mhurhangee/ep-ind-claims huggingface dataset:
A gas turbine engine comprising: a fan shaft rotatable about an axis, a fan connected to said fan shaft, and an outer housing surrounding the fan to define a bypass passage; a compressor section having both a low pressure compressor that is fixed to rotate with the fan shaft and a high pressure compressor; a turbine section having a low pressure turbine driving a low speed spool and a high pressure turbine driving the high pressure compressor, the low pressure turbine including rotating blades; a fan drivetrain including a geared architecture connecting the low speed spool to the fan shaft such that the fan and low pressure compressor rotate at a lower speed than the low pressure turbine; and a tower shaft rotatably driven by the low speed spool characterised in that: the engine further comprises a thrust bearing axially aft of the geared architecture and axially forward of the high pressure compressor; the tower shaft provides a counter-load on the low speed spool in the event of a fan drivetrain failure at a location axially forward of the thrust bearing; and the tower shaft connects to the low pressure spool at a location axially aft of the thrust bearing. a fan shaft rotatable about an axis, a fan connected to said fan shaft, and an outer housing surrounding the fan to define a bypass passage; a compressor section having both a low pressure compressor that is fixed to rotate with the fan shaft and a high pressure compressor; a turbine section having a low pressure turbine driving a low speed spool and a high pressure turbine driving the high pressure compressor, the low pressure turbine including rotating blades; a fan drivetrain including a geared architecture connecting the low speed spool to the fan shaft such that the fan and low pressure compressor rotate at a lower speed than the low pressure turbine; and a tower shaft rotatably driven by the low speed spool characterised in that: the engine further comprises a thrust bearing axially aft of the geared architecture and axially forward of the high pressure compressor; the tower shaft provides a counter-load on the low speed spool in the event of a fan drivetrain failure at a location axially forward of the thrust bearing; and the tower shaft connects to the low pressure spool at a location axially aft of the thrust bearing. the engine further comprises a thrust bearing axially aft of the geared architecture and axially forward of the high pressure compressor; the tower shaft provides a counter-load on the low speed spool in the event of a fan drivetrain failure at a location axially forward of the thrust bearing; and the tower shaft connects to the low pressure spool at a location axially aft of the thrust bearing.
Shift drum arrangement for a shifting apparatus of a transmission arrangement for motor vehicles, with a shift drum body which can be rotated about a shift drum axis, and with a stop device for referencing a rotational position of the shift drum body, the stop device having a stop element which is configured in such a way that it can come into contact with a housing stop in a first reference position, characterized in that the stop element is mounted such that it can be rotated to a limited extent in the rotational direction in relation to the shift drum body.
A functional imaging system comprising an acquisition system, a reconstruction system, and a display system, wherein the functional imaging system is selectively optimizable for use with a molecular agent, and wherein the molecular imaging system further includes: means for receiving an external input indicating a desired molecular imaging agent for selecting the desired molecular imaging agent; characterised in that the system further comprises means for automatically adjusting including establishing a reconstruction protocol based on the selected molecular agent, wherein the reconstruction protocol includes a count optimization using dual match filtering. means for receiving an external input indicating a desired molecular imaging agent for selecting the desired molecular imaging agent; characterised in that the system further comprises means for automatically adjusting including establishing a reconstruction protocol based on the selected molecular agent, wherein the reconstruction protocol includes a count optimization using dual match filtering.
A signal processing apparatus for a stringed instrument comprising: a low-pass filter adapted to receive either one of a first signal acquired by picking up a vibration of a string and a second signal corresponding to an instrument sound including resonance of a body due to the vibration of the string; a high-pass filter that is adapted to receive the other one of the first signal and the second signal, and that has a cut-off frequency equal to or higher than a cut-off frequency of the low-pass filter; and a mixing unit adapted to mix the output from the low-pass filter and the output from the high-pass filter, and to output the resultant, wherein the signal processing apparatus is configured to receive a signal picked up by a vibration sensor as said first signal, and the signal processing apparatus comprises a filter circuit adapted to generate the second signal by performing a convolution operation to the first signal so as to add a resonance component. a low-pass filter adapted to receive either one of a first signal acquired by picking up a vibration of a string and a second signal corresponding to an instrument sound including resonance of a body due to the vibration of the string; a high-pass filter that is adapted to receive the other one of the first signal and the second signal, and that has a cut-off frequency equal to or higher than a cut-off frequency of the low-pass filter; and a mixing unit adapted to mix the output from the low-pass filter and the output from the high-pass filter, and to output the resultant, wherein the signal processing apparatus is configured to receive a signal picked up by a vibration sensor as said first signal, and the signal processing apparatus comprises a filter circuit adapted to generate the second signal by performing a convolution operation to the first signal so as to add a resonance component.
A method for reporting capability of a machine type communication, MTC, device, comprising: the MTC device mapping a combination consisting of capability parameters of the MTC device to an index, based on a same rule of a network side, wherein the rule is a corresponding relationship between the capability parameters combination of the MTC device and the index; wherein the MTC device mapping the combination consisting of capability parameters of the MTC device to the index, based on the same rule of the network side, the index comprising a first index and a second index, comprises: based on the rule, the MTC device mapping a combination consisting of uplink capability parameters of the MTC device to the first index, and mapping a combination consisting of downlink capability parameters of the MTC device to the second index; and the MTC device reporting the index to the network side. the MTC device mapping a combination consisting of capability parameters of the MTC device to an index, based on a same rule of a network side, wherein the rule is a corresponding relationship between the capability parameters combination of the MTC device and the index; wherein the MTC device mapping the combination consisting of capability parameters of the MTC device to the index, based on the same rule of the network side, the index comprising a first index and a second index, comprises: based on the rule, the MTC device mapping a combination consisting of uplink capability parameters of the MTC device to the first index, and mapping a combination consisting of downlink capability parameters of the MTC device to the second index; and the MTC device reporting the index to the network side. based on the rule, the MTC device mapping a combination consisting of uplink capability parameters of the MTC device to the first index, and mapping a combination consisting of downlink capability parameters of the MTC device to the second index; and the MTC device reporting the index to the network side.
A method performed by a multiradio controller having one or more interfaces, the one or more interfaces dedicated for conveying time-sensitive information between the multiradio controller and two or more radio modems, wherein the multiradio controller and the two or more radio modems are comprised within a single device, the method comprising: receiving synchronization information from the two or more radio modems through the one or more interfaces; transmitting control information through the one or more interfaces to the two or more radio modems; and in response to determining a potential conflict between the two or more radio modems, transmitting a disable command to at least one of the two or more radio modems through the one or more interfaces. receiving synchronization information from the two or more radio modems through the one or more interfaces; transmitting control information through the one or more interfaces to the two or more radio modems; and in response to determining a potential conflict between the two or more radio modems, transmitting a disable command to at least one of the two or more radio modems through the one or more interfaces.
A method in a user equipment, UE, characterized by comprising: receiving (402, 201) configuration information from a network side device, wherein the configuration information includes a cell list, entering (403, 202) an intermediate state according to the configuration information, wherein the UE stores context information during the intermediate state, the context information of the UE includes an identifier of the UE, performing cell reselection within cells in the cell list, without notifying a network side device of a current serving cell. receiving (402, 201) configuration information from a network side device, wherein the configuration information includes a cell list, entering (403, 202) an intermediate state according to the configuration information, wherein the UE stores context information during the intermediate state, the context information of the UE includes an identifier of the UE, performing cell reselection within cells in the cell list, without notifying a network side device of a current serving cell.
A battery string comprising: two or more monoblock VRLA batteries wired in series, wherein a total voltage of the battery string is at least 12 volts; each monoblock battery comprises an alternating sequence of positive and negative electrodes, a separator is disposed between each of the electrodes, the separator comprises a microporous polyolefin layer including a surfactant, said microporous polyolefin layer being sandwiched between two layers of absorptive glassmat material, wherein the microporous polyolefin layer is ribbed, embossed, and/or textured, and wherein the surfactant suppresses an overcharge potential for one or more of the monoblock batteries and/or decreases grid corrosion occurring for one or more of the monoblock batteries wherein the surfactant comprises a non-ionic surfactant. two or more monoblock VRLA batteries wired in series, wherein a total voltage of the battery string is at least 12 volts; each monoblock battery comprises an alternating sequence of positive and negative electrodes, a separator is disposed between each of the electrodes, the separator comprises a microporous polyolefin layer including a surfactant, said microporous polyolefin layer being sandwiched between two layers of absorptive glassmat material, wherein the microporous polyolefin layer is ribbed, embossed, and/or textured, and wherein the surfactant suppresses an overcharge potential for one or more of the monoblock batteries and/or decreases grid corrosion occurring for one or more of the monoblock batteries wherein the surfactant comprises a non-ionic surfactant.
A method of disinfecting water by means of UV irradiation in water supply installations in buildings, ships or the like, having a water tapping point, namely a hand-held spray, flexibly attached to a hose, and a water tapping point holding means to receive the water tapping point when not in use, wherein the UV irradiation takes place at the water tapping point, characterised in that the UV irradiation is directed from the water tapping point holding means onto a window, permeable to UV radiation, of the water tapping point when the water tapping point is received in the water tapping point holding means.
A method for encoding video data, the method comprising: generating a bitstream that includes data that represent a residual quad tree, RQT, for a coding unit, CU, the CU being larger than a maximum-allowable transform unit, TU, size, the RQT including a hierarchy of nodes, wherein a root node of the RQT corresponds to the CU as a whole and leaf nodes of the RQT correspond to TUs of the CU, wherein the bitstream includes at least one chroma component coded block flag, CBF, at the root node of the RQT, each RQT root node chroma component CBF indicating whether any of the TUs of the CU are associated with a significant chroma coefficient block that is based on samples of the respective chroma component; and outputting the bitstream. generating a bitstream that includes data that represent a residual quad tree, RQT, for a coding unit, CU, the CU being larger than a maximum-allowable transform unit, TU, size, the RQT including a hierarchy of nodes, wherein a root node of the RQT corresponds to the CU as a whole and leaf nodes of the RQT correspond to TUs of the CU, wherein the bitstream includes at least one chroma component coded block flag, CBF, at the root node of the RQT, each RQT root node chroma component CBF indicating whether any of the TUs of the CU are associated with a significant chroma coefficient block that is based on samples of the respective chroma component; and outputting the bitstream.
A solar unit assembly comprising a plurality of solar collector units having the same width arranged in at least three rows, a receiver, a single longitudinal primary support element a plurality of longitudinal secondary support elements, and one side support element at each longitudinal end of the assembly, each solar collector unit comprising a flexible reflector element and a support structure supporting said reflector element and said support structure comprising a predefined number of profiles per length unit, in which the plurality of solar collector units defines a longitudinal direction (x) and an arcuate direction (a), wherein the receiver is connected to the primary support element, that the primary support element is attached solely to the first row of one or more solar collector units (211, 212, 213) extending in the longitudinal direction, to the side support elements and the receiver, and that the plurality of secondary support elements is attached solely to a respective one of remaining rows of one or more solar collector units (221, 222, 223: 231, 232, 233...271, 272, 273) in the longitudinal direction and to the side support elements.
A print control apparatus configured to cause printing means (102, 105, 106) to perform duplex printing on a continuous sheet, the print control apparatus comprising: determination means configured to, in a case where causing the printing means (102, 105, 106) to perform printing of a first print page and a second print page on a continuous sheet, determine whether a sheet type of a continuous sheet to be used for the first print page is the same as a sheet type of a continuous sheet to be used for the second print page, wherein at least one of the first print page and the second print page is to be printed in duplex print mode; and print control means configured to perform control to, in a case where the determination means determines that the sheet type of the continuous sheets to be used for the first print page and the second print page is the same, cause the printing means (102, 105, 106) to continuously print image of the first print page to be arranged on a first surface of the continuous sheet and image of the second print page to be arranged on the first surface of the continuous sheet and cause the printing means (102, 105, 106) to print one or more images of print page to be printed in duplex print mode among the first print page and the second print page to be arranged on an opposite surface of the continuous sheet. determination means configured to, in a case where causing the printing means (102, 105, 106) to perform printing of a first print page and a second print page on a continuous sheet, determine whether a sheet type of a continuous sheet to be used for the first print page is the same as a sheet type of a continuous sheet to be used for the second print page, wherein at least one of the first print page and the second print page is to be printed in duplex print mode; and print control means configured to perform control to, in a case where the determination means determines that the sheet type of the continuous sheets to be used for the first print page and the second print page is the same, cause the printing means (102, 105, 106) to continuously print image of the first print page to be arranged on a first surface of the continuous sheet and image of the second print page to be arranged on the first surface of the continuous sheet and cause the printing means (102, 105, 106) to print one or more images of print page to be printed in duplex print mode among the first print page and the second print page to be arranged on an opposite surface of the continuous sheet.
A beverage container, in particular for preparing and ageing wine and spirits, said container including one or more tube(s) (17, 18) for the circulation of a cooling fluid and/or a heating fluid, characterised in that - said container including a container body which is spherical or ovoid, said body comprising a lower first body half and an upper second body half, - each body half (11, 12) comprises a tube for the circulation of a cooling fluid and/or a heating fluid, each tube comprising an inlet end and an outlet end, at least one of said ends projecting from said corresponding body half (11, 12), and in that - the inlet ends of said tubes (17, 18) are connected to the same fluid draw-off point. - said container including a container body which is spherical or ovoid, said body comprising a lower first body half and an upper second body half, - each body half (11, 12) comprises a tube for the circulation of a cooling fluid and/or a heating fluid, each tube comprising an inlet end and an outlet end, at least one of said ends projecting from said corresponding body half (11, 12), and in that - the inlet ends of said tubes (17, 18) are connected to the same fluid draw-off point.
An earbud comprising: a housing comprising an earbud member integrally formed with a longitudinal member comprising first and second ends, the earbud member including an acoustic port disposed adjacent to the first end; a speaker disposed in the earbud member and aligned to emit sound from the acoustic port; a rechargeable battery positioned within the longitudinal member; a plurality of electrical contacts disposed at an end of the longitudinal member; battery charging circuitry coupled to the rechargeable battery and at least one contact in the plurality of electrical contacts, the battery charging circuitry positioned within the longitudinal member and configured to receive electrical power from the at least one contact to charge the rechargeable battery; a second acoustic port disposed at the exterior surface of the elongate longitudinal member; and a microphone disposed in the elongate longitudinal member and aligned with a channel that fluidically couples the microphone to the second acoustic port; wherein the longitudinal member is tubular; and the plurality of external electrical contacts are disposed at an exterior surface of the second end of the elongate longitudinal member; characterised in that: the plurality of contacts comprises a first contact and a second contact and wherein the second acoustic port is disposed between the first and second contacts. a housing comprising an earbud member integrally formed with a longitudinal member comprising first and second ends, the earbud member including an acoustic port disposed adjacent to the first end; a speaker disposed in the earbud member and aligned to emit sound from the acoustic port; a rechargeable battery positioned within the longitudinal member; a plurality of electrical contacts disposed at an end of the longitudinal member; battery charging circuitry coupled to the rechargeable battery and at least one contact in the plurality of electrical contacts, the battery charging circuitry positioned within the longitudinal member and configured to receive electrical power from the at least one contact to charge the rechargeable battery; a second acoustic port disposed at the exterior surface of the elongate longitudinal member; and a microphone disposed in the elongate longitudinal member and aligned with a channel that fluidically couples the microphone to the second acoustic port; wherein the longitudinal member is tubular; and the plurality of external electrical contacts are disposed at an exterior surface of the second end of the elongate longitudinal member; characterised in that: the plurality of contacts comprises a first contact and a second contact and wherein the second acoustic port is disposed between the first and second contacts.
A securing means for securing vehicles or moving objects towards mountain sides on steep terrain, including a bottom sleeve anchored to the bottom and a securing pole inserted therein, which is guided along, and supported in, the longitudinal direction of the bottom sleeve and is either releasably attached or held by an adjusting device in a position along the longitudinal direction of the bottom sleeve to provide an attachment point for securing vehicles or objects towards mountain sides on steep terrain with an attachment device located at the securing pole at a height from the bottom, wherein the securing means resists a shear force at the attachment device of at least 5 t, wherein the length of the securing pole including the attachment device is at least 170 cm and at most 570 cm, and wherein the securing pole protrudes into the bottom sleeve at an extent of at least 60 cm in the position in which it provides an attachment point located at a height from the bottom for securing vehicles towards mountain sides on steep terrain.
Reduced graphene oxide-silver phosphate (RGO-AgP) which comprises reduced graphene oxide in the range of 0.82 - 5.44% and AgP in the range of 94.56 - 99.18%