mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a first electronic device, the method comprising: receiving an audio clip; performing a matching process on the audio clip, wherein the matching process includes: comparing at least a portion of the audio clip to a plurality of reference audio tracks, wherein the plurality of reference audio tracks includes groups of related tracks, wherein the related tracks in each respective group (i) correspond to one respective song and (ii) differ in key; and identifying, based on the comparing, a first portion of a particular reference track, of the plurality of reference audio tracks, that corresponds to the audio clip; providing a backing track for playback, wherein the backing track corresponds to the particular reference track; and providing an initial playback position of the backing track, wherein the initial playback position corresponds to a second portion, subsequent to the first portion, of the particular reference track. receiving an audio clip; performing a matching process on the audio clip, wherein the matching process includes: comparing at least a portion of the audio clip to a plurality of reference audio tracks, wherein the plurality of reference audio tracks includes groups of related tracks, wherein the related tracks in each respective group (i) correspond to one respective song and (ii) differ in key; and identifying, based on the comparing, a first portion of a particular reference track, of the plurality of reference audio tracks, that corresponds to the audio clip; comparing at least a portion of the audio clip to a plurality of reference audio tracks, wherein the plurality of reference audio tracks includes groups of related tracks, wherein the related tracks in each respective group (i) correspond to one respective song and (ii) differ in key; and identifying, based on the comparing, a first portion of a particular reference track, of the plurality of reference audio tracks, that corresponds to the audio clip; providing a backing track for playback, wherein the backing track corresponds to the particular reference track; and providing an initial playback position of the backing track, wherein the initial playback position corresponds to a second portion, subsequent to the first portion, of the particular reference track.
A method of producing a composite component (10, 40) having a thermal protection layer including the steps of: • providing a composite component (10, 40) with a primary fibre material and with a primer layer of alternative fibre material to the primary fibre material, the primer layer being integrated in the composite component (10, 40) and overlying the primary fibre material at an area of the composite component intended for high thermal exposure, said area defining a thermal exposure area; • applying a metallic bonding layer to the primer layer of the thermal exposure area to create a bonding surface at the thermal exposure area; and • applying a ceramic thermal protection layer to the bonding surface for insulating the thermal exposure area and/or for reflecting external thermal energy, the thermal protection layer having a higher melting point than the metallic bonding layer. • providing a composite component (10, 40) with a primary fibre material and with a primer layer of alternative fibre material to the primary fibre material, the primer layer being integrated in the composite component (10, 40) and overlying the primary fibre material at an area of the composite component intended for high thermal exposure, said area defining a thermal exposure area; • applying a metallic bonding layer to the primer layer of the thermal exposure area to create a bonding surface at the thermal exposure area; and • applying a ceramic thermal protection layer to the bonding surface for insulating the thermal exposure area and/or for reflecting external thermal energy, the thermal protection layer having a higher melting point than the metallic bonding layer.
Longitudinal tubular pipe comprising: - a fluid transporting outer tube having an outer bent portion, - a fluid transporting inner tube, mounted in the outer tube, having an inner bent portion substantially coaxial to the outer bent portion and - a separating member, comprising a flexible longitudinal body, which is positioned between the inner bent portion and the outer bent portion and which extends coaxially to said bent portions (20, 40), the separating member being configured to transmit bending forces between said outer tube and said inner tube when said outer tube is bent, the separating member comprising longitudinal fluid passage means between the inner tube and the outer tube, the separating member comprising a first edge and a second edge delimiting between them a mounting slot, pipe characterised by the fact that the first edge and the second edge respectively comprise at least one first connecting element and at least one second connecting element configured to cooperate mechanically together at the outer periphery of the inner tube. - a fluid transporting outer tube having an outer bent portion, - a fluid transporting inner tube, mounted in the outer tube, having an inner bent portion substantially coaxial to the outer bent portion and - a separating member, comprising a flexible longitudinal body, which is positioned between the inner bent portion and the outer bent portion and which extends coaxially to said bent portions (20, 40), the separating member being configured to transmit bending forces between said outer tube and said inner tube when said outer tube is bent, the separating member comprising longitudinal fluid passage means between the inner tube and the outer tube, the separating member comprising a first edge and a second edge delimiting between them a mounting slot,
A method of depolymerizing guar splits to a preselected molecular weight of less than 500,000 Daltons, as measured by gel permeation chromatography, and a polydispersity of less than 3.0, said method comprising the step of subjecting the guar splits to radiation consisting essentially of electron beams.
An electrode for use in an aluminum electrolysis cell, the electrode comprising: - 0.01 to 0.75 wt. % densification aids of metal additives, wherein the metal additives are selected from the group consisting of Fe, Ni, Co, and W, and combinations thereof; - the balance being TiB 2 and unavoidable impurities, wherein the unavoidable impurities make up less than 2 wt. % of the electrode; wherein, via the densification aids, the electrode has a density of from 85% to 98.5% of its theoretical density. - 0.01 to 0.75 wt. % densification aids of metal additives, wherein the metal additives are selected from the group consisting of Fe, Ni, Co, and W, and combinations thereof; - the balance being TiB 2 and unavoidable impurities, wherein the unavoidable impurities make up less than 2 wt. % of the electrode;
Folding covering for a convertible vehicle, which folding covering comprises a top linkage and a top cover, which top linkage can be adjusted between a closed position and an open position via a roof kinematic system, the roof kinematic system being configured as a four-bar linkage kinematic system and having a first and a second link (5, 6), the first link of the four-bar linkage kinematic system being configured such that it can be adjusted via a drive member, and, furthermore, a tensioning hoop which is assigned to the top linkage and is mounted such that it can be adjusted via a tensioning hoop kinematic system being provided, to which tensioning hoop the top cover is fastened, the roof kinematic system being coupled to the tensioning hoop kinematic system in such a way that, during a movement of the roof kinematic system, the tensioning hoop performs an adjusting movement, the tensioning hoop kinematic system comprising a guide link and a coupling link, the coupling link being connected in an articulated manner to the second link of the four-bar linkage kinematic system, and the guide link being connected at its first end region via a bearing point in an articulated manner to the coupling link and via the second end region via a bearing point in an articulated manner to the tensioning hoop, and, furthermore, the top linkage having a storm linkage which is configured such that it can be adjusted via a control device between a locked position, in which the tensioning hoop is loaded by the storm linkage, and an unlocked position, the storm linkage having an upper and a lower storm rod (34a, 34b) which are connected to one another in an articulated manner via a bearing point, and the control device comprising a four-rod linkage and a second drive member, the four-rod linkage having an upper and a lower toggle lever (36a, 36b) which are connected to one another in an articulated manner via a bearing point, the upper toggle lever being attached in an articulated manner via a bearing point on a projection which is configured as an extension of the lower storm rod in the region of the bearing point, and the lower toggle lever being connected in an articulated manner to the drive member, and the lower toggle lever additionally being attached in an articulated manner via a bearing point which is fixed to the vehicle body.
A method for manufacturing a wind turbine blade shell component, comprising: providing a plurality of first pultrusion plates formed of a first fiber material; providing a plurality of second pultrusion plates formed of a second fiber material; stacking the first and second pultrusion plates in a hybrid pattern, the stacked hybrid pattern further comprising: a first section containing a plurality of the first and second pultrusion plates having a length shorter than an entire length of a spar cap for a wind turbine blade shell; and a core section having a continuous unbroken length of the second fiber material corresponding to an entire length of the spar cap. providing a plurality of first pultrusion plates formed of a first fiber material; providing a plurality of second pultrusion plates formed of a second fiber material; stacking the first and second pultrusion plates in a hybrid pattern, the stacked hybrid pattern further comprising: a first section containing a plurality of the first and second pultrusion plates having a length shorter than an entire length of a spar cap for a wind turbine blade shell; and a core section having a continuous unbroken length of the second fiber material corresponding to an entire length of the spar cap. a first section containing a plurality of the first and second pultrusion plates having a length shorter than an entire length of a spar cap for a wind turbine blade shell; and a core section having a continuous unbroken length of the second fiber material corresponding to an entire length of the spar cap.
A laser cladding head configured to receive weld material from a powder source and collimated light from a laser source, the laser cladding head comprising: a protective housing extending along a primary axis (Ap) from a proximal end to a distal end; a focal array situated at the proximal end within the protective housing and oriented to receive and focus the collimated light in a laser beam directed substantially along the primary axis (A P), the focal array having a focal length; a turning mirror situated at the distal end within the protective housing and disposed to redirect the laser beam in an emission direction transverse to the primary axis (A P), towards a target point (P T) separated from the turning mirror by a working distance of at most a tenth of the focal length, the turning mirror comprising a nonfocal reflective surface indexable to alter an impingement location (P I) of the laser beam on the turning mirror; and a powder nozzle situated at the distal end within the protective housing and configured to receive and direct the weld material towards the target point (P T) for melting by the laser beam, characterised in that: the turning mirror is rotatably anchored within the laser cladding head about a central mirror axis, and the impingement location (Pi) is offset from the central mirror axis such that the mirror is indexed by rotating the turning mirror to expose a new impingement location (P I), and the laser cladding head further comprises: a temperature sensor disposed to sense changes in temperature of the turning mirror, the temperature sensor situated within or adjacent the turning mirror; and a borescope extending along the primary axis (A P), and having an imaging head at the distal end directed at the target point (P T), in an imaging direction not parallel to the emission direction. a protective housing extending along a primary axis (Ap) from a proximal end to a distal end; a focal array situated at the proximal end within the protective housing and oriented to receive and focus the collimated light in a laser beam directed substantially along the primary axis (A P), the focal array having a focal length; a turning mirror situated at the distal end within the protective housing and disposed to redirect the laser beam in an emission direction transverse to the primary axis (A P), towards a target point (P T) separated from the turning mirror by a working distance of at most a tenth of the focal length, the turning mirror comprising a nonfocal reflective surface indexable to alter an impingement location (P I) of the laser beam on the turning mirror; and a powder nozzle situated at the distal end within the protective housing and configured to receive and direct the weld material towards the target point (P T) for melting by the laser beam, a temperature sensor disposed to sense changes in temperature of the turning mirror, the temperature sensor situated within or adjacent the turning mirror; and a borescope extending along the primary axis (A P), and having an imaging head at the distal end directed at the target point (P T), in an imaging direction not parallel to the emission direction.
A power control circuit (100, 200) for powering power rails of an integrated circuit, the power control circuit comprising: a main power regulator (110, 210) configured to provide power to the power rails, based upon a control signal from a controller or control logic of the main power regulator;and a reset circuit (120, 240) configured to detect a supply voltage of power supplied to the main power regulator and to: in response to the detected supply voltage being below an operational voltage level, control the main power regulator to ignore the control signal by controlling a clamp to couple received power to the power rails; and in response to the detected supply voltage reaching the operational voltage level, control the main power regulator to provide power to the power rails based on the control signal; the power control circuit characterized by further comprising: a low-power standby power regulator (140, 220, 230) configured to provide power to the main power regulator and the power rails and further configured to output an ignore signal to the main power regulator to ignore the control signal until the low-power standby power regulator provides sufficient power. a main power regulator (110, 210) configured to provide power to the power rails, based upon a control signal from a controller or control logic of the main power regulator;and a reset circuit (120, 240) configured to detect a supply voltage of power supplied to the main power regulator and to: in response to the detected supply voltage being below an operational voltage level, control the main power regulator to ignore the control signal by controlling a clamp to couple received power to the power rails; and in response to the detected supply voltage reaching the operational voltage level, control the main power regulator to provide power to the power rails based on the control signal; in response to the detected supply voltage being below an operational voltage level, control the main power regulator to ignore the control signal by controlling a clamp to couple received power to the power rails; and in response to the detected supply voltage reaching the operational voltage level, control the main power regulator to provide power to the power rails based on the control signal; the power control circuit characterized by further comprising: a low-power standby power regulator (140, 220, 230) configured to provide power to the main power regulator and the power rails and further configured to output an ignore signal to the main power regulator to ignore the control signal until the low-power standby power regulator provides sufficient power.
A method for guiding a vehicle during reversing along a desired travelling path, wherein the guiding is based on a lateral offset (y) between a preview point located at a preview distance (Pd) behind the vehicle and the desired travelling path, the method comprising: - determining a curvature of the desired travelling path behind the vehicle; - adaptively adjusting the preview distance (Pd) in dependence on the determined curvature, thereby adaptively adjusting the preview point; and - guiding the vehicle along the desired travelling path by use of the lateral offset (y) between the adjusted preview point and the desired travelling path. - determining a curvature of the desired travelling path behind the vehicle; - adaptively adjusting the preview distance (Pd) in dependence on the determined curvature, thereby adaptively adjusting the preview point; and - guiding the vehicle along the desired travelling path by use of the lateral offset (y) between the adjusted preview point and the desired travelling path.
A sliding member comprising a porous body that is a sintered body of ultrahigh molecular weight polyethylene particles and having a surface of the porous body as a sliding surface, wherein the surface has a particle occupation ratio of 25% or more and 45% or less, the particle occupation ratio being a ratio of a plane area occupied by the ultrahigh molecular weight polyethylene particles to the total plane area in the porous body at a depth of 20 μm from an outermost surface of the porous body defined as a top of the particles, and the surface has a surface roughness Ra of 1.0 μm or more and 1.8 μm or less, the sliding member is made of a single porous ultrahigh molecular weight polyethylene sheet, the porous body contains carbon black as conductive fine particles, the content of the carbon black is 1 part by mass or more and 5 parts by mass or less per 100 parts of the ultrahigh molecular weight polyethylene particles, and the sliding surface has a surface resistivity of 1 × 10 5 Ω/□ or less.
An identification and recognition apparatus for ancillaries of agricultural vehicles, such as tractors/drawing vehicles and the like, comprising: - at least a slave unit installable on a main ancillary or agricultural machinery associable to a tractor, said slave unit being suitable for generating a detection signal; - a master unit installable on said tractor and suitable for processing a predetermined main data packet uniquely correlatable to said main ancillary at least according to said detection signal; and - connecting means operatively active between said slave unit and said master unit for transmitting at least said detection signal, said connecting means compriseing transmitting and receiving elements associable to the slave unit and the master unit such as to convey the detection signal in wireless mode between the slave unit and the master unit, said detection signal comprising a main identification parameter uniquely correlated to the main ancillary, said main identification parameter being emitted/transmitted by the slave unit and being received and recognised by the master unit, said main data packet of said main ancillary being memorised in the master unit; characterised in that management and selection means of the energy supply are active in said slave unit and selectively assign a source of energy from different supply means according to the recognition of different operating conditions of the ancillary and/or the tractor. - at least a slave unit installable on a main ancillary or agricultural machinery associable to a tractor, said slave unit being suitable for generating a detection signal; - a master unit installable on said tractor and suitable for processing a predetermined main data packet uniquely correlatable to said main ancillary at least according to said detection signal; and - connecting means operatively active between said slave unit and said master unit for transmitting at least said detection signal, said connecting means compriseing transmitting and receiving elements associable to the slave unit and the master unit such as to convey the detection signal in wireless mode between the slave unit and the master unit,
A method for treating lime mud, in which method lime mud is conveyed to a lime kiln, where fuel gas is used as fuel, which fuel gas is formed by a circulating fluidized bed gasifier, characterized in that a part of the lime mud is fed to the gasifier where it is used as bed material for the gasifier.
A brake caliper assembly comprising: a carrier configured to be coupled to a vehicle; a housing assembly that is moveably disposed on the carrier and defines an opening; first and second brake pad assemblies (24, 24) that are disposed on the housing assembly in the opening; and being characterized by a spacer tape that engages the carrier and the housing assembly, wherein the spacer tape has a perforation that severs to permit movement of the housing assembly with respect to the carrier. a carrier configured to be coupled to a vehicle; a housing assembly that is moveably disposed on the carrier and defines an opening; first and second brake pad assemblies (24, 24) that are disposed on the housing assembly in the opening; and being characterized by a spacer tape that engages the carrier and the housing assembly, wherein the spacer tape has a perforation that severs to permit movement of the housing assembly with respect to the carrier.
A resist mixture for manufacturing an ion-conductor, the resist mixture comprising: a polymer comprising siloxane; and a salt comprising a cationic component, and an anionic component, at least one of the cationic component or the anionic component bonded to the polymer by a linker covalently bonded to the at least one of the cationic component or the anionic component, and at least one of: the resist mixture comprises a monomer and is polymerisable, or the resist mixture comprises a crosslinker and is crosslinkable. a polymer comprising siloxane; and a salt comprising a cationic component, and an anionic component, a cationic component, and an anionic component, the resist mixture comprises a monomer and is polymerisable, or the resist mixture comprises a crosslinker and is crosslinkable.
Arrangement for mounting a functional component on a motor vehicle bodywork element, comprising a trim provided with an outer flange bearing against an outer face of the bodywork element, the arrangement also comprising a support to which the functional component is fixed, the support being clipped to the trim, the support comprising a central boss to which the functional component is fixed, this boss being introduced into a housing of the trim so as to position the functional component opposite an opening formed in an end wall of the trim, the support also comprising a dished formation inside which the boss is located, peripheral edges of the dished formation being extended forward to contact and interact with an inner face of the bodywork element characterized in that the trim is clipped onto the bodywork element and the support comprises a groove delimited internally by the central boss and externally by the peripheral edges, this groove receiving a free edge of the trim, the peripheral edges being prolonged in the opposite direction from the inner face of the bodywork element by outer walls extending substantially perpendicularly to the inner face of the bodywork element.