mhurhangee/ep-ind-claims huggingface dataset:
An elongate structural element, including: an inner plate having first and second opposing planar surfaces (14, 16); and first and second outer sections (18, 18'), each of the outer sections (18, 18') comprising: a central wall having a pair of parallel longitudinal grooves (32, 34), the parallel longitudinal grooves extending the length of the element; a pair of side walls (22, 24) extending from the central wall to define a generally U-shaped channel, the longitudinal grooves (32, 34) depressing into the U-shaped channel; and a pair of flanges (26, 28) respectively extending outwardly from the pair of side walls (22, 24), wherein the flanges (26, 28) of the first outer section are attached to the first planar surface of the plate and the flanges (26, 28) of the second outer section are attached to the second planar surface of the plate such that the U-shaped channels are substantially closed by the inner plate and opposed to each other; and wherein each of the grooves (32, 34) comprises a profile with an open narrow region and an enlarged end region. an inner plate having first and second opposing planar surfaces (14, 16); and first and second outer sections (18, 18'), each of the outer sections (18, 18') comprising: a central wall having a pair of parallel longitudinal grooves (32, 34), the parallel longitudinal grooves extending the length of the element; a pair of side walls (22, 24) extending from the central wall to define a generally U-shaped channel, the longitudinal grooves (32, 34) depressing into the U-shaped channel; and a pair of flanges (26, 28) respectively extending outwardly from the pair of side walls (22, 24), a central wall having a pair of parallel longitudinal grooves (32, 34), the parallel longitudinal grooves extending the length of the element; a pair of side walls (22, 24) extending from the central wall to define a generally U-shaped channel, the longitudinal grooves (32, 34) depressing into the U-shaped channel; and a pair of flanges (26, 28) respectively extending outwardly from the pair of side walls (22, 24), wherein the flanges (26, 28) of the first outer section are attached to the first planar surface of the plate and the flanges (26, 28) of the second outer section are attached to the second planar surface of the plate such that the U-shaped channels are substantially closed by the inner plate and opposed to each other; and wherein each of the grooves (32, 34) comprises a profile with an open narrow region and an enlarged end region.
A system for configuration management identification rule testing, the system comprising: a processor and a memory, the memory including instructions executable by the processor to: identify, using an identification rule, criterion attributes corresponding to a selected configuration item class; identify, using the identification rule, a container level associated with the selected configuration item class; identify container level criterion attributes corresponding to the container level; receive respective values associated with at least one of the criterion attributes and at least one of the container level criterion attributes; generate a configuration management database payload using the respective values; simulate identification of the configuration management database payload using the identification rule; and generate debugging information associated with the simulated identification. identify, using an identification rule, criterion attributes corresponding to a selected configuration item class; identify, using the identification rule, a container level associated with the selected configuration item class; identify container level criterion attributes corresponding to the container level; receive respective values associated with at least one of the criterion attributes and at least one of the container level criterion attributes; generate a configuration management database payload using the respective values; simulate identification of the configuration management database payload using the identification rule; and generate debugging information associated with the simulated identification.
A piston expander comprising: a cylinder having an inlet aperture; a piston that is free to reciprocate within the cylinder and a transfer valve assembly disposed within the cylinder and dividing the volume within the cylinder into a main chamber and a bounce chamber, the transfer valve assembly comprising: a transfer valve body, defining a transfer chamber; a transfer valve; wherein the transfer valve assembly is movable within the cylinder to provide at least one open position and at least one closed position, such that the transfer chamber is in fluid communication with the cylinder inlet aperture in the open position and is not in fluid communication with the cylinder inlet aperture in the closed position; wherein the transfer valve is movable within the transfer valve assembly to provide at least one open position and at least one closed position, such that the transfer chamber is in fluid communication with the main chamber in the open position and is not in fluid communication with the main chamber in the closed position. a cylinder having an inlet aperture; a piston that is free to reciprocate within the cylinder and a transfer valve assembly disposed within the cylinder and dividing the volume within the cylinder into a main chamber and a bounce chamber, the transfer valve assembly comprising: a transfer valve body, defining a transfer chamber; a transfer valve; a transfer valve body, defining a transfer chamber; a transfer valve; wherein the transfer valve assembly is movable within the cylinder to provide at least one open position and at least one closed position, such that the transfer chamber is in fluid communication with the cylinder inlet aperture in the open position and is not in fluid communication with the cylinder inlet aperture in the closed position; wherein the transfer valve is movable within the transfer valve assembly to provide at least one open position and at least one closed position, such that the transfer chamber is in fluid communication with the main chamber in the open position and is not in fluid communication with the main chamber in the closed position.
Parking lock device for a motor vehicle, comprising a locking device, an actuator device, a cable drive and a control device, the locking device having a locking element, a guide device, a spring device and a holding device, the locking element being designed to lock a rotatably mounted drive element of a drive system of the motor vehicle in a locking position and to release the drive element in a release position, the guide device being designed to guide the locking element between a first element position and a second element position relative to the guide device, the spring device being designed to move the locking element from the first element position into the second element position, the holding device being designed to hold the locking element in the first element position, the actuator device having an electric motor and a transmission which can be actuated by the electric motor in order to move the guide device between a first guide position, a second guide position and a third guide position, the cable drive being mechanically coupled to the locking element, the electric motor having a first terminal and a second terminal, and the control device being designed to control the electric motor and being electrically coupled both to the first terminal and to the second terminal, characterized in that the parking lock device has an electronic limiting device for automatically limiting a terminal voltage between the first terminal and the second terminal of the electric motor.
Pressure control valve assembly for control of the fluid pressure in an ABS brake systems of a vehicle in such a way that in case that individual wheels (3a, 3b; 4a, 4b) of the tend to lock, the braking pressure in associated brake cylinders (6a to 6d) can be adaptively adjusted, wherein, within a housing of the pressure control valve assembly, at least two diaphragm valves (14a, 14b) comprise diaphragms (20a, 20b) loaded by spring elements (16a, 16b) as well as at least two electromagnetic control valves (15a, 15b) are provided, which are controllable by an electronic controller for pilot control of said diaphragm valves (14a, 14b), wherein a) the valve seats (30a, 30b) of said electromagnetic control valves (15a, 15b) are configured integrally with a housing part in the form of a single intermediary plate, b) said single intermediary plate, which forms said valve seats (30a, 30b), is interposed between a housing part provided with openings (19a, 19b) for said diaphragms (20a, 20b) and another housing part in which the components of said electromagnetic control valves (15a, 15b) are accommodated, with the exception of said valve seats (30a, 30b) formed in said single intermediary plate, and wherein c) said housing of the pressure control valve assembly consists exclusively of said first housing part, said single intermediary plate and said other housing part, characterized in d) that said intermediary plate is constituted by an injection-moulded plastic part, and e) said other housing part is an injection-moulded plastic part into which the electromagnetic coils of said electromagnetic control valves (14a, 15b) are injected and on which a plus contact housing is disposed for control of said electromagnetic coils of said electromagnetic control valves (15a, 15b). a) the valve seats (30a, 30b) of said electromagnetic control valves (15a, 15b) are configured integrally with a housing part in the form of a single intermediary plate, b) said single intermediary plate, which forms said valve seats (30a, 30b), is interposed between a housing part provided with openings (19a, 19b) for said diaphragms (20a, 20b) and another housing part in which the components of said electromagnetic control valves (15a, 15b) are accommodated, with the exception of said valve seats (30a, 30b) formed in said single intermediary plate, and wherein c) said housing of the pressure control valve assembly consists exclusively of said first housing part, said single intermediary plate and said other housing part, characterized in d) that said intermediary plate is constituted by an injection-moulded plastic part, and e) said other housing part is an injection-moulded plastic part into which the electromagnetic coils of said electromagnetic control valves (14a, 15b) are injected and on which a plus contact housing is disposed for control of said electromagnetic coils of said electromagnetic control valves (15a, 15b).
A modular panel for acoustic screens comprising: two plates (1a, 1b) arranged parallel forming two outer faces of the panel; closing profiles (2a, 2b) for the top and bottom ends of the panel; and a filling of noise absorbent material arranged between both plates (1a, 1b); at least one plate forming a face exposed to noise, having a plurality of perforations for access of the noise to the interior of the panel; each of the plates (1a, 1b) having a rectangular surface which affects the entire length of the panel and, on its longitudinal edges, extensions (12a, 12b) symmetrical relative to a longitudinal median plane perpendicular to the corresponding plate (1a, 1b), each one of said profiles (2a, 2b) having a cross section of general configuration in "U" having a flat web and flanges of similar section to the extensions (12a, 12b) of the plates, characterised by said closing profiles (2a, 2b) externally embracing the extensions (12a, 12b) of the plates (1a, 1b) corresponding to the same top or bottom end of the panel; said extensions (12a, 12b) forming longitudinal guides for the sliding assembly in a close-fitting manner and with possibility of movement only in the longitudinal direction of the closing profiles (2a, 2b) of the top and bottom ends of the panel.
An aircraft data interface function, ADIF, server system, comprising: a processing module that hosts an aircraft condition monitoring function comprising: an airline modifiable information, AMI, database that includes a history buffer and one or more logic units; a management information base, MIB, database; a parameter snapshot database; and a simple network management protocol, SNMP, agent in operative communication with the MIB database and the parameter snapshot database; and a core network unit in operative communication with the SNMP agent, the core network unit configured to communicate with an ADIF client that includes an SNMP manager, wherein the SNMP agent is configured to send messages to and receive messages from the SNMP manager through the core network unit; wherein the ADIF server system is configured to interface with one or more avionics systems through a common data network to obtain and store aircraft parameter information, and the ADIF client is configured via the core network unit to interact with the ADIF server system to request and receive the aircraft parameter information. a processing module that hosts an aircraft condition monitoring function comprising: an airline modifiable information, AMI, database that includes a history buffer and one or more logic units; a management information base, MIB, database; a parameter snapshot database; and a simple network management protocol, SNMP, agent in operative communication with the MIB database and the parameter snapshot database; and an airline modifiable information, AMI, database that includes a history buffer and one or more logic units; a management information base, MIB, database; a parameter snapshot database; and a simple network management protocol, SNMP, agent in operative communication with the MIB database and the parameter snapshot database; and a core network unit in operative communication with the SNMP agent, the core network unit configured to communicate with an ADIF client that includes an SNMP manager, wherein the SNMP agent is configured to send messages to and receive messages from the SNMP manager through the core network unit; wherein the ADIF server system is configured to interface with one or more avionics systems through a common data network to obtain and store aircraft parameter information, and the ADIF client is configured via the core network unit to interact with the ADIF server system to request and receive the aircraft parameter information.
An apparatus comprising: at least one processor; and at least one memory storing computer executable instructions, wherein the at least one processor is configured with the at least one memory and the computer executable instructions to cause the apparatus to at least: count (250, 260) a number of uplink packet data convergence protocol, PDCP, packets in a measurement period and a number of the uplink PDCP packets that exceeded a configured queuing delay threshold in the measurement period; process the counted numbers into a single reporting metric as a ratio; and report to a radio network the single reporting metric, wherein the queuing delay threshold is received from the radio network and is specific for a given quality of service, QoS, associated with the counted uplink PDCP packets. at least one processor; and at least one memory storing computer executable instructions, wherein the at least one processor is configured with the at least one memory and the computer executable instructions to cause the apparatus to at least: count (250, 260) a number of uplink packet data convergence protocol, PDCP, packets in a measurement period and a number of the uplink PDCP packets that exceeded a configured queuing delay threshold in the measurement period; process the counted numbers into a single reporting metric as a ratio; and report to a radio network the single reporting metric, wherein the queuing delay threshold is received from the radio network and is specific for a given quality of service, QoS, associated with the counted uplink PDCP packets. count (250, 260) a number of uplink packet data convergence protocol, PDCP, packets in a measurement period and a number of the uplink PDCP packets that exceeded a configured queuing delay threshold in the measurement period; process the counted numbers into a single reporting metric as a ratio; and report to a radio network the single reporting metric, wherein the queuing delay threshold is received from the radio network and is specific for a given quality of service, QoS, associated with the counted uplink PDCP packets.
A PLL (phase lock loop) circuit for receiving an external clock which is a sampling clock supplied together with a digital audio signal from an outside, and generating a generated clock which is a sampling clock in synchronization with the external clock, comprising: a first detector for detecting whether or not a phase of the generated clock is in phase-synchronization with a phase of the external clock; a measuring device for measuring at least one of a high time from a rise to a fall of the external clock and a low time from a fall to a rise thereof; a second detector for detecting the presence of a fluctuation of the high time or the low time equal to or more than a predetermined level, based on a comparison between high time or a low time which is measured by the measuring device at a time point and (i) a high time or a low time, respectively, which was previously measured by the measuring device or (ii) a combined value of n high times or n low times previously measured by the measuring device; and a holding device for fixing a frequency of the generated clock to a frequency outputted at said time point in response to the second detector detecting the presence of said fluctuation in a state in which the first detector detects synchronization of the generated clock and the external clock, and continuing output of the generated clock having the fixed frequency. a first detector for detecting whether or not a phase of the generated clock is in phase-synchronization with a phase of the external clock; a measuring device for measuring at least one of a high time from a rise to a fall of the external clock and a low time from a fall to a rise thereof; a second detector for detecting the presence of a fluctuation of the high time or the low time equal to or more than a predetermined level, based on a comparison between high time or a low time which is measured by the measuring device at a time point and (i) a high time or a low time, respectively, which was previously measured by the measuring device or (ii) a combined value of n high times or n low times previously measured by the measuring device; and (i) a high time or a low time, respectively, which was previously measured by the measuring device or (ii) a combined value of n high times or n low times previously measured by the measuring device; and a holding device for fixing a frequency of the generated clock to a frequency outputted at said time point in response to the second detector detecting the presence of said fluctuation in a state in which the first detector detects synchronization of the generated clock and the external clock, and continuing output of the generated clock having the fixed frequency.
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, a radio resource control, RRC, message including configuration information on resources for rate matching, the resources for the rate matching including a first resource region and a second resource region; receiving, from the base station, downlink control information, DCI, scheduling a physical data shared channel, PDSCH, wherein the DCI includes activation information indicating at least one resource among the first resource region configured based on the configuration information; and receiving, from the base station, a data on the PDSCH based on the DCI, wherein the at least one resource among the first resource region indicated based on the activation information is not available for the PDSCH, wherein the second resource region configured based on the configuration information is not available for the PDSCH, wherein the resources for the rate matching are configured by first bit information included in the configuration information, the first bit information indicating at least one resource block in frequency domain. receiving, from a base station, a radio resource control, RRC, message including configuration information on resources for rate matching, the resources for the rate matching including a first resource region and a second resource region; receiving, from the base station, downlink control information, DCI, scheduling a physical data shared channel, PDSCH, wherein the DCI includes activation information indicating at least one resource among the first resource region configured based on the configuration information; and receiving, from the base station, a data on the PDSCH based on the DCI, wherein the at least one resource among the first resource region indicated based on the activation information is not available for the PDSCH, wherein the second resource region configured based on the configuration information is not available for the PDSCH, wherein the resources for the rate matching are configured by first bit information included in the configuration information, the first bit information indicating at least one resource block in frequency domain.