mhurhangee/ep-ind-claims huggingface dataset:
A system for repair of compressed audio signals, comprising: a processor; a sampler module executable by the processor to divide an audio signal into a series of sequential samples; and a signal enhancer module executable by the processor to sequentially receive and analyze one or more sample components of the audio signal to identify lost parts of the audio signal in the one or more sample components of respective sequential samples; wherein the signal enhancer module is further executable by the processor to generate a corresponding signal treatment and to apply the corresponding signal treatment to each of the one or more sample components of respective sequential samples having a corresponding identified lost part, a signal quality analyzer configured to receive treatment requirement indicators and estimate the perceived quality of the audio signal with respect to the individual signal treatments of the audio signal, and wherein the signal enhancer module is configured to adjust a gain for each corresponding signal treatment that is applied to the respective sequential samples having the corresponding identified lost part based on the estimated quality, wherein the signal enhancer module comprises a first summing block configured to add together the signal treatments after the gain adjustment to produce a total signal treatment, and a second summing block configured to add the total signal treatment to the audio signal. a processor; a sampler module executable by the processor to divide an audio signal into a series of sequential samples; and a signal enhancer module executable by the processor to sequentially receive and analyze one or more sample components of the audio signal to identify lost parts of the audio signal in the one or more sample components of respective sequential samples; wherein the signal enhancer module is further executable by the processor to generate a corresponding signal treatment and to apply the corresponding signal treatment to each of the one or more sample components of respective sequential samples having a corresponding identified lost part, a signal quality analyzer configured to receive treatment requirement indicators and estimate the perceived quality of the audio signal with respect to the individual signal treatments of the audio signal, and wherein the signal enhancer module is configured to adjust a gain for each corresponding signal treatment that is applied to the respective sequential samples having the corresponding identified lost part based on the estimated quality, wherein the signal enhancer module comprises a first summing block configured to add together the signal treatments after the gain adjustment to produce a total signal treatment, and a second summing block configured to add the total signal treatment to the audio signal.
Disc brake with a pad retaining clip located on the brake calliper of a disc brake, wherein in the brake calliper there are arranged two brake pads which can be pressed against a brake disc, each of which brake pads comprises a backing plate and a friction lining attached thereto, on which brake pads the pad retaining clip held on the brake calliper and spanning an assembly opening is supported, wherein the pad retaining clip is fastened to a positively locking element of at least one brake pad such that it is secured against being displaced, wherein the positively locking element is connected to an anti-rattle spring of the brake pad or to a cover connected to the anti-rattle spring or to the backing plate, characterised in that the positively locking element has at least one latching tongue which engages with a window opening of the pad retaining clip and bears against a wall of the window opening.
A brake pad hold down device for retaining a brake pad within a brake caliper, the brake pad hold down device comprising: a mounting section configured to mount the brake pad hold down device on a brake carrier; a first projection configured for extending from a first region of the mounting section to the brake pad, the first projection being configured to apply a first biasing force to the brake pad; and a second projection configured for extending from a second region of the mounting section that contacts the brake carrier to an inner surface of the brake caliper, the second projection having a distal end (23") configured for contacting the inner surface of the brake caliper being configured to apply a second biasing force thereto, characterized in that the first region of the mounting section and the second region of the mounting section are located on opposite ends of the mounting section. a mounting section configured to mount the brake pad hold down device on a brake carrier; a first projection configured for extending from a first region of the mounting section to the brake pad, the first projection being configured to apply a first biasing force to the brake pad; and a second projection configured for extending from a second region of the mounting section that contacts the brake carrier to an inner surface of the brake caliper, the second projection having a distal end (23") configured for contacting the inner surface of the brake caliper being configured to apply a second biasing force thereto, characterized in that
Accumulator for operating a ram type blow out preventer, the accumulator comprising: - an outer housing having at least five inlet/outlet connections (120, 122, 124, 126, 128); - an inner cylinder arranged within said housing; - an outer cylinder arranged between the inner cylinder and the housing, and which is moveable along the length of the inner cylinder; - wherein an outside surface of the outer cylinder is provided with two or more flanges (110, 112), each flange being fixed to the outer cylinder and engaging an inner wall of the housing; - wherein a flange is fixed to the inner wall of the housing which engages the outer surface of the outer cylinder; - wherein each fluid inlet/outlet is provided with a corresponding valve to open and close the respective connection, and - each fluid inlet/outlet is connected to a corresponding space (130, 132, 134, 136, 138) within the housing. - an outer housing having at least five inlet/outlet connections (120, 122, 124, 126, 128); - an inner cylinder arranged within said housing; - an outer cylinder arranged between the inner cylinder and the housing, and which is moveable along the length of the inner cylinder; - wherein an outside surface of the outer cylinder is provided with two or more flanges (110, 112), each flange being fixed to the outer cylinder and engaging an inner wall of the housing; - wherein a flange is fixed to the inner wall of the housing which engages the outer surface of the outer cylinder; - wherein each fluid inlet/outlet is provided with a corresponding valve to open and close the respective connection, and - each fluid inlet/outlet is connected to a corresponding space (130, 132, 134, 136, 138) within the housing.
An articulated vehicle comprising a tractor, a first trailer and a second trailer, wherein the tractor is provided with a braking demand signal generating device which is operable by a driver of the vehicle to generate an electrical braking demand signal, and each trailer (14, 42) is provided with an electrical braking control unit (18, 48), wherein the first trailer is provided with an electrical connector, and means are provided to transmit the electrical braking demand signal from the tractor to the electrical connector, the electrical braking unit of the second trailer being connected to the electrical connector so that the electrical braking demand signal may be transmitted from the electrical connector to the electrical braking control unit of the second trailer, wherein the electrical braking control unit of the first trailer is also connected to the electrical connector, power being supplied to the electrical braking control unit of the first trailer via the connection to the electrical connector, characterised in that the electrical connector includes a repeater which retransmits any signal received.
A personal care product, comprising: (a) a composition that is applied to the body or clothing, or an article applied against the body; (b) a plurality of particles associated with the composition or a component of the article, at least some of the plurality of particles comprising a cyclodextrin complexing material and a first fragrance material, wherein the plurality of particles are formed using a process comprising a step of spray drying, wherein the percent of the first fragrance material that is complexed with the cyclodextrin is greater than 90%, so that the perceptibility of the first fragrance is minimized prior to its release; and (c) a second fragrance material that is not complexed with the cyclodextrin and that is different from the first fragrance material, wherein the composition or article does not contain an antiperspirant active. (a) a composition that is applied to the body or clothing, or an article applied against the body; (b) a plurality of particles associated with the composition or a component of the article, at least some of the plurality of particles comprising a cyclodextrin complexing material and a first fragrance material, wherein the plurality of particles are formed using a process comprising a step of spray drying, wherein the percent of the first fragrance material that is complexed with the cyclodextrin is greater than 90%, so that the perceptibility of the first fragrance is minimized prior to its release; and (c) a second fragrance material that is not complexed with the cyclodextrin and that is different from the first fragrance material,
A process for manufacturing a hafnium-containing nickel-based single-crystal superalloy part, characterized in that it comprises the following successive steps consisting in: - manufacturing a nickel-based, non-hafnium-doped, single-crystal superalloy, - manufacturing a part from this superalloy, - depositing, directly on said part, a layer of hafnium having a thickness comprised between 50 nm and 800 nm, - carrying out a hafnium diffusion treatment so as to form an interdiffusion layer on the surface of said part, and thereby obtain a hafnium-containing nickel-based single-crystal superalloy part. - manufacturing a nickel-based, non-hafnium-doped, single-crystal superalloy, - manufacturing a part from this superalloy, - depositing, directly on said part, a layer of hafnium having a thickness comprised between 50 nm and 800 nm, - carrying out a hafnium diffusion treatment so as to form an interdiffusion layer on the surface of said part, and thereby obtain a hafnium-containing nickel-based single-crystal superalloy part.
An apparatus, comprising: a first semiconductor chip having a first pixel array, said first pixel array having visible light sensitive pixels; and, a second semiconductor chip having a second pixel array, said first semiconductor chip stacked on said second semiconductor chip such that said second pixel array resides beneath said first pixel array, said second pixel array having IR light sensitive pixels for time-of-flight based depth detection, wherein the first pixel array is formed to detect incident visible light and pass incident IR light to the second pixel array, and the second pixel array is formed to detect the incident IR light, the first and second pixel arrays (101, 102) each comprise respective light guide structures (113, 1131) arranged to couple incident IR light that flows through the visible light sensitive pixels of the first pixel array into the IR light sensitive pixels of the second pixel array, wherein the IR light sensitive pixels of the second pixel array are larger than the visible light pixels of the first pixel array, the light guide structures (113, 1131) comprise light guides characterized in that each of the light guides is formed over a group of visible light pixels of the first pixel array and each of the light guides is commensurate in size with an IR light sensitive pixel of the second pixel array. a first semiconductor chip having a first pixel array, said first pixel array having visible light sensitive pixels; and, a second semiconductor chip having a second pixel array, said first semiconductor chip stacked on said second semiconductor chip such that said second pixel array resides beneath said first pixel array, said second pixel array having IR light sensitive pixels for time-of-flight based depth detection, wherein the first pixel array is formed to detect incident visible light and pass incident IR light to the second pixel array, and the second pixel array is formed to detect the incident IR light, the first and second pixel arrays (101, 102) each comprise respective light guide structures (113, 1131) arranged to couple incident IR light that flows through the visible light sensitive pixels of the first pixel array into the IR light sensitive pixels of the second pixel array, wherein the IR light sensitive pixels of the second pixel array are larger than the visible light pixels of the first pixel array, the light guide structures (113, 1131) comprise light guides characterized in that each of the light guides is formed over a group of visible light pixels of the first pixel array and each of the light guides is commensurate in size with an IR light sensitive pixel of the second pixel array.
Adhesive tape consisting of a carrier and of an adhesive layer applied to at least one side of the carrier, wherein the carrier is a thread-stitched web nonwoven carrier produced from a preconsolidated base web of staple fibres, wherein the preconsolidating of the staple fibre web before stitching is effected via needling, wherein the needling density due to said needling is in the range from 1 needle/cm 2 of staple fibre web to 50 needles/cm 2 of staple fibre web, wherein the mutually parallel threads are stitched into the base web to form the final thread-stitched web nonwoven carrier, wherein the ultimate tensile strength of the preconsolidated but not as yet overstitched base web is less than 2 N/cm, preferably below 1 N/cm and more preferably below 0.5 N/cm.
A method of providing ordered transmission of data packets to a plurality of destinations, comprising: queuing a plurality of data packets targeted to one destination together with at least one data packet targeted to at least one other destination (B, C); blocking further transmission of any of the plurality of data packets to the one destination in the event of a failed transmission of a first data packet of the plurality of data packets targeted to the one destination; permitting transmission of at least one other data packet targeted to at least one other destination (B, C); and determining whether to retry transmission of the first data packet, characterized in that if the first data packet is to be retransmitted, the first data packet is requeued in the transmission queue ahead of others of the plurality of data packets targeted to the one destination. queuing a plurality of data packets targeted to one destination together with at least one data packet targeted to at least one other destination (B, C); blocking further transmission of any of the plurality of data packets to the one destination in the event of a failed transmission of a first data packet of the plurality of data packets targeted to the one destination; permitting transmission of at least one other data packet targeted to at least one other destination (B, C); and determining whether to retry transmission of the first data packet, characterized in that if the first data packet is to be retransmitted, the first data packet is requeued in the transmission queue ahead of others of the plurality of data packets targeted to the one destination.
A wireless modem, comprising: an interface, a supporting portion, and a casing, wherein a circuit board is disposed inside the casing, and an antenna is disposed on the circuit board, the interface is connected to the supporting portion in a rotating manner through a first rotating shaft assembly, and a rotation direction of the interface relative to the supporting portion is a first direction, wherein the first rotating shaft assembly is electrically connected to a metal shield layer inside the interface; the casing is connected to the supporting portion in a rotating manner through a second rotating shaft assembly, and a rotation direction of the casing relative to the supporting portion is a second direction, wherein the second rotating shaft assembly is electrically connected to the circuit board inside the casing, wherein a grounding resilient plate is disposed inside the supporting portion and the grounding resilient plate contacts the first rotating shaft assembly and the second rotating shaft assembly respectively, and wherein the grounding resilient plate is configured to ground the circuit board inside the casing; and wherein the first rotating shaft assembly comprises a sleeve, a fixed bracket, a movable bracket, a spacing ring, and an elastic member; a locating surface is disposed on an outer surface of the sleeve; the fixed bracket is sleeved on the sleeve, and a locating surface in cooperation with the locating surface on the outer surface of the sleeve is disposed on an inner surface of the fixed bracket; the movable bracket is sleeved on the sleeve, and the movable bracket rotates around the sleeve; the spacing ring is sleeved on the sleeve and is located between the fixed bracket and the movable bracket, a locating surface in cooperation with the locating surface on the outer surface of the sleeve is disposed on an inner surface of the spacing ring, and the locating surface disposed on the inner surface of the spacing ring is configured to restrict the position of the fixed bracket; and the elastic member is sleeved on the sleeve, and is located between the movable bracket and an end surface on the other side of the sleeve.
A material comprising a transparent substrate coated with a stack of thin layers successively comprising, starting from the substrate, an alternation of three silver-based functional metallic layers referred to, starting from the substrate, as first, second and third functional layers and of four dielectric coatings, referred to, starting from the substrate, as M1, M2, M3 and M4, each dielectric coating comprising at least one dielectric layer, so that each functional metallic layer is positioned between two dielectric coatings, characterized in that: - the material provides a luminous transmission lower than 50%, - the thickness of the first functional layer is less than the thickness of the second functional layer, - the thickness of the first functional layer is less than the thickness of the third functional layer, - the ratio of the thickness of the third functional metallic layer to the thickness of the second functional layer is between 0.90 and 1.10, including these values, - the dielectric coatings M1, M2, M3 and M4 each have an optical thickness Eo1, Eo2, Eo3 and Eo4 satisfying the following equation: Eo4 < Eo1 < Eo2 < Eo3, - the optical thickness Eo1 of the dielectric coating M1 is comprised from 80 to 140 nm, - the optical thickness Eo2 of the dielectric coating M2 is comprised from 100 to 170 nm, - the optical thickness Eo3 of the dielectric coating M3 is comprised from 120 to 240nm, - the optical thickness Eo4 of the dielectric coating M4 is comprised from70 to 120 nm. - the material provides a luminous transmission lower than 50%, - the thickness of the first functional layer is less than the thickness of the second functional layer, - the thickness of the first functional layer is less than the thickness of the third functional layer, - the ratio of the thickness of the third functional metallic layer to the thickness of the second functional layer is between 0.90 and 1.10, including these values, - the dielectric coatings M1, M2, M3 and M4 each have an optical thickness Eo1, Eo2, Eo3 and Eo4 satisfying the following equation: Eo4 < Eo1 < Eo2 < Eo3, - the optical thickness Eo1 of the dielectric coating M1 is comprised from 80 to 140 nm, - the optical thickness Eo2 of the dielectric coating M2 is comprised from 100 to 170 nm, - the optical thickness Eo3 of the dielectric coating M3 is comprised from 120 to 240nm, - the optical thickness Eo4 of the dielectric coating M4 is comprised from70 to 120 nm.
A hybrid tower section for arrangement between a concrete tower section and a steel tower section of a hybrid tower for a wind power installation, the hybrid tower section comprising: - a steel flange having a multiplicity of annularly arranged blind holes and having a multiplicity of annularly arranged passage holes, - a steel outer casing, and - a concrete core, - wherein the annular arrangement of the blind holes has a larger radius than the annular arrangement of the passage holes, - wherein the steel outer casing has a larger radius than the annular arrangement of the blind holes, - wherein the concrete core adjoins the steel flange and the steel outer casing, - wherein a radially inner side of the concrete core has a larger radius than the annular arrangement of the passage holes. - a steel flange having a multiplicity of annularly arranged blind holes and having a multiplicity of annularly arranged passage holes, - a steel outer casing, and - a concrete core, - wherein the annular arrangement of the blind holes has a larger radius than the annular arrangement of the passage holes, - wherein the steel outer casing has a larger radius than the annular arrangement of the blind holes, - wherein the concrete core adjoins the steel flange and the steel outer casing, - wherein a radially inner side of the concrete core has a larger radius than the annular arrangement of the passage holes.
A method for determining estimated motion vectors within image signals comprising: - creating at least one candidate motion vector for at least one current block within an image, - determining for each of the at least one candidate motion vector at least two match blocks (508,510), such that a first match block lies within a temporally preceding neighbouring image of the image of the at least one current block and the second match block lies within a temporally succeeding neighbouring image of the image of the at least one current block, - detecting (308,310) if at least one match block lies at least partially outside the active video area of a screen for displaying the image, - calculating a match error based on at least two shifted match blocks, characterised in that: - in response to detecting that at least one match block lies at least partially outside the active video area shifting (312, 314) the at least one current block and the at least two match blocks such that the at least two shifted match blocks lie within the active area. - creating at least one candidate motion vector for at least one current block within an image, - determining for each of the at least one candidate motion vector at least two match blocks (508,510), such that a first match block lies within a temporally preceding neighbouring image of the image of the at least one current block and the second match block lies within a temporally succeeding neighbouring image of the image of the at least one current block, - detecting (308,310) if at least one match block lies at least partially outside the active video area of a screen for displaying the image, - calculating a match error based on at least two shifted match blocks, characterised in that: - in response to detecting that at least one match block lies at least partially outside the active video area shifting (312, 314) the at least one current block and the at least two match blocks such that the at least two shifted match blocks lie within the active area. - in response to detecting that at least one match block lies at least partially outside the active video area shifting (312, 314) the at least one current block and the at least two match blocks such that the at least two shifted match blocks lie within the active area.