mhurhangee/ep-ind-claims huggingface dataset:
A User Equipment, UE, comprising: a transmitting and/or receiving unit configured to transmit a PDU session establishment request message in a PDU session establishment procedure, wherein the UE includes first information in the PDU session establishment request message, the first information including a user identity and being used for requesting a procedure to be performed in the PDU session establishment procedure, the procedure being used for a PDU session authentication and authorization by an external Data Network, DN; the procedure for the PDU session authentication and authorization is performed by the UE during the PDU session establishment procedure; and the procedure includes the UE receiving a PDU session authentication request message including second information indicating PDU session authentication and authorization information issued by the external DN, characterised in that: the second information is information for the UE to select service usage among service names which the external DN authenticates and authorizes, and the UE sending a third information in a PDU session authentication accept message, the third information indicating the service usage selected by the UE from among the service names authenticated and/or authorized by the DN indicated by the second identification information. a transmitting and/or receiving unit configured to transmit a PDU session establishment request message in a PDU session establishment procedure, wherein the UE includes first information in the PDU session establishment request message, the first information including a user identity and being used for requesting a procedure to be performed in the PDU session establishment procedure, the procedure being used for a PDU session authentication and authorization by an external Data Network, DN; the procedure for the PDU session authentication and authorization is performed by the UE during the PDU session establishment procedure; and the procedure includes the UE receiving a PDU session authentication request message including second information indicating PDU session authentication and authorization information issued by the external DN, characterised in that: the second information is information for the UE to select service usage among service names which the external DN authenticates and authorizes, and the UE sending a third information in a PDU session authentication accept message, the third information indicating the service usage selected by the UE from among the service names authenticated and/or authorized by the DN indicated by the second identification information.
A dental abutment extending from an apical end to a coronal end along a longitudinal axis, the dental abutment comprising: a retention element with a base oriented towards the apical end of the dental abutment and a shoulder oriented towards the coronal end of the dental abutment, the shoulder oriented at an angle of at least 12.5° relative to a plane that is perpendicular to the longitudinal axis such that the perimeter of the retention element increases with increasing distance from the coronal end of the dental abutment through the region of the shoulder, wherein the base comprises a hemispherical portion and a portion disposed between the hemispherical portion and the shoulder of the retention element, the portion having a circumference that increases between 1° and 2° from an apical end of the portion; a post extending from the apical end of the dental abutment to the base of the retention element; and a head extending from the coronal end of the dental abutment to the shoulder of the retention element, the head having a cone angle between 2.5° and 3.5°, wherein the head defines two anti-rotational grooves on diametrically opposite sides on the coronal end. a retention element with a base oriented towards the apical end of the dental abutment and a shoulder oriented towards the coronal end of the dental abutment, the shoulder oriented at an angle of at least 12.5° relative to a plane that is perpendicular to the longitudinal axis such that the perimeter of the retention element increases with increasing distance from the coronal end of the dental abutment through the region of the shoulder, wherein the base comprises a hemispherical portion and a portion disposed between the hemispherical portion and the shoulder of the retention element, the portion having a circumference that increases between 1° and 2° from an apical end of the portion; a post extending from the apical end of the dental abutment to the base of the retention element; and a head extending from the coronal end of the dental abutment to the shoulder of the retention element, the head having a cone angle between 2.5° and 3.5°, wherein the head defines two anti-rotational grooves on diametrically opposite sides on the coronal end.
A method for manufacturing a polymeric value document substrate or security element (11, 12) including a polymeric carrier which is furnished in sequence with a replication layer and a liquid crystal material layer doped with at least one dichroic dye in a predetermined region, wherein a relief structure aligning the liquid crystal material layer doped with dichroic dye is embossed in the surface of the replication layer facing the liquid crystal material layer and the embossed relief structure includes at least two regions with different orientation directions, the method comprising the steps of: - providing a polymeric carrier; - furnishing the polymeric carrier with an opaque, printable ink layer having the form of a first ink layer and including recesses; - applying a replication layer onto the polymeric carrier, the replication layer being applied to the polymeric carrier in the regions of the recesses of the first ink layer; - furnishing the replication layer with an embossed relief structure which includes at least two regions with different orientation directions and is suitable for aligning a liquid crystal material layer doped with at least one dichroic dye; - applying a liquid crystal material layer doped with at least one dichroic dye onto the replication layer including the embossed relief structure; and - applying a further opaque, printable ink layer in the form of a second ink layer onto the first ink layer in such a way that the second ink layer also partially covers the liquid crystal material layer and/or the replication layer. - providing a polymeric carrier; - furnishing the polymeric carrier with an opaque, printable ink layer having the form of a first ink layer and including recesses; - applying a replication layer onto the polymeric carrier, the replication layer being applied to the polymeric carrier in the regions of the recesses of the first ink layer; - furnishing the replication layer with an embossed relief structure which includes at least two regions with different orientation directions and is suitable for aligning a liquid crystal material layer doped with at least one dichroic dye; - applying a liquid crystal material layer doped with at least one dichroic dye onto the replication layer including the embossed relief structure; and - applying a further opaque, printable ink layer in the form of a second ink layer onto the first ink layer in such a way that the second ink layer also partially covers the liquid crystal material layer and/or the replication layer.
A method of power management in a contactless microcircuit, the method comprising the steps of: receiving a variable electromagnetic field via an antenna coil of the contactless microcircuit, extracting a supply current (RC, RCL) for the contactless microcircuit from the received field, triggering a measurement circuit in the contactless microcircuit to measure a received field strength, and acquiring a field measurement using the measurement circuit, and deactivating the measurement circuit when the field measurement is acquired, and controlling a clock circuit (CKC, CKC1) and/or a regulated power supply circuit (PS, PS1) of the contactless microcircuit, coupled to digital circuits of the contactless microcircuit, as a function of the acquired field measurement, to reduce a power consumption of the digital circuits when the field measurement is below a threshold value. receiving a variable electromagnetic field via an antenna coil of the contactless microcircuit, extracting a supply current (RC, RCL) for the contactless microcircuit from the received field, triggering a measurement circuit in the contactless microcircuit to measure a received field strength, and acquiring a field measurement using the measurement circuit, and deactivating the measurement circuit when the field measurement is acquired, and controlling a clock circuit (CKC, CKC1) and/or a regulated power supply circuit (PS, PS1) of the contactless microcircuit, coupled to digital circuits of the contactless microcircuit, as a function of the acquired field measurement, to reduce a power consumption of the digital circuits when the field measurement is below a threshold value.
A rotorcraft having a main rotor system comprising: a first tail rotor system (109, 407, 409, 507, 509, 607, 707, 709) comprising: bidirectional tail rotor blades (103, 201, 301, 423, 425, 427, 429) with a fixed pitch; and a first torque source configured to rotate the first tail rotor system; wherein an RPM of the torque source is variable; and wherein a direction of rotation of the first tail rotor system is reversible in flight; characterised in that: each of the bidirectional tail rotor blades (103, 201, 301, 423, 425, 427, 429) is symmetric about a median axis of the bidirectional tail rotor blade (103, 201, 301, 423, 425, 427, 429), wherein the median axis is located midway along a chord axis between a leading edge (203, 303) of the bidirectional tail rotor blade (103, 201, 301, 423, 425, 427, 429) and a trailing edge (205, 305) of the bidirectional tail rotor blade (103, 201, 301, 423, 425, 427, 429), and wherein a maximum thickness of each of the bidirectional rotor blades is midway between the leading edge and the trailing edge. a first tail rotor system (109, 407, 409, 507, 509, 607, 707, 709) comprising: bidirectional tail rotor blades (103, 201, 301, 423, 425, 427, 429) with a fixed pitch; and a first torque source configured to rotate the first tail rotor system; bidirectional tail rotor blades (103, 201, 301, 423, 425, 427, 429) with a fixed pitch; and a first torque source configured to rotate the first tail rotor system; wherein an RPM of the torque source is variable; and wherein a direction of rotation of the first tail rotor system is reversible in flight; characterised in that: each of the bidirectional tail rotor blades (103, 201, 301, 423, 425, 427, 429) is symmetric about a median axis of the bidirectional tail rotor blade (103, 201, 301, 423, 425, 427, 429), wherein the median axis is located midway along a chord axis between a leading edge (203, 303) of the bidirectional tail rotor blade (103, 201, 301, 423, 425, 427, 429) and a trailing edge (205, 305) of the bidirectional tail rotor blade (103, 201, 301, 423, 425, 427, 429), and wherein a maximum thickness of each of the bidirectional rotor blades is midway between the leading edge and the trailing edge.
Method for determining a navigation speed of a carrier by a hybridization device comprising a Kalman filter developing a hybrid navigation speed ( V ref) from inertial measurements calculated by a virtual platform estimating a speed of the carrier ( V̂) and frequency measurements outputted by a Doppler radar having a multi-lobe antenna built therein such that a Doppler frequency (F1, F2, F3, F4) is associated with each of the lobes, characterised in that it comprises the following steps: - estimation, from the estimated speed ( V̂), of frequencies ( F̂ 1, F̂ 2, F̂ 3, F̂ 4) corresponding to each of the Doppler frequencies (F1, F2, F3, F4) outputted by the radar, - determination of a group of observations where each observation represents an estimation deviation on the Doppler frequency associated with a lobe, in which each observation is determined by subtraction of the Doppler frequency (F1, F2, F3, F4) associated with the lobe outputted by the Doppler radar and the estimated frequency ( F̂ 1,F̂ 2, F̂ 3, F̂ 4) corresponding to the lobe, - calculation, by the Kalman filter, of a speed correction (Δ V) to be applied to the estimated speed ( V̂) on the basis of the group of observations. - estimation, from the estimated speed ( V̂), of frequencies ( F̂ 1, F̂ 2, F̂ 3, F̂ 4) corresponding to each of the Doppler frequencies (F1, F2, F3, F4) outputted by the radar, - determination of a group of observations where each observation represents an estimation deviation on the Doppler frequency associated with a lobe, in which each observation is determined by subtraction of the Doppler frequency (F1, F2, F3, F4) associated with the lobe outputted by the Doppler radar and the estimated frequency ( F̂ 1,F̂ 2, F̂ 3, F̂ 4) corresponding to the lobe, - calculation, by the Kalman filter, of a speed correction (Δ V) to be applied to the estimated speed ( V̂) on the basis of the group of observations.
A safety locking device for a movable guard for safeguarding a machine, wherein the safety locking device is configured to communicate with a safety control apparatus and wherein the safety locking device comprises at least a first radio module for contactless communication with a portable operating unit, characterized in that the safety locking device is configured to contactlessly receive a command (22a, 22b, 22c) selected on the portable operating unit, from a plurality of selectable commands (22a, 22b, 22c), from the portable operating unit and to transmit it to the safety control apparatus.
An audio device with a mute function, comprising: a first detection unit that detects insertion of a headphone plug; a second detection unit that detects a volume position; and a control unit that controls a mute mode when a power supply is ON such that when the first detection unit detects no insertion of the headphone plug, the mute mode is activated so as not to output an audio signal, when the first detection unit detects the insertion of the headphone plug and the second detection unit does not detect that the volume position is set at a mute position, the mute mode is maintained, and when the first detection unit detects the insertion of the headphone plug and the second detection unit detects that the volume position is set at the mute position, the mute mode is canceled. a first detection unit that detects insertion of a headphone plug; a second detection unit that detects a volume position; and a control unit that controls a mute mode when a power supply is ON such that when the first detection unit detects no insertion of the headphone plug, the mute mode is activated so as not to output an audio signal, when the first detection unit detects the insertion of the headphone plug and the second detection unit does not detect that the volume position is set at a mute position, the mute mode is maintained, and when the first detection unit detects the insertion of the headphone plug and the second detection unit detects that the volume position is set at the mute position, the mute mode is canceled. when the first detection unit detects no insertion of the headphone plug, the mute mode is activated so as not to output an audio signal, when the first detection unit detects the insertion of the headphone plug and the second detection unit does not detect that the volume position is set at a mute position, the mute mode is maintained, and when the first detection unit detects the insertion of the headphone plug and the second detection unit detects that the volume position is set at the mute position, the mute mode is canceled.
Glass sheet having a composition that comprises, in an amount expressed in percentages by total weight of glass: SiO2 55 - 78% Al2O3 0 - 18% B2O3 0 - 18% Na2O 5 - 20% CaO 0 - 15% MgO 0 - 10% K2O 0 - 10% BaO 0 - 5% Total iron, expressed in Fe2O3 form, 0.002 - 0.06%; characterized in that said composition comprises at least one noble metal M chosen from platinum and rhodium in an amount, expressed in M form, ranging from 0.001 to 1% by weight relative to the total weight of the glass.
A connection assembly, comprising: a bracket; a circuit board disposed on the bracket and provided with a press-fit through-hole; a connector disposed on the bracket and configured for electrically connecting a battery cell, and a press-fit terminal having a connection end and a press-fit end, wherein the connection end is electrically connected with the connector, and the press-fit end extends into at least part of the press-fit through-hole and is electrically connected with the circuit board, characterized in further comprising a detection element disposed on the connector for monitoring the parameters of the battery cell; in that the detection element is electrically connected with the circuit board to transmit a detection signal, as detected to, the circuit board, and in further comprising an insulation displacement connection terminal that is electrically connected with the detection element and the circuit board, respectively. a bracket; a circuit board disposed on the bracket and provided with a press-fit through-hole; a connector disposed on the bracket and configured for electrically connecting a battery cell, and a press-fit terminal having a connection end and a press-fit end, wherein the connection end is electrically connected with the connector, and the press-fit end extends into at least part of the press-fit through-hole and is electrically connected with the circuit board, characterized in further comprising a detection element disposed on the connector for monitoring the parameters of the battery cell; in that the detection element is electrically connected with the circuit board to transmit a detection signal, as detected to, the circuit board, and in further comprising an insulation displacement connection terminal that is electrically connected with the detection element and the circuit board, respectively.
A single-frequency optical filter (10; 30; 60) comprising elements formed on a surface of a dielectric support layer and defining at least one periodic grating of parallel through slits, the periodicity, the height, and the width of the slits being selected so that said slit grating forms a wavelength-selective structure for a wavelength λ ranging within a predetermined wavelength range, such that: • the thickness and the refractive index of the support layer are selected in order that the thickness of said layer ranges between 0,85 × λ 2 × n 1 and 1,15 × λ 2 × n 1; • the filter further comprises, in contact with the surface of the support layer opposite to that having the slit grating formed thereon, a medium having a refractive index smaller than that of the support layer to obtain a resonant guided mode in the support layer; • the period of the or of each of the slit gratings ranges between approximately λ n 1 and approximately 2 × λ n 1, where λ is the wavelength from the predetermined range of wavelengths and n1 is the refractive index of the support layer; characterized in that the refractive indexes of the support layer and of the medium satisfy relation n 1 ≥ 5 3 × n 2, where n1 is the index of the support layer, and n2 is the index of the medium, and in that said elements have a negative electric permittivity. • the thickness and the refractive index of the support layer are selected in order that the thickness of said layer ranges between 0,85 × λ 2 × n 1 and 1,15 × λ 2 × n 1; • the filter further comprises, in contact with the surface of the support layer opposite to that having the slit grating formed thereon, a medium having a refractive index smaller than that of the support layer to obtain a resonant guided mode in the support layer; • the period of the or of each of the slit gratings ranges between approximately λ n 1 and approximately 2 × λ n 1, where λ is the wavelength from the predetermined range of wavelengths and n1 is the refractive index of the support layer;
Pellet burner having adjustable primary air and a device for ash discharge, having a combustion chamber, in the lowermost part of which, the burner base, at least one inlet opening for the primary air and the device for ash discharge are formed, the device for ash discharge being a movable burner base which is mounted for rotation about an axis of rotation inclined no more than 20° to the horizontal and is connected to a rotary drive; the movable burner base substantially closing an opening in the lowermost region of the combustion chamber, a gap for the ash to be discharged remaining in each case between the movable burner base and the edges of the opening, through which gap primary air also enters the combustion chamber, the movable burner base being a roller or drum which has at least two regions having different radii over its circumference, characterised in that, in the case of two regions, the regions are each formed over half the circumference (π).
An apparatus for a redundant monitoring of the speed of rotation of a synchronous motor which is commutated in a sinusoidal and sensorless manner and which has a permanent magnetically excited rotor, said apparatus comprising a first control unit, a drive end stage and a plurality of drive phases, characterized in that it has a second control unit which monitors an electrical value of at least one of the drive phases in order to monitor the speed of rotation; and in that there is a connection between the second control unit and the drive end stage via which the second control unit switches off the drive end stage on the recognition of an erroneous speed of rotation state.
A fluid dispensing nozzle comprising: a housing including an outlet to discharge fluid to a surrounding environment; and a nozzle insert disposed in the housing and including an inlet in fluid communication with a source of fluid to receive a fluid flow, and a first outlet orifice and a second outlet orifice positioned upstream from the first outlet orifice, characterized in that the nozzle insert is selectively movable relative to the housing between a first position in which fluid from the inlet is discharged through the outlet at a first flow rate, and a second position in which the fluid from the inlet is discharged through the outlet at a second flow rate larger than the first flow rate, the nozzle insert movable between the first position and the second position independent of the pressure of fluid at the inlet, and that the nozzle insert is movable between the first position and the second position in response to an actuating fluid introduced into the housing. a housing including an outlet to discharge fluid to a surrounding environment; and a nozzle insert disposed in the housing and including an inlet in fluid communication with a source of fluid to receive a fluid flow, and a first outlet orifice and a second outlet orifice positioned upstream from the first outlet orifice, characterized in that the nozzle insert is selectively movable relative to the housing between a first position in which fluid from the inlet is discharged through the outlet at a first flow rate, and a second position in which the fluid from the inlet is discharged through the outlet at a second flow rate larger than the first flow rate, the nozzle insert movable between the first position and the second position independent of the pressure of fluid at the inlet, and an inlet in fluid communication with a source of fluid to receive a fluid flow, and a first outlet orifice and a second outlet orifice positioned upstream from the first outlet orifice, characterized in that the nozzle insert is selectively movable relative to the housing between a first position in which fluid from the inlet is discharged through the outlet at a first flow rate, and a second position in which the fluid from the inlet is discharged through the outlet at a second flow rate larger than the first flow rate, the nozzle insert movable between the first position and the second position independent of the pressure of fluid at the inlet, and that the nozzle insert is movable between the first position and the second position in response to an actuating fluid introduced into the housing.