mhurhangee/ep-ind-claims huggingface dataset:
A method of authenticating a companion device with an authentication server of a mobile telephone operator, the companion device being connectable to a communication service (40; 42) of the operator via a subscriber device that has performed a first authentication with the server, the companion device being in communication with the subscriber device via a first wireless communication interface of short range; the method being characterized in that it comprises the following steps: • the subscriber device delivering to the companion device a temporary profile and an authentication response signed by the subscriber device for sending to the server, the authentication response having been signed by the subscriber device in order to perform the first authentication; • installing the temporary profile to configure a second wireless communication interface (21; 24) of the companion device; and • requesting a second authentication from the server via the second interface (21; 24) by using the delivered authentication response so as to authorize the second interface when the companion device and subscriber device are not in communication with each other via the first communication interface. • the subscriber device delivering to the companion device a temporary profile and an authentication response signed by the subscriber device for sending to the server, the authentication response having been signed by the subscriber device in order to perform the first authentication; • installing the temporary profile to configure a second wireless communication interface (21; 24) of the companion device; and • requesting a second authentication from the server via the second interface (21; 24) by using the delivered authentication response so as to authorize the second interface when the companion device and subscriber device are not in communication with each other via the first communication interface.
Antenna measuring chamber for measuring the antenna properties of RF antennas, comprising the following features: - a complete lining having a plurality of absorbers on their inner boundary surfaces, - separate supports for an antenna to be tested and for a transmitting antenna, - a double floor for invisible cable routing for the supply and control lines of the antennas, characterized in that the support for one of the two antennas is designed as a movable carriage which is movable on the lower of the two floors (12a, 12b) of the double floor and which penetrates the upper floor having the lining located thereon, and in that the carriage has a U-shaped cross section having two side walls which penetrate the lining and a base for receiving an antenna, and in that the RF signal cables for the antenna provided on the carriage are laid inside the side wall of the carriage. - a complete lining having a plurality of absorbers on their inner boundary surfaces, - separate supports for an antenna to be tested and for a transmitting antenna, - a double floor for invisible cable routing for the supply and control lines of the antennas, characterized in that the support for one of the two antennas is designed as a movable carriage which is movable on the lower of the two floors (12a, 12b) of the double floor and which penetrates the upper floor having the lining located thereon, and in that the carriage has a U-shaped cross section having two side walls which penetrate the lining and a base for receiving an antenna, and in that the RF signal cables for the antenna provided on the carriage are laid inside the side wall of the carriage.
A surgical kit for laterally accessing a lumbosacral intervertebral disc space by engaging an iliac crest of a patient, the kit comprising: a bracket attachable to the iliac crest; a retractor attachable to the bracket, the retractor defining an inner dimension, and movable between a retracted position and a distracted position, whereby the inner dimension is larger when the retractor is in the distracted position than when the retractor is in the retracted position, the retractor having a retractor length; and at least one tool having an elongated handle and a shaft, the shaft having a shaft length, the shaft length being greater than the retractor length, and characterised in that the bracket includes a pair of laterally spaced plates (31; 31'), with a medial plate being medially spaced from a lateral plate, each plate having a bottom portion which includes flexible fingers configured to receive the iliac crest there between. a bracket attachable to the iliac crest; a retractor attachable to the bracket, the retractor defining an inner dimension, and movable between a retracted position and a distracted position, whereby the inner dimension is larger when the retractor is in the distracted position than when the retractor is in the retracted position, the retractor having a retractor length; and at least one tool having an elongated handle and a shaft, the shaft having a shaft length, the shaft length being greater than the retractor length, and characterised in that the bracket includes a pair of laterally spaced plates (31; 31'), with a medial plate being medially spaced from a lateral plate, each plate having a bottom portion which includes flexible fingers configured to receive the iliac crest there between.
A TOF mass spectrometer having: a pulsed extraction ion source for generating an ion pulse from a sample; a spatial detector for detecting ions in the ion pulse and the position at which the ions hit the detector; and an ion-optical lens located between the ion source and the spatial detector for providing an electric field to focus ions in the ion pulse as they pass through the electric field; characterized in that the TOF mass spectrometer includes an electric field adjusting means for adjusting the electric field as the ion pulse passes through the electric field to optimise the electric field for the focussing of ions of different mass to charge ratio. a pulsed extraction ion source for generating an ion pulse from a sample; a spatial detector for detecting ions in the ion pulse and the position at which the ions hit the detector; and an ion-optical lens located between the ion source and the spatial detector for providing an electric field to focus ions in the ion pulse as they pass through the electric field; characterized in that the TOF mass spectrometer includes an electric field adjusting means for adjusting the electric field as the ion pulse passes through the electric field to optimise the electric field for the focussing of ions of different mass to charge ratio.
A bubble assembly using reflection, comprising: a non-opaque body; a bubble unit arranged in the body; wherein the body comprises: a datum face for measuring a verticality of a measured surface, the bubble unit having a longitudinal axis that is perpendicular to the datum face, the datum face arranged between a first end of the bubble unit and the measured surface; at least one sloping surface arranged at an angle with the bubble unit to form an image of the bubble unit by reflection, the sloping surface intersecting with the datum face, the sloping surface and the datum face forming an obtuse angle; a first observation surface arranged to observe the image of the bubble unit formed by the reflection of the sloping surface, the bubble unit arranged between the first observation surface and the datum face; characterized in that the first observation surface is a planar surface; and wherein the at least one sloping surface comprises two sloping surfaces which are arranged symmetrically about the bubble unit. a non-opaque body; a bubble unit arranged in the body; wherein the body comprises: a datum face for measuring a verticality of a measured surface, the bubble unit having a longitudinal axis that is perpendicular to the datum face, the datum face arranged between a first end of the bubble unit and the measured surface; at least one sloping surface arranged at an angle with the bubble unit to form an image of the bubble unit by reflection, the sloping surface intersecting with the datum face, the sloping surface and the datum face forming an obtuse angle; a first observation surface arranged to observe the image of the bubble unit formed by the reflection of the sloping surface, the bubble unit arranged between the first observation surface and the datum face; a datum face for measuring a verticality of a measured surface, the bubble unit having a longitudinal axis that is perpendicular to the datum face, the datum face arranged between a first end of the bubble unit and the measured surface; at least one sloping surface arranged at an angle with the bubble unit to form an image of the bubble unit by reflection, the sloping surface intersecting with the datum face, the sloping surface and the datum face forming an obtuse angle; a first observation surface arranged to observe the image of the bubble unit formed by the reflection of the sloping surface, the bubble unit arranged between the first observation surface and the datum face; characterized in that the first observation surface is a planar surface; and wherein the at least one sloping surface comprises two sloping surfaces which are arranged symmetrically about the bubble unit.
Method for repairing a cavity partition in a cavity structure of a vehicle, wherein at least one part of the sheet metal parts (12, 12') forming the cavity structure is removed, for repair purposes, from a remaining sheet metal part, and wherein a template for at least one blank for the cavity partition is prepared, the template is transferred to a plate-like element and the blank is separated from the plate-like element in order to prepare the cavity partition as a blank, wherein the blank is bonded to the cavity structure by means of an adhesive and sealing compound, characterized in that the adhesive or sealing compound - is provided in the form of a band and/or - consists of a butyl rubber or any other material with similar adhesive and sealing properties, wherein a first edge of the blank is pressed onto the adhesive and sealing compound and then the sheet metal part of the cavity structure is placed onto the adhesive and sealing compound. - is provided in the form of a band and/or - consists of a butyl rubber or any other material with similar adhesive and sealing properties, wherein a first edge of the blank is pressed onto the adhesive and sealing compound and then the sheet metal part of the cavity structure is placed onto the adhesive and sealing compound.
A method of operating a meteorological radar network, the method comprising: generating respective radar beams with each of a plurality of radars (504-1, 504-2) disposed at different positions within an environment; determining a respective measured reflectivity of the environment along a respective path of each of the respective radar beams from the generated respective radar beams, wherein the respective measured reflectivity is attenuated along at least a portion of the respective path of at least one of the respective radar beams; and determining an intrinsic reflectivity for different volume elements (512-1, 512-2) within the environment from the respective measured reflectivity along the respective path of each of the respective radar beams in a set of common volumes using a cost function that is a function of a weighted difference of specific attenuation values along the respective path of each of the respective radar beams and a mean of retrieved estimates of the specific attenuation at volume elements along each respective path of each of the respective radar beams (504-1, 504-2). generating respective radar beams with each of a plurality of radars (504-1, 504-2) disposed at different positions within an environment; determining a respective measured reflectivity of the environment along a respective path of each of the respective radar beams from the generated respective radar beams, wherein the respective measured reflectivity is attenuated along at least a portion of the respective path of at least one of the respective radar beams; and determining an intrinsic reflectivity for different volume elements (512-1, 512-2) within the environment from the respective measured reflectivity along the respective path of each of the respective radar beams in a set of common volumes using a cost function that is a function of a weighted difference of specific attenuation values along the respective path of each of the respective radar beams and a mean of retrieved estimates of the specific attenuation at volume elements along each respective path of each of the respective radar beams (504-1, 504-2).
A process for preparing ethylene homopolymers or copolymers in the presence of free-radical polymerization initiator and at least one chain transfer agent at pressures in the range of from 110 MPa to 350 MPa and temperatures in the range of from 100°C to 350°C in a tubular reactor with at least two reaction zones having different concentrations of the chain transfer agent, wherein the concentration of the chain transfer agent in the first reaction zone is less than 70% of the concentration of the chain transfer agent in the reaction zone with the highest concentration of the chain transfer agent.
A method for measuring the level of the cyclin-dependent kinase inhibitor 2A protein in a previously obtained biological sample of formalin-fixed solid tissue, comprising detecting and quantifying the amount of a p16 fragment peptide in a protein digest prepared from said previously obtained biological sample using mass spectrometry; and calculating the level of p16 protein in said sample, wherein the p16 fragment peptide consists of an amino acid sequence selected from the group consisting of SEQ ID NO: 1, SEQ ID NO: 2, and SEQ ID NO: 3; and wherein said level is a relative level or an absolute level.
A hydraulic-power steering system of a vehicle comprising: a power-steering valve that is configured to control and vary a level of steering assist; a magnetic actuator that is configured to vary torsional stiffness of the power-steering valve to change torque and produce a sufficient amount of the torque to generate full assist; a steering pump; and a first valve that is operatively connected to the steering pump and allows the full assist at a relatively low steering torque and through which flow from the steering pump is directed; characterized by a second valve that is operatively connected to the steering pump; a solenoid valve to which current is applied and that allows an increasing amount of the flow to be directed through the second valve in response to an input signal of increasing vehicle speed above a threshold value and closes in response to a signal identifying any of a plurality of advanced steering functions; and the power-steering valve being configured as a parallel valve. a power-steering valve that is configured to control and vary a level of steering assist; a magnetic actuator that is configured to vary torsional stiffness of the power-steering valve to change torque and produce a sufficient amount of the torque to generate full assist; a steering pump; and a first valve that is operatively connected to the steering pump and allows the full assist at a relatively low steering torque and through which flow from the steering pump is directed; characterized by a second valve that is operatively connected to the steering pump; a solenoid valve to which current is applied and that allows an increasing amount of the flow to be directed through the second valve in response to an input signal of increasing vehicle speed above a threshold value and closes in response to a signal identifying any of a plurality of advanced steering functions; and the power-steering valve being configured as a parallel valve.
Method for recovering electrical energy during a phase of deceleration of a motor vehicle equipped with at least one rechargeable electric battery connected to an electrical network comprising at least one electrical consumer member and a controllable alternator connected to the electrical network, wherein a low alternator voltage (Valt_low) regulated at a constant value is imposed during a first type of vehicle driving phase, and a high alternator voltage (Valt_high) regulated at a constant value, higher than the low alternator voltage (Valt_low), is imposed during a second type of vehicle driving phase, such as a vehicle regenerative braking phase, characterized in that: - the transition from the low alternator voltage (Valt _low) to the high alternator voltage (Valt_high) is carried out by imposing a first voltage step (2, 12) of predefined amplitude (ΔV up), followed by a change of slope in the voltage curve, said voltage curve delivered by the alternator as a function of time then continuing into at least a second voltage rise phase of which the average slope (β) is strictly lower than the slope (α) of the voltage rise of the first step (2,12), - after the change of slope, the voltage is maintained constant at a first voltage level (V p1) for a first predefined time interval, after the first level, the voltage delivered by the alternator continues to be increased by a succession of second voltage steps (3, 4, 5, 6, 13, 14, 15, 16, 17, 18, 19, 20, 21), each one representing an upward voltage increment (dV up) of the same amplitude or amplitudes following a predefined regular progression, which are strictly smaller than the amplitude of the first voltage step (ΔV up). - the transition from the low alternator voltage (Valt _low) to the high alternator voltage (Valt_high) is carried out by imposing a first voltage step (2, 12) of predefined amplitude (ΔV up), followed by a change of slope in the voltage curve, said voltage curve delivered by the alternator as a function of time then continuing into at least a second voltage rise phase of which the average slope (β) is strictly lower than the slope (α) of the voltage rise of the first step (2,12), - after the change of slope, the voltage is maintained constant at a first voltage level (V p1) for a first predefined time interval, after the first level, the voltage delivered by the alternator continues to be increased by a succession of second voltage steps (3, 4, 5, 6, 13, 14, 15, 16, 17, 18, 19, 20, 21), each one representing an upward voltage increment (dV up) of the same amplitude or amplitudes following a predefined regular progression, which are strictly smaller than the amplitude of the first voltage step (ΔV up).
A motor starter circuit particularly for compressors of refrigerators, comprising a starter device, adapted to be connected to a starter winding and to a steady-state winding of an asynchronous motor, said windings (2, 3) being in turn connected to a power supply line (4, 5), a capacitor being connected in parallel to said starter device, comprising a PTC element which is adapted to be directly connected between a terminal of said starter device and a common node to a terminal of said capacitor and a terminal of said starter winding, wherein said starter device comprises a rectifier bridge which is adapted to supply power to a switching device, a gate terminal of said switching device being powered by means of a resistive-capacitive network (12, 13) and a capacitive divider (16, 17, 18) which is powered by said bridge, the voltage drawn across said capacitive divider (16, 17, 18) being adapted to supply power to a transistor which is connected in series to said resistive-capacitive network, said starter winding being powered until said transistor switches on, said switching device being switched off as a consequence of the switching on of said transistor.
Device for blowing blow-in insulating material, in particular cellulose, into insulating material chambers of building elements, comprising a cover element for at least partially covering an insulating material chamber and at least one filling nozzle for introducing the blow-in insulating material into the insulating material chamber, characterized in that the cover element is provided, on the side which can face the insulating material chamber to be filled, with a membrane which is air-permeable over its entire surface in order to allow the air to escape uniformly, and in that the at least one filling nozzle is arranged in an opening of the membrane.
A luminaire comprising a housing with a first main face opposite a second main face at a distance W and being configured to accommodate a light source for generating light source light; the first main face comprising a light exit window transmissive for light source light and being bordered over its whole circumference by at least one sidewall (19a,b,c,d) having a length L and transversely extending from the first main face, a first edge (21a,b,c,d) of the sidewall bordering the first main face; each sidewall comprises essentially over its full length L a light emission window (23a,b,c,d) transmissive for light source light and which has a height H, with H in between 0.1*W to 0.8*W the light exit window is associated with a first light source and the light emission window is associated with a second light source.
A composite wire guide, comprising: a flexible distal portion; a stiff proximal portion; and a tapered connector joining the distal and proximal portions characterised in that, the distal portion includes a floppy tip. a flexible distal portion; a stiff proximal portion; and a tapered connector joining the distal and proximal portions
A stand device for placement in an operating theatre, comprising - a support system comprising a mounting device and at least one support arm (13, 14); - a medical device which is attached to at least one support arm; characterized in that the stand device comprises a draw-in device connectable to a cable and arranged to subsequently draw-in and lay the line in the stand device, in particular in the at least one support arm, the draw-in device being arranged to draw in and lay the line in a first direction or in a second direction opposite to the first direction. - a support system comprising a mounting device and at least one support arm (13, 14); - a medical device which is attached to at least one support arm;
A computer-implemented method, comprising: storing a data object and an indication to execute an owner-defined data access control code in connection with one or more input/output operations associated with the data object; obtaining from a client device a data request to retrieve the data object, wherein the data request indicates the data object and a requesting user associated with the data request; executing the data access control code based at least on one or both of data associated with the data request and data associated with the data object; executing, based at least on an output of the execution of the data access control code, data manipulation code against the data object, wherein executing the data manipulation code comprises applying a user-specific modification, user-specific filtering, or user-specific processing to produce a user-specific output; and returning to the client device the user-specific output of the execution of the data manipulation code as the data object. storing a data object and an indication to execute an owner-defined data access control code in connection with one or more input/output operations associated with the data object; obtaining from a client device a data request to retrieve the data object, wherein the data request indicates the data object and a requesting user associated with the data request; executing the data access control code based at least on one or both of data associated with the data request and data associated with the data object; executing, based at least on an output of the execution of the data access control code, data manipulation code against the data object, wherein executing the data manipulation code comprises applying a user-specific modification, user-specific filtering, or user-specific processing to produce a user-specific output; and returning to the client device the user-specific output of the execution of the data manipulation code as the data object.