mhurhangee/ep-ind-claims huggingface dataset:
A device for treatment of obstructive sleep apnea, the device comprising: a. a cooling unit for chilling a cooling fluid; and b. an applicator for receiving the cooling fluid, the applicator comprising an engagement member configured for contact with oropharyngeal tissue, the applicator and cooling unit being configured to cooperatively cause cooling of the oropharyngeal tissue by placement of the engagement member in contact with a surface of the oropharyngeal tissue, the engagement member being configured to be cooled to a temperature between approximately 5 °C and approximately -25 °C during contact for a time sufficient to cause cryolysis of adipose tissue, thereby to reduce a volume of said adipose tissue. a. a cooling unit for chilling a cooling fluid; and b. an applicator for receiving the cooling fluid, the applicator comprising an engagement member configured for contact with oropharyngeal tissue,
A base station (101; 102; 103) operable to receive an uplink signal transmitted by a subscriber station (111; 112; 113; 114; 115; 116) in a wireless network configured to communicate with a plurality of subscriber stations (111, 112, 113, 114, 115, 116) according to a multi-carrier protocol, the subscriber station configured to transmit in the uplink using a configurable spectral shaping filter and using a plurality of selectable modulation orders, wherein the base station (101; 102; 103) is configured to: determine a required bandwidth efficiency associated with the subscriber station; and select a modulation order and a spectral shaping filter parameter to be used by the subscriber station (111; 112; 113; 114; 115; 116) to transmit in the uplink, wherein the base station (101; 102; 103) selects the modulation order and the spectral shaping filter parameter from a look-up table based on a power efficiency of the subscriber station (111; 112; 113; 114; 115; 116) while meeting the required bandwidth efficiency. determine a required bandwidth efficiency associated with the subscriber station; and select a modulation order and a spectral shaping filter parameter to be used by the subscriber station (111; 112; 113; 114; 115; 116) to transmit in the uplink, wherein the base station (101; 102; 103) selects the modulation order and the spectral shaping filter parameter from a look-up table based on a power efficiency of the subscriber station (111; 112; 113; 114; 115; 116) while meeting the required bandwidth efficiency.
A System on Chip, SoC, for reducing power consumption, comprising: a clock unit arranged to provide clock signals to elements included in the SoC; a Central Processing Unit, CPU, arranged to control the SoC to perform designated functions; a main regulator; a restoration processor; and a Power Management Unit, PMU; the SoC being further characterized in that: the main regulator is arranged to supply power provided from an external battery to elements included in the SoC other than the PMU; wherein the PMU is arranged to detect a first transition from an active state to a sleep state, and if a first transition is detected the PMU is arranged: to control the clock unit to stop the provision of a clock signal to the CPU; to control the restoration processor to store, in the PMU, register information from the CPU and peripherals included in the SoC; to control the clock unit to stop the provision of all clock signals when the restoration processor indicates that all register information has been stored; and to control the main regulator to be powered off. a clock unit arranged to provide clock signals to elements included in the SoC; a Central Processing Unit, CPU, arranged to control the SoC to perform designated functions; a main regulator; a restoration processor; and a Power Management Unit, PMU; the SoC being further characterized in that: the main regulator is arranged to supply power provided from an external battery to elements included in the SoC other than the PMU; wherein the PMU is arranged to detect a first transition from an active state to a sleep state, and if a first transition is detected the PMU is arranged: to control the clock unit to stop the provision of a clock signal to the CPU; to control the restoration processor to store, in the PMU, register information from the CPU and peripherals included in the SoC; to control the clock unit to stop the provision of all clock signals when the restoration processor indicates that all register information has been stored; and to control the main regulator to be powered off. the main regulator is arranged to supply power provided from an external battery to elements included in the SoC other than the PMU; wherein the PMU is arranged to detect a first transition from an active state to a sleep state, and if a first transition is detected the PMU is arranged: to control the clock unit to stop the provision of a clock signal to the CPU; to control the restoration processor to store, in the PMU, register information from the CPU and peripherals included in the SoC; to control the clock unit to stop the provision of all clock signals when the restoration processor indicates that all register information has been stored; and to control the main regulator to be powered off. to control the clock unit to stop the provision of a clock signal to the CPU; to control the restoration processor to store, in the PMU, register information from the CPU and peripherals included in the SoC; to control the clock unit to stop the provision of all clock signals when the restoration processor indicates that all register information has been stored; and to control the main regulator to be powered off.
A turbine engine stator vane having a leading end and a trailing end each having a lateral thickness, and a mean camber line that reverses curvature at least once over at least part of the vane span, characterised in that: the lateral thickness (t LE) of the leading end is equal to the lateral thickness (t TE) of the trailing end. the lateral thickness (t LE) of the leading end is equal to the lateral thickness (t TE) of the trailing end.
Perceptual transform audio decoder comprising a noise filler configured to perform noise filling on a spectrum of an audio signal by filling the spectrum with noise so as to obtain a noise filled spectrum; and a frequency domain noise shaper configured to subject the noise filled spectrum to spectral shaping using a spectral perceptual weighting function, wherein the frequency domain noise shaper is configured to determine the spectral perceptual weighting function from linear prediction coefficient information signaled in a data stream into which the spectrum is coded, or determine the spectral perceptual weighting function from scale factors relating to scale factor bands, signaled in the data stream into which the spectrum is coded, wherein the noise filler is configured to perform, within contiguous spectral zero-portions of the audio signal's spectrum, a spectral line-wise multiplication between an intermediary noise signal and a function which monotonically decreases across the contiguous spectral zero-portions and across the whole spectrum, respectively, so as to fill the contiguous spectral zero-portions with noise which exhibits a spectrally global tilt having a negative slope, wherein the noise filler is further configured to, for each contiguous spectral zero-portion, further spectrally shape the noise for filling the respective contiguous spectral zero-portion using another function (48, 50) which assumes a maximum in an inner of the contiguous spectral zero-portion, and has outwardly falling edges (58, 60) a spectral width (54, 56) of which positively depends on the tonality. a noise filler configured to perform noise filling on a spectrum of an audio signal by filling the spectrum with noise so as to obtain a noise filled spectrum; and a frequency domain noise shaper configured to subject the noise filled spectrum to spectral shaping using a spectral perceptual weighting function, wherein the frequency domain noise shaper is configured to determine the spectral perceptual weighting function from linear prediction coefficient information signaled in a data stream into which the spectrum is coded, or determine the spectral perceptual weighting function from scale factors relating to scale factor bands, signaled in the data stream into which the spectrum is coded, wherein the noise filler is configured to perform, within contiguous spectral zero-portions of the audio signal's spectrum, a spectral line-wise multiplication between an intermediary noise signal and a function which monotonically decreases across the contiguous spectral zero-portions and across the whole spectrum, respectively, so as to fill the contiguous spectral zero-portions with noise which exhibits a spectrally global tilt having a negative slope, wherein the noise filler is further configured to, for each contiguous spectral zero-portion, further spectrally shape the noise for filling the respective contiguous spectral zero-portion using another function (48, 50) which assumes a maximum in an inner of the contiguous spectral zero-portion, and has outwardly falling edges (58, 60) a spectral width (54, 56) of which positively depends on the tonality.
An active blade of a row weeder, equipped with an impeller, a mounting clamp, a clutch, the active blade being characterised in that on the impeller is fixed a slidable disc and - of the end of impeller - is fixed a blade disc, to which is rotatably connected a blade connector ended with a rotatable kinematic pair to connect to one end of a blade arm, while the other end of the blade arm is rotatably connected with a handle of blade, which further is mounted rotatably with a blade disc, in this way, the blade disc, the blade connector, the blade arm and the handle of blade make a four-bar linkage, while the handle of the blade, by means of a double rotatable and slidable kinematic pair, is connected with the sliding disc, which with forks is connected with a slide of a stepping motor.
Rotor can for a wet running electric motor wherein the rotor can comprises an inner layer made from a thermoplastic material which is at least partly surrounded by a supporting layer characterized in that said supporting layer is in form of a thermoplastic tape layer wound around and attached to the outside of the inner layer in a heating process.
Method for detecting a situation of driving over a poor road surface for a motor vehicle equipped with wheel rotational speed sensors for each wheel of said vehicle, said process comprising steps of: - receiving signals pertaining to the rotational speed of the wheels (ω ij) from said sensors; - band-pass filtering of signals received pertaining to the rotational speed of the wheels to isolate the low-frequency components representing the low-frequency noise present in the signals received; - calculating the maximum value (ω max (f)) of the signals pertaining to the rotational speed of the wheels thus filtered (ω ij (f)), said maximum value calculated representing the maximum value of the low-frequency noise for all the wheels; - thresholding of said maximum value calculated with respect to a threshold characterized in that this threshold is set, said method being also characterized by: - detecting a start of a situation of driving over a poor road surface comprising a count of a predetermined number of threshold crossings by said maximum value calculated (ω max (f)) over a predetermined running distance and in the absence of wheel slippage. - receiving signals pertaining to the rotational speed of the wheels (ω ij) from said sensors; - band-pass filtering of signals received pertaining to the rotational speed of the wheels to isolate the low-frequency components representing the low-frequency noise present in the signals received; - calculating the maximum value (ω max (f)) of the signals pertaining to the rotational speed of the wheels thus filtered (ω ij (f)), said maximum value calculated representing the maximum value of the low-frequency noise for all the wheels; - thresholding of said maximum value calculated with respect to a threshold characterized in that this threshold is set, - detecting a start of a situation of driving over a poor road surface comprising a count of a predetermined number of threshold crossings by said maximum value calculated (ω max (f)) over a predetermined running distance and in the absence of wheel slippage.
A gas turbine engine fan stand comprising a base frame and a fan case frame coupled together at one edge by a hinge; the fan case frame arranged to: • rotate about the hinge between abutting the base frame and substantially perpendicular thereto; • tilt about a yaw axis perpendicular to the hinge and in the plane of the fan case frame; and the fan case frame further comprising a coupling arrangement to couple, in use, a fan case to the fan case frame; the coupling arrangement arranged to rotate about a roll axis perpendicular to the hinge, spaced therefrom and through the plane of the fan case frame. • rotate about the hinge between abutting the base frame and substantially perpendicular thereto; • tilt about a yaw axis perpendicular to the hinge and in the plane of the fan case frame; and
A formulation for use in reducing intraocular pressure in a subject in need thereof, the formulation comprising a therapeutically-effective amount of a compound of the formula: or a pharmaceutically-acceptable salt, tautomer, or zwitterion thereof.
A hydraulic apparatus comprising: a hydraulic actuator comprising an actuator housing that at least partially defines a compression chamber and an extension chamber; a pump; a compression-side accumulator comprising: a compression-side accumulator housing defining a first internal volume that is divided, by a first barrier, into a first contained chamber and a first working chamber, wherein: the first working chamber is fluidly coupled to the pump by a compression-side first flow path having a first inertance; the first working chamber is fluidly coupled to the compression chamber by a compression-side second flow path having a second inertance; characterized in that the first inertance is larger than the second inertance. a hydraulic actuator comprising an actuator housing that at least partially defines a compression chamber and an extension chamber; a pump; a compression-side accumulator comprising: a compression-side accumulator housing defining a first internal volume that is divided, by a first barrier, into a first contained chamber and a first working chamber, wherein: the first working chamber is fluidly coupled to the pump by a compression-side first flow path having a first inertance; the first working chamber is fluidly coupled to the compression chamber by a compression-side second flow path having a second inertance; the first working chamber is fluidly coupled to the pump by a compression-side first flow path having a first inertance; the first working chamber is fluidly coupled to the compression chamber by a compression-side second flow path having a second inertance;
Support device for a detection element, said support device comprising: - a fastening support comprising: - a substantially flat support part, - a fastening part comprising two inclined, substantially flat walls (15a, 15b) that are connected by a connecting edge, said fastening part being connected to an edge of the support part parallel to the connecting edge, said fastening part being provided with fastening elements (17a, 17b, 18a, 18b, 19) intended to fasten the fastening support to a structural element of a motor vehicle, - an open protective casing that is intended to receive the detection element and comprises a substantially flat end wall surrounded by side walls (21a-21d) substantially perpendicular to the end wall, the latter being pressed against the support part, - assembly elements (22a, 22b, 23a, 23b, 24, 25) for assembling the protective casing on the fastening support, in particular in a chosen position that is not predetermined. - a fastening support comprising: - a substantially flat support part, - a fastening part comprising two inclined, substantially flat walls (15a, 15b) that are connected by a connecting edge, said fastening part being connected to an edge of the support part parallel to the connecting edge, said fastening part being provided with fastening elements (17a, 17b, 18a, 18b, 19) intended to fasten the fastening support to a structural element of a motor vehicle, - a substantially flat support part, - a fastening part comprising two inclined, substantially flat walls (15a, 15b) that are connected by a connecting edge, said fastening part being connected to an edge of the support part parallel to the connecting edge, said fastening part being provided with fastening elements (17a, 17b, 18a, 18b, 19) intended to fasten the fastening support to a structural element of a motor vehicle, - an open protective casing that is intended to receive the detection element and comprises a substantially flat end wall surrounded by side walls (21a-21d) substantially perpendicular to the end wall, the latter being pressed against the support part, - assembly elements (22a, 22b, 23a, 23b, 24, 25) for assembling the protective casing on the fastening support, in particular in a chosen position that is not predetermined.
An electro-acoustic driver (20, 200), comprising: a sleeve having a first end and a second end; a first wire exit opening at a first position of the sleeve; a second wire exit opening at a second position of the sleeve; a voice coil within the sleeve; a magnetic assembly in magnetic communication with the voice coil in the sleeve between the first end and the second end; and a conductive wire of the voice coil having a first region at the first wire exit opening, a second region at the voice coil, and a third region between the first and second regions characterised in that the third region is configured as a helix about the magnetic assembly, the third region of the conductive wire being substantially unsupported between the voice coil and the first wire exit opening. a sleeve having a first end and a second end; a first wire exit opening at a first position of the sleeve; a second wire exit opening at a second position of the sleeve; a voice coil within the sleeve; a magnetic assembly in magnetic communication with the voice coil in the sleeve between the first end and the second end; and a conductive wire of the voice coil having a first region at the first wire exit opening, a second region at the voice coil, and a third region between the first and second regions characterised in that the third region is configured as a helix about the magnetic assembly, the third region of the conductive wire being substantially unsupported between the voice coil and the first wire exit opening.
A method for characterizing a hydrocarbon reservoir or determining flow properties of fluids associated with a hydrocarbon reservoir, comprising: adding a first biological tag to a first fluid associated with the hydrocarbon reservoir; and collecting a first fluid sample from the hydrocarbon reservoir or a wellbore penetrating the hydrocarbon reservoir, characterized by performing real-time PCR on the first fluid sample, which step includes attaching a first pair of complementary primers (121, 171) to the first biological tag for selective replication of the first biological tag, detecting an amount of PCR product produced by the replication of the first biological tag during one or more cycles of a PCR reaction, and using the amount of the PCR product to measure an amount of the first biological tag in the first fluid sample; and using the measured amount of the first biological tag in the first fluid sample as determined by the real-time PCR to provide for at least one of characterizing the hydrocarbon reservoir and determining the flow properties of the first fluid. adding a first biological tag to a first fluid associated with the hydrocarbon reservoir; and collecting a first fluid sample from the hydrocarbon reservoir or a wellbore penetrating the hydrocarbon reservoir, characterized by performing real-time PCR on the first fluid sample, which step includes attaching a first pair of complementary primers (121, 171) to the first biological tag for selective replication of the first biological tag, detecting an amount of PCR product produced by the replication of the first biological tag during one or more cycles of a PCR reaction, and using the amount of the PCR product to measure an amount of the first biological tag in the first fluid sample; and using the measured amount of the first biological tag in the first fluid sample as determined by the real-time PCR to provide for at least one of characterizing the hydrocarbon reservoir and determining the flow properties of the first fluid.
A turbocharger system comprising: an electric assist turbocharger which includes a turbine disposed in an exhaust passage of an engine and configured to be driven by an exhaust gas, a compressor disposed in an intake passage and configured to be driven by a rotational torque of the turbine, and an electric motor configured to assist a driving force of the compressor; and an electric motor control unit which is configured to drive the electric motor when detecting a hill start assist condition and a driver's starting operation, wherein the hill start assist condition means a door of a vehicle is closed in a stopped state, and a slope in the vehicle running direction of a road where the vehicle starts to move is larger than a predetermined threshold value, and the driver's starting operation is defined by a gear-in signal, and a clutch release signal in the MT vehicle or a brake release signal in the AT vehicle. an electric assist turbocharger which includes a turbine disposed in an exhaust passage of an engine and configured to be driven by an exhaust gas, a compressor disposed in an intake passage and configured to be driven by a rotational torque of the turbine, and an electric motor configured to assist a driving force of the compressor; and an electric motor control unit which is configured to drive the electric motor when detecting a hill start assist condition and a driver's starting operation, wherein the hill start assist condition means a door of a vehicle is closed in a stopped state, and a slope in the vehicle running direction of a road where the vehicle starts to move is larger than a predetermined threshold value, and the driver's starting operation is defined by a gear-in signal, and a clutch release signal in the MT vehicle or a brake release signal in the AT vehicle.
A tobacco smoke filter or filter element comprising: a tobacco smoke filtering material including paper; and a flavour enhancing additive selected from χ-Valerolactone, χ-Hexalactone, δ-Hexalactone, χ-Heptalactone, χ-Octalactone, δ-Octalactone, 4-Hydroxy-3-pentenoic acid lactone, 5-Hydroxy-2-decenoic acid δ-lactone, 4,4-Dibutyl-χ-butyrolactone, Mintlactone, Dehydromenthofurolactone, 3-Butylidenephthalide, 3-n-Butylphthalide, Whiskey lactone or sedanenolide.