mhurhangee/patent-ind-claim-en huggingface dataset:
A power switching circuit of a communication device for use in a bi-directional two-wire communication system, comprising: an upstream coupling circuit to couple the communication device to an upstream communication device via an upstream pair of wires , wherein the upstream coupling circuit is to receive data and power from an electrical signal transmitted to the communication device from the upstream communication device over the upstream pair of wires; and a downstream coupling circuit , to couple the communication device to a downstream communication device via pair of wires , wherein the downstream coupling circuit is to provide data and power over the downstream pair of wires to the downstream communication device according to a power switching procedure, wherein the power switching circuit is to detect one or more faults in the communication system before, during and after the power switching procedure, and to modify the power switching procedure in response to detection of one or more faults, characterised in that the power switching procedure includes a gradual increase of current provided to the downstream pair of wires. an upstream coupling circuit to couple the communication device to an upstream communication device via an upstream pair of wires , wherein the upstream coupling circuit is to receive data and power from an electrical signal transmitted to the communication device from the upstream communication device over the upstream pair of wires; and a downstream coupling circuit , to couple the communication device to a downstream communication device via pair of wires , wherein the downstream coupling circuit is to provide data and power over the downstream pair of wires to the downstream communication device according to a power switching procedure, wherein the power switching circuit is to detect one or more faults in the communication system before, during and after the power switching procedure, and to modify the power switching procedure in response to detection of one or more faults, characterised in that the power switching procedure includes a gradual increase of current provided to the downstream pair of wires.
A method in a power system infrastructure for controlling power supplied to a plurality of data processing machines, wherein the power system infrastructure comprises a plurality of power supply units, the method comprising: receiving a plurality of power demand values, wherein the power demand values are associated with a respective plurality of data processing instances to be executed on the plurality of data processing machines (step 101), and wherein the power demand values are based on historical data in connection with how much energy is required to run a particular data processing instance; estimating a total power demand value based on the received power demand values (step 103); and controlling the power system infrastructure to provide power to the plurality of data processing machines based on the estimated total power demand value (step 105). receiving a plurality of power demand values, wherein the power demand values are associated with a respective plurality of data processing instances to be executed on the plurality of data processing machines (step 101), and wherein the power demand values are based on historical data in connection with how much energy is required to run a particular data processing instance; estimating a total power demand value based on the received power demand values (step 103); and controlling the power system infrastructure to provide power to the plurality of data processing machines based on the estimated total power demand value (step 105).
A garment care system comprising an iron and a base unit connected via a hose , wherein the iron comprises a steam engine for receiving water from the base unit via the hose , wherein the base unit comprises: - a water tank for storing water, - a volume deformable container , - an electric valve arranged between the hose and the volume deformable container , - a water pump , wherein an open state and closed state of the electric valve is controllable from the iron , characterized in that : the water pump is for pumping water from the water tank into the volume deformable container ; in a closed state of the electric valve , a water pressure is built up in the volume deformable container by actuating the water pump , and in an open state of the valve, pressurized water in the volume deformable container is delivered into the hose ; and the volume deformable container is an elastically deformable tube arranged in the base unit between the water pump and the electric valve . - a water tank for storing water, - a volume deformable container , - an electric valve arranged between the hose and the volume deformable container , - a water pump , the water pump is for pumping water from the water tank into the volume deformable container ; in a closed state of the electric valve , a water pressure is built up in the volume deformable container by actuating the water pump , and in an open state of the valve, pressurized water in the volume deformable container is delivered into the hose ; and the volume deformable container is an elastically deformable tube arranged in the base unit between the water pump and the electric valve .
A lock mechanism comprising a main hook , a support hook which bears the load corresponding to said main hook , a comfort hook , at least one metal cover keeping bearing elements in position, more than one crankpins which form a bearing for said main hook , said support hook and said comfort hook , at least one main hook spring which brings said main hook to a desired position, at least one support hook spring which brings said support hook to a desired position, at least one comfort hook spring which brings said comfort hook to a desired position and which is used for locking the reclining backrests on the rear seats of passenger cars and which prevents the mechanical problems that the vibrations create with the car movement, characterized in that it comprises; - at least one working surface on said main hook being separated in two parts , with a plastic coated part contacting said support hook and with a non coated part in operation with said comfort hook , - at least one retaining surface on said support hook which prevents an opening pin from being deformed or the opening pin from being dislocated, and - at least one point contact surface on said main hook , which has a radius form and which prevents the noise created as a result of the vibration. - at least one working surface on said main hook being separated in two parts , with a plastic coated part contacting said support hook and with a non coated part in operation with said comfort hook , - at least one retaining surface on said support hook which prevents an opening pin from being deformed or the opening pin from being dislocated, and - at least one point contact surface on said main hook , which has a radius form and which prevents the noise created as a result of the vibration.
Containment can having a primary shell , in particular a containment can for a containment can assembly, wherein the primary shell has a cylindrical, non-metallic main body and a connection geometry which is situated at an end of the primary shell , wherein the connection geometry extends inwards in a collar-like manner, wherein the connection geometry has two end surfaces which are parallel to one another and which are perpendicular to the longitudinal axis (X) of the primary shell , wherein the connection geometry is able to be connected to a closure piece constituting the closure surface of the containment can base, which closure surface is substantially perpendicular to the longitudinal axis (X) of the primary shell , wherein the closure piece has an outer diameter which is smaller than the inner diameter of the primary shell , characterized in that an end surface on the connection geometry is an inner end surface into which a sealing element is able to be received or onto which a sealing element is able to be pressed, wherein sealing action between the connection geometry and the closure piece is able to be produced by means of the sealing element .
A semiconducting light emitting nanoparticle being a quantum sized material comprising a core, wherein said core of the semiconducting light emitting nanoparticle comprises one or more of group 13 elements of the periodic table and one or more of group 15 elements of the periodic table; one or more shell layers wherein said at least one of the shell layers comprises a 1 st element of group 12, 13 or 14 of the periodic table and a 2 nd element of group 15 or 16 of the periodic table; and at least one organic ligand A, at least one organic ligand B and at least one organic ligand C attached to the outermost surface of the shell layers, wherein the at least one organic ligand A comprises a crosslinkable functional group X, the at least one organic ligand B comprises a crosslinkable functional group Y, and the at least one organic ligand C comprises a crosslinkable functional group Z, wherein groups X, Y and Z are each capable of acting as a crosslinking acceptor and as a crosslinking donator, characterized in that the at least one organic ligand A, the at least one organic ligand B and the at least one organic ligand C are each represented by the general formula (I) U-V-W (I) where U is at each occurrence in ligands A, B and C identically or differently, a nanoparticle surface attaching group, V is at each occurrence in ligands A, B and C, identically or differently, a linker group, and W corresponds to crosslinkable functional groups X, Y and Z, respectively, and U is a phosphonic acid group. a core, wherein said core of the semiconducting light emitting nanoparticle comprises one or more of group 13 elements of the periodic table and one or more of group 15 elements of the periodic table; one or more shell layers wherein said at least one of the shell layers comprises a 1 st element of group 12, 13 or 14 of the periodic table and a 2 nd element of group 15 or 16 of the periodic table; and at least one organic ligand A, at least one organic ligand B and at least one organic ligand C attached to the outermost surface of the shell layers, wherein the at least one organic ligand A comprises a crosslinkable functional group X, the at least one organic ligand B comprises a crosslinkable functional group Y, and the at least one organic ligand C comprises a crosslinkable functional group Z, the at least one organic ligand A comprises a crosslinkable functional group X, the at least one organic ligand B comprises a crosslinkable functional group Y, and the at least one organic ligand C comprises a crosslinkable functional group Z, wherein groups X, Y and Z are each capable of acting as a crosslinking acceptor and as a crosslinking donator, characterized in that the at least one organic ligand A, the at least one organic ligand B and the at least one organic ligand C are each represented by the general formula (I) U-V-W (I) where U is at each occurrence in ligands A, B and C identically or differently, a nanoparticle surface attaching group, V is at each occurrence in ligands A, B and C, identically or differently, a linker group, and W corresponds to crosslinkable functional groups X, Y and Z, respectively, and U is a phosphonic acid group.
Towing device of an aircraft without a motor (P) by a rotary-wing aircraft without an on-board pilot comprising a central control unit and a plane (P1) for rotation of the rotary wing , characterized in that the towing device comprises: - A fixing arm to the rotary wing aircraft, having a longitudinal axis (X) called "yaw" and provided with a fixing member intended to be fixed to a complementary fixing member of the aircraft, perpendicular to the plane of rotation of the rotary wing, in the position of use; and - A traction arm , having a longitudinal axis (Z) called "roll", and one end of which is intended to be connected to a traction cable of the aircraft without engine and one end is mounted on the attachment arm in a pivoting manner so as to present at least one degree of freedom in rotation with respect to the rotary-wing aircraft, around an axis (Y), called "pitch", perpendicular to the axis longitudinal (X) of the fixing arm, the towing device comprising: • a measuring means of tensile force exerted between the cable and the traction arm; and • a means of measuring a relative altitude of the two aircraft. - A fixing arm to the rotary wing aircraft, having a longitudinal axis (X) called "yaw" and provided with a fixing member intended to be fixed to a complementary fixing member of the aircraft, perpendicular to the plane of rotation of the rotary wing, in the position of use; and - A traction arm , having a longitudinal axis (Z) called "roll", and one end of which is intended to be connected to a traction cable of the aircraft without engine and one end is mounted on the attachment arm in a pivoting manner so as to present at least one degree of freedom in rotation with respect to the rotary-wing aircraft, around an axis (Y), called "pitch", perpendicular to the axis longitudinal (X) of the fixing arm, • a measuring means of tensile force exerted between the cable and the traction arm; and • a means of measuring a relative altitude of the two aircraft.
A method of operating a logical network over a network virtualization infrastructure that comprises a plurality of host machines , the method comprising: defining a logical routing element, LRE, for routing data packets between different segments of the logical network, wherein each host machine operates a set of virtual machines, VMs, (411-416) and a local instance of the LRE as a managed physical routing element, MPRE, for routing packets from the set of VMs locally at the host machine , the LRE comprising a plurality of logical interfaces, LIFs, each LIF for interfacing with a different segment of the logical network, wherein a particular LIF is addressable by a plurality of different LIF IP addresses; assigning each LIF IP address of the particular LIF to a different host machine in the plurality of host machines ; and advertising the plurality of LIF IP addresses of the particular LIF as a plurality of next-hops to an external router for sending packets to be routed by the LRE. defining a logical routing element, LRE, for routing data packets between different segments of the logical network, wherein each host machine operates a set of virtual machines, VMs, (411-416) and a local instance of the LRE as a managed physical routing element, MPRE, for routing packets from the set of VMs locally at the host machine , the LRE comprising a plurality of logical interfaces, LIFs, each LIF for interfacing with a different segment of the logical network, wherein a particular LIF is addressable by a plurality of different LIF IP addresses; assigning each LIF IP address of the particular LIF to a different host machine in the plurality of host machines ; and advertising the plurality of LIF IP addresses of the particular LIF as a plurality of next-hops to an external router for sending packets to be routed by the LRE.
A surgical instrument having a proximal end , a distal end and a shaft, the shaft comprising a plurality of joint components connected in series, each joint component comprising first and second connectors, which connectors are axially spaced apart from one another at first and second ends of a respective joint component, wherein: the first connector comprises a first rolling surface , and the second connector comprises a second rolling surface , and wherein each joint component comprises a first spur gear extending from the first rolling surface, and a second spur gear extending from the second rolling surface, wherein a first rolling surface of a first joint component is engageable with a second rolling surface of a second joint component to form a rolling joint, and a second rolling surface of the first joint component is engageable with a first rolling surface of a third joint component; and each joint component comprises a wall defining a hollow interior and an inner channel extending axially through the joint component, wherein the inner channel of each joint component comprises a central channel portion and a peripheral channel , characterized in that the peripheral channel extends from the central channel portion to an inner surface of the outer wall. the first connector comprises a first rolling surface , and the second connector comprises a second rolling surface , and wherein each joint component comprises a first spur gear extending from the first rolling surface, and a second spur gear extending from the second rolling surface, wherein a first rolling surface of a first joint component is engageable with a second rolling surface of a second joint component to form a rolling joint, and a second rolling surface of the first joint component is engageable with a first rolling surface of a third joint component; and each joint component comprises a wall defining a hollow interior and an inner channel extending axially through the joint component, wherein the inner channel of each joint component comprises a central channel portion and a peripheral channel , characterized in that the peripheral channel extends from the central channel portion to an inner surface of the outer wall.
A first base station, BS, for handling a temporary user equipment, UE, configuration in a wireless communication system comprising at least a long-term evolution, LTE, network and a new radio, NR, network, the first BS comprising: at least one storage device ; and at least one processing circuit , coupled to the at least one storage device , wherein the at least one storage device stores, and the at least one processing circuit is configured to execute, instructions of: transmitting a configuration to a communication device ; communicating with the communication device according to the configuration; receiving a first message requesting changing the configuration, from the communication device ; transmitting a Handover Request message to initiate a handover to a second BS, wherein the Handover Request message comprises information indicating that the communication device requests changing the configuration to the second BS when initiating the handover; receiving a Handover Request Acknowledge message for responding to the Handover Request message from the second BS, wherein the Handover Request Acknowledge message comprises a handover command; and transmitting the handover command to the communication device . at least one storage device ; and at least one processing circuit , coupled to the at least one storage device , wherein the at least one storage device stores, and the at least one processing circuit is configured to execute, instructions of: transmitting a configuration to a communication device ; communicating with the communication device according to the configuration; receiving a first message requesting changing the configuration, from the communication device ; transmitting a Handover Request message to initiate a handover to a second BS, wherein the Handover Request message comprises information indicating that the communication device requests changing the configuration to the second BS when initiating the handover; receiving a Handover Request Acknowledge message for responding to the Handover Request message from the second BS, wherein the Handover Request Acknowledge message comprises a handover command; and transmitting the handover command to the communication device . transmitting a configuration to a communication device ; communicating with the communication device according to the configuration; receiving a first message requesting changing the configuration, from the communication device ; transmitting a Handover Request message to initiate a handover to a second BS, wherein the Handover Request message comprises information indicating that the communication device requests changing the configuration to the second BS when initiating the handover; receiving a Handover Request Acknowledge message for responding to the Handover Request message from the second BS, wherein the Handover Request Acknowledge message comprises a handover command; and transmitting the handover command to the communication device .
Elevator system having an elevator car which can be moved up and down and is carried by suspension means , the elevator car having a car body and a support structure for carrying or supporting the car body , deflection rollers (7, 7'; 8, 8') being arranged between two parallel carriers of the support structure and the deflection rollers (7, 7'; 8, 8') each being mounted on a shaft so as to be freely rotatable, the carriers having receiving openings for attaching the shafts and each shaft being fastened to the carrier by means of a fastening arrangement that extends over the receiving opening , the fastening arrangement an inner holding element assigned to the receiving opening of the carrier for holding the shaft , an outer holding element which is fixed to the carrier , characterized in that in order to insulate the car body from vibrations generated by the deflection rollers moved during a car journey, the fastening arrangement has at least one planar insulation element , the at least one insulation element being sandwiched between the inner holding element and the outer holding element .
A submerged entry nozzle for continuous casting comprising an exterior surface and an interior surface defining a bore extending from a top surface of the nozzle to a bottom portion of the nozzle , wherein the nozzle comprises a pair of ports extending from a bottom portion of the bore to the exterior surface , characterized in that each port of the pair of ports comprises a top surface , a bottom surface , and a pair of side surfaces extending between the top surface and the bottom surface to form triangular shaped opening extending from a central portion of the nozzle to the exterior surface , wherein the nozzle comprises a pair of opposing ports that extend outwardly from the bore such that the bottom surface of the port forms a substantially right angle (β) with a longitudinal axis of the bore , and the top surface of each port is angled downwardly and outwardly from the bore while the bottom surface of the port is substantially horizontal such that the port narrows from the bore to the opening of the port .
A method for obtaining network services on a mobile communication device, comprising: attaching the mobile communication device to a first network associated with a first subscription supported by a first profile stored on an embedded universal integrated circuit card, eUICC, on the mobile communication device; caching , in memory on the mobile communication device, the first profile corresponding to the first subscription; characterised by the steps of: deactivating the first subscription of the eUICC on the mobile communication device without detaching from the first network; caching , in memory on the mobile communication device, a second profile stored on the eUICC corresponding to a second subscription; activating the first subscription of the eUICC; and monitoring for paging indicators directed to the second subscription of the eUICC utilizing the cached second profile. attaching the mobile communication device to a first network associated with a first subscription supported by a first profile stored on an embedded universal integrated circuit card, eUICC, on the mobile communication device; caching , in memory on the mobile communication device, the first profile corresponding to the first subscription; deactivating the first subscription of the eUICC on the mobile communication device without detaching from the first network; caching , in memory on the mobile communication device, a second profile stored on the eUICC corresponding to a second subscription; activating the first subscription of the eUICC; and monitoring for paging indicators directed to the second subscription of the eUICC utilizing the cached second profile.