mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving a multichannel audio signal; computing the spectrum for the multichannel signal; generating a band structure for the spectrum by determining which bands of the spectrum are tonal and which bands of the spectrum are non-tonal; performing spatial analysis on only the bands of the spectrum determined as tonal by determining a delay that maximizes the correlation between a first channel and a second channel of the multichannel signal, transforming the delay into an angle in azimuthal plane and using the angle to determine the spatial location of a source signal; performing source filtering on the bands of the spectrum determined as tonal with head related transfer function filters; and performing synthesis on components of the source filtered tonal bands by applying an inverse Discrete Fourier transform and applying overlap and add synthesis. receiving a multichannel audio signal; computing the spectrum for the multichannel signal; generating a band structure for the spectrum by determining which bands of the spectrum are tonal and which bands of the spectrum are non-tonal; performing spatial analysis on only the bands of the spectrum determined as tonal by determining a delay that maximizes the correlation between a first channel and a second channel of the multichannel signal, transforming the delay into an angle in azimuthal plane and using the angle to determine the spatial location of a source signal; performing source filtering on the bands of the spectrum determined as tonal with head related transfer function filters; and performing synthesis on components of the source filtered tonal bands by applying an inverse Discrete Fourier transform and applying overlap and add synthesis.
A composition of adipocytes and a triblock copolymer, wherein the copolymer is poloxamer P188 and wherein the copolymer is at a concentration of 1-20 mg per mL adipocytes.
Method for controlling a wind turbine which has an aerodynamic rotor having a variable radius, wherein the aerodynamic rotor has at least one rotor blade, whose length can be adjusted, having the steps of: - detecting a speed (n) and/or a torque of the aerodynamic rotor, - detecting an air density in the environment of the wind turbine, - controlling the length of the at least one rotor blade in accordance with the speed (n) and/or the torque of the aerodynamic rotor, the detected air density in the environment of the wind turbine and a predetermined maximum permissible sound pressure level, and - reducing the length of the at least one rotor blade when the speed (n) is above a second threshold value, characterised in that the second threshold value of the speed (n) is set to be inversely proportional to the air density. - detecting a speed (n) and/or a torque of the aerodynamic rotor, - detecting an air density in the environment of the wind turbine, - controlling the length of the at least one rotor blade in accordance with the speed (n) and/or the torque of the aerodynamic rotor, the detected air density in the environment of the wind turbine and a predetermined maximum permissible sound pressure level, and - reducing the length of the at least one rotor blade when the speed (n) is above a second threshold value, characterised in that the second threshold value of the speed (n) is set to be inversely proportional to the air density.
An X-display complex comprising: (a) a nucleic acid molecule comprising a polypeptide-encoding sequence, wherein the nucleic acid molecule is covalently bound to a first high affinity ligand; (b) a polypeptide encoded by the nucleic acid molecule; and (c) a ligand acceptor bound to a peptide acceptor, wherein the peptide acceptor is covalently bound to the C-terminus of the polypeptide, and wherein the first high affinity ligand is bound to the ligand acceptor, and the polypeptide is non-covalently bound to the nucleic acid molecule. (a) a nucleic acid molecule comprising a polypeptide-encoding sequence, wherein the nucleic acid molecule is covalently bound to a first high affinity ligand; (b) a polypeptide encoded by the nucleic acid molecule; and (c) a ligand acceptor bound to a peptide acceptor, wherein the peptide acceptor is covalently bound to the C-terminus of the polypeptide,
A separator material for sub-grade containing clay and/or silt, the separator material comprising a composite formed of at least one layer of a geotextile material and at least one layer of a nonwoven fabric formed of polymeric fibres, optionally spunbond polymeric fibres, the nonwoven fabric having been calendered so as to achieve a material that can filter out particles of clay and/or silt but is permeable to liquid while having a maximum pore size between 5 and 40 μm as determined in accordance with ASTM F316-03.
A machine tool, in particular a circular table saw, comprising: a rip fence for guiding a workpiece in the feed direction of the workpiece with respect to a machining tool of the machine tool, a machine-fixed guide rail on which the rip fence is guidedly displaceable, and an adjustment mechanism comprising a coarse adjustment for adjusting the rip fence relative to the machining tool in a direction transverse to the feed direction and a fine adjustment for correcting the coarse adjustment in a direction transverse to the feed direction, wherein the adjustment mechanism comprises an adjustment arrangement by means of which the fine adjustment of the rip fence can be achieved, characterized in that the adjustment mechanism comprises a single fixing means capable of locking both the coarse adjustment and the fine adjustment of the rip fence, so as to fix the rip fence in a desired end position relative to the machining tool at the guide rail and which, in a released position, is capable of releasing both the coarse adjustment and the fine adjustment of the rip fence, so as to allow, after the release of the single fixing means, an adjustment by means of the coarse adjustment and/or by means of the fine adjustment. a rip fence for guiding a workpiece in the feed direction of the workpiece with respect to a machining tool of the machine tool, a machine-fixed guide rail on which the rip fence is guidedly displaceable, and an adjustment mechanism comprising a coarse adjustment for adjusting the rip fence relative to the machining tool in a direction transverse to the feed direction and a fine adjustment for correcting the coarse adjustment in a direction transverse to the feed direction, wherein the adjustment mechanism comprises an adjustment arrangement by means of which the fine adjustment of the rip fence can be achieved, characterized in that the adjustment mechanism comprises a single fixing means capable of locking both the coarse adjustment and the fine adjustment of the rip fence, so as to fix the rip fence in a desired end position relative to the machining tool at the guide rail and which, in a released position, is capable of releasing both the coarse adjustment and the fine adjustment of the rip fence, so as to allow, after the release of the single fixing means, an adjustment by means of the coarse adjustment and/or by means of the fine adjustment.
A surface cleaning head comprising: a housing having a front side, a back side, a first lateral side and a second lateral side, the housing defining a suction conduit with a suction conduit opening on an underside of the housing between the front side and the back side; a brush roll rotatably mounted to the housing within a brush roll chamber, wherein the suction conduit passes through the brush roll chamber and at least a portion of the brush roll is proximate the opening of the suction conduit; a leading roller mounted to the housing in front of the brush roll; a removable cover removably coupled to the housing for covering the brush roll chamber and the brush roll and at least partially covering the leading roller; and at least one latching mechanism configured to engage the removable cover to removably couple the cover to the housing, characterized by the fact that the latching mechanism includes: a latch finger configured to engage the removable cover proximate the front side of the housing when the removable cover is coupled to the housing; and a latch actuator disposed on the housing proximate the back side of the housing and configured to retract the latch finger and release the cover. a housing having a front side, a back side, a first lateral side and a second lateral side, the housing defining a suction conduit with a suction conduit opening on an underside of the housing between the front side and the back side; a brush roll rotatably mounted to the housing within a brush roll chamber, wherein the suction conduit passes through the brush roll chamber and at least a portion of the brush roll is proximate the opening of the suction conduit; a leading roller mounted to the housing in front of the brush roll; a removable cover removably coupled to the housing for covering the brush roll chamber and the brush roll and at least partially covering the leading roller; and at least one latching mechanism configured to engage the removable cover to removably couple the cover to the housing, characterized by the fact that the latching mechanism includes: a latch finger configured to engage the removable cover proximate the front side of the housing when the removable cover is coupled to the housing; and a latch actuator disposed on the housing proximate the back side of the housing and configured to retract the latch finger and release the cover. a latch finger configured to engage the removable cover proximate the front side of the housing when the removable cover is coupled to the housing; and a latch actuator disposed on the housing proximate the back side of the housing and configured to retract the latch finger and release the cover.
A speaker module comprising: a yoke configured to be one surface of the speaker module; a magnet comprising one surface arranged on an inner surface of the yoke; a frame configured to be a side surface of the speaker module and comprising a first end portion connected to the yoke; a voice coil spaced apart from the magnet and comprising at least a portion overlapping the magnet; and a diaphragm comprising an inner surface on which the voice coil is arranged, wherein the diaphragm is connected to a second end portion of the frame opposite to the first end portion of the frame and is inclined to be non-perpendicular to the outer side surface of the frame, wherein a surface of the magnet facing the inner surface of the yoke is arranged to be parallel to the diaphragm. a yoke configured to be one surface of the speaker module; a magnet comprising one surface arranged on an inner surface of the yoke; a frame configured to be a side surface of the speaker module and comprising a first end portion connected to the yoke; a voice coil spaced apart from the magnet and comprising at least a portion overlapping the magnet; and a diaphragm comprising an inner surface on which the voice coil is arranged, wherein the diaphragm is connected to a second end portion of the frame opposite to the first end portion of the frame and is inclined to be non-perpendicular to the outer side surface of the frame, wherein a surface of the magnet facing the inner surface of the yoke is arranged to be parallel to the diaphragm.
Method for operating a process engineering system (100, 300, 400), in which actuating units which are externally driven and are actuated by means of a pressurized operating fluid (e) are used to control, in an open-loop and/or closed-loop manner, and/or monitor process parameters (a, b, c), which actuating units are in each case designed to assume a safe state in the absence of a sufficient supply of the operating fluid (e), a plurality of the actuating units being supplied with the operating fluid (e) via a supply line between a common supply unit and the plurality of actuating units, and the supply of the operating fluid (e) to the plurality of actuating units being actively reduced if necessary at least to such an extent that said actuating units in each case assume the safe state, characterized in that the supply line is designed in such a way that a maximum quantity of operating fluid (e) that can be conducted through the supply line exceeds a supply requirement for the plurality of actuating units by no more than a predetermined value, a quantity limiting device being provided in the supply line and being designed in such a way that the maximum quantity of operating fluid (e) that can be conducted through the supply line exceeds the supply requirement by no more than the predetermined value. the supply line is designed in such a way that a maximum quantity of operating fluid (e) that can be conducted through the supply line exceeds a supply requirement for the plurality of actuating units by no more than a predetermined value, a quantity limiting device being provided in the supply line and being designed in such a way that the maximum quantity of operating fluid (e) that can be conducted through the supply line exceeds the supply requirement by no more than the predetermined value.
A method for encoding a frame, characterized in that it comprises: - encoding a backlight frame determined from the frame; - obtaining at least one component of a residual frame by dividing each component of the frame by a decoded version of the backlight frame; - obtaining a mapped residual frame by mapping each component (Y Res) of the residual frame and - encoding the mapped residual frame characterized by mapping each component (YRes) of the residual frame (Res) whereby mapping a component (YRes) of the residual frame (Res) comprises applying a mapping function (mf(.)) to each pixel value of this component and scaling each pixel value (p) of the resulting mapped component by a scaling factor that depends on the pixel value (Bal p) of either the backlight frame (Bal) or a decoded version of the backlight frame (Bal), associated with this pixel (p). - encoding a backlight frame determined from the frame; - obtaining at least one component of a residual frame by dividing each component of the frame by a decoded version of the backlight frame; - obtaining a mapped residual frame by mapping each component (Y Res) of the residual frame and - encoding the mapped residual frame
Power supply device of a motor vehicle, in particular a utility vehicle, comprising at least two generators which are connected in parallel and which have power connections, at least one electrical circuit, in which electrical consumers are provided, being connected to each of the said power connections, characterized in that the power connections of the at least two generators which are connected in parallel are directly electrically conductively connected to one another via a short-circuit line.
A non-transitory computer-readable media having computer-executable instructions thereon, wherein when executed by at least one processor of a mobile computing device (900; 1002), cause the at least one processor of the mobile computing device (900; 1002) to: display a pairing screen that instructs a use to wirelessly communicatively couple the mobile computing device (900; 1002) to the GFR sensor; display a sensor placement screen that instructs the user to place the GFR sensor on a body of a patient; display a customization screen that instructs the patient to customize the sensor to a skin tone of the patient; customize the sensor to the skin tone of the patient by collecting with the sensor a background level of light absorbance that naturally emanates from the body of the patient for customization of the sensor and adjusting a light strength in the sensor or a detector sensitivity in the sensor to account for differing skin colors of different patients; display an injection screen that instructs the user to administer a GFR agent into the body of the patient; transmit a signal from the mobile computing device (900; 1002) to the GFR sensor to cause the GFR sensor to initiate collection of light absorbance data for calculating a GFR of the patient; receive light absorbance data from the GFR sensor; and store the received light absorbance data. display a pairing screen that instructs a use to wirelessly communicatively couple the mobile computing device (900; 1002) to the GFR sensor; display a sensor placement screen that instructs the user to place the GFR sensor on a body of a patient; display a customization screen that instructs the patient to customize the sensor to a skin tone of the patient; customize the sensor to the skin tone of the patient by collecting with the sensor a background level of light absorbance that naturally emanates from the body of the patient for customization of the sensor and adjusting a light strength in the sensor or a detector sensitivity in the sensor to account for differing skin colors of different patients; display an injection screen that instructs the user to administer a GFR agent into the body of the patient; transmit a signal from the mobile computing device (900; 1002) to the GFR sensor to cause the GFR sensor to initiate collection of light absorbance data for calculating a GFR of the patient; receive light absorbance data from the GFR sensor; and store the received light absorbance data.
A method of resistive implant welding thermoplastic composites comprising the steps of: providing at least two sections (12, 14) of a component to be welded together and formed of a thermoplastic weldable material, the at least two sections (12, 14) of the component each have a welding surface where the at least two sections of the component are welded together, the welding surface including at a first surface adjoining a second surface at an angle exceeding about 30 degrees; providing a plurality of wire mesh conductors, where each of the plurality of wire mesh conductors is positioned in an overlapping manner between the welding surfaces of the at least two sections (12, 14) along the plurality of surfaces; operably energizing the plurality of wire mesh conductors; and, welding the at least two sections (12, 14) of the component together; wherein at least one of the sections (12, 14) is made from a carbon fiber material. providing at least two sections (12, 14) of a component to be welded together and formed of a thermoplastic weldable material, the at least two sections (12, 14) of the component each have a welding surface where the at least two sections of the component are welded together, the welding surface including at a first surface adjoining a second surface at an angle exceeding about 30 degrees; providing a plurality of wire mesh conductors, where each of the plurality of wire mesh conductors is positioned in an overlapping manner between the welding surfaces of the at least two sections (12, 14) along the plurality of surfaces; operably energizing the plurality of wire mesh conductors; and, welding the at least two sections (12, 14) of the component together; wherein at least one of the sections (12, 14) is made from a carbon fiber material.
An air treatment system comprising: a) an air filtration apparatus having an air filter housing for receiving an air filter cartridge (34; 40); b) an air processing apparatus downstream of the air filter housing, the air processing apparatus being fluidly connected with the air filter housing by means of a duct, the duct having at its inlet end a filter sealing arrangement (76, 78; 76', 78') for sealing engagement with a corresponding outlet sealing arrangement (80; 80, 82) of an air filter cartridge (34; 40) mounted in the air filter housing, c) the system comprises a first type air filter cartridge having an outlet with an outlet sealing arrangement having a first configuration, characterized in that: the system further comprises a second type air filter cartridge having an outlet with an outlet sealing arrangement (80, 82) having a second configuration different from the first configuration; d) the duct has, over at least part of its length proximal the inlet end, inner and outer conduits (432, 431; 432', 431') which define an inner flow path (436; 536) within the inner conduit and an outer flow path (437; 537) between the inner and outer conduits; and e) the filter sealing arrangement (76, 78; 76', 78') of the duct is adapted for sealing engagement with the outlet sealing arrangement of the first type air filter cartridge and the outlet sealing arrangement (80, 82) of the second type air filter cartridge, so that the first type air filter cartridge and the second type air filter cartridge can be selectively inserted into the air filter housing in sealing engagement with the duct. a) an air filtration apparatus having an air filter housing for receiving an air filter cartridge (34; 40); b) an air processing apparatus downstream of the air filter housing, the air processing apparatus being fluidly connected with the air filter housing by means of a duct, the duct having at its inlet end a filter sealing arrangement (76, 78; 76', 78') for sealing engagement with a corresponding outlet sealing arrangement (80; 80, 82) of an air filter cartridge (34; 40) mounted in the air filter housing, c) the system comprises a first type air filter cartridge having an outlet with an outlet sealing arrangement having a first configuration, characterized in that: the system further comprises a second type air filter cartridge having an outlet with an outlet sealing arrangement (80, 82) having a second configuration different from the first configuration; d) the duct has, over at least part of its length proximal the inlet end, inner and outer conduits (432, 431; 432', 431') which define an inner flow path (436; 536) within the inner conduit and an outer flow path (437; 537) between the inner and outer conduits; and e) the filter sealing arrangement (76, 78; 76', 78') of the duct is adapted for sealing engagement with the outlet sealing arrangement of the first type air filter cartridge and the outlet sealing arrangement (80, 82) of the second type air filter cartridge, so that the first type air filter cartridge and the second type air filter cartridge can be selectively inserted into the air filter housing in sealing engagement with the duct.
Cover for a garden pool of the type comprising at least one roofing module which, covering said pool and comprising a frame that supports a covering, is equipped with a panel that forms a gable known as a pediment, characterised in that it comprises two articulated structures connected to each other by at least one cross beam (410', 420', 430') and connecting the roofing module to said pediment, the articulation being dimensioned such as to move the whole of the pediment from a lowered closure position to a raised opening position in which said pediment is outside the module, and vice versa.
Locking apparatus for a nut and comprising an annular tab washer and an arcuate tab plate, said annular tab washer being for engagement with one side face of said nut, having a first radially inner tab for engagement with an element adjacent the nut in use, and a radially outer tab for engagement with the radially outer circumference of said nut, and said arcuate tab plate having a planar face for engagement with the other side face of said nut and a second radially inner tab for engagement with said element, said tab plate having an arcuate slot in said planar face to facilitate fixing of said tab plate to said nut.
Assembly for producing a vehicle windscreen wiper system, comprising an end piece of a wiper holder that is intended to move a wiper, a connection interface and an intermediate piece (30, 30'), said assembly being able to take up a working position in which said interface is free with respect to said end piece and a service position in which said interface is retained in an oriented manner with respect to said end piece by said intermediate piece (30, 30'), characterized in that at least a part of said intermediate piece, known as a lever (30, 30'), is configured to be accessible so as to be able to be rotated in order to pass from the working position to the service position.