mhurhangee/ep-ind-claims huggingface dataset:
A time synchronization method, wherein a first network device is connected to a radio equipment control, REC, a second network device is connected to a radio equipment, RE, the first network device keeps system time synchronization with the second network device, and the method comprises: receiving, by the first network device, a service frame sent by the REC, and recording, according to a system time of the first network device, a first time stamp T1 at which the service frame is received, wherein the service frame carries a system clock of the REC; and sending, by the first network device, a packet to the second network device, wherein the packet comprises the service frame and the first time stamp, and the packet is used to notify the system clock of the REC and the first time stamp to the second network device; wherein the first network device keeps system clock synchronization with the second network device, and after the receiving, by the first network device, a service frame sent by the REC, the method further comprises: extracting, by the first network device, the system clock of the REC from the service frame; and calculating, by the first network device, a frequency offset according to a system clock of the first network device and the system clock of the REC, wherein correspondingly, the packet sent by the first network device to the second network device comprises the service frame, the first time stamp, and the frequency offset. receiving, by the first network device, a service frame sent by the REC, and recording, according to a system time of the first network device, a first time stamp T1 at which the service frame is received, wherein the service frame carries a system clock of the REC; and sending, by the first network device, a packet to the second network device, wherein the packet comprises the service frame and the first time stamp, and the packet is used to notify the system clock of the REC and the first time stamp to the second network device; wherein the first network device keeps system clock synchronization with the second network device, and after the receiving, by the first network device, a service frame sent by the REC, the method further comprises: extracting, by the first network device, the system clock of the REC from the service frame; and calculating, by the first network device, a frequency offset according to a system clock of the first network device and the system clock of the REC, wherein extracting, by the first network device, the system clock of the REC from the service frame; and calculating, by the first network device, a frequency offset according to a system clock of the first network device and the system clock of the REC, wherein correspondingly, the packet sent by the first network device to the second network device comprises the service frame, the first time stamp, and the frequency offset.
A clutch switching device, able to switch between a first clutch capable of transmitting power to a first input shaft rotatably supported by a case, and a second clutch capable of transmitting the power to a second input shaft that is disposed coaxially with an outside peripheral side of the first input shaft, and is rotatably supported by the case, the clutch switching device comprising: a fixed sleeve, having a hollow shaft portion on an outside peripheral surface of which is formed a first male thread, the fixed sleeve being mounted and fixed on the case such that the hollow shaft portion is coaxially arranged on the outside peripheral side of the second input shaft; a first slider, on an inside peripheral surface of which is formed a first female thread threadedly engaged with the first male thread and on an outside peripheral surface of which is formed a second male thread, the first slider being threadedly engaged with the fixed sleeve rotatably with respect to the fixed sleeve and movably in the axial direction; a second slider; a first release bearing member, interposed between the second slider and a first clutch member constituting the first clutch; a second release bearing member, interposed between the first slider and a second clutch member constituting the second clutch; and an actuator (27, 28) capable of causing the first slider and the second slider to rotate, characterised in that the second slider, on an inside peripheral surface of which is formed a second female thread threadedly engaged with the second male thread, is threadedly engaged with the first slider rotatably with respect to the first slider and movably in the axial direction. a fixed sleeve, having a hollow shaft portion on an outside peripheral surface of which is formed a first male thread, the fixed sleeve being mounted and fixed on the case such that the hollow shaft portion is coaxially arranged on the outside peripheral side of the second input shaft; a first slider, on an inside peripheral surface of which is formed a first female thread threadedly engaged with the first male thread and on an outside peripheral surface of which is formed a second male thread, the first slider being threadedly engaged with the fixed sleeve rotatably with respect to the fixed sleeve and movably in the axial direction; a second slider; a first release bearing member, interposed between the second slider and a first clutch member constituting the first clutch; a second release bearing member, interposed between the first slider and a second clutch member constituting the second clutch; and an actuator (27, 28) capable of causing the first slider and the second slider to rotate, characterised in that the second slider, on an inside peripheral surface of which is formed a second female thread threadedly engaged with the second male thread, is threadedly engaged with the first slider rotatably with respect to the first slider and movably in the axial direction.
A column comprising: a filter device comprising: a first filter; a first retaining member that has a hollow shape, the first filter fitted inside the first retaining member; and a second filter that has a smaller pore size than the first filter; wherein the column further comprises a column body filled with a filler to separate a component contained in a sample that is filtered by the filter device; characterized in that the filter device comprises: a second retaining member that is disposed downstream of the first filter and that has a hollow shape, the second filter fitted inside the second retaining member; and a spacer that has a hollow shape, that is disposed between the first retaining member and the second retaining member, that maintains a non-contact state between the first filter and the second filter, and that includes a first contact portion contacting the first filter; wherein a thickness, T, of the spacer is, with respect to a pore size, D, of the first filter, within a range satisfying a relationship D × 10 ≤ T ≤ 0.2 mm. a filter device comprising: a first filter; a first retaining member that has a hollow shape, the first filter fitted inside the first retaining member; and a second filter that has a smaller pore size than the first filter; a first filter; a first retaining member that has a hollow shape, the first filter fitted inside the first retaining member; and a second filter that has a smaller pore size than the first filter; wherein the column further comprises a column body filled with a filler to separate a component contained in a sample that is filtered by the filter device; characterized in that the filter device comprises: a second retaining member that is disposed downstream of the first filter and that has a hollow shape, the second filter fitted inside the second retaining member; and a spacer that has a hollow shape, that is disposed between the first retaining member and the second retaining member, that maintains a non-contact state between the first filter and the second filter, and that includes a first contact portion contacting the first filter; wherein a thickness, T, of the spacer is, with respect to a pore size, D, of the first filter, within a range satisfying a relationship D × 10 ≤ T ≤ 0.2 mm. a second retaining member that is disposed downstream of the first filter and that has a hollow shape, the second filter fitted inside the second retaining member; and a spacer that has a hollow shape, that is disposed between the first retaining member and the second retaining member, that maintains a non-contact state between the first filter and the second filter, and that includes a first contact portion contacting the first filter; wherein a thickness, T, of the spacer is, with respect to a pore size, D, of the first filter, within a range satisfying a relationship D × 10 ≤ T ≤ 0.2 mm.
A vehicle localization method comprising: estimating an initial position of a vehicle based on data sensed by a position sensor; determining a driving lane of the vehicle based on a front-view image captured from the vehicle by determining a lane number of the driving lane of the vehicle from the front-view image using a neural network-based driving lane identification model; correcting the initial position of the vehicle based on the driving lane, by correcting the initial position of the vehicle to a position on a map corresponding to the determined lane number and determining a position of the vehicle in the driving lane based on geometry information of a lane boundary in the front-view image. estimating an initial position of a vehicle based on data sensed by a position sensor; determining a driving lane of the vehicle based on a front-view image captured from the vehicle by determining a lane number of the driving lane of the vehicle from the front-view image using a neural network-based driving lane identification model; correcting the initial position of the vehicle based on the driving lane, by correcting the initial position of the vehicle to a position on a map corresponding to the determined lane number and determining a position of the vehicle in the driving lane based on geometry information of a lane boundary in the front-view image.
A recording apparatus, comprising: recording control means configured to perform control to record a still image or a moving image into a first recording medium, characterized by control means configured to control whether to permit execution of automatic background processing during a power saving period on the first recording medium, wherein the control means performs control to permit the execution of the automatic background processing during the power saving period when the still image is recorded into the first recording medium, and not to permit the execution of the automatic background processing during the power saving period when the moving image is recorded into the first recording medium. recording control means configured to perform control to record a still image or a moving image into a first recording medium, characterized by control means configured to control whether to permit execution of automatic background processing during a power saving period on the first recording medium, wherein the control means performs control to permit the execution of the automatic background processing during the power saving period when the still image is recorded into the first recording medium, and not to permit the execution of the automatic background processing during the power saving period when the moving image is recorded into the first recording medium.
A method for reporting channel state, comprising steps of: Detecting, by a User Equipment, UE, configuration information of Channel State Information-Reference Signal, CSI-RS; Determining, by the UE, according to detection result, the number of ports required to report channel state based upon the CSI-RS; Determining, by the UE, a CSI-RS based Precoding Matrix Indicator, PMI, feedback scheme to be adopted by the UE according to the number of ports and a preset corresponding relationship between the number of ports and feedback schemes, upon determining that the eNB is to map data of Physical Downlink Shared Channel, PDSCH, onto P (number) CSI-RS ports for transmission according to a codebook-based precoding scheme, wherein the codebook-based precoding scheme is a scheme as represented in the formula of y 0 ⋮ y P − 1 = W ⋅ s, W represents a codebook consisted of a precoding matrix, S is PDSCH data consisted of data layers whose quantity is equal to value of Rank Indication and y 0 ⋮ y P − 1 represents a vector consisted of data on P (number) CSI-RS ports; and calculating and reporting, by the UE, channel state information according to the determination result. Detecting, by a User Equipment, UE, configuration information of Channel State Information-Reference Signal, CSI-RS; Determining, by the UE, according to detection result, the number of ports required to report channel state based upon the CSI-RS; Determining, by the UE, a CSI-RS based Precoding Matrix Indicator, PMI, feedback scheme to be adopted by the UE according to the number of ports and a preset corresponding relationship between the number of ports and feedback schemes, upon determining that the eNB is to map data of Physical Downlink Shared Channel, PDSCH, onto P (number) CSI-RS ports for transmission according to a codebook-based precoding scheme, wherein the codebook-based precoding scheme is a scheme as represented in the formula of y 0 ⋮ y P − 1 = W ⋅ s, W represents a codebook consisted of a precoding matrix, S is PDSCH data consisted of data layers whose quantity is equal to value of Rank Indication and y 0 ⋮ y P − 1 represents a vector consisted of data on P (number) CSI-RS ports; and calculating and reporting, by the UE, channel state information according to the determination result.
A method for wireless communication, comprising: encoding with a polar encoding circuit, an input comprising a set of information bits based on a cyclic redundancy check, CRC, -aided polar code to produce a codeword comprising polar encoded information and CRC bits; the encoding comprising placing one or more of the CRC bits before the information bits, and setting a value of the one or more CRC bitsis se to a non-zero value to reduce the number of leading zeros in the input to the polar encoding circuit; and the method further comprising transmitting the produced codeword in accordance with a wireless technology across a channel via one or more antenna elements situated proximate a transmitter. encoding with a polar encoding circuit, an input comprising a set of information bits based on a cyclic redundancy check, CRC, -aided polar code to produce a codeword comprising polar encoded information and CRC bits; the encoding comprising placing one or more of the CRC bits before the information bits, and setting a value of the one or more CRC bitsis se to a non-zero value to reduce the number of leading zeros in the input to the polar encoding circuit; and the method further comprising transmitting the produced codeword in accordance with a wireless technology across a channel via one or more antenna elements situated proximate a transmitter.
A gas turbine engine extending along an axis comprising: a fan section comprising a plurality of rotor cascades (13A-13C) and a plurality of stator cascades (14A - 14D); a splitter downstream of the fan section, the splitter including an inner side, an outer side, and an inside surface; a compressor section downstream of the splitter; a combustor section downstream of the compressor section; a first turbine section downstream of the combustor section, the first turbine section being connected to the compressor section; a second turbine section downstream of the first turbine section, the second turbine section being connected to the fan section; and a probe assembly comprising: a probe tip including a sensor face; a pressure channel extending into the probe tip through the sensor face; and a temperature channel extending into the probe tip through the sensor face; a pressure sensor in fluid communication with the pressure channel; and a temperature sensor in fluid communication with the temperature channel; wherein: the temperature channel is substantially parallel to the pressure channel; and the sensor face is substantially flush with the inner side of the splitter. a fan section comprising a plurality of rotor cascades (13A-13C) and a plurality of stator cascades (14A - 14D); a splitter downstream of the fan section, the splitter including an inner side, an outer side, and an inside surface; a compressor section downstream of the splitter; a combustor section downstream of the compressor section; a first turbine section downstream of the combustor section, the first turbine section being connected to the compressor section; a second turbine section downstream of the first turbine section, the second turbine section being connected to the fan section; and a probe assembly comprising: a probe tip including a sensor face; a pressure channel extending into the probe tip through the sensor face; and a temperature channel extending into the probe tip through the sensor face; a pressure sensor in fluid communication with the pressure channel; and a temperature sensor in fluid communication with the temperature channel; a probe tip including a sensor face; a pressure channel extending into the probe tip through the sensor face; and a temperature channel extending into the probe tip through the sensor face; a pressure sensor in fluid communication with the pressure channel; and a temperature sensor in fluid communication with the temperature channel; wherein: the temperature channel is substantially parallel to the pressure channel; and the sensor face is substantially flush with the inner side of the splitter. the temperature channel is substantially parallel to the pressure channel; and the sensor face is substantially flush with the inner side of the splitter.
A formulation of alprazolam for once a day oral administration to a mammalian subject, comprising alprazolam as an active agent, which is released from the formulation along a pre-determined release profile, said formulation comprising at least one population of immediate release alprazolam-containing beads, and at least one population of extended release alprazolam-containing beads comprising a release controlling material, wherein at least 90% of the active agent contained in the IR component is released in vivo within 30 minutes, wherein the release controlling material contained in the XR component is selected from a group consisting of ethylcellulose, polyvinyl acetate, poly (ethyl acrylate-co-methyl methacrylate-cotrimethylammonioethyl methacrylate chloride), poly (ethyl acrylate-co-methyl methacrylate), cellulose acetate, cellulose acetate butyrate, cellulose acetate propionate, methylcellulose, and waxes.
A process for dehydrating C 2 + alcohols to ether products in the presence of a catalyst and promoter, wherein the catalyst is at least one aluminosilicate zeolite catalyst which is a medium pore zeolite having a 3-dimensional framework structure, and the promoter is one or more organic carbonyl compounds, an acetal derivative of an aldehyde of formula R A1 CHO (Formula I), or a ketal derivative of a ketone of formula R K1 COR K2 (Formula II); wherein R A1 is hydrogen, a C 1 -C 11 alkyl group, a C 3 -C 11 alkyl group in which 3 or more carbon atoms are joined to form a ring, or an optionally substituted aromatic group, and wherein R K1 and R K2 are identical or different and each is a C 1 -C 11 alkyl group, a C 3 -C 11 alkyl group in which 3 or more carbon atoms are joined to form a ring, or an optionally substituted aromatic group, and furthermore R K1 and R K2 together with the carbonyl carbon atom to which they are bonded may form a cyclic ketone, and wherein the molar ratio of promoter to C 2 + alcohols is maintained at less than 1.
A system comprising: means to provide trust relationship information for a telephone number, the trust relationship information indicative of whether at least one node considers a target node as including or as being associated with a Voice-over-Internet-Protocol, VoIP, call agent for the telephone number based on a determination, at the at least one node, that at least one public switched telephone network, PSTN, call to the telephone number arrived at the VoIP call agent, the determination being made in response to receipt, from the target node, of demonstrated knowledge of at least one attribute of the at least one PSTN call that demonstrates knowledge of the PSTN call; and means to determine a target trust relationship from a validating node to the target node based on the trust relationship information, wherein the target trust relationship indicates a level of trust the validating node has in the target node being associated with or including the VoIP call agent for the telephone number, wherein the validating node and the at least one node are in different respective administrative domains of a network. means to provide trust relationship information for a telephone number, the trust relationship information indicative of whether at least one node considers a target node as including or as being associated with a Voice-over-Internet-Protocol, VoIP, call agent for the telephone number based on a determination, at the at least one node, that at least one public switched telephone network, PSTN, call to the telephone number arrived at the VoIP call agent, the determination being made in response to receipt, from the target node, of demonstrated knowledge of at least one attribute of the at least one PSTN call that demonstrates knowledge of the PSTN call; and means to determine a target trust relationship from a validating node to the target node based on the trust relationship information, wherein the target trust relationship indicates a level of trust the validating node has in the target node being associated with or including the VoIP call agent for the telephone number, wherein the validating node and the at least one node are in different respective administrative domains of a network.