence EEG, in which EEG curves are recorded by an evaluation device and evaluated by means of a computer of the evaluation device, wherein at least the current stage of the absence state of a patient is determined during the evaluation from the EEG curves by means of the computer on the basis of a stage division of the absence EEG, wherein a distinction is made in the stage division between stages of the depth of the absence state, and wherein the current stage is output, characterized in that a specific scheme of the stage division is selected by the computer from a plurality of selectable schemes of stage divisions, which differ in terms of the number of distinguishable stages of the absence state, and it is used for automatically carrying out the stage division for determining the current stage.
A connector comprising: an outer tube; an inner tube formed to be continuous from the outer tube; a partition wall configured to isolate the outer tube and the inner tube; and wherein the partition wall has a plurality of elongate convex portions, wherein the plurality of convex portions is formed on a surface of the partition wall in a side of the outer tube, wherein the convex portions each have a through hole penetrating the partition wall which is formed in the convex portion, and a terminal is press-fitted into the through hole, characterized in that the plurality of convex portions extend substantially parallel with a flow direction of the resin during molding of the partition wall wherein, between the plurality of convex portions in a direction perpendicular to the flow direction of the resin, a groove is formed along the flow direction and in that the resin forming the partition wall is molded with a glass fiber piece, and that the glass fiber piece is oriented substantially parallel with the flow direction of the resin. an outer tube; an inner tube formed to be continuous from the outer tube; a partition wall configured to isolate the outer tube and the inner tube; and wherein the partition wall has a plurality of elongate convex portions, wherein the plurality of convex portions is formed on a surface of the partition wall in a side of the outer tube, wherein the convex portions each have a through hole penetrating the partition wall which is formed in the convex portion, and a terminal is press-fitted into the through hole, characterized in that the plurality of convex portions extend substantially parallel with a flow direction of the resin during molding of the partition wall wherein, between the plurality of convex portions in a direction perpendicular to the flow direction of the resin, a groove is formed along the flow direction and in that the resin forming the partition wall is molded with a glass fiber piece, and that the glass fiber piece is oriented substantially parallel with the flow direction of the resin.
Wall element having two spaced-apart concrete layers (2, 3), namely an outer and an inner concrete layer (2, 3), having an insulating layer, which is assigned to the outer concrete layer, wherein an interspace is provided, for filling with in-situ concrete, between the insulating layer and the inner concrete layer, and having a plurality of connecting elements, which connect the two concrete layers (2, 3), wherein the connecting elements extend from the outer concrete layer, through the insulating layer and the interspace, to the inner concrete layer, and wherein the interspace, which is provided for filling with in-situ concrete, is adjacent to the inner concrete layer, characterized by the provision of at least one connecting means which extends from the inner concrete layer merely into the interspace, so as thus to achieve improved connection between the layer which is to be filled with in-situ concrete and the inner concrete layer in order to dissipate structural loads or for building-reinforcement purposes.
A pallet apparatus for transportation of car glass comprising: a pallet (101, 103) on which a car glass is loadable; legs (210, 230) including: front legs, being spaced apart from each other, being installed at left and right front sides of the pallet (101, 103), and being foldable in a front-rear direction with respect to the pallet (101 103), and rear legs, being spaced apart from the front legs, being installed at a rear side of the pallet (101, 103), being foldable in a front-rear direction with respect to the pallet (101, 103) wherein the car glass can be leaned on the rear legs; characterized in that the pallet apparatus comprises side bars, including front and rear sides being connected to the front legs and the rear legs, respectively, when the legs (210, 230) are unfolded with respect to the pallet (101, 103) wherein a lateral width between the front legs is greater than a lateral width between the rear legs, wherein the rear legs are disposed between the front legs such that the front legs and the rear legs are located at mutual side portions thereof when the legs (210, 230) are folded with respect to the pallet (101, 103), and wherein the side bars are accommodated in side bar accommodation pieces installed on the pallet, and the side bars are located under the rear legs when the front and rear legs (210, 230) are folded with respect to the pallet (101, 103). a pallet (101, 103) on which a car glass is loadable; legs (210, 230) including: front legs, being spaced apart from each other, being installed at left and right front sides of the pallet (101, 103), and being foldable in a front-rear direction with respect to the pallet (101 103), and rear legs, being spaced apart from the front legs, being installed at a rear side of the pallet (101, 103), being foldable in a front-rear direction with respect to the pallet (101, 103) front legs, being spaced apart from each other, being installed at left and right front sides of the pallet (101, 103), and being foldable in a front-rear direction with respect to the pallet (101 103), and rear legs, being spaced apart from the front legs, being installed at a rear side of the pallet (101, 103), being foldable in a front-rear direction with respect to the pallet (101, 103) wherein the car glass can be leaned on the rear legs; characterized in that the pallet apparatus comprises side bars, including front and rear sides being connected to the front legs and the rear legs, respectively, when the legs (210, 230) are unfolded with respect to the pallet (101, 103) wherein a lateral width between the front legs is greater than a lateral width between the rear legs, wherein the rear legs are disposed between the front legs such that the front legs and the rear legs are located at mutual side portions thereof when the legs (210, 230) are folded with respect to the pallet (101, 103), and wherein the side bars are accommodated in side bar accommodation pieces installed on the pallet, and the side bars are located under the rear legs when the front and rear legs (210, 230) are folded with respect to the pallet (101, 103).