mhurhangee/ep-ind-claims huggingface dataset:
A user equipment, comprising: a receiver for receiving a broadcast message comprising broadcast system information from a base station; and a memory for storing a list of one or more closed subscriber group radio cells; said list comprising, for each of the one or more closed subscriber group radio cells, a radio cell identity (302a-1), information indicating the presence of the closed subscriber group radio cell, and a trigger flag; the user equipment further comprising: a determining circuit configured to determine, upon setting of the trigger flag by the broadcast system information, whether the information is outdated; and a controller configured to generate a delete instruction in case the determining circuit determines that the information is outdated, wherein the delete instruction indicates that the outdated information is to be deleted from the memory. a receiver for receiving a broadcast message comprising broadcast system information from a base station; and a memory for storing a list of one or more closed subscriber group radio cells; said list comprising, for each of the one or more closed subscriber group radio cells, a radio cell identity (302a-1), information indicating the presence of the closed subscriber group radio cell, and a trigger flag; the user equipment further comprising: a determining circuit configured to determine, upon setting of the trigger flag by the broadcast system information, whether the information is outdated; and a controller configured to generate a delete instruction in case the determining circuit determines that the information is outdated, wherein the delete instruction indicates that the outdated information is to be deleted from the memory. a determining circuit configured to determine, upon setting of the trigger flag by the broadcast system information, whether the information is outdated; and a controller configured to generate a delete instruction in case the determining circuit determines that the information is outdated, wherein the delete instruction indicates that the outdated information is to be deleted from the memory.
A tilting apparatus comprising: a moving body; a first drive section for displacing one side of the moving body to incline the moving body; and a second drive section for displacing another side of the moving body to incline the moving body, characterized in that: The tilting apparatus further comprises a moving body support section for supporting the moving body at both side portions on one side thereof so that the moving body can be angularly displaced, the first drive section can incline the moving body by displacing one side of the moving body support section, and the second drive sectio can angularly displace the moving body by moving the other side of the moving body away from the other side of the moving body support section. a moving body; a first drive section for displacing one side of the moving body to incline the moving body; and a second drive section for displacing another side of the moving body to incline the moving body, characterized in that: The tilting apparatus further comprises a moving body support section for supporting the moving body at both side portions on one side thereof so that the moving body can be angularly displaced, the first drive section can incline the moving body by displacing one side of the moving body support section, and the second drive sectio can angularly displace the moving body by moving the other side of the moving body away from the other side of the moving body support section. The tilting apparatus further comprises a moving body support section for supporting the moving body at both side portions on one side thereof so that the moving body can be angularly displaced, the first drive section can incline the moving body by displacing one side of the moving body support section, and the second drive sectio can angularly displace the moving body by moving the other side of the moving body away from the other side of the moving body support section.
A computer-implemented process for pushing application data to a mobile computing device for use by an application operating on the mobile computing device during a period of disconnectivity from a communications network during which the mobile computing device is offline, comprising: using one or more computing devices to perform the following process actions: receiving application traffic data from the mobile computing device, said application traffic data comprising at least one computer network address specifying a network site where application data relevant to the application can be obtained; receiving mobile computing device environment data from the mobile computing device, said mobile computing device environment data being predictive of when a period of Wi-Fi connectivity will occur; analyzing the received application traffic data to identify the application data that is to be prefetched to enable operation of the application during the period of disconnectivity from the communications network; prefetching the identified application data; providing at least some of the prefetched application data to the mobile computing device during times when the mobile computing device is connected to the communications network for storage by the mobile computing device, comprising providing at least some of the prefetched application data during a predicted period of Wi-Fi connectivity, so as to reduce a cost to a user of the mobile computing device for receiving the application data. receiving application traffic data from the mobile computing device, said application traffic data comprising at least one computer network address specifying a network site where application data relevant to the application can be obtained; receiving mobile computing device environment data from the mobile computing device, said mobile computing device environment data being predictive of when a period of Wi-Fi connectivity will occur; analyzing the received application traffic data to identify the application data that is to be prefetched to enable operation of the application during the period of disconnectivity from the communications network; prefetching the identified application data; providing at least some of the prefetched application data to the mobile computing device during times when the mobile computing device is connected to the communications network for storage by the mobile computing device, comprising providing at least some of the prefetched application data during a predicted period of Wi-Fi connectivity, so as to reduce a cost to a user of the mobile computing device for receiving the application data.
Method for noise reduction in a hearing aid, wherein a signal that has a useful and a noise signal component is processed in the hearing aid and, in so being, attenuated in order to reduce the noise signal component in favour of the useful signal component, and wherein the signal is attenuated on the basis of the signal-to-noise ratio of the signal, characterized in that the attenuation of the signal is cancelled on the basis of the input level of the signal, so that the signal is attenuated to a greater extent for a high input level than for a low input level.
Recirculation device for waste gases from a power train of a motor vehicle comprising: - a casing of a waste gas pollution control system, - a heat exchanger between a coolant and said waste gases and having a connection end-fitting with a tubular wall driven through an outlet opening in a conical outlet wall of the casing of the pollution control system, said waste gases striking said tubular wall, characterized in that the device comprises an enclosure capable of surrounding the tubular wall of the connection end-fitting, to protect the tubular wall from the waste gases. - a casing of a waste gas pollution control system, - a heat exchanger between a coolant and said waste gases and having a connection end-fitting with a tubular wall driven through an outlet opening in a conical outlet wall of the casing of the pollution control system, said waste gases striking said tubular wall,
Process for the formation of an amide bond by reaction of an acid with a primary or secondary amine in the presence of a base with the aid of an amide linking reagent, characterised in that use is made of at least one amide linking reagent containing an anion of the formula, [P(C n F 2n+1) y F 6-y] -, where n stands on each occurrence, independently, for 1, 2, 3, 4, 5, 6, 7 or 8 and y stands for 1, 2, 3 or 4. n stands on each occurrence, independently, for 1, 2, 3, 4, 5, 6, 7 or 8 and y stands for 1, 2, 3 or 4.
A spread spectrum oscillator, comprising: a high frequency oscillator circuit configured to oscillate at a first frequency, the high frequency oscillator circuit including: a first resistance; a first Schmitt trigger inverter in parallel communication with the first resistance; and a first capacitor actively coupling the first resistance and the first input of the first Schmitt trigger inverter to ground a low frequency oscillator circuit configured to oscillate at a second frequency and resistively coupled to a node of the high frequency oscillator circuit, this node being the input of the first Schmitt trigger inverter wherein the first frequency is higher than the second frequency; and a capacitive voltage division network (I4, C4) arranged in series across output and input of the first Schmitt trigger inverter in the high frequency oscillator circuit, wherein the capacitive voltage division network is configured to stabilize hysteresis in the first Schmitt trigger inverter through the addition of an inverter and a capacitor. a high frequency oscillator circuit configured to oscillate at a first frequency, the high frequency oscillator circuit including: a first resistance; a first Schmitt trigger inverter in parallel communication with the first resistance; and a first capacitor actively coupling the first resistance and the first input of the first Schmitt trigger inverter to ground a low frequency oscillator circuit configured to oscillate at a second frequency and resistively coupled to a node of the high frequency oscillator circuit, this node being the input of the first Schmitt trigger inverter wherein the first frequency is higher than the second frequency; and a capacitive voltage division network (I4, C4) arranged in series across output and input of the first Schmitt trigger inverter in the high frequency oscillator circuit, wherein the capacitive voltage division network is configured to stabilize hysteresis in the first Schmitt trigger inverter through the addition of an inverter and a capacitor.
A method for preparing a compound of Formula 14 comprising contacting a compound of Formula 15 with a compound of Formula 1 or 1A wherein X is Cl, Br, CF 3 CO 2, CH 3 SO 3, (SO 4) 1/2 or (PO 4) 1/3 and a coupling reagent in the presence of a base.
A method of controlling a rotor tip clearance arrangement of a gas turbine engine, the method comprising: a) measuring at least one engine parameter; b) determining engine power demand from the at least one engine parameter; c) calculating rotor tip clearance given the determined engine power demand; and d) controlling the rotor tip clearance arrangement to increase or decrease the rotor tip clearance based on the difference between the calculated clearance and a predefined target clearance. a) measuring at least one engine parameter; b) determining engine power demand from the at least one engine parameter; c) calculating rotor tip clearance given the determined engine power demand; and d) controlling the rotor tip clearance arrangement to increase or decrease the rotor tip clearance based on the difference between the calculated clearance and a predefined target clearance.
A catheter pump system comprising: a shaft assembly; a working element coupled with a distal portion of the shaft assembly; a motor assembly, the motor assembly comprising a chamber and a shaft-driving portion disposed in the chamber, the shaft-driving portion configured to impart rotation to the working element through the shaft assembly, the chamber filled with a gas that at least partially surrounds the shaft-driving portion; a fluid pathway that conveys fluid proximally during operation of the catheter pump system; and a bypass pathway in fluid communication with the fluid pathway, the bypass pathway configured to direct at least a portion of the fluid to bypass the chamber, characterized in that the fluid pathway comprises a lumen of the shaft assembly, the lumen extending through the chamber such that at least a portion of the fluid passes through the lumen within the chamber. a shaft assembly; a working element coupled with a distal portion of the shaft assembly; a motor assembly, the motor assembly comprising a chamber and a shaft-driving portion disposed in the chamber, the shaft-driving portion configured to impart rotation to the working element through the shaft assembly, the chamber filled with a gas that at least partially surrounds the shaft-driving portion; a fluid pathway that conveys fluid proximally during operation of the catheter pump system; and a bypass pathway in fluid communication with the fluid pathway, the bypass pathway configured to direct at least a portion of the fluid to bypass the chamber, characterized in that the fluid pathway comprises a lumen of the shaft assembly, the lumen extending through the chamber such that at least a portion of the fluid passes through the lumen within the chamber.
A plant functional PP spunbonded non-woven fabric, comprising the PP spunbonded non-woven fabric contains 0.2-1.5% of water-soluble polyphenol plant extract.
A method for changing an output mode on an output device from a first output mode to a latency reduction mode, comprising the steps of: a) receiving a latency reduction mode initiation signal, which is automatically delivered when content data is associated with an application that is latency sensitive; b) automatically changing the output mode from the first output mode to the latency reduction mode in response to receipt of the latency reduction mode signal, wherein the latency reduction mode causes the output device to cease one or more processing operations on a set of content data displayed by the output device; c) receiving an end latency reduction mode signal, which is automatically delivered when content data is no longer associated with an application that is latency sensitive; and d) automatically changing the output mode from the latency reduction mode to the first output mode in response to receipt of the end latency reduction mode signal. a) receiving a latency reduction mode initiation signal, which is automatically delivered when content data is associated with an application that is latency sensitive; b) automatically changing the output mode from the first output mode to the latency reduction mode in response to receipt of the latency reduction mode signal, wherein the latency reduction mode causes the output device to cease one or more processing operations on a set of content data displayed by the output device; c) receiving an end latency reduction mode signal, which is automatically delivered when content data is no longer associated with an application that is latency sensitive; and d) automatically changing the output mode from the latency reduction mode to the first output mode in response to receipt of the end latency reduction mode signal.
A method for transmitting data in a transmission system, the data being transmitted in the form of packets comprising at least one compressed header field and one data field and according to the RoHC standard, characterized in that it comprises at least the following steps: - recovering the data packet to be transmitted which comprises a compressed header and useful data, the compressed header comprising a field which allows to deduct the size of the compressed header, - identifying the header part from the useful-data part, - applying a selected corrector coding on the entire header, and providing the resulting new packet to the link layer, while also communicating the corrector code used, but without communicating the size of the compressed header, - generating the link header according to the transmission format of the considered transmission system integrating on the start of the header the corrector code used, and the adaptation of the CRC checksum of the link layer, - on reception, performing the error corrector decoding adapted to said corrector coding in two steps: ∘ a first step of decoding on the start of the RCH compressed header, allowing to deduce the information regarding the size of the initial compressed header, in function of the applied corrector code, ∘ a second step of decoding the remainder of the header on the basis of the previously determined size information. - recovering the data packet to be transmitted which comprises a compressed header and useful data, the compressed header comprising a field which allows to deduct the size of the compressed header, - identifying the header part from the useful-data part, - applying a selected corrector coding on the entire header, and providing the resulting new packet to the link layer, while also communicating the corrector code used, but without communicating the size of the compressed header, - generating the link header according to the transmission format of the considered transmission system integrating on the start of the header the corrector code used, and the adaptation of the CRC checksum of the link layer, - on reception, performing the error corrector decoding adapted to said corrector coding in two steps: ∘ a first step of decoding on the start of the RCH compressed header, allowing to deduce the information regarding the size of the initial compressed header, in function of the applied corrector code, ∘ a second step of decoding the remainder of the header on the basis of the previously determined size information. ∘ a first step of decoding on the start of the RCH compressed header, allowing to deduce the information regarding the size of the initial compressed header, in function of the applied corrector code, ∘ a second step of decoding the remainder of the header on the basis of the previously determined size information.
A method of operating a reputation system for detecting a suspect wireless access point in a communication network including a plurality of wireless access points providing access services to client devices, the method, performed by the reputation system, comprising: (a) collecting identity information associated with the wireless access points from a multiplicity of client devices; (b) maintaining the collected identity information as a record of sets of trusted identity information, each set of identity information associated with one of the wireless access points; (c) receiving, via an available wireless access point, a reputation request from a client device connected to the available wireless access point, the request including identity information of the available wireless access point; (d) applying one or more heuristic rules to the received identify information and the collected identity information in order to determine an indication of trust of the available wireless access point; (e) transmitting, via the available wireless access point, the determined indication of trust of the available wireless access point to the client device for use by the client device in determining whether to maintain the connection to the available wireless access point; (f) repeating steps (c) to (e) in respect of further reputation requests; and (g) using received identity information to update a set of trusted identity information, maintained in a record, associated with an available wireless access point when the received identity information is determined to be stable over a first period of time. (a) collecting identity information associated with the wireless access points from a multiplicity of client devices; (b) maintaining the collected identity information as a record of sets of trusted identity information, each set of identity information associated with one of the wireless access points; (c) receiving, via an available wireless access point, a reputation request from a client device connected to the available wireless access point, the request including identity information of the available wireless access point; (d) applying one or more heuristic rules to the received identify information and the collected identity information in order to determine an indication of trust of the available wireless access point; (e) transmitting, via the available wireless access point, the determined indication of trust of the available wireless access point to the client device for use by the client device in determining whether to maintain the connection to the available wireless access point; (f) repeating steps (c) to (e) in respect of further reputation requests; and (g) using received identity information to update a set of trusted identity information, maintained in a record, associated with an available wireless access point when the received identity information is determined to be stable over a first period of time.
A powered fiber optic system comprising: a first location including a power source and fiber optic network access; a plurality of active devices remotely positioned with respect to the first location; a plurality of hybrid cables routed from the first location toward the active devices, the hybrid cables including optical fibers for transmitting optical signals and electrical conductors (220, 222) for carrying power; and interface devices mounted adjacent to the active devices for providing interfaces between the hybrid cables and the active devices, characterised in that the interface devices each include electrical power management circuitry positioned within a respective closure for providing DC-to-DC voltage conversion within the respective closure to compensate for voltage loss over a length of the hybrid cables and to output a desired voltage level for the active devices, the interface devices also including circuit protection circuitry for providing current surge protection. a first location including a power source and fiber optic network access; a plurality of active devices remotely positioned with respect to the first location; a plurality of hybrid cables routed from the first location toward the active devices, the hybrid cables including optical fibers for transmitting optical signals and electrical conductors (220, 222) for carrying power; and interface devices mounted adjacent to the active devices for providing interfaces between the hybrid cables and the active devices, characterised in that the interface devices each include electrical power management circuitry positioned within a respective closure for providing DC-to-DC voltage conversion within the respective closure to compensate for voltage loss over a length of the hybrid cables and to output a desired voltage level for the active devices, the interface devices also including circuit protection circuitry for providing current surge protection.