mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for active noise equalization comprising: obtaining a sync signal associated with a noise source reproduced into an acoustic space; generating a noise model , representing one or more complex tones, responsive to the sync signal ; receiving an audio signal representing a sound field in the acoustic space; applying an estimate of a secondary path transfer function to the noise model in a frequency domain; and applying a transformation function to the noise model where the transform function is based on the noise model and is responsive to reducing the sum of the output of the transformation function and the received audio signal ; where applying the estimate of the secondary path transfer function to the noise model comprises calculating the frequency components in a region of interest. obtaining a sync signal associated with a noise source reproduced into an acoustic space; generating a noise model , representing one or more complex tones, responsive to the sync signal ; receiving an audio signal representing a sound field in the acoustic space; applying an estimate of a secondary path transfer function to the noise model in a frequency domain; and applying a transformation function to the noise model where the transform function is based on the noise model and is responsive to reducing the sum of the output of the transformation function and the received audio signal ; where applying the estimate of the secondary path transfer function to the noise model comprises calculating the frequency components in a region of interest.
A conveyance system including: a conveyor having a frame connectable to a drive unit; and a shipping container having a base , a top wall , two opposing side walls and two opposing end walls , wherein the conveyor is fixed within the shipping container in an assembled state, characterized in that the conveyor is fixed on the sidewall of the container for transport, and is rotatable about the base to a horizontal position in the assembled state. a conveyor having a frame connectable to a drive unit; and a shipping container having a base , a top wall , two opposing side walls and two opposing end walls , wherein the conveyor is fixed within the shipping container in an assembled state, characterized in that the conveyor is fixed on the sidewall of the container for transport, and is rotatable about the base to a horizontal position in the assembled state.
An optical member, comprising: a transparent substrate; an alumina-based first transparent ceramic layer on the transparent substrate; and an alumina-based second transparent ceramic layer on the alumina-based first transparent ceramic layer such that the alumina-based first transparent ceramic layer is between the transparent substrate and the alumina-based second transparent ceramic layer, wherein the alumina-based first transparent ceramic layer and the alumina-based second transparent ceramic layer have independent compositions, and the independent compositions are each a silica-free composition, wherein a refractive index of the alumina-based second transparent ceramic layer is smaller than a refractive index of the alumina-based first transparent ceramic layer, wherein the alumina-based first transparent ceramic layer and the alumina-based second transparent ceramic layer independently include a phase-separation additive, and wherein an amount of the phase-separation additive in the alumina-based first transparent ceramic layer is larger than an amount of the phase-separation additive in the alumina-based second transparent ceramic layer. a transparent substrate; an alumina-based first transparent ceramic layer on the transparent substrate; and an alumina-based second transparent ceramic layer on the alumina-based first transparent ceramic layer such that the alumina-based first transparent ceramic layer is between the transparent substrate and the alumina-based second transparent ceramic layer, wherein the alumina-based first transparent ceramic layer and the alumina-based second transparent ceramic layer have independent compositions, and the independent compositions are each a silica-free composition, wherein a refractive index of the alumina-based second transparent ceramic layer is smaller than a refractive index of the alumina-based first transparent ceramic layer, wherein the alumina-based first transparent ceramic layer and the alumina-based second transparent ceramic layer independently include a phase-separation additive, and wherein an amount of the phase-separation additive in the alumina-based first transparent ceramic layer is larger than an amount of the phase-separation additive in the alumina-based second transparent ceramic layer.
An image sensor comprising a plurality of pixels, at least one pixel comprising: a floating diffusion region (FD, 16) formed in a first surface of a semiconductor substrate a transfer gate (TG) configured to selectively cause transfer of photocharge stored in the pixel to the floating diffusion; and a JFET having (i) a source and a drain coupled by a channel region, and (ii) a gate comprising the floating diffusion region configured such that transfer of photocharge to the floating diffusion by selective operation of the transfer gate causes modulation of a depletion region in the channel region; wherein the channel region comprises a first doped region of a first conductivity type configured to conduct current between the source and the drain along a lateral direction substantially parallel to the first surface of the substrate, the floating diffusion region comprises a second doped region of a second conductivity type opposite to the first conductivity type, and wherein the first doped region of the channel region along the lateral direction between the source and drain is disposed between the first surface of the substrate and an underlying adjacent portion of the second doped region of the floating diffusion. a floating diffusion region (FD, 16) formed in a first surface of a semiconductor substrate a transfer gate (TG) configured to selectively cause transfer of photocharge stored in the pixel to the floating diffusion; and a JFET having (i) a source and a drain coupled by a channel region, and (ii) a gate comprising the floating diffusion region configured such that transfer of photocharge to the floating diffusion by selective operation of the transfer gate causes modulation of a depletion region in the channel region; wherein the channel region comprises a first doped region of a first conductivity type configured to conduct current between the source and the drain along a lateral direction substantially parallel to the first surface of the substrate, the floating diffusion region comprises a second doped region of a second conductivity type opposite to the first conductivity type, and wherein the first doped region of the channel region along the lateral direction between the source and drain is disposed between the first surface of the substrate and an underlying adjacent portion of the second doped region of the floating diffusion.
Stabilizer concentrates for waxes selected from the group consisting of mono- and/or diesters of mono- and/or diethylene glycol, whereby the waxes are in form of a dispersion comprised in personal care compositions, and wherein the concentrates are containing (a) hydrogenated castor oil, (b) nonionic emulsifiers selected from the group consisting of fatty alcohol polyglycol ether, fatty acid polyglycol ester; ethoxylated triglycerides, ethoxylated fatty acid glycerol ester; mixed ethers or mixed formals; polysorbates and sugar-based carbohydrates (c) optional amphoteric and/or zwitterionic surfactants (d) optional other auxiliaries or additives, including salts, and (e) water, with the provisos that the concentrates are free from anionic surfactants and contain hydrogenated castor oil a) in a quantity above 7,0 to 20 wt% and wherein the sum of quantities of (a) to (d) is in the range from 30% to 80% by weight and add up to 100% by weight by water. (a) hydrogenated castor oil, (b) nonionic emulsifiers selected from the group consisting of fatty alcohol polyglycol ether, fatty acid polyglycol ester; ethoxylated triglycerides, ethoxylated fatty acid glycerol ester; mixed ethers or mixed formals; polysorbates and sugar-based carbohydrates (c) optional amphoteric and/or zwitterionic surfactants (d) optional other auxiliaries or additives, including salts, and (e) water,
A component feeder comprising: a component pick surface on which components are to be distributed, and a component feeder imaging system , the component feeder imaging system comprising: - a transparent presentation surface on which components are to be distributed, wherein the transparent presentation surface forms at least a part of the component pick surface , - a vision system , and - a system processor for processing information received from the vision system and for determining which components on the presentation surface that are correctly oriented, characterized in that the vision system comprises a contact image sensor, CIS, scanner system comprising at least one image sensor located underneath the presentation surface and comprising at least one movable light source located underneath the presentation surface, wherein the CIS scanner system is configured to move across the presentation surface during scanning in such manner that light from the movable light source is reflected by the components and impinges on the image sensor . a component pick surface on which components are to be distributed, and a component feeder imaging system , the component feeder imaging system comprising: - a transparent presentation surface on which components are to be distributed, wherein the transparent presentation surface forms at least a part of the component pick surface , - a vision system , and - a system processor for processing information received from the vision system and for determining which components on the presentation surface that are correctly oriented, - a transparent presentation surface on which components are to be distributed, wherein the transparent presentation surface forms at least a part of the component pick surface , - a vision system , and - a system processor for processing information received from the vision system and for determining which components on the presentation surface that are correctly oriented, characterized in that the vision system comprises a contact image sensor, CIS, scanner system comprising at least one image sensor located underneath the presentation surface and comprising at least one movable light source located underneath the presentation surface, wherein the CIS scanner system is configured to move across the presentation surface during scanning in such manner that light from the movable light source is reflected by the components and impinges on the image sensor .
Unpacking station for a facility for additive manufacturing of three-dimensional objects , comprising at least one unpacking device for unpacking an additively manufactured three-dimensional object from the unconsolidated construction material surrounding said object after completion of an additive construction process, characterised in that the unpacking device is designed as a robot , in particular industrial robot, that comprises at least three robot axes (A1 - A6), wherein at least one unpacking tool that is designed for unpacking an additively manufactured three-dimensional object from the unconsolidated construction material surrounding said object after completion of an additive construction process is arranged or formed on at least one robot axis (A6), or the unpacking device comprises at least one robot of this kind, wherein the unpacking station comprises an unpacking chamber , and wherein the unpacking device is arranged or formed on or in a base, side or cover wall that defines the unpacking chamber .
A coupling for connecting pipe elements (48; 50), said coupling comprising: a plurality of segments (12; 14) attached to one another end to end surrounding a central space ; adjustable attachment members positioned at opposite ends of each said segment (12; 14) for attaching said segments (12; 14) to one another; first and second arcuate projections (30; 32) positioned respectively on opposite sides of each said segment (12; 14), each said arcuate projection facing an axis extending through said central space and extending lengthwise along each said segment (12; 14), each said arcuate section having a semi-circular cross section taken parallel to said axis , said semi-circular cross section extending over at least a portion of said arcuate projection (30; 32); further comprising a first and a second relief groove , said first relief groove positioned adjacent to said first arcuate projection , said second relief groove positioned adjacent to said second arcuate projection , each said relief groove extending lengthwise along each said segment (12; 14) and facing said axis ; further comprising a first shoulder positioned adjacent to said first relief groove , said first relief groove being between said first shoulder and said first arcuate projection ; a second shoulder positioned adjacent to said second relief groove , said second relief groove being between said second shoulder and said second arcuate projection , wherein said first and second shoulders are adapted to contact said pipe elements . a plurality of segments (12; 14) attached to one another end to end surrounding a central space ; adjustable attachment members positioned at opposite ends of each said segment (12; 14) for attaching said segments (12; 14) to one another; first and second arcuate projections (30; 32) positioned respectively on opposite sides of each said segment (12; 14), each said arcuate projection facing an axis extending through said central space and extending lengthwise along each said segment (12; 14), each said arcuate section having a semi-circular cross section taken parallel to said axis , said semi-circular cross section extending over at least a portion of said arcuate projection (30; 32); further comprising a first and a second relief groove , said first relief groove positioned adjacent to said first arcuate projection , said second relief groove positioned adjacent to said second arcuate projection , each said relief groove extending lengthwise along each said segment (12; 14) and facing said axis ; further comprising a first shoulder positioned adjacent to said first relief groove , said first relief groove being between said first shoulder and said first arcuate projection ; a second shoulder positioned adjacent to said second relief groove , said second relief groove being between said second shoulder and said second arcuate projection , wherein said first and second shoulders are adapted to contact said pipe elements .
An engine-waste-heat utilization device, comprising: a Rankine cycle with a heat exchanger that is configured to recover waste-heat of an engine to refrigerant, an expander that is configured to generate power using the refrigerant coming out from the heat exchanger , a condenser that is configured to condense the refrigerant coming out from the expander and a refrigerant pump that is configured to supply the refrigerant coming out from the condenser to the heat exchanger by being driven by the expander ; a power transmission mechanism that is configured to transmit surplus power to the engine when the expander has spare power even if the refrigerant pump is driven; a clutch that is configured to connect and disconnect power transmission by the power transmission mechanism ; and a case in which the clutch , the refrigerant pump and the expander are integrally housed in this order such that a shaft of the expander and that of the refrigerant pump are coaxially arranged, characterized in that the engine has a high-temperature part in a passage for exhaust gas; the shaft of the expander and that of the refrigerant pump are parallel to an output shaft of the engine ; and the case has an expander side end part disposed close to the high-temperature part such that the expander has a higher temperature than the clutch . a Rankine cycle with a heat exchanger that is configured to recover waste-heat of an engine to refrigerant, an expander that is configured to generate power using the refrigerant coming out from the heat exchanger , a condenser that is configured to condense the refrigerant coming out from the expander and a refrigerant pump that is configured to supply the refrigerant coming out from the condenser to the heat exchanger by being driven by the expander ; a power transmission mechanism that is configured to transmit surplus power to the engine when the expander has spare power even if the refrigerant pump is driven; a clutch that is configured to connect and disconnect power transmission by the power transmission mechanism ; and a case in which the clutch , the refrigerant pump and the expander are integrally housed in this order such that a shaft of the expander and that of the refrigerant pump are coaxially arranged, characterized in that the engine has a high-temperature part in a passage for exhaust gas; the shaft of the expander and that of the refrigerant pump are parallel to an output shaft of the engine ; and the case has an expander side end part disposed close to the high-temperature part such that the expander has a higher temperature than the clutch .
A transmission system comprising a toothed pulley and a poly-V pulley and a transmission belt , said transmission belt comprising a body comprising a first elastomeric material, a plurality of cords and a plurality of V-shaped ribs arranged side by side to one other and alternating with V-shaped grooves capable to cooperate with the poly-V pulley, characterised in that it comprises at least a first toothing and a second toothing both capable to cooperate with the toothed pulley formed by a plurality of teeth and extending obliquely to the transversal axis A of the belt forming therewith respective helix (alpha, beta) angles different from 0°.
A method comprising: ranking, by a computing device, search results comprising a plurality of linear media content items whose transmissions have already begun and a plurality of on-demand media content items, wherein the ranking is based on: an extent to which each search result matches at least one search criterion; amounts of time until scheduled end times of the plurality of linear media content items; and amounts of time the plurality of on-demand media content items remain accessible to a user; and in response to selection for viewing of an on-demand media content item from the search results, causing a first ranked linear media content item, associated with a highest priority among the plurality of linear media content items in the search results, to be recorded. ranking, by a computing device, search results comprising a plurality of linear media content items whose transmissions have already begun and a plurality of on-demand media content items, wherein the ranking is based on: an extent to which each search result matches at least one search criterion; amounts of time until scheduled end times of the plurality of linear media content items; and amounts of time the plurality of on-demand media content items remain accessible to a user; and an extent to which each search result matches at least one search criterion; amounts of time until scheduled end times of the plurality of linear media content items; and amounts of time the plurality of on-demand media content items remain accessible to a user; and in response to selection for viewing of an on-demand media content item from the search results, causing a first ranked linear media content item, associated with a highest priority among the plurality of linear media content items in the search results, to be recorded.
A method of operating a satellite (111-118), the method comprising: receiving, at the satellite , operational status information from a peer satellite in communication range of the satellite ; based at least on the operational status information , selecting, at the satellite , a quality of service level for communications issued by a plurality of virtual nodes (341-344) executed by the satellite for transfer to the peer satellite , wherein different quality of service levels are established for different levels of present capability of the peer satellite indicated in the operational status information ; and applying the quality service level within the satellite to transmit data packets issued by the plurality of virtual nodes (341-344) to the peer satellite . receiving, at the satellite , operational status information from a peer satellite in communication range of the satellite ; based at least on the operational status information , selecting, at the satellite , a quality of service level for communications issued by a plurality of virtual nodes (341-344) executed by the satellite for transfer to the peer satellite , wherein different quality of service levels are established for different levels of present capability of the peer satellite indicated in the operational status information ; and applying the quality service level within the satellite to transmit data packets issued by the plurality of virtual nodes (341-344) to the peer satellite .
A battery module , comprising: a battery cell stack having a plurality of battery cells stacked; a case configured to accommodate the battery cell stack; and a heat dissipation member inserted into the case and supported in contact with the battery cell stack; wherein an insert hole is formed in the case, and wherein the heat dissipation member includes: a base plate ; and at least one protrusion coupled to the base plate and inserted into the insert hole; wherein the base plate is inserted into the case and contacts one side of the case at which the insert hole is formed; wherein one side of the base plate is in contact with the case, and the other side of the base plate opposite to the one side is in contact with the battery cell stack; wherein the protrusion is inserted into the insert hole and coupled to the case by hooking or snap-fitting; wherein at least one guide protrusion is formed at the case, and wherein at least one guide hole is formed in the base plate to guide the base plate to be inserted along the guide protrusion. a battery cell stack having a plurality of battery cells stacked; a case configured to accommodate the battery cell stack; and a heat dissipation member inserted into the case and supported in contact with the battery cell stack; wherein an insert hole is formed in the case, and wherein the heat dissipation member includes: a base plate ; and at least one protrusion coupled to the base plate and inserted into the insert hole; wherein the base plate is inserted into the case and contacts one side of the case at which the insert hole is formed; wherein one side of the base plate is in contact with the case, and the other side of the base plate opposite to the one side is in contact with the battery cell stack; wherein the protrusion is inserted into the insert hole and coupled to the case by hooking or snap-fitting; wherein at least one guide protrusion is formed at the case, and wherein at least one guide hole is formed in the base plate to guide the base plate to be inserted along the guide protrusion. a base plate ; and at least one protrusion coupled to the base plate and inserted into the insert hole; wherein the base plate is inserted into the case and contacts one side of the case at which the insert hole is formed; wherein one side of the base plate is in contact with the case, and the other side of the base plate opposite to the one side is in contact with the battery cell stack; wherein the protrusion is inserted into the insert hole and coupled to the case by hooking or snap-fitting; wherein at least one guide protrusion is formed at the case, and wherein at least one guide hole is formed in the base plate to guide the base plate to be inserted along the guide protrusion.