mhurhangee/ep-ind-claims huggingface dataset:
An architecture comprising: a non-IP multimedia subsystem, non-IMS, user equipment, UE,; and a web Real-Time Communication, WebRTC, client; wherein the non-IMS UE is arranged to send a register message, over a Gm interface to a Proxy-Call Session Control Function, P-CSCF,, for registering the non-IMS UE with an IP multimedia subsystem, IMS, core, wherein the non-IMS UE is further configured to attach to an IMS UE configured for IMS and register to the IMS core to establish an IMS session through the IMS UE. a non-IP multimedia subsystem, non-IMS, user equipment, UE,; and a web Real-Time Communication, WebRTC, client; wherein the non-IMS UE is arranged to send a register message, over a Gm interface to a Proxy-Call Session Control Function, P-CSCF,, for registering the non-IMS UE with an IP multimedia subsystem, IMS, core, wherein the non-IMS UE is further configured to attach to an IMS UE configured for IMS and register to the IMS core to establish an IMS session through the IMS UE.
An information processing apparatus (10; 30; 50), comprising: a processor (130; 330; 530) configured to generate a plurality of movement tracks by dividing movement trace information comprising stored position information at one or more time points associated with acquired content information, to generate one or more content tracks based on the acquired content information, wherein each content track includes at least one of audio, video and still image content, to generate a track list by combining the plurality of movement tracks and the one or more content tracks, and to output the track list; a display (12; 32; 52) configured to display image data corresponding to the track list and a progress bar including graphics identifying each of the tracks included in the track list, and indicating a progress of the track list; and a reproduction section comprising the display and configured to reproduce the track list output by the processor, by sequentially outputting the movement tracks and the content tracks, the movement tracks being output in chronological order and each content track being output at the time point associated with the acquired content information; wherein outputting the movement tracks comprises generating a visual indication of movement by means of a playback point moving along a movement trace corresponding to the track list superimposed on a map. a processor (130; 330; 530) configured to generate a plurality of movement tracks by dividing movement trace information comprising stored position information at one or more time points associated with acquired content information, to generate one or more content tracks based on the acquired content information, wherein each content track includes at least one of audio, video and still image content, to generate a track list by combining the plurality of movement tracks and the one or more content tracks, and to output the track list; a display (12; 32; 52) configured to display image data corresponding to the track list and a progress bar including graphics identifying each of the tracks included in the track list, and indicating a progress of the track list; and a reproduction section comprising the display and configured to reproduce the track list output by the processor, by sequentially outputting the movement tracks and the content tracks, the movement tracks being output in chronological order and each content track being output at the time point associated with the acquired content information; wherein outputting the movement tracks comprises generating a visual indication of movement by means of a playback point moving along a movement trace corresponding to the track list superimposed on a map.
Method for pre-oxidation of oxidation-sensitive steel strip in a reaction chamber arranged in a furnace chamber, preferably between 650 and 750° C, wherein then the oxygen content > 1% and the treatment time > 1 s, characterised in that the reaction chamber is sealed at a strip entrance and a strip exit against gas exchange between the furnace chamber and the reaction chamber and a gas which forms an oxidising atmosphere in the reaction chamber is introd uced and is continuously circulated inside the reaction chamber in a closed circuit, wherein the composition of the gas is regulated and compensation is provided for losses due to leakages and consumption, wherein the oxidising gas is evacuated from the reaction chamber, cooled, fed to a fan, enriched with air and fed back into the reaction chamber in order to achieve a good homogeneity of the atmosphere, wherein the gas is supplied to the strip surface with high kinetic energy density in a controlled and uniform manner via at least one nozzle system, which is associated with the reaction chamber, with the aid of nitrogen as carrier gas in order to avoid laminar boundary layer effects at the strip surface, the oxygen content of the atmosphere in the reaction chamber is kept at a minimum of 1.5 to a maximum of 5 vol % in order to thereby achieve a sufficient buffer against hydrogen ingress from the furnace chamber into the reaction chamber wherein a vent is assigned to the reaction chamber to compensate for changes in volume, wherein the vent is preferably regulated so that the internal pressure of the reaction chamber corresponds with the pressure of the furnace ambient atmosphere and thus gas exchange due to inevitable leaks is kept to a minimum and wherein the oxidation-sensitive steel contains at least one selection from the following alloying components: Mn > 0.5%, Al > 0.2%, Si > 0.1%, Cr > 0.3%. wherein the oxidising gas is evacuated from the reaction chamber, cooled, fed to a fan, enriched with air and fed back into the reaction chamber in order to achieve a good homogeneity of the atmosphere, wherein the gas is supplied to the strip surface with high kinetic energy density in a controlled and uniform manner via at least one nozzle system, which is associated with the reaction chamber, with the aid of nitrogen as carrier gas in order to avoid laminar boundary layer effects at the strip surface, the oxygen content of the atmosphere in the reaction chamber is kept at a minimum of 1.5 to a maximum of 5 vol % in order to thereby achieve a sufficient buffer against hydrogen ingress from the furnace chamber into the reaction chamber wherein a vent is assigned to the reaction chamber to compensate for changes in volume, wherein the vent is preferably regulated so that the internal pressure of the reaction chamber corresponds with the pressure of the furnace ambient atmosphere and thus gas exchange due to inevitable leaks is kept to a minimum and wherein the oxidation-sensitive steel contains at least one selection from the following alloying components: Mn > 0.5%, Al > 0.2%, Si > 0.1%, Cr > 0.3%.
A system for applying microwave energy to molded part, the system comprising: at least one dielectric material that receives and at least partially surrounds the molded part; a chamber having at least one wall that defines an interior and an exterior of the chamber, the chamber able to be placed in at least an open configuration and a closed configuration, the chamber further able to enclose the at least one dielectric material and the molded part surrounded by the dielectric material within the interior of the chamber when in the closed configuration and to apply a predetermined amount of pressure to the molded part when in the closed configuration and enclosing the at least one dielectric and the molded part; a microwave generator that produces microwaves having at least a first frequency; characterised by at least one wave guide that permits microwaves produced by the microwave generator to propagate to the chamber, the at least one wave guide causing the microwaves to propagate in a direction parallel to at least a portion of the at least one wall of the chamber; and a plurality of slots (1510-1513,1610-1613) in the at least one wave guide and the at least one wall of the chamber, the slots (1510-1513,1610-1613) extending in a direction parallel to the direction of propagation of the microwaves in the at least one wave guide, the slots (1510-1513,1610-1613) permitting a portion of the microwaves propagating in the at least one wave guide to exit the wave guide and enter the interior of the chamber and propagate through the at least one dielectric and the molded part;a plurality of conducting rods (1710-1717,1810), each of the plurality of conducting rods (1710-1717,1810) extending through each of the plurality of slots (1510-1513,1610-1613), each of the plurality of conducting rods (1710-1717,1810) extending a first distance into the interior of the chamber and a second distance into the waveguide; wherein: the second distance is less than λ/4; the second distance is equal to λ/4; or the second distance is greater than λ/4. the second distance is less than λ/4; the second distance is equal to λ/4; or the second distance is greater than λ/4.
A cutting tool for use with a stump cutting apparatus of the type utilizing a cutting wheel or drum rotating about a rotational axis, wherein the cutting tool is attached to the cutting wheel or drum, the cutting tool comprising: a tool holder, said tool holder having a base portion and a head portion; said base portion having an inner surface, an outer surface and a side surface connecting said inner surface with said outer surface, said base portion having first and second apertures (60, 62) extending between said inner surface and said outer surface said head portion having a boss, said boss having first and second ends (44, 46) and an aperture extending between said first and second ends (44, 46); and wherein said inner and outer surfaces (24, 22) of said base portion define a thickness of said base portion, and wherein said head portion includes a neck, said neck having a proximal end connected to said base portion and a distal end connected to said boss, said neck having an inner surface and outer surface with a side surface extending between said inner surface and said outer surface (36, 38) of the neck; said boss includes a generally annular member extending between said first and second ends of said boss, said generally annular member having an inner diameter and an outer diameter; said head portion having first and second shoulders located adjacent said first and second ends (44, 46) of said boss, characterised in that said inner and outer surfaces (36, 38) of the neck define a thickness of said neck whereby said thickness is less than the thickness of said base portion, and in that said outer diameter of said boss is greater than the thickness of said neck portion. a tool holder, said tool holder having a base portion and a head portion; said base portion having an inner surface, an outer surface and a side surface connecting said inner surface with said outer surface, said base portion having first and second apertures (60, 62) extending between said inner surface and said outer surface said head portion having a boss, said boss having first and second ends (44, 46) and an aperture extending between said first and second ends (44, 46); and wherein said inner and outer surfaces (24, 22) of said base portion define a thickness of said base portion, and wherein said head portion includes a neck, said neck having a proximal end connected to said base portion and a distal end connected to said boss, said neck having an inner surface and outer surface with a side surface extending between said inner surface and said outer surface (36, 38) of the neck; said boss includes a generally annular member extending between said first and second ends of said boss, said generally annular member having an inner diameter and an outer diameter; said head portion having first and second shoulders located adjacent said first and second ends (44, 46) of said boss, characterised in that said inner and outer surfaces (36, 38) of the neck define a thickness of said neck whereby said thickness is less than the thickness of said base portion, and in that said outer diameter of said boss is greater than the thickness of said neck portion.
A curtain, comprising: a pliable screen; a fastener arranged along the pliable screen, wherein the fastener is configured for attaching the curtain to an object; a lower strut coupled to the fastener and extending to an elevation below the fastener; and an upper strut coupled to the pliable screen, wherein the upper strut extends to an elevation above the fastener, and wherein the upper strut comprises a lower degree of stiffness than the lower strut. a pliable screen; a fastener arranged along the pliable screen, wherein the fastener is configured for attaching the curtain to an object; a lower strut coupled to the fastener and extending to an elevation below the fastener; and an upper strut coupled to the pliable screen, wherein the upper strut extends to an elevation above the fastener, and wherein the upper strut comprises a lower degree of stiffness than the lower strut.
A method of measurement reporting activation in a network, the method comprising the steps of: a home subscriber server being provided with consent information; the home subscriber server receiving an IMSI-based activation request; and the home subscriber server checking whether at least part of the IMSI-based activation request applies to a subscriber for whom consent information consenting to measurement reporting has been provided; characterized by, based on the checking, one of the following is carried out: in the event that consent information consenting to measurement reporting has been provided, enabling the IMSI-based activation request by forwarding said request to a mobility management entity so that measurement reporting in respect of that subscriber may take place (232, 234); and in the event that consent information consenting to measurement reporting has not been provided, the home subscriber server rejects the IMSI-based activation request before the IMSI-based activation request is sent to the mobility management entity and as a result the IMSI-based activation request is not sent to the mobility management entity. a home subscriber server being provided with consent information; the home subscriber server receiving an IMSI-based activation request; and the home subscriber server checking whether at least part of the IMSI-based activation request applies to a subscriber for whom consent information consenting to measurement reporting has been provided; characterized by, based on the checking, one of the following is carried out: in the event that consent information consenting to measurement reporting has been provided, enabling the IMSI-based activation request by forwarding said request to a mobility management entity so that measurement reporting in respect of that subscriber may take place (232, 234); and in the event that consent information consenting to measurement reporting has not been provided, the home subscriber server rejects the IMSI-based activation request before the IMSI-based activation request is sent to the mobility management entity and as a result the IMSI-based activation request is not sent to the mobility management entity.
Method for producing a semi-finished fiber product for embedding into a thermosetting matrix, comprising the steps of laying a first layer of parallel, matrix-free fibers in one direction, and fixating the first layer by laying fibres wetted with at least one component of the thermosetting matrix in mutually spaced bundles onto it in a second layer, wherein the fiber bundles of the second layer can be placed in obtuse as well as in acute angles (α, β) with respect to said direction, characterised in that the fiber bundles of the second layer are laid from at least one continuous roving of filaments.
An instrumented assembly comprising: - a housing comprising a housing body (12.1) and a cover (12.2) closing the housing body (12.1), with the housing comprising an opening (12.21), - a rolling bearing received in the housing, comprising at least one ring that is fixed relative to the housing and a rotating ring; - a fixed annular deflector (32.1) secured to the fixed ring; - a rotating annular encoder secured to the rotating ring; - a sensor comprising at least one reading head (44.1), a sensor body (44.2) secured to the reading head (44.1) and an electrical connection cable (44.4), with the reading head (44.1) being positioned on and maintained in bearing contact with the fixed annular deflector (32.1) or with the fixed ring by a holding interface (44.3) and facing the encoder, at a distance therefrom, - a plug through which the connecting cable (44.4) extends, with the plug closing the opening (12.21) and being provided with an interface for attachment to the housing, characterized in that the plug has a cavity for receiving at least a portion of the sensor body (44.2) with a functional clearance which provides the sensor body (44.2) with at least three degrees of freedom in translation and one degree of freedom in rotation relative to the plug. - a housing comprising a housing body (12.1) and a cover (12.2) closing the housing body (12.1), with the housing comprising an opening (12.21), - a rolling bearing received in the housing, comprising at least one ring that is fixed relative to the housing and a rotating ring; - a fixed annular deflector (32.1) secured to the fixed ring; - a rotating annular encoder secured to the rotating ring; - a sensor comprising at least one reading head (44.1), a sensor body (44.2) secured to the reading head (44.1) and an electrical connection cable (44.4), with the reading head (44.1) being positioned on and maintained in bearing contact with the fixed annular deflector (32.1) or with the fixed ring by a holding interface (44.3) and facing the encoder, at a distance therefrom, - a plug through which the connecting cable (44.4) extends, with the plug closing the opening (12.21) and being provided with an interface for attachment to the housing,
A vehicle sensor system comprising: an aiming mechanism (40, 40A); an on-board sensor that can be attached to a vehicle via the aiming mechanism (40, 40A), the aiming mechanism (40, 40A) being a mechanism capable of adjusting an attaching angle of the on-board sensor to the vehicle; and characterized by further comprising a cleaner (50, 50A) having a nozzle (103, 106) configured to spray a cleaning medium toward the on-board sensor, wherein the nozzle (103, 106) is attached to a component configured to be displaced in accordance with aiming of the on-board sensor. an aiming mechanism (40, 40A); an on-board sensor that can be attached to a vehicle via the aiming mechanism (40, 40A), the aiming mechanism (40, 40A) being a mechanism capable of adjusting an attaching angle of the on-board sensor to the vehicle; and characterized by further comprising a cleaner (50, 50A) having a nozzle (103, 106) configured to spray a cleaning medium toward the on-board sensor, wherein the nozzle (103, 106) is attached to a component configured to be displaced in accordance with aiming of the on-board sensor.
Method of scanning a tube intended to be worked on a laser cutting machine, wherein the laser cutting machine comprises a cutting head arranged to focus a laser beam, generated by a laser source, on the tube to be worked, the method comprising the steps of a) carrying out a position sampling along a sampling direction (z) perpendicular to the axis (x) of the tube in a sampling position in which a nozzle of the cutting head is certainly facing the tube, characterized in that the laser cutting machine comprises sensor means arranged to detect, when the tube is hit by the laser beam focussed by the cutting head, a radiation reflected or emitted by the tube and to provide a signal indicative of such a radiation, and in that the method further comprises the following steps: b) emitting through the cutting head a focussed laser beam such as not to be able to cut or etch the material of the tube, c) moving the cutting head along a given scanning direction, and d) while the cutting head is moving along the scanning direction, detecting through said sensor means the radiation reflected or emitted by the tube and establishing point by point, on the base of the signal provided by said sensor means, the presence or the absence of material of the tube. a) carrying out a position sampling along a sampling direction (z) perpendicular to the axis (x) of the tube in a sampling position in which a nozzle of the cutting head is certainly facing the tube, b) emitting through the cutting head a focussed laser beam such as not to be able to cut or etch the material of the tube, c) moving the cutting head along a given scanning direction, and d) while the cutting head is moving along the scanning direction, detecting through said sensor means the radiation reflected or emitted by the tube and establishing point by point, on the base of the signal provided by said sensor means, the presence or the absence of material of the tube.
An apparatus to detect electrical contact between an anatomical tissue portion near a surgical site and a protective shield conductor surrounding an active conductor, of an electrosurgical instrument, wherein the electrosurgical instrument comprises an elongated tubular instrument shaft including a non-conducting tubular outer insulating sheath surrounding the protective shield conductor surrounding the active conductor and including a dielectric insulator located between the protective shield conductor and the active conductor, the active conductor being used, in use, to deliver a high frequency electrical signal from an electrosurgical generator to a tissue portion at the surgical site, the apparatus comprising: a transformer including a primary winding and a secondary winding; an alternating current, AC, reference frequency signal generator coupled to inject an AC reference frequency signal to the primary winding;a first reactive impedance (Z P) coupled in parallel with the secondary winding between a first node (N 1) and a second node (N 2), wherein the first node (N 1) is coupled, when in use, to the protective shield conductor and the second node (N 2) is coupled, when in use, to a return conductor coupled to receive current from the tissue portion to return to the electrosurgical generator; wherein the primary and secondary windings are magnetically coupled such that the injected AC reference frequency signal in the primary winding induces an AC reference frequency signal in the secondary winding and the secondary winding reflects back to the primary winding a reflected AC frequency signal having a phase shift relative to the injected AC reference frequency signal that is indicative of an impedance between the first and second nodes (N 1, N 2); and a phase match detector circuit to detect a phase match between the AC reference frequency signal and the reflected AC frequency signal. a transformer including a primary winding and a secondary winding; an alternating current, AC, reference frequency signal generator coupled to inject an AC reference frequency signal to the primary winding;a first reactive impedance (Z P) coupled in parallel with the secondary winding between a first node (N 1) and a second node (N 2), wherein the first node (N 1) is coupled, when in use, to the protective shield conductor and the second node (N 2) is coupled, when in use, to a return conductor coupled to receive current from the tissue portion to return to the electrosurgical generator; wherein the primary and secondary windings are magnetically coupled such that the injected AC reference frequency signal in the primary winding induces an AC reference frequency signal in the secondary winding and the secondary winding reflects back to the primary winding a reflected AC frequency signal having a phase shift relative to the injected AC reference frequency signal that is indicative of an impedance between the first and second nodes (N 1, N 2); and a phase match detector circuit to detect a phase match between the AC reference frequency signal and the reflected AC frequency signal.