mhurhangee/patent-ind-claim-en huggingface dataset:
A fabric switch configured to operate as a tunnel gateway for a hypervisor, comprising: a packet processor configured to identify a virtual Internet Protocol (IP) address in a first packet as an IP address associated with the switch, wherein the first packet encapsulates a second packet, wherein the virtual IP address is a destination address for the switch as said tunnel gateway capable of terminating an overlay tunnel, i.e. the switch is configured to decapsulate the second packet and wherein the virtual IP address is further associated with a virtual gateway switch ; and a forwarding module configured to determine an output port for the second packet based on a destination address of an encapsulation header of the second packet. a packet processor configured to identify a virtual Internet Protocol (IP) address in a first packet as an IP address associated with the switch, wherein the first packet encapsulates a second packet, wherein the virtual IP address is a destination address for the switch as said tunnel gateway capable of terminating an overlay tunnel, i.e. the switch is configured to decapsulate the second packet and wherein the virtual IP address is further associated with a virtual gateway switch ; and a forwarding module configured to determine an output port for the second packet based on a destination address of an encapsulation header of the second packet.
A modular system for the configuration of a transport line (TSm) of a long stator linear motor , made of a plurality of transport line components (TMn), wherein each transport line component (TMn) has a starting point (An) and an end point (En), each lying on a raster corner point (p·a) x (q·a) of an (a x a) raster with a prespecified raster length a, wherein p, q are whole numbers, characterized in that in the modular system at least a transport line component (TMn) is included, which is composed of two curve entry modules on which is included the starting point (An) or the end point (En), and at least one connection module which connects the two curve entry modules , wherein the curvature radius (R) of one end of each of the curve entry modules is infinite, and the other respective end of the curve entry module has a prespecified curvature radius (R) greater than zero and the connection module has the same prespecified curvature radius (R) on both ends.
A method for wireless communication by a user equipment, UE, the method comprising: receiving a downlink preemption indication, DLPI, arranged to indicate resources for a scheduled joint data transmission of a first type from a group of transmitting entities to the LTE that overlap with resources for a scheduled data transmission of a second type from at least a first transmitting entity of the group of transmitting entities to the UE are preempted by the scheduled data transmission of the second type on the overlapping resources; and processing the joint data transmission in accordance with the preemption indicated by the DLPI, wherein the DLPI includes one or more bits that identify which of the group of transmitting entities the preemption indication applies to. receiving a downlink preemption indication, DLPI, arranged to indicate resources for a scheduled joint data transmission of a first type from a group of transmitting entities to the LTE that overlap with resources for a scheduled data transmission of a second type from at least a first transmitting entity of the group of transmitting entities to the UE are preempted by the scheduled data transmission of the second type on the overlapping resources; and processing the joint data transmission in accordance with the preemption indicated by the DLPI, wherein the DLPI includes one or more bits that identify which of the group of transmitting entities the preemption indication applies to.
Ejector member for removing waste from sheets on the fly in a machine for processing sheet-shaped elements comprising a comb comprising a plurality of teeth , characterised in that the comb is configured so as to be able to take one low speed first position and at least one high speed second position, the centre of the comb being set back relative to the lateral ends of the comb in the high speed second position, the centre of the comb being set back further in the high speed second position than in the low speed first position.
A method for forming an electrolytic capacitor comprising: providing an anode with an anode lead extending therefrom; forming a dielectric on said anode to form an anodized anode; applying a first dispersion wherein said first dispersion comprises conducting polymer and polyanion, wherein said polyanion and conducting polymer are in a first weight ratio thereby forming a first dispersion layer , wherein said first weight ratio is no more than 6; and applying a second dispersion on said first dispersion layer wherein said second dispersion comprises said conducting polymer and said polyanion characterized in that said polyanion and said conducting polymer are in a second weight ratio wherein said second weight ratio is lower than said first weight ratio. providing an anode with an anode lead extending therefrom; forming a dielectric on said anode to form an anodized anode; applying a first dispersion wherein said first dispersion comprises conducting polymer and polyanion, wherein said polyanion and conducting polymer are in a first weight ratio thereby forming a first dispersion layer , wherein said first weight ratio is no more than 6; and applying a second dispersion on said first dispersion layer wherein said second dispersion comprises said conducting polymer and said polyanion characterized in that said polyanion and said conducting polymer are in a second weight ratio wherein said second weight ratio is lower than said first weight ratio.
A steering system for a vehicle , the steering system comprising: a first steering device configured to steer wheels of the vehicle in accordance with a command of a steering amount outputted by a steering command device ; a second steering device including a mechanical section configured to individually steer each of the wheels on left and right sides about a turning axis (A), which is different from a king pin axis, by driving a steering actuator disposed in a tire housing of the vehicle , and a control section configured to control the steering actuator ; and a vehicle information detection section configured to detect vehicle information including a velocity of the vehicle and a steering angle of the first steering device , wherein the control section includes a turning angle control module configured to control the steering actuator pursuant to a predetermined rule in accordance with the velocity of the vehicle and the steering angle so as to control turning angles of the wheels on the left and right sides. a first steering device configured to steer wheels of the vehicle in accordance with a command of a steering amount outputted by a steering command device ; a second steering device including a mechanical section configured to individually steer each of the wheels on left and right sides about a turning axis (A), which is different from a king pin axis, by driving a steering actuator disposed in a tire housing of the vehicle , and a control section configured to control the steering actuator ; and a vehicle information detection section configured to detect vehicle information including a velocity of the vehicle and a steering angle of the first steering device , wherein the control section includes a turning angle control module configured to control the steering actuator pursuant to a predetermined rule in accordance with the velocity of the vehicle and the steering angle so as to control turning angles of the wheels on the left and right sides.
A method for readjusting a two-sided air gap (LSA, LSI) of a disc brake of a vehicle between brake pads and a brake disc , having a brake calliper designed as a sliding calliper, an adjusting device for compensating for a change in the air gap (LSA, LSI) due to wear and at least one reset device for resetting the brake calliper to an initial position, with the following method steps: S1 the identification of a need for readjustment by determining an air gap distribution between an inner air gap (LSI) and an outer air gap (LSA); S2 the determination of a braking force required for resetting; and S3 the readjustment of the two-sided air gap (LSA, LSI) by introducing the braking force thus determined into the disk brake when the vehicle is at a standstill, characterised in that when determining the air gap distribution a wear value in a predetermined time period (t 1 - t 0 ) on completion of braking below a threshold value (F S ) as a total air gap (SLS) is determined. S1 the identification of a need for readjustment by determining an air gap distribution between an inner air gap (LSI) and an outer air gap (LSA); S2 the determination of a braking force required for resetting; and S3 the readjustment of the two-sided air gap (LSA, LSI) by introducing the braking force thus determined into the disk brake when the vehicle is at a standstill,
A projectile comprising: a front portion having a wall defining an interior cavity; a divider closing the interior cavity; a cylindrical portion comprising a cylindrical sidewall having an outer surface and an inner surface , the cylindrical sidewall having a first end adjacent the divider and a second end distal the divider; a plurality of depressions formed in the cylindrical sidewall, the depressions having an inlet distal the second end of the cylindrical sidewall and an outlet adjacent the second end of the cylindrical sidewall, wherein the width of the inlet is smaller than the width of the outlet, and a neck area between the inlet and the outlet, wherein the depressions at the neck area have a curved sidewall , and wherein the depressions have a generally straight sidewall between the neck area and the outlet, wherein an outer surface of the depression has a ramp surface extending at a ramp angle gradually from the outer surface of the cylindrical sidewall at the inlet of the depression toward the inner surface of the cylindrical sidewall at the outlet of the depression. a front portion having a wall defining an interior cavity; a divider closing the interior cavity; a cylindrical portion comprising a cylindrical sidewall having an outer surface and an inner surface , the cylindrical sidewall having a first end adjacent the divider and a second end distal the divider; a plurality of depressions formed in the cylindrical sidewall, the depressions having an inlet distal the second end of the cylindrical sidewall and an outlet adjacent the second end of the cylindrical sidewall, wherein the width of the inlet is smaller than the width of the outlet, and a neck area between the inlet and the outlet, wherein the depressions at the neck area have a curved sidewall , and wherein the depressions have a generally straight sidewall between the neck area and the outlet, wherein an outer surface of the depression has a ramp surface extending at a ramp angle gradually from the outer surface of the cylindrical sidewall at the inlet of the depression toward the inner surface of the cylindrical sidewall at the outlet of the depression.
Containment device for a prismatic electrochemical accumulator module, this device comprising a binding strap and a tightening mechanism , characterized in that the tightening mechanism comprises: - a sliding support which comprises a first fastening terminal to which a first end of the binding strap is fastened; - a tightening carriage mounted so as to be movable on the sliding support , in a sliding direction, and comprising a second fastening terminal to which a second end of the binding strap is fastened; - an elastic element urging the tightening carriage towards the first fastening terminal ; - a lock designed to occupy: a retaining position in which the lock keeps the tightening carriage at a predetermined distance from the fastening terminal , counter to the elastic element ; and a release position in which the lock releases the tightening carriage . - a sliding support which comprises a first fastening terminal to which a first end of the binding strap is fastened; - a tightening carriage mounted so as to be movable on the sliding support , in a sliding direction, and comprising a second fastening terminal to which a second end of the binding strap is fastened; - an elastic element urging the tightening carriage towards the first fastening terminal ; - a lock designed to occupy: a retaining position in which the lock keeps the tightening carriage at a predetermined distance from the fastening terminal , counter to the elastic element ; and a release position in which the lock releases the tightening carriage .
A vapor compression system comprising: a compressor to compress a refrigerant to a high pressure, the compressor including a magnetic bearing and compressor lines ; a condenser for cooling the refrigerant; an expansion device for expanding the refrigerant to a low pressure; and an evaporator for heating the refrigerant; a refrigerant supply line that constantly supplies the refrigerant from the condenser to the compressor without passing through the evaporator to lubricate the magnetic bearing ; and a refrigerant discharge line that discharges the refrigerant that lubricates the magnetic bearing to the evaporator , characterized in that the vapor compression system further includes: a radial touchdown bearing and an axial touchdown bearing , and a control unit that is configured to monitor shutdown of the compressor and a valve located on the compressor lines , wherein the control unit is configured to open the valve to allow the refrigerant to flow to the radial touchdown bearing and the axial touchdown bearing when the control unit detects that the compressor is shutdown. a compressor to compress a refrigerant to a high pressure, the compressor including a magnetic bearing and compressor lines ; a condenser for cooling the refrigerant; an expansion device for expanding the refrigerant to a low pressure; and an evaporator for heating the refrigerant; a refrigerant supply line that constantly supplies the refrigerant from the condenser to the compressor without passing through the evaporator to lubricate the magnetic bearing ; and a refrigerant discharge line that discharges the refrigerant that lubricates the magnetic bearing to the evaporator , characterized in that the vapor compression system further includes: a radial touchdown bearing and an axial touchdown bearing , and a control unit that is configured to monitor shutdown of the compressor and a valve located on the compressor lines , wherein the control unit is configured to open the valve to allow the refrigerant to flow to the radial touchdown bearing and the axial touchdown bearing when the control unit detects that the compressor is shutdown.
A method for analyzing a liquid sample, the method comprising, providing a chemical sensor with a receptor layer supported thereon, supplying the liquid sample to be measured to the chemical sensor, the liquid sample to be measured being liquid at the time when the sample is supplied to the chemical sensor, performing a drying treatment on the chemical sensor, supplying one or more kinds of probe gases to the chemical sensor, and analyzing a component in the liquid sample to be measured based on a signal output from the chemical sensor exerted by a change in a physical parameter due to supply of the one or more kinds of probe gases to the chemical sensor, wherein the signal output contains a pattern of signals reflecting an interaction between the supplied one or more kinds of probe gases and the component bonded to the receptor layer, wherein the physical parameter is one or more selected from a group consisting of surface stress, stress, force, surface tension, pressure, mass, elasticity, Young's modulus, Poisson's ratio, resonance frequency, frequency, volume, thickness, viscosity, density, magnetic force, magnetic quantity, magnetic field, magnetic flux, magnetic flux density, electric resistance, electric quantity, dielectric constant, electric power, electric field, charge, current, voltage, potential, mobility, electrostatic energy, capacitance, inductance, reactance, susceptance, admittance, impedance, conductance, plasmon, refractive index, luminous intensity, and temperature. providing a chemical sensor with a receptor layer supported thereon, supplying the liquid sample to be measured to the chemical sensor, the liquid sample to be measured being liquid at the time when the sample is supplied to the chemical sensor, performing a drying treatment on the chemical sensor, supplying one or more kinds of probe gases to the chemical sensor, and analyzing a component in the liquid sample to be measured based on a signal output from the chemical sensor exerted by a change in a physical parameter due to supply of the one or more kinds of probe gases to the chemical sensor, wherein the signal output contains a pattern of signals reflecting an interaction between the supplied one or more kinds of probe gases and the component bonded to the receptor layer, wherein the physical parameter is one or more selected from a group consisting of surface stress, stress, force, surface tension, pressure, mass, elasticity, Young's modulus, Poisson's ratio, resonance frequency, frequency, volume, thickness, viscosity, density, magnetic force, magnetic quantity, magnetic field, magnetic flux, magnetic flux density, electric resistance, electric quantity, dielectric constant, electric power, electric field, charge, current, voltage, potential, mobility, electrostatic energy, capacitance, inductance, reactance, susceptance, admittance, impedance, conductance, plasmon, refractive index, luminous intensity, and temperature.
A page wide print bar comprising: a support element; a plurality of ejection dies disposed in a page wide arrangement along a longitudinal dimension of the page wide print bar on the support element; and a plurality of sensors disposed at positions spaced from each other along the longitudinal dimension of the support element, parallel to the page wide arrangement of the plurality of ejection dies , the positions of the sensors corresponding to regions in which two adjacent ejection dies of the plurality of ejection dies overlap in order to sense print characteristics of an image printed in regions of a print media that correspond to the regions in which the two adjacent ejection dies of the plurality of ejection dies overlap, characterized in that the support element comprises an over-molded element disposed around the plurality of ejection dies and the plurality of sensors . a support element; a plurality of ejection dies disposed in a page wide arrangement along a longitudinal dimension of the page wide print bar on the support element; and a plurality of sensors disposed at positions spaced from each other along the longitudinal dimension of the support element, parallel to the page wide arrangement of the plurality of ejection dies , the positions of the sensors corresponding to regions in which two adjacent ejection dies of the plurality of ejection dies overlap in order to sense print characteristics of an image printed in regions of a print media that correspond to the regions in which the two adjacent ejection dies of the plurality of ejection dies overlap, characterized in that the support element comprises an over-molded element disposed around the plurality of ejection dies and the plurality of sensors .
A compound of Formula 26 or a salt thereof, wherein R 4 is Br; R 5 is cyano, F, Cl or methoxy; and R 6 is H or F. R 4 is Br; R 5 is cyano, F, Cl or methoxy; and R 6 is H or F.
A wireless communication method , wherein the method comprises: determining , by a terminal device, a network type and/or network identity of a target network, the network type and/or network identity of the target network indicating whether the target network is a local network or a public land network, and being a local network type or local network identity of the target network when the target network is the local network; and performing , by the terminal device, communication through the target network, wherein when the target network is the local network, the network identity comprises information of an involved public land mobile network, PLMN, and information of the local network identity, the information of the local network identity is unique in the PLMN, and the network identity indicates that the target network is the local network, wherein determining , by the terminal device, the network type and/or network identity of the target network comprises: determining, by the terminal device, the network type and/or network identity of the target network based on the network type and/or network identity supported by a current network based on information of a currently accessed cell. determining , by a terminal device, a network type and/or network identity of a target network, the network type and/or network identity of the target network indicating whether the target network is a local network or a public land network, and being a local network type or local network identity of the target network when the target network is the local network; and performing , by the terminal device, communication through the target network, wherein when the target network is the local network, the network identity comprises information of an involved public land mobile network, PLMN, and information of the local network identity, the information of the local network identity is unique in the PLMN, and the network identity indicates that the target network is the local network, wherein determining , by the terminal device, the network type and/or network identity of the target network comprises: determining, by the terminal device, the network type and/or network identity of the target network based on the network type and/or network identity supported by a current network based on information of a currently accessed cell.
Para-aminohippuric acid (PAH) or a pharmaceutically acceptable salt thereof for use in a method for the reduction of nephrotoxic side effects of radiolabeled therapeutic and diagnostic compounds as a radiopharmaceutical in radio ligand therapy or diagnosis in a subject, wherein the radiopharmaceutical is a radionuclide containing conjugate molecule comprising a carrier molecule, a chelator and a radionuclide, wherein the radionuclide is a tri-valent radionuclide.