mhurhangee/ep-ind-claims huggingface dataset:
A method of assembling a control card on to a cooling plate of a hermetic compressor, comprising: • providing a case having a base plate; ∘ having a first side wall and a second side wall having a first connecting tab and a second connecting tab respectively, extending parallel to the base plate and forming a channel thereinbetween; ∘ having a protrusion and a rear wall extending between said side walls (5,6); • providing the cooling plate having an aperture and at least one recess provided on an edge of the cooling plate; • providing at least a third connecting tab on the rear wall with a rim pointing downwards towards the base plate; • providing a stabilizer on the surface of the cooling plate pointing away from the base plate, • attaching the cooling plate to the base plate via the aperture through which the protrusion is inserted and wherein the recess and connecting tabs (7,8) are vertically aligned; • attaching the cooling plate by slidably moving on to the protrusion along the aperture and inside the channel along the edge simultaneously towards the rear wall; • positioning the cooling plate to have a final position, wherein the cooling plate is abutting against the rear wall underneath the rim and the protrusion is near a second end opposing the first end along the aperture so as to vertically align and couple the stabilizer with the rim. • providing a case having a base plate; ∘ having a first side wall and a second side wall having a first connecting tab and a second connecting tab respectively, extending parallel to the base plate and forming a channel thereinbetween; ∘ having a protrusion and a rear wall extending between said side walls (5,6); ∘ having a first side wall and a second side wall having a first connecting tab and a second connecting tab respectively, extending parallel to the base plate and forming a channel thereinbetween; ∘ having a protrusion and a rear wall extending between said side walls (5,6); • providing the cooling plate having an aperture and at least one recess provided on an edge of the cooling plate; • providing at least a third connecting tab on the rear wall with a rim pointing downwards towards the base plate; • providing a stabilizer on the surface of the cooling plate pointing away from the base plate, • attaching the cooling plate to the base plate via the aperture through which the protrusion is inserted and wherein the recess and connecting tabs (7,8) are vertically aligned; • attaching the cooling plate by slidably moving on to the protrusion along the aperture and inside the channel along the edge simultaneously towards the rear wall; • positioning the cooling plate to have a final position, wherein the cooling plate is abutting against the rear wall underneath the rim and the protrusion is near a second end opposing the first end along the aperture so as to vertically align and couple the stabilizer with the rim.
A urinary catheter assembly comprising: a protective tip (20, 78, 78', 94, 104, 200, 500) comprising: a generally tubular body portion (84, 84', 98, 118) defining an interior cavity (82, 82', 112); and at least one projection (28, 80, 80a, 80', 80'a, 96, 110, 110a, 304, 404) extending into the interior cavity (82, 82', 112) of the body portion (84, 84', 98, 118); and a urinary catheter (12, 92, 116, 208, 308, 408, 506) at least partially positioned within the body portion (84, 84', 98, 118) and including at least one eye (90, 90a, 114, 114a, 206, 306, 406), wherein said at least one projection (28, 80, 80a, 80', 80'a, 96, 110, 110a, 304, 404) is at least partially received by said at least one eye (90, 90a, 114, 114a, 206, 306, 406) of the urinary catheter (12, 92, 116, 208, 308, 408, 506). a protective tip (20, 78, 78', 94, 104, 200, 500) comprising: a generally tubular body portion (84, 84', 98, 118) defining an interior cavity (82, 82', 112); and at least one projection (28, 80, 80a, 80', 80'a, 96, 110, 110a, 304, 404) extending into the interior cavity (82, 82', 112) of the body portion (84, 84', 98, 118); and a generally tubular body portion (84, 84', 98, 118) defining an interior cavity (82, 82', 112); and at least one projection (28, 80, 80a, 80', 80'a, 96, 110, 110a, 304, 404) extending into the interior cavity (82, 82', 112) of the body portion (84, 84', 98, 118); and a urinary catheter (12, 92, 116, 208, 308, 408, 506) at least partially positioned within the body portion (84, 84', 98, 118) and including at least one eye (90, 90a, 114, 114a, 206, 306, 406), wherein said at least one projection (28, 80, 80a, 80', 80'a, 96, 110, 110a, 304, 404) is at least partially received by said at least one eye (90, 90a, 114, 114a, 206, 306, 406) of the urinary catheter (12, 92, 116, 208, 308, 408, 506).
Gas turbine engine, having a control system and a bearing, the control system comprising a processing unit, the gas turbine engine characterized by at least one piezoelectric, in particular piezoresistive, element arranged at the bearing adapted to support a shaft (20, 21) of the gas turbine engine, wherein the piezoelectric element is adapted to provide information indicative for a force (F x, F y, F z) acting on the bearing to the processing unit, wherein the processing unit is adapted to determine a thrust force of the gas turbine engine based on the information provided by the piezoelectric element.
A dual-modem device comprising: a first modem configured to communicate with at least one of a first type Packet Data Network, PDN, and a second type PDN of a first network; and a host block including a second modem configured to communicate with a second network and a host module for controlling the first modem and processing data corresponding to the first network or the second network; an Inter-Processor Communication, IPC, interface configured to transceive data and control signals between the first modem and the host module of the host block; and an application processor configured to initiate a suspend mode and transceive signals associated with the suspend mode, wherein the host module is configured to transmit a suspend message to the first modem via the application processor for shifting from a normal mode to the suspend mode, block the IPC interface and shift from the normal mode to the suspend mode, wherein the first modem is configured to transmit a suspend response message to the host module via the application processor in response to the suspend message, wherein the first modem is configured to disconnect a connection with the first type PDN after elapse of a predetermined amount of time when the host module shifts to the suspend mode, and to maintain a connection with the second type PDN. a first modem configured to communicate with at least one of a first type Packet Data Network, PDN, and a second type PDN of a first network; and a host block including a second modem configured to communicate with a second network and a host module for controlling the first modem and processing data corresponding to the first network or the second network; an Inter-Processor Communication, IPC, interface configured to transceive data and control signals between the first modem and the host module of the host block; and an application processor configured to initiate a suspend mode and transceive signals associated with the suspend mode, wherein the host module is configured to transmit a suspend message to the first modem via the application processor for shifting from a normal mode to the suspend mode, block the IPC interface and shift from the normal mode to the suspend mode, wherein the first modem is configured to transmit a suspend response message to the host module via the application processor in response to the suspend message, wherein the first modem is configured to disconnect a connection with the first type PDN after elapse of a predetermined amount of time when the host module shifts to the suspend mode, and to maintain a connection with the second type PDN.
A footwear lacing apparatus comprising: a housing structure comprising: a first inlet; a second inlet; and a lacing channel extending between the first and second inlets, the lacing channel comprising: a spool receptacle located between the first and second inlets; a first relief area defined by a pair of angled channel transition walls extending from the spool receptacle to the first inlet; and a second relief area defined by a pair of angled channel transition walls extending from the spool receptacle to the second inlet; wherein the first and second relief areas are linearly tapered between the spool receptacle and the first and second inlets, respectively; a spool disposed in the spool receptacle of the lacing channel; and a drive mechanism coupling with the spool and adapted to rotate the spool to wind or unwind a lace cable extending through the lacing channel and through the spool; and wherein the pairs of angled channel transition walls of the first and second relief areas comprise planar sidewalls extending from the spool receptacle to form passageways that taper from the spool receptacle to the first and second inlets, respectively. a housing structure comprising: a first inlet; a second inlet; and a lacing channel extending between the first and second inlets, the lacing channel comprising: a spool receptacle located between the first and second inlets; a first relief area defined by a pair of angled channel transition walls extending from the spool receptacle to the first inlet; and a second relief area defined by a pair of angled channel transition walls extending from the spool receptacle to the second inlet; wherein the first and second relief areas are linearly tapered between the spool receptacle and the first and second inlets, respectively; a first inlet; a second inlet; and a lacing channel extending between the first and second inlets, the lacing channel comprising: a spool receptacle located between the first and second inlets; a first relief area defined by a pair of angled channel transition walls extending from the spool receptacle to the first inlet; and a second relief area defined by a pair of angled channel transition walls extending from the spool receptacle to the second inlet; wherein the first and second relief areas are linearly tapered between the spool receptacle and the first and second inlets, respectively; a spool receptacle located between the first and second inlets; a first relief area defined by a pair of angled channel transition walls extending from the spool receptacle to the first inlet; and a second relief area defined by a pair of angled channel transition walls extending from the spool receptacle to the second inlet; wherein the first and second relief areas are linearly tapered between the spool receptacle and the first and second inlets, respectively; a spool disposed in the spool receptacle of the lacing channel; and a drive mechanism coupling with the spool and adapted to rotate the spool to wind or unwind a lace cable extending through the lacing channel and through the spool; and
An equalizer controller comprising: an audio classifier for continuously identifying the audio type of an audio signal comprising to-be-identified audio content; and an adjusting unit for adjusting an equalizer in a continuous manner based on a confidence value of the audio type as identified, wherein the audio classifier is configured to classify the audio signal into multiple audio types with corresponding confidence values, and the adjusting unit is configured to consider at least some of the multiple audio types through weighting the confidence values of the multiple audio types based on the importance of the multiple audio types the confidence value represents the matched level between the to-be-identified audio content and a target audio type. an audio classifier for continuously identifying the audio type of an audio signal comprising to-be-identified audio content; and an adjusting unit for adjusting an equalizer in a continuous manner based on a confidence value of the audio type as identified, wherein the audio classifier is configured to classify the audio signal into multiple audio types with corresponding confidence values, and the adjusting unit is configured to consider at least some of the multiple audio types through weighting the confidence values of the multiple audio types based on the importance of the multiple audio types the confidence value represents the matched level between the to-be-identified audio content and a target audio type.
A Ceramic Matrix Composite airfoil for a gas turbine engine comprising: a first multiple of CMC plies which define a suction side, a first airfoil portion of said first multiple of CMC plies at least partially parallel to an airfoil axis and a first fillet portion of said first multiple of CMC plies transverse to said airfoil axis; a second multiple of CMC plies which define a pressure side, a second airfoil portion of second multiple of CMC plies at least partially parallel to said airfoil axis and a second fillet portion of said second multiple of CMC plies transverse to said airfoil axis, wherein said second airfoil portion of said second multiple of CMC plies are bonded to said first airfoil portion of said first multiple of CMC plies; a third multiple of CMC plies bonded to said first fillet portion of said first multiple of CMC plies and said second fillet portion of said second multiple of CMC plies, said third multiple of CMC plies transverse to said airfoil axis to define a first generally triangular area; a fourth multiple of CMC plies bonded to a second fillet portion of said first multiple of CMC plies and a second fillet portion of said second multiple of CMC plies, said fourth multiple of CMC plies transverse to said airfoil axis to define a second generally triangular area; and a CMC fabric filler material within said first generally triangular area. a first multiple of CMC plies which define a suction side, a first airfoil portion of said first multiple of CMC plies at least partially parallel to an airfoil axis and a first fillet portion of said first multiple of CMC plies transverse to said airfoil axis; a second multiple of CMC plies which define a pressure side, a second airfoil portion of second multiple of CMC plies at least partially parallel to said airfoil axis and a second fillet portion of said second multiple of CMC plies transverse to said airfoil axis, wherein said second airfoil portion of said second multiple of CMC plies are bonded to said first airfoil portion of said first multiple of CMC plies; a third multiple of CMC plies bonded to said first fillet portion of said first multiple of CMC plies and said second fillet portion of said second multiple of CMC plies, said third multiple of CMC plies transverse to said airfoil axis to define a first generally triangular area; a fourth multiple of CMC plies bonded to a second fillet portion of said first multiple of CMC plies and a second fillet portion of said second multiple of CMC plies, said fourth multiple of CMC plies transverse to said airfoil axis to define a second generally triangular area; and a CMC fabric filler material within said first generally triangular area.
Device for controlling the poles of an electric control apparatus capable of driving a shaft, called the first shaft, for supporting the movable contacts of the apparatus between an open position of the pole in which the movable contacts and the fixed contacts of the apparatus are separated and a closed position of the pole in which these movable and fixed contacts are in contact, the said device comprising a closure spring controlled by an operating shaft, called the second shaft, the said spring being capable of transmitting closure energy to the said shaft called the first shaft after compression and passing of the said spring beyond a neutral point line of passage, by means of a cam rotated by the said shaft called the second shaft, and interacting with a roller secured to the shaft called the first shaft, means for holding the control shaft called the first shaft in the closed position, and means for unlocking the aforementioned holding means allowing the rapid opening of the contacts of the apparatus, the aforementioned holding means and the aforementioned unlocking means of the holding means being supported by the said cam (7, 8) for operating the shaft supporting the contacts, the profile of the cam being such that the roller remains pressing on the cam in the aforementioned holding position, the aforementioned unlocking means comprising a beak-shaped portion belonging to the cam (7, 8), this portion being capable of being retracted by the roller at the end of the manoeuvre for opening the apparatus corresponding to the beginning of the rotation of the control shaft called the first shaft in the opening direction, so as to make the rapid opening of this control shaft easier, during a manoeuvre for opening the pole, the compression spring being compressed, and the cam (7, 8) being rotated so as to bring the cam (7, 8) and the roller to an equilibrium point, after which the portion forming a beak of the cam is retracted by the roller, which causes the contacts to open, and the aforementioned cam comprising a cam called a fixed cam and a cam called a movable cam, which can be rotated relative to the fixed cam, the two cams being formed in such a manner that, during a closing manoeuvre, the shaft called the second shaft drives the two cams (7, 8) at the same time and the roller interacts with the outer surface of the two cams, that, during an opening manoeuvre, the shaft called the second shaft is driven in the same direction, and that, at the end of the opening manoeuvre, the roller interacts only with the portion forming a beak of the movable cam so that the force component of the roller on the cam drives away the movable cam by rotation of the latter relative to the fixed cam and releases the shaft called the first shaft.
A detector comprising: a pixel comprising a first subpixel and a second subpixel, wherein the first subpixel is configured to generate a first electrical signal upon exposure to radiation, and wherein the second subpixel is configured to generate a second electrical signal upon exposure to the radiation; wherein the detector is configured to determine a number of particles of the radiation incident on the first subpixel over a first period of time, based on the first electrical signal; wherein the detector is configured to determine an intensity of the radiation by integrating the second electrical signal over a second period of time; wherein the pixel further comprises a third subpixel configured to generate a third electrical signal upon exposure to the radiation; wherein the detector is configured to determine a number of particles of the radiation incident on the third subpixel over the first period of time, based on the third electrical signal; and characterized in that the detector is configured to determine a sum of the number of particles of the radiation incident on the first subpixel and the number of particles of the radiation incident on the third subpixel over the first period of time. a pixel comprising a first subpixel and a second subpixel, wherein the first subpixel is configured to generate a first electrical signal upon exposure to radiation, and wherein the second subpixel is configured to generate a second electrical signal upon exposure to the radiation; wherein the detector is configured to determine a number of particles of the radiation incident on the first subpixel over a first period of time, based on the first electrical signal; wherein the detector is configured to determine an intensity of the radiation by integrating the second electrical signal over a second period of time; wherein the pixel further comprises a third subpixel configured to generate a third electrical signal upon exposure to the radiation; wherein the detector is configured to determine a number of particles of the radiation incident on the third subpixel over the first period of time, based on the third electrical signal; and characterized in that the detector is configured to determine a sum of the number of particles of the radiation incident on the first subpixel and the number of particles of the radiation incident on the third subpixel over the first period of time.
A method performed by a user equipment, UE, (100, 200) in a wireless communication system, the method comprising: obtaining message A comprising a physical random access channel, PRACH, preamble and a physical uplink shared channel, PUSCH; and transmitting the message A, characterized in that: based on the PUSCH being configured by cyclic prefix based orthogonal frequency division multiplex, CP-OFDM: a seed value of a certain number of demodulation reference signal, DMRS, sequences related to a DMRS for the PUSCH is determined based on a random access preamble identifier, RAPID, of the PRACH preamble among 2 parameters in a predefined parameter set. obtaining message A comprising a physical random access channel, PRACH, preamble and a physical uplink shared channel, PUSCH; and transmitting the message A, characterized in that: based on the PUSCH being configured by cyclic prefix based orthogonal frequency division multiplex, CP-OFDM: a seed value of a certain number of demodulation reference signal, DMRS, sequences related to a DMRS for the PUSCH is determined based on a random access preamble identifier, RAPID, of the PRACH preamble among 2 parameters in a predefined parameter set.
A cross master base station eNB, MeNB, switching method, characterized in that the method comprises: determining, by a target MeNB, that a User Equipment, UE, has already established a Selected Internet Protocol Traffic Offload, SIPTO/Local Internet Protocol Access, LIPA, service on a secondary base station eNB, SeNB, before switching; and retaining or releasing, by the target MeNB, the SIPTO/LIPA service, wherein in the condition in which the target MeNB determines to retain the SIPTO/LIPA service, the retaining, by the target MeNB, the SIPTO/LIPA service further comprises: receiving, by the SeNB, a UE context release message, and not releasing, by the SeNB, the SIPTO/LIPA service; and in a condition in which the target MeNB determines to release the SIPTO/LIPA service, the releasing, by the target MeNB, the SIPTO/LIPA service further comprises: receiving, by the SeNB, a bearer deleting list information/a SeNB release message/a UE context release message, and releasing, by the SeNB, the SIPTO/LIPA service according to the bearer deleting list information/the SeNB release message/the UE context release message, and wherein the UE accesses a source MeNB and the SeNB through dual links before the switching, and the UE accesses the target MeNB and the SeNB through dual links after the switching, and a collocated Local GateWay, L-GW, supporting the SIPTO/LIPA service is arranged on the SeNB. determining, by a target MeNB, that a User Equipment, UE, has already established a Selected Internet Protocol Traffic Offload, SIPTO/Local Internet Protocol Access, LIPA, service on a secondary base station eNB, SeNB, before switching; and retaining or releasing, by the target MeNB, the SIPTO/LIPA service, wherein in the condition in which the target MeNB determines to retain the SIPTO/LIPA service, the retaining, by the target MeNB, the SIPTO/LIPA service further comprises: receiving, by the SeNB, a UE context release message, and not releasing, by the SeNB, the SIPTO/LIPA service; and in a condition in which the target MeNB determines to release the SIPTO/LIPA service, the releasing, by the target MeNB, the SIPTO/LIPA service further comprises: receiving, by the SeNB, a bearer deleting list information/a SeNB release message/a UE context release message, and releasing, by the SeNB, the SIPTO/LIPA service according to the bearer deleting list information/the SeNB release message/the UE context release message, and wherein the UE accesses a source MeNB and the SeNB through dual links before the switching, and the UE accesses the target MeNB and the SeNB through dual links after the switching, and a collocated Local GateWay, L-GW, supporting the SIPTO/LIPA service is arranged on the SeNB.