mhurhangee/ep-ind-claims huggingface dataset:
A network device operable with a hybrid mesh network having a plurality of network and client devices, the hybrid mesh network partitionable into one or more mesh island subsets, the network device comprising: a processor, a memory, a first network interface adapted to form a common mesh interface that enables connection between mesh island subsets of the hybrid mesh network and a second network interface adapted to enable communication on multiple channels within a mesh island subset, the first network interface and the second network interface each being independently addressable and adapted to enable multiple communication pathways simultaneously within the hybrid mesh network, the network device configured to: determine communication characteristics of one or more of the multiple communication pathways based on announcement messages received from other network devices in the network, wherein the announcement messages comprise traffic information and scan results, compute end-to-end deliverable traffic over the one or more of the multiple communication pathways based on the determined communication characteristics for the one or more mesh island subsets of the hybrid mesh network to determine a hybrid mesh network topology providing increased end-to-end deliverable traffic, and partition the hybrid mesh network into two or more mesh island subsets having a common mesh interface in accordance with the determined hybrid mesh network topology such that communication within each of the two or more mesh island subsets is on different non-overlapping wireless channels while increasing the end-to-end deliverable traffic in the hybrid mesh network. determine communication characteristics of one or more of the multiple communication pathways based on announcement messages received from other network devices in the network, wherein the announcement messages comprise traffic information and scan results, compute end-to-end deliverable traffic over the one or more of the multiple communication pathways based on the determined communication characteristics for the one or more mesh island subsets of the hybrid mesh network to determine a hybrid mesh network topology providing increased end-to-end deliverable traffic, and partition the hybrid mesh network into two or more mesh island subsets having a common mesh interface in accordance with the determined hybrid mesh network topology such that communication within each of the two or more mesh island subsets is on different non-overlapping wireless channels while increasing the end-to-end deliverable traffic in the hybrid mesh network.
A method for receiving, by a user equipment operating in a communication system according to 3GPP LTE, a signal, the method comprising: receiving a master information block, including information on a time-frequency resource for reception of a system information block through a physical downlink shared channel, PDSCH, region, through a physical broadcast channel, PBCH; and receiving the system information block, SIB, and the method characterized in that: the SIB is received repeatedly in the PDSCH region over multiple consecutive subframes according to the information on the time-frequency resource included in the master information block without reception of a corresponding physical downlink control channel, PDCCH, when the user equipment is in coverage enhancement. receiving a master information block, including information on a time-frequency resource for reception of a system information block through a physical downlink shared channel, PDSCH, region, through a physical broadcast channel, PBCH; and receiving the system information block, SIB, and the method characterized in that: the SIB is received repeatedly in the PDSCH region over multiple consecutive subframes according to the information on the time-frequency resource included in the master information block without reception of a corresponding physical downlink control channel, PDCCH, when the user equipment is in coverage enhancement.
Electronic tripping device for a circuit breaker-type multipolar electrical line protection apparatus, comprising a current-measuring unit and an electrical processing unit for processing the current measurement, characterized in that it is formed by the simultaneous electrical and mechanical connection of one unit to the other in a single connection direction and in that it includes: - electrical connection means for connecting one unit to the other in the direction; - mechanical connection means for connecting one unit to the other in the direction. - electrical connection means for connecting one unit to the other in the direction; - mechanical connection means for connecting one unit to the other in the direction.
An articulated bus as a multi-part wheeled land vehicle, wherein the rear carriage is articulately joined with a front carriage, wherein the rear carriage is joined with the front carriage by a vehicle joint, wherein the vehicle joint comprises two joint segments (11, 12) that are pivotably joined together by way of a pivot bearing, wherein the rear carriage comprises at least two axles (5a, 5b), wherein the rear carriage comprises a steering mechanism, wherein at least the wheels of the front axle of the rear carriage are designed to be steerable, wherein when the articulated bus drives around a bend, the forces and/or moments and resulting displacements and/or torsions and/or tensions acting on the front and/or rear carriages (3, 5) can be minimized by modifying the steering deflection angle of the wheels of the front axle of the rear carriage, wherein sensors are used for determining the forces and/or moments, displacements, torsions and/or tensions.
A multi-state variable dielectric antenna, comprising: a top dielectric; a bottom dielectric; a variable dielectric plate between the top dielectric and the bottom dielectric; a plurality of conductive devices provided over the variable dielectric plate;an RF feed provided below the bottom dielectric; wherein the variable dielectric plate comprises: a top binder; a bottom binder; variable dielectric constant material provided between the top binder and bottom binder, the variable dielectric constant material divided into pixels, each pixel located below a corresponding conductive device and having a plurality of electrodes (126a; 126b; 126c) on the top binder; a plurality of conductive lines, each conductive line connected independently to one of the electrodes (126a; 126b; 126c) and to a controller, such that each of the plurality of electrodes (126a; 126b; 126c) of a single pixel independently receives an activation signal from the controller, wherein the antenna further comprises one or more ground electrodes (130a; 130b; 130c) on the bottom binder or a ground plane. a top dielectric; a bottom dielectric; a variable dielectric plate between the top dielectric and the bottom dielectric; a plurality of conductive devices provided over the variable dielectric plate;an RF feed provided below the bottom dielectric; wherein the variable dielectric plate comprises: a top binder; a bottom binder; variable dielectric constant material provided between the top binder and bottom binder, the variable dielectric constant material divided into pixels, each pixel located below a corresponding conductive device and having a plurality of electrodes (126a; 126b; 126c) on the top binder; a plurality of conductive lines, each conductive line connected independently to one of the electrodes (126a; 126b; 126c) and to a controller, such that each of the plurality of electrodes (126a; 126b; 126c) of a single pixel independently receives an activation signal from the controller, wherein the antenna further comprises one or more ground electrodes (130a; 130b; 130c) on the bottom binder or a ground plane. a top binder; a bottom binder; variable dielectric constant material provided between the top binder and bottom binder, the variable dielectric constant material divided into pixels, each pixel located below a corresponding conductive device and having a plurality of electrodes (126a; 126b; 126c) on the top binder; a plurality of conductive lines, each conductive line connected independently to one of the electrodes (126a; 126b; 126c) and to a controller, such that each of the plurality of electrodes (126a; 126b; 126c) of a single pixel independently receives an activation signal from the controller, wherein the antenna further comprises one or more ground electrodes (130a; 130b; 130c) on the bottom binder or a ground plane.
An information processing apparatus, comprising: a control circuity configured to: control communication with another information processing apparatus using a first communication mode; control communication with the another information processing apparatus using a second communication mode; establish a first connection with the another information processing apparatus using the first communication mode; and prompt the another processing apparatus to execute a process through the first connection after establishing the first connection with the another information processing apparatus but prior to completing, through the first connection, a second connection with the another information processing apparatus using the second communication mode, wherein the process comprises transmission of live-view image data to the information processing apparatus through the first connection. control communication with another information processing apparatus using a first communication mode; control communication with the another information processing apparatus using a second communication mode; establish a first connection with the another information processing apparatus using the first communication mode; and prompt the another processing apparatus to execute a process through the first connection after establishing the first connection with the another information processing apparatus but prior to completing, through the first connection, a second connection with the another information processing apparatus using the second communication mode, wherein the process comprises transmission of live-view image data to the information processing apparatus through the first connection.
System for conveying objects made of thermoplastic material and comprising a hollow body provided with a neck, said system comprising at least: - a first wheel, which is provided with transfer arms each equipped with a gripper for grasping an object and is driven about a first axis of rotation by first drive means, and - a second wheel, which is provided with transfer arms each equipped with a gripper for grasping an object and is driven about a second axis of rotation by second drive means, said second wheel being driven in a direction counter to that of the first wheel, wherein the system has a configuration of synchronization between said first and second drive means (30, 40), the first drive means and the second drive means each being motor-powered and controlled by a control unit designed to electronically bring the system into and/or keep the system in the synchronization configuration in order to carry out, at a given transfer point, a gripper-to-gripper transfer of an object from the first wheel to the second wheel situated downstream, characterized in that the system comprises at least one ejection device that, arranged upstream of the transfer point and comprising ejection means, is selectively controlled in the event of desynchronization between said first and second drive means (30, 40) so that said ejection means come into contact with at least one object conveyed by the first wheel in order to cause said object to be ejected from the gripper of the transfer arm of the first wheel so as to avoid any damage to the grippers (20, 36) in the vicinity of the transfer point. - a first wheel, which is provided with transfer arms each equipped with a gripper for grasping an object and is driven about a first axis of rotation by first drive means, and - a second wheel, which is provided with transfer arms each equipped with a gripper for grasping an object and is driven about a second axis of rotation by second drive means, said second wheel being driven in a direction counter to that of the first wheel,
A method for manufacturing an ultrasonic waveguide, the method comprising: filling a proximal section of an ultrasonic waveguide preform with a first material and filling a distal section of the ultrasonic waveguide preform with a second material, wherein the first material has a higher acoustic impedance as compared to the second material; and hot isostatic pressing the ultrasonic waveguide preform to consolidate the first material and the second material to form a hot isostatically pressed component body. filling a proximal section of an ultrasonic waveguide preform with a first material and filling a distal section of the ultrasonic waveguide preform with a second material, wherein the first material has a higher acoustic impedance as compared to the second material; and hot isostatic pressing the ultrasonic waveguide preform to consolidate the first material and the second material to form a hot isostatically pressed component body.
Cooking vessel bottom with a layer system which comprises at least one heating layer having an electrical conductivity of at least 10 4 S/m, wherein the heating layer is intended to be heated by means of an eddy-current flow, wherein a thickness of the heating layer lies between 5 μm and 20 μm, characterised in that the layer system comprises at least one magnetic layer having a relative permeability of at least 10, wherein the magnetic layer is segmented and/or has at least one material recess.
A gap filler that protrudes a gap filler plate to a track side to prevent passengers' falling from a platform, comprising: a drive mechanism section; a first link lever section in which a driving end is driven and moved by the drive mechanism section to swing a driven end; a second link lever section that has an input end section with a contact surface to contact the driven end and an output end section swinging when the input end section is moved, the output end section being with a roller section that is changeable in installation position in a predetermined displacement installation-capable direction; and a driven slider that has a guide groove in which the roller section is capable of rolling and converts swing motion of the output end section into linear motion to move the gap filler plate in protrusion and storage directions, wherein an engagement relationship between the first link lever section and the second link lever section constitutes an inverse operation preventive structure that, when the gap filler plate is in a fully protruded state or a fully stored state, enables only forward motion transfer from the first link lever section to the second link lever section, the guide groove is formed in a direction orthogonal to protrusion and storage directions of the gap filler plate, and the displacement installation-capable direction and the direction of the guide groove are parallel to each other in the fully stored state. a drive mechanism section; a first link lever section in which a driving end is driven and moved by the drive mechanism section to swing a driven end; a second link lever section that has an input end section with a contact surface to contact the driven end and an output end section swinging when the input end section is moved, the output end section being with a roller section that is changeable in installation position in a predetermined displacement installation-capable direction; and a driven slider that has a guide groove in which the roller section is capable of rolling and converts swing motion of the output end section into linear motion to move the gap filler plate in protrusion and storage directions, wherein an engagement relationship between the first link lever section and the second link lever section constitutes an inverse operation preventive structure that, when the gap filler plate is in a fully protruded state or a fully stored state, enables only forward motion transfer from the first link lever section to the second link lever section, the guide groove is formed in a direction orthogonal to protrusion and storage directions of the gap filler plate, and the displacement installation-capable direction and the direction of the guide groove are parallel to each other in the fully stored state.
A refrigerator having a cooling chamber for containing an object to be cooled, the refrigerator comprising: a thermal store comprising a phase change material for cooling the cooling chamber; a vapour compression refrigeration system including a first evaporator for cooling the cooling chamber and a second evaporator for cooling the phase change material; and means (15, 16) to control the flow of refrigerant to the first and second evaporators (10, 12) depending on the cooling load on the refrigerator; wherein, when the refrigerator is subject to a relatively low cooling load, refrigerant flows to the second evaporator to cool the phase change material and, when the refrigerator is subject to a relatively high cooling load, refrigerant flows to the first evaporator such that increased cooling is provided to the cooling chamber by the first evaporator and the phase change material. a thermal store comprising a phase change material for cooling the cooling chamber; a vapour compression refrigeration system including a first evaporator for cooling the cooling chamber and a second evaporator for cooling the phase change material; and means (15, 16) to control the flow of refrigerant to the first and second evaporators (10, 12) depending on the cooling load on the refrigerator; wherein, when the refrigerator is subject to a relatively low cooling load, refrigerant flows to the second evaporator to cool the phase change material and, when the refrigerator is subject to a relatively high cooling load, refrigerant flows to the first evaporator such that increased cooling is provided to the cooling chamber by the first evaporator and the phase change material.
A nutritional product for use in a) decreasing fasting insulin levels; or b) increasing insulin sensitivity; or c) decreasing insulin resistance in obese or overweight adults of at least 45 years of age, said product comprising per serving between 50 - 300 kcal; between 10 g and 35g proteinaceous matter; and at least 2.5 microgram vitamin D. a) decreasing fasting insulin levels; or b) increasing insulin sensitivity; or c) decreasing insulin resistance in obese or overweight adults of at least 45 years of age, said product comprising per serving between 50 - 300 kcal; between 10 g and 35g proteinaceous matter; and at least 2.5 microgram vitamin D.
An aqueous composition comprising (i) one or more aqueous polymers, and (ii) from 100 ppb to 2 ppm of one or more compounds selected from a C 1 -C 12 alkyl phenyl ether having a formula Ph(R 2) m (OR 1) n, wherein Ph is an aromatic ring containing group having from six to nine carbon atoms, R 1 is a C 1 -C 12 alkyl group, R 2 is a C 1 -C 12 alkyl group, m is an integer of from 0 to 5, n is an integer of from 1 to 3, and (m +n) is an integer of from 1 to 6.
A fuel supply system for a turbomachine, comprising a fuel circuit comprising: - a pump arranged to send into said fuel circuit a fuel flow rate which is an increasing function of the rotational speed of a shaft of said pump; - a hydromechanical group arranged to control a fuel outlet to a combustion chamber; - a drive device arranged to drive the shaft of the pump with a controllable rotational speed; - a branch comprising actuators for controlling variable geometry of the turbomachine, said branch starting with a branch connection on a derivation placed between the outlet of the pump and said hydromechanical group; the system being configured to regulate a fuel flow rate to said combustion chamber from a flow rate set point value, characterized in that said supply system further comprises: - a flow rate sensor placed in the hydromechanical group; - a flow rate loop arranged to determine a pressure set point value at the outlet of the pump as a function of the flow rate set point value and a measurement provided by said flow rate sensor; - a pressure sensor placed in the fuel circuit at the outlet of the pump; - a pressure loop arranged to control the speed of the drive device from a difference between a pressure measurement provided by the pressure sensor and said pressure set point value, so as to quickly adapt the flow rate provided by the pump to the flow rate set point value. - a pump arranged to send into said fuel circuit a fuel flow rate which is an increasing function of the rotational speed of a shaft of said pump; - a hydromechanical group arranged to control a fuel outlet to a combustion chamber; - a drive device arranged to drive the shaft of the pump with a controllable rotational speed; - a branch comprising actuators for controlling variable geometry of the turbomachine, said branch starting with a branch connection on a derivation placed between the outlet of the pump and said hydromechanical group; - a flow rate sensor placed in the hydromechanical group; - a flow rate loop arranged to determine a pressure set point value at the outlet of the pump as a function of the flow rate set point value and a measurement provided by said flow rate sensor; - a pressure sensor placed in the fuel circuit at the outlet of the pump; - a pressure loop arranged to control the speed of the drive device from a difference between a pressure measurement provided by the pressure sensor and said pressure set point value, so as to quickly adapt the flow rate provided by the pump to the flow rate set point value.