mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: receiving, from a requester, a request to access a vehicle compartment of a vehicle; determining a scope of access of the vehicle compartment for the requester based on an operation of the vehicle; configuring a lock mechanism of the vehicle compartment based on the scope of access; receiving, by a trusted entity and from the requester, the request to access the vehicle compartment; granting, by the trusted entity, the request based on information about an event of the vehicle; transmitting, by the trusted entity to a management server, a command to provide access of the vehicle compartment; transmitting, by the management server to an access control module of the vehicle and based on the command, an access token including an indication of the scope of access of the vehicle compartment, an expiration time and a sequence number; responsive to receiving the access token, disabling, by the access control module, the lock mechanism based on the indication and a current time preceding the expiration time and the sequence number being higher than a reference sequence number stored at the access control module; and updating the reference sequence number after the lock mechanism is enabled. receiving, from a requester, a request to access a vehicle compartment of a vehicle; determining a scope of access of the vehicle compartment for the requester based on an operation of the vehicle; configuring a lock mechanism of the vehicle compartment based on the scope of access; receiving, by a trusted entity and from the requester, the request to access the vehicle compartment; granting, by the trusted entity, the request based on information about an event of the vehicle; transmitting, by the trusted entity to a management server, a command to provide access of the vehicle compartment; transmitting, by the management server to an access control module of the vehicle and based on the command, an access token including an indication of the scope of access of the vehicle compartment, an expiration time and a sequence number; responsive to receiving the access token, disabling, by the access control module, the lock mechanism based on the indication and a current time preceding the expiration time and the sequence number being higher than a reference sequence number stored at the access control module; and updating the reference sequence number after the lock mechanism is enabled.
A floor structure for use in a vehicle, comprising: (i) a primary floor panel, having a top surface extending to an edge of the floor panel; and (ii) a platform floor panel (5,7), having a top surface which provides a platform for supporting a secondary floor panel; wherein the primary and platform floor panels include complementary engageable features (17A, 17B, 19A, 19B,23A,23B) which allows said edge of the primary floor panel to be connected to: (a) an edge of a like primary floor panel; or (b) an edge of the platform floor panel; wherein the primary and platform floor panels are connected by said complementary engageable features such that the platform of the platform floor panel is relatively lower than the top surface at said edge of the primary floor panel; characterised in that the floor structure further comprises (iii) a secondary floor panel, placed on said platform of the platform floor panel such that the secondary floor panel lays flush with the top surface of the primary floor panel. (i) a primary floor panel, having a top surface extending to an edge of the floor panel; and (ii) a platform floor panel (5,7), having a top surface which provides a platform for supporting a secondary floor panel; wherein the primary and platform floor panels include complementary engageable features (17A, 17B, 19A, 19B,23A,23B) which allows said edge of the primary floor panel to be connected to: (a) an edge of a like primary floor panel; or (b) an edge of the platform floor panel; wherein the primary and platform floor panels are connected by said complementary engageable features such that the platform of the platform floor panel is relatively lower than the top surface at said edge of the primary floor panel; characterised in that the floor structure further comprises (a) an edge of a like primary floor panel; or (b) an edge of the platform floor panel; (iii) a secondary floor panel, placed on said platform of the platform floor panel such that the secondary floor panel lays flush with the top surface of the primary floor panel.
A low drop out regulator, comprising an error amplifier and a power stage having an output terminal looped back on the error amplifier and capable of delivering an output current in a load (RL, CL), wherein the regulator comprises several main power inputs (EALPi) intended to potentially receive respectively several different power voltages, wherein the power stage comprises several conduction paths (PTHi) respectively connected between said main power inputs and said output terminal, individually selectable and each including an output transistor (MPgi), wherein the regulator further comprises a selection circuit connected to said main power inputs and configured to select one of the conduction paths (PTHi) depending on a selection criterion, and in that the error amplifier includes an output stage configured to selectively drive the output transistor (MPgi) of the selected conduction path, the regulator being characterised in that the selection circuit is powered by the output voltage present at said output terminal, and the device has a starting configuration wherein each conduction path connected to a power voltage actually present is on until said output voltage reaches a threshold value allowing the selection circuit to select one of the conduction paths.
Railway wagon for moving sleepers comprising: - a base structure having: o at least one platform, o at least one carriage configured to support the platform and allow the movement of the base structure along rails, - at least one first conveyor carried by the platform and configured to move the sleepers relative to said platform along an advancement direction, - at least one second conveyor, distinct from the first conveyor, carried by the platform, said second conveyor having: o at least one first portion located above the platform within a lateral size of the latter, said first portion of the second conveyor being configured for the exchange of sleepers with the first conveyor, and o at least one second portion extending outside the lateral size of the platform and configured to move the sleepers outside said platform, characterized by the fact that the second conveyor comprises at least one movement device movable by rotation relative to the platform around an axis transverse to the lying plane of said platform, wherein at least one part of the movement device defines said second portion of the second conveyor. - a base structure having: o at least one platform, o at least one carriage configured to support the platform and allow the movement of the base structure along rails, o at least one platform, o at least one carriage configured to support the platform and allow the movement of the base structure along rails, - at least one first conveyor carried by the platform and configured to move the sleepers relative to said platform along an advancement direction, - at least one second conveyor, distinct from the first conveyor, carried by the platform, said second conveyor having: o at least one first portion located above the platform within a lateral size of the latter, said first portion of the second conveyor being configured for the exchange of sleepers with the first conveyor, and o at least one second portion extending outside the lateral size of the platform and configured to move the sleepers outside said platform, o at least one first portion located above the platform within a lateral size of the latter, said first portion of the second conveyor being configured for the exchange of sleepers with the first conveyor, and o at least one second portion extending outside the lateral size of the platform and configured to move the sleepers outside said platform,
Noise barrier having at least one cavity resonator, wherein the cavity resonator is a large-volume container of cuboidal configuration in which at least one reflective element is arranged, wherein the position of the reflective element within the large-volume container is variable, characterized by a wave breaker arranged in the upper region of the noise barrier.
An apparatus comprising: a plurality of processors; a power control circuit coupled to the plurality of processors, wherein the power control circuit is programmable with data describing a plurality of operating points for the plurality of processors, and wherein the data further includes an indication for each respective operating point of the plurality of operating points indicating a limit to a first number of active processors in the plurality of processors at the respective operating point, wherein the limit is at least one less than a total number of the plurality of processors for at least one respective operating point, wherein exceeding the limit of active processors at the respective operating point would exceed a capability of a power management unit that provides power to the plurality of processors when the active processors are consuming a maximum amount of power, and wherein the power control circuit is configured to detect that a second number of processors to be active at a selected operating point exceeds the limit for the selected operating point and to override the selected operating point with a second operating point responsive to the detecting. a plurality of processors; a power control circuit coupled to the plurality of processors, wherein the power control circuit is programmable with data describing a plurality of operating points for the plurality of processors, and wherein the data further includes an indication for each respective operating point of the plurality of operating points indicating a limit to a first number of active processors in the plurality of processors at the respective operating point, wherein the limit is at least one less than a total number of the plurality of processors for at least one respective operating point, wherein exceeding the limit of active processors at the respective operating point would exceed a capability of a power management unit that provides power to the plurality of processors when the active processors are consuming a maximum amount of power, and wherein the power control circuit is configured to detect that a second number of processors to be active at a selected operating point exceeds the limit for the selected operating point and to override the selected operating point with a second operating point responsive to the detecting.
A method performed by a network node, for detecting a false base station in a communications network, which network node operates in the communication network and wherein the network node is adapted to serve a network device via a serving Radio Access, RA, node, characterized in that the method comprises: - sending a message to a network device, which message comprises configuration data configuring the network device to perform measurements in order to collect information transmitted by network nodes in a surrounding area of the network device, - receiving a message comprising measurement reports from the network device according to the configuration, - sending, upon detecting a difference between the received first information and predetermined target information, a second message to the network device configuring the network device to collect secondary information, and receiving a message from the network device comprising secondary information in a measurement report; - comparing the received secondary information in the measurement reports with a predetermined secondary target information in order to detect differences between the received secondary information and the predetermined secondary target information, and - providing an indication that a false base station is present when a difference between the received secondary information in the measurement report and a predetermined secondary target information is detected. - sending a message to a network device, which message comprises configuration data configuring the network device to perform measurements in order to collect information transmitted by network nodes in a surrounding area of the network device, - receiving a message comprising measurement reports from the network device according to the configuration, - sending, upon detecting a difference between the received first information and predetermined target information, a second message to the network device configuring the network device to collect secondary information, and receiving a message from the network device comprising secondary information in a measurement report; - comparing the received secondary information in the measurement reports with a predetermined secondary target information in order to detect differences between the received secondary information and the predetermined secondary target information, and - providing an indication that a false base station is present when a difference between the received secondary information in the measurement report and a predetermined secondary target information is detected.
An ink cartridge storing ink, comprising: an ink housing inner layer; and an ink flow path extending from the ink housing inner layer to outside of the ink cartridge, wherein the ink flow path includes: a first opening that opens toward the outside; a second opening that opens to an opposite side of the first opening and opens toward the ink housing; a first valve configured to seal the first opening from inside of the ink flow path toward the outside; a second valve configured to seal the second opening from the inside of the ink flow path toward the ink housing inner layer; and a biasing member disposed between the first valve and the second valve, wherein the biasing member is configured to come into contact with the first valve and the second valve, bias the first valve in a direction to seal the first opening, and bias the second valve in a direction to seal the second opening, characterized in that the ink flow path includes a third opening different from the first valve and the second valve and capable of communicating the inside of the ink cartridge and the outside of the ink cartridge. an ink housing inner layer; and an ink flow path extending from the ink housing inner layer to outside of the ink cartridge, wherein the ink flow path includes: a first opening that opens toward the outside; a second opening that opens to an opposite side of the first opening and opens toward the ink housing; a first valve configured to seal the first opening from inside of the ink flow path toward the outside; a second valve configured to seal the second opening from the inside of the ink flow path toward the ink housing inner layer; and a biasing member disposed between the first valve and the second valve, a first opening that opens toward the outside; a second opening that opens to an opposite side of the first opening and opens toward the ink housing; a first valve configured to seal the first opening from inside of the ink flow path toward the outside; a second valve configured to seal the second opening from the inside of the ink flow path toward the ink housing inner layer; and a biasing member disposed between the first valve and the second valve, wherein the biasing member is configured to come into contact with the first valve and the second valve, bias the first valve in a direction to seal the first opening, and bias the second valve in a direction to seal the second opening, characterized in that the ink flow path includes a third opening different from the first valve and the second valve and capable of communicating the inside of the ink cartridge and the outside of the ink cartridge.
A hole saw assembly comprising a hole saw and an arbor for coupling said hole saw to a driving tool, said hole saw comprising a bottom wall provided with a hole with internal thread having a major and a minor thread diameter, and said arbor comprising a clamping device having a first and a second thread-engaging part (12, 13), characterised in - said first thread-engaging part extending in a longitudinal direction and having a first external surface for in use engaging the internal thread; - said second thread-engaging part extending in said longitudinal direction and having a second external surface for in use engaging the internal thread; said first and second thread-engaging parts (12, 13) moveable with respect to one another with a component in a direction perpendicular to said longitudinal direction, allowing said first and second thread-engaging parts (12, 13) to displace between a first or disengaged position with respect to one another for together providing a first circumference allowing retraction from or insertion in said hole in a substantially longitudinal direction, and a second or engaged position having a second circumference that is larger than the first circumference, and in said second position said first and second external surfaces engaging said internal thread for clamping said clamping device in said hole. - said first thread-engaging part extending in a longitudinal direction and having a first external surface for in use engaging the internal thread; - said second thread-engaging part extending in said longitudinal direction and having a second external surface for in use engaging the internal thread;
A pulverized fuel burner comprising: - a fuel feed pipe (4, 4a) for injecting a mixture of pulverized fuel and combustion air into a furnace through a burner throat; - a core air duct concentrically arranged within the fuel feed pipe (4, 4a); - a secondary air passage (13, 14) arranged externally of and coaxially with the fuel feed pipe (4, 4a); - a flame stabilizing ring disposed on the outlet of the fuel feed pipe (4, 4a), said flame stabilizing ring comprising a flared section protruding toward the secondary air passage and a number of teeth protruding toward the inside of the fuel feed pipe (4, 4a), characterized in that the flared section of the flame stabilizing ring has a smoothly curved cross section with a thickness (d) that reduces smoothly toward the rim of the flared section, and that the flame stabilizing ring comprises a tubular section and the fuel feed pipe comprises a thinned end section, which tubular section and thinned end section are arranged one within the other and locked to each other by means of a locking ring. - a fuel feed pipe (4, 4a) for injecting a mixture of pulverized fuel and combustion air into a furnace through a burner throat; - a core air duct concentrically arranged within the fuel feed pipe (4, 4a); - a secondary air passage (13, 14) arranged externally of and coaxially with the fuel feed pipe (4, 4a); - a flame stabilizing ring disposed on the outlet of the fuel feed pipe (4, 4a), said flame stabilizing ring comprising a flared section protruding toward the secondary air passage and a number of teeth protruding toward the inside of the fuel feed pipe (4, 4a),
A power safety device comprising a controller and power connection circuitry, the power connection circuitry defining a switchable power connection path between a source side and a load side; wherein the power connection circuitry is switchable by the controller to operate in a first operation state which is an on-state to permit flow of operation current through the power connection circuitry, or a second operation state which is an off-state to impede flow of operation current through the power connection circuitry; wherein the controller is to operate to transmit a probing signal to the load side when the power connection circuitry is in the off-state, and to evaluate and determine whether a response signal or a plurality of response signals from the load side contains at least one of a plurality of characteristic electrical properties indicative of direct electrical contact of a human body or a living body on the load side; and wherein the controller is to operate to switch the power connection circuitry from the off-state to the on-state if the responsive signals are determined by the controller as not containing one or a plurality of the characteristic electrical properties on the load side; characterized in that the characteristic electrical properties include: i). an initial resistance, wherein the initial resistance is lower than an asymptotic resistance, and the initial resistance limits magnitude of a peak value of current to flow through the living body at the moment when the probing signal occurs, ii). frequency variable resistance or frequency dependent resistance, iii). voltage variable capacitance or voltage dependent capacitance, iv). time variable resistance and impedance or time dependent resistance and impedance, v). time variable capacitance or time dependent capacitance, and vi). time variable current density or time dependent current density, vii). rate of decrease of impedance with increase in touch voltage frequency is dependent on the touch voltage, and viii). rate of decrease of impedance with increase in touch voltage frequency is higher for a lower touch voltage and lower for a higher touch voltage. i). an initial resistance, wherein the initial resistance is lower than an asymptotic resistance, and the initial resistance limits magnitude of a peak value of current to flow through the living body at the moment when the probing signal occurs, ii). frequency variable resistance or frequency dependent resistance, iii). voltage variable capacitance or voltage dependent capacitance, iv). time variable resistance and impedance or time dependent resistance and impedance, v). time variable capacitance or time dependent capacitance, and vi). time variable current density or time dependent current density, vii). rate of decrease of impedance with increase in touch voltage frequency is dependent on the touch voltage, and viii). rate of decrease of impedance with increase in touch voltage frequency is higher for a lower touch voltage and lower for a higher touch voltage.
An isolated antibody, comprising a heavy chain CDR1 having the amino acid sequence of SEQ ID NO: 10, a heavy chain CDR2 having the amino acid sequence of SEQ ID NO: 11, a heavy chain CDR3 having the amino acid sequence of SEQ ID NO: 12, a light chain CDR1 having the amino acid sequence of SEQ ID NO: 26, a light chain CDR2 having the amino acid sequence of SEQ ID NO: 27, and a light chain CDR3 having the amino acid sequence of SEQ ID NO: 28, wherein the isolated antibody has a heavy chain variable region having the amino acid sequence of SEQ ID NO: 16, and a light chain variable region having the amino acid sequence of ID NO: 32.
An one component composition comprising: a) at least one epoxy resin; b) at least one internally flexibilized epoxy resin which is characterized by a Shore D hardness, as measured with a durometer in accordance with ASTM D2240, of ≤ 45 when cured with diethylene triamine and in which the term "internal flexibilization" refers to the chemical modification of the epoxy backbone; c) two core shell rubber particles with different particle sizes; d) a curative which consists of at least one compound possessing at least two epoxide reactive groups per molecule, said curative being characterized by comprising dicyandiamide; e) at least one accelerator; and, f) at least one chelate modified epoxy resin. a) at least one epoxy resin; b) at least one internally flexibilized epoxy resin which is characterized by a Shore D hardness, as measured with a durometer in accordance with ASTM D2240, of ≤ 45 when cured with diethylene triamine and in which the term "internal flexibilization" refers to the chemical modification of the epoxy backbone; c) two core shell rubber particles with different particle sizes; d) a curative which consists of at least one compound possessing at least two epoxide reactive groups per molecule, said curative being characterized by comprising dicyandiamide; e) at least one accelerator; and, f) at least one chelate modified epoxy resin.