mhurhangee/patent-ind-claim-en huggingface dataset:
A communication method, applied on a communications system comprising a second base station and a core-network network element, wherein the method comprises during a handover from a first base station not supporting a first security capability of a terminal to the second base station supporting the first security capability, receiving (S402, S502), by the second base station, a handover request message comprising a second security capability from the first base station, and receiving (S408, S508), by the second base station, a security capability from the core-network network element, wherein the security capability comprises the first security capability and does not comprise the second security capability, and the handover is performed via an interface between the first base station and the second base station; and sending (S902), by the second base station, the first security capability to a third base station supporting the first security capability, to establish dual connections to the second base station and the third base station for the terminal; and wherein the first security capability is a fifth generation, 5G, security capability and the second security capability is a fourth generation, 4G, security capability, the first base station and the second base station are 4G base stations; the 4G security capability includes one or more 4G encryption algorithms, and one or more 4G integrity protection algorithms; and the 5G security capability includes one or more 5G encryption algorithms, and one or more 5G integrity protection algorithms. during a handover from a first base station not supporting a first security capability of a terminal to the second base station supporting the first security capability, receiving (S402, S502), by the second base station, a handover request message comprising a second security capability from the first base station, and receiving (S408, S508), by the second base station, a security capability from the core-network network element, wherein the security capability comprises the first security capability and does not comprise the second security capability, and the handover is performed via an interface between the first base station and the second base station; and sending (S902), by the second base station, the first security capability to a third base station supporting the first security capability, to establish dual connections to the second base station and the third base station for the terminal; and wherein the first security capability is a fifth generation, 5G, security capability and the second security capability is a fourth generation, 4G, security capability, the first base station and the second base station are 4G base stations; the 4G security capability includes one or more 4G encryption algorithms, and one or more 4G integrity protection algorithms; and the 5G security capability includes one or more 5G encryption algorithms, and one or more 5G integrity protection algorithms.
A device comprising: a semiconductor structure comprising a light emitting layer disposed between an n-type region and a p-type region , wherein a surface of the p-type region comprises a first portion and a second portion, wherein the surface is perpendicular to a growth direction of the semiconductor structure, wherein the first portion is less conductive than the second portion; and a p-contact formed on the p-type region, the p-contact comprising: a blocking material , wherein the blocking material is disposed over the first portion and no blocking material is disposed over the second portion and wherein the blocking material prevents hydrogen from being removed from the first portion, characterized by the p-contact further comprising a reflector; and a getter metal , wherein the getter metal getters hydrogen more readily than the reflector. a semiconductor structure comprising a light emitting layer disposed between an n-type region and a p-type region , wherein a surface of the p-type region comprises a first portion and a second portion, wherein the surface is perpendicular to a growth direction of the semiconductor structure, wherein the first portion is less conductive than the second portion; and a p-contact formed on the p-type region, the p-contact comprising: a blocking material , wherein the blocking material is disposed over the first portion and no blocking material is disposed over the second portion and wherein the blocking material prevents hydrogen from being removed from the first portion, a blocking material , wherein the blocking material is disposed over the first portion and no blocking material is disposed over the second portion and wherein the blocking material prevents hydrogen from being removed from the first portion, characterized by the p-contact further comprising a reflector; and a getter metal , wherein the getter metal getters hydrogen more readily than the reflector. a reflector; and a getter metal , wherein the getter metal getters hydrogen more readily than the reflector.
A support apparatus for supporting a cable retaining apparatus , the cable retaining apparatus comprising a body defining at least one aperture for receiving a respective cable, wherein the support apparatus comprises: a carriage portion adapted to be mounted to the cable retaining apparatus; and a track portion adapted to be mounted to a support, such that the carriage portion is slidably mounted to the track portion in use while supporting a cable retaining apparatus having at least one cable supported in the cable retaining apparatus; characterised in that the track portion comprises a plurality of curved apertures for receiving fastening means for mounting the track portion to the support, wherein the apertures enable pivoting of the track portion relative to the fastening means. a carriage portion adapted to be mounted to the cable retaining apparatus; and a track portion adapted to be mounted to a support, such that the carriage portion is slidably mounted to the track portion in use while supporting a cable retaining apparatus having at least one cable supported in the cable retaining apparatus; characterised in that the track portion comprises a plurality of curved apertures for receiving fastening means for mounting the track portion to the support, wherein the apertures enable pivoting of the track portion relative to the fastening means.
Power terminal comprising a contact portion , a connection portion and an intermediate portion between the contact portion and the connection portion , the contact and intermediate portions comprising a plurality of conductive layers stacked along a direction corresponding to their respective thicknesses, the contact portion comprising a main top surface and at least one contact area protruding from the main top surface , wherein each layer of the plurality of conductive layers in the contact portion comprises at least one first embossed region , said at least one first embossed region of each layer being registered with said at least one first embossed region of an adjacent layer , and said at least one first embossed region of a top layer forming said at least one contact area , characterized in that , in the intermediate portion , each layer of the plurality of conductive layers comprises at least one second embossed region that mechanically couples the layers together. wherein each layer of the plurality of conductive layers in the contact portion comprises at least one first embossed region , said at least one first embossed region of each layer being registered with said at least one first embossed region of an adjacent layer , and said at least one first embossed region of a top layer forming said at least one contact area , characterized in that , in the intermediate portion , each layer of the plurality of conductive layers comprises at least one second embossed region that mechanically couples the layers together.
A device for assisting in the management of energy consumption of a vehicle, comprising at least: - digital data representative of at least one lane section, - digital data representative of a position, called target position (Xc), of an obstacle on said lane section, - digital data representative of a speed, called target speed (Vc), of the vehicle at the target position, - a digital data processing unit, characterized in that : - it further comprises digital data representative of at least one optimal deceleration profile (C) of said vehicle, predetermined so as to reach the target position (Xc) with the target speed (Vc), - it further comprises digital data representative of at least one acceleration profile, called nominal acceleration profile (N), of the vehicle, comprising at least one positive acceleration value, called nominal acceleration, according to a main direction of travel of said vehicle, - the processing unit is programmed to produce data representative of a maximum speed, called maximum theoretical speed (VmtN), that can theoretically be reached by the vehicle by applying the nominal acceleration profile (N) while complying with said optimal deceleration profile (C) so as to reach the target position at the target speed, at least according to: ▪ said target position (Xc), ▪ said target speed (Vc), ▪ the optimal deceleration profile (C), ▪ the nominal acceleration profile (N). - digital data representative of at least one lane section, - digital data representative of a position, called target position (Xc), of an obstacle on said lane section, - digital data representative of a speed, called target speed (Vc), of the vehicle at the target position, - a digital data processing unit, - it further comprises digital data representative of at least one optimal deceleration profile (C) of said vehicle, predetermined so as to reach the target position (Xc) with the target speed (Vc), - it further comprises digital data representative of at least one acceleration profile, called nominal acceleration profile (N), of the vehicle, comprising at least one positive acceleration value, called nominal acceleration, according to a main direction of travel of said vehicle, - the processing unit is programmed to produce data representative of a maximum speed, called maximum theoretical speed (VmtN), that can theoretically be reached by the vehicle by applying the nominal acceleration profile (N) while complying with said optimal deceleration profile (C) so as to reach the target position at the target speed, at least according to: ▪ said target position (Xc), ▪ said target speed (Vc), ▪ the optimal deceleration profile (C), ▪ the nominal acceleration profile (N). ▪ said target position (Xc), ▪ said target speed (Vc), ▪ the optimal deceleration profile (C), ▪ the nominal acceleration profile (N).
An ablutionary fitting including: an outlet for providing a stream of water ; and a dispersing barrier arranged in the path of the stream of water , and disposed such that the stream of water is broken up into a plurality of smaller streams as it passes through the dispersing barrier , forming a spray , wherein the smaller streams are at least in part directed by the dispersing barrier , characterized in that the outlet is arranged to rotate about an axis substantially perpendicular to a plane of the dispersing barrier , and wherein the rotation of the outlet is independent of any movement of the dispersing barrier an outlet for providing a stream of water ; and a dispersing barrier arranged in the path of the stream of water , and disposed such that the stream of water is broken up into a plurality of smaller streams as it passes through the dispersing barrier , forming a spray , wherein the smaller streams are at least in part directed by the dispersing barrier , characterized in that the outlet is arranged to rotate about an axis substantially perpendicular to a plane of the dispersing barrier , and wherein the rotation of the outlet is independent of any movement of the dispersing barrier
A luminaire for mounting on a pole , comprising: a lighting unit ; a driver compartment housing a driver electrically connected to the lighting unit ; and a pole compartment adapted to receive an end portion of the pole , the pole compartment extending along a longitudinal axis (L) along which said end portion is arranged when received by the pole compartment , wherein the pole compartment and the driver compartment are arranged adjacent to each other in a direction (D) perpendicular to the longitudinal axis (L), and wherein the driver compartment and the lighting unit are arranged at a distance from each other along the longitudinal axis (L), wherein the center of mass of respectively the lighting unit and the driver housed in the driver compartment compartment are arranged on opposite sides of the longitudinal axis (L), a locking member arranged inside the pole compartment , the locking member being fixable at different positions along an axis (A) parallel to said direction (D), characterized in that the pole compartment comprises an inner wall , and wherein the inner wall and the locking member are capable of pressing against a pole inserted into the pole compartment at three or more contact regions. a lighting unit ; a driver compartment housing a driver electrically connected to the lighting unit ; and a pole compartment adapted to receive an end portion of the pole , the pole compartment extending along a longitudinal axis (L) along which said end portion is arranged when received by the pole compartment , wherein the pole compartment and the driver compartment are arranged adjacent to each other in a direction (D) perpendicular to the longitudinal axis (L), and wherein the driver compartment and the lighting unit are arranged at a distance from each other along the longitudinal axis (L), wherein the center of mass of respectively the lighting unit and the driver housed in the driver compartment compartment are arranged on opposite sides of the longitudinal axis (L), a locking member arranged inside the pole compartment , the locking member being fixable at different positions along an axis (A) parallel to said direction (D), characterized in that the pole compartment comprises an inner wall , and wherein the inner wall and the locking member are capable of pressing against a pole inserted into the pole compartment at three or more contact regions.
Method for producing press-hardened components consisting of steel sheets or steel strips, comprising an aluminium-based coating, wherein an aluminium-based coat is applied as the coating to the steel sheet or steel strip in the hot-dipping process, wherein the steel sheet or steel strip together with the coat is subjected to plasma oxidation and/or a hot water treatment and/or treatment in steam and/or anodic oxidation after the hot-dipping process and before the forming process, wherein (with the formation of oxides or hydroxides) a cover layer containing aluminium oxide and/or aluminium hydroxide is formed on the surface of the coat, wherein the steel sheets or steel strips are heated, with the aim of hardening, to a temperature above Ac3 at least in regions, are subsequently formed at this temperature and thereafter are cooled at a rate which, at least in regions, is above the critical cooling rate.
Household or kitchen appliance comprising a cavity included in a chassis and a door for closing said cavity , the door comprising a first electrical component, that can be releasably electrically coupled with a second electrical component comprised within the chassis of the household or kitchen appliance by first coupling means in the closed state of the door , said first coupling means comprising a first contact section arranged at the door for releasable interaction with a corresponding second contact section arranged at said chassis , wherein said first contact section is configured such that in the closed state of the door an electrical contact is established between said first and second contact sections and said electrical contact is opened when opening the door , wherein the first contact section is arranged at a removable door portion , said removable door portion being a removable door cover element and the door comprises second coupling means for releasable electrical coupling of the first contact section with the first electrical component, wherein the second coupling means comprise a third and a fourth contact section , said third contact section being arranged at the removable door portion and the fourth contact section being arranged at a structural element of the door , wherein the third and fourth contact sections are adapted and arranged to each other such that an electrical contact is established between the third and fourth contact section when the removable door portion is assembled at the door and the electrical contact is open when the removable door portion is disassembled.
A vehicle operable in manual and autonomous modes, the vehicle having a passenger cabin and a manual steering control unit for use when the automobile is operated in the manual mode, the manual steering control unit being movable between a stowed position and an operative position, wherein movement of the manual steering control unit as it transitions between the stowed position and the operable position comprises at least a component in a lateral direction of the vehicle, characterised in that the manual steering control unit is located laterally to one side of a free interior volume of the vehicle cabin in the stowed position and received within a recess in a side wall region of the vehicle cabin in the stowed position, or, the manual steering control unit is located laterally in a central region of the cabin when in the stowed position and located within a centre console in the vehicle cabin in the stowed position.
A device configured as a woven, self-expanding stent having one or more strands and being configured for insertion into an anatomical structure, the device comprising: a coupling structure secured to two different strand end portions that are either substantially aligned with each other or which are alternatively placed in a side-by-side relationship with each other; where the two different strand end portions include nickel and titanium, and the coupling structure is not a strand of the device and is positioned beneath a strand of the device that crosses over the coupling structure . a coupling structure secured to two different strand end portions that are either substantially aligned with each other or which are alternatively placed in a side-by-side relationship with each other; where the two different strand end portions include nickel and titanium, and the coupling structure is not a strand of the device and is positioned beneath a strand of the device that crosses over the coupling structure .
A hand held nuclear-uptake surgical probe for performing radio-localization of nuclear-emitting tissues, the hand held nuclear-uptake surgical probe comprising: a nuclear-uptake mode controller configured to selectively switch between a high-sensitivity nuclear-uptake mode and a high-resolution nuclear-uptake mode directly from the hand held nuclear-uptake surgical probe during the performance of radio-localization of nuclear-emitting tissues, wherein the nuclear-uptake modes have different nuclear-uptake parameters, wherein the nuclear-uptake mode controller is configured to change the nuclear-uptake parameters including a photon energy acceptance window, wherein the hand held nuclear-uptake surgical probe comprises a sensor unit for selectively detecting gamma photons associated with nuclear-emitting tissues in the nuclear-uptake modes based on changes to the photon energy acceptance window, characterised in that the nuclear-uptake mode controller comprises a physical switch located on a handle of the hand held nuclear-uptake surgical probe to switch between the nuclear-uptake modes.
A fuel injector for an exhaust heater , comprising: a combustor cover extending about a nozzle seat with a fuel inlet and an air inlet , the nozzle seat arranged along a flow axis; and an air blast nozzle having a unibody supported in the nozzle seat , the air blast nozzle unibody in fluid communication with the fuel inlet and the air inlet and arranged along the flow axis to port fuel and air into a combustion volume and characterized in that the unibody provides a bayonet feature , sealing ring , O-ring and fuel circuit thread within the nozzle seat in that axial order.. a combustor cover extending about a nozzle seat with a fuel inlet and an air inlet , the nozzle seat arranged along a flow axis; and an air blast nozzle having a unibody supported in the nozzle seat , the air blast nozzle unibody in fluid communication with the fuel inlet and the air inlet and arranged along the flow axis to port fuel and air into a combustion volume and characterized in that the unibody provides a bayonet feature , sealing ring , O-ring and fuel circuit thread within the nozzle seat in that axial order..
A system for conditioning blades, the system defining an orthogonal coordinate system comprising an X-axis , a Y-axis and a Z-axis , the system comprising: a gripper assembly for gripping a cutting device comprising a blade , the gripper assembly movable along and about the X-axis , the Y-axis and the Z-axis ; a first measuring device operable to measure a width and a thickness of the blade , wherein the gripper assembly orients the blade for measurement by the first measuring device ; a second measuring device operable to measure the width and a length of the blade , wherein the gripper assembly orients the blade for measurement by the second measuring device , wherein the second measuring device comprises an imaging device and a light source ; and a processor configured for: creating a current edge profile based on the width , thickness and length measurements; and adjusting the current edge profile to a modified edge profile. a gripper assembly for gripping a cutting device comprising a blade , the gripper assembly movable along and about the X-axis , the Y-axis and the Z-axis ; a first measuring device operable to measure a width and a thickness of the blade , wherein the gripper assembly orients the blade for measurement by the first measuring device ; a second measuring device operable to measure the width and a length of the blade , wherein the gripper assembly orients the blade for measurement by the second measuring device , wherein the second measuring device comprises an imaging device and a light source ; and a processor configured for: creating a current edge profile based on the width , thickness and length measurements; and adjusting the current edge profile to a modified edge profile. creating a current edge profile based on the width , thickness and length measurements; and adjusting the current edge profile to a modified edge profile.