mhurhangee/patent-ind-claim-en huggingface dataset:
A transistor comprising: a source region , a drain region and a semi conductive substrate , the source and drain regions being disposed on the semi conductive substrate; a semi conductive channel formed between the source and drain regions, a portion of the semi conductive channel comprising a fin ; a gate structure covering a surface of the fin , the semi conductive channel further comprising a drift region coupled between the fin and the drain region , wherein: the source and drain regions comprise diamond doped at a first amount; and the semi conductive channel comprises diamond doped at a second amount, wherein the first amount is larger than the second amount; wherein the diamond doped at a first amount is doped with a P-type dopant and the diamond doped at the second amount is doped with a P-type dopant; or wherein the diamond doped at the first amount is doped with an N-type dopant and the diamond doped at the second amount is doped with an N-type dopant. a source region , a drain region and a semi conductive substrate , the source and drain regions being disposed on the semi conductive substrate; a semi conductive channel formed between the source and drain regions, a portion of the semi conductive channel comprising a fin ; a gate structure covering a surface of the fin , the semi conductive channel further comprising a drift region coupled between the fin and the drain region , wherein: the source and drain regions comprise diamond doped at a first amount; and the semi conductive channel comprises diamond doped at a second amount, wherein the first amount is larger than the second amount; wherein the diamond doped at a first amount is doped with a P-type dopant and the diamond doped at the second amount is doped with a P-type dopant; or wherein the diamond doped at the first amount is doped with an N-type dopant and the diamond doped at the second amount is doped with an N-type dopant. the source and drain regions comprise diamond doped at a first amount; and the semi conductive channel comprises diamond doped at a second amount, wherein the first amount is larger than the second amount; wherein the diamond doped at a first amount is doped with a P-type dopant and the diamond doped at the second amount is doped with a P-type dopant; or wherein the diamond doped at the first amount is doped with an N-type dopant and the diamond doped at the second amount is doped with an N-type dopant.
A modified substrate comprising: a porous or microporous polymer substrate having a surface, and a functionalized polymer coated on the surface of the substrate and comprising a functional component A and a cross-linking component B, the cross-linking component B including a plurality of nitrene precursors, wherein the substrate being a structure selected from the group consisting of film, hollow fiber, fiber, textile, membrane, porous membrane, microporous membrane, and battery separator. a porous or microporous polymer substrate having a surface, and a functionalized polymer coated on the surface of the substrate and comprising a functional component A and a cross-linking component B, the cross-linking component B including a plurality of nitrene precursors, wherein the substrate being a structure selected from the group consisting of film, hollow fiber, fiber, textile, membrane, porous membrane, microporous membrane, and battery separator.
A method of target DNA genome analysis, which method comprises the steps of: - obtaining raw metrics for non-overlapping segments using a sequencing process applied on a reduced representation library of said target DNA genome, wherein said reduced representation library has been enriched for target DNA genome fragments having two boundaries defined by predetermined DNA sequences; - using a reference genome, clustering non-overlapping segments, which are consecutive or closely adjacent according to their position in the chromosome in the reference genome, with similar raw metrics to assemble said segments into master segments; - providing metrics describing the master segments in which said metrics include inferred boundaries of one or more master segments, number of observed reads in one or more master segments, observed 4-base frequencies in said one or more master segments, or ancestral probability for one or more of said master segments; and - making a final discrete DNA call based on the clustering of segments; wherein said raw metrics include base frequency, read count, and ancestral information. - obtaining raw metrics for non-overlapping segments using a sequencing process applied on a reduced representation library of said target DNA genome, wherein said reduced representation library has been enriched for target DNA genome fragments having two boundaries defined by predetermined DNA sequences; - using a reference genome, clustering non-overlapping segments, which are consecutive or closely adjacent according to their position in the chromosome in the reference genome, with similar raw metrics to assemble said segments into master segments; - providing metrics describing the master segments in which said metrics include inferred boundaries of one or more master segments, number of observed reads in one or more master segments, observed 4-base frequencies in said one or more master segments, or ancestral probability for one or more of said master segments; and - making a final discrete DNA call based on the clustering of segments;
An apparatus comprising: a first tensor operation calculator (112 ) that is configured to execute a first tensor operation; a second, different tensor operation calculator (112 ) that is configured to execute a second tensor operation differing from the first tensor operation; and logic configured to: access a first machine instruction in a set of machine instructions; access a second machine instruction in the set of machine instructions, wherein the second machine instruction is missing a tensor operand needed to execute the second machine instruction; execute the first machine instruction in the first tensor operation calculator (112 ), resulting in a tensor; route, based on the second machine instruction, the resultant tensor from the first tensor operation calculator (112 ) to the second tensor operation calculator (112 ) for use as the missing tensor operand; and execute the second machine instruction using the resultant tensor as the missing tensor operand. a first tensor operation calculator (112 ) that is configured to execute a first tensor operation; a second, different tensor operation calculator (112 ) that is configured to execute a second tensor operation differing from the first tensor operation; and logic configured to: access a first machine instruction in a set of machine instructions; access a second machine instruction in the set of machine instructions, access a first machine instruction in a set of machine instructions; access a second machine instruction in the set of machine instructions, wherein the second machine instruction is missing a tensor operand needed to execute the second machine instruction; execute the first machine instruction in the first tensor operation calculator (112 ), resulting in a tensor; route, based on the second machine instruction, the resultant tensor from the first tensor operation calculator (112 ) to the second tensor operation calculator (112 ) for use as the missing tensor operand; and execute the second machine instruction using the resultant tensor as the missing tensor operand. execute the first machine instruction in the first tensor operation calculator (112 ), resulting in a tensor; route, based on the second machine instruction, the resultant tensor from the first tensor operation calculator (112 ) to the second tensor operation calculator (112 ) for use as the missing tensor operand; and execute the second machine instruction using the resultant tensor as the missing tensor operand.
A method for manufacturing a fiber reinforced resin molded article, the method including forming a preform including a fiber layer on an outer surface of a liner, impregnating the fiber layer of the preform with resin , and curing the resin , comprising: a step of preparing a mold including a first mold and a second mold ; a step of placing the preform between the first mold and the second mold so as to define a first gap between the first mold and the preform and a second gap between the second mold and the preform , the second gap being larger than the first gap; a step of pouring the resin from a resin inlet toward the second gap in the mold; a step of separating at least a part of the first mold facing the preform from the preform to define a third gap between the at least a part of the first mold and the preform , the third gap being larger than the first gap, to charge the resin , which was poured toward the second gap in the mold , into between the first mold and the preform ; and a step of bringing the second mold and the at least a part of the first mold together close to the preform for compressive filling with the resin in the mold .
A laminated glazing comprising an assembly which comprises: - at least a thermoplastic interlayer - a first busbar laid over the thermoplastic interlayer - at least one heating wire laid over the first busbar - a second busbar at least partly laid over the heating wire and at least partly laid over the first busbar - wherein a solder layer which melts and fills spaces between the heating wires and busbars in an autoclave covers at least part of a surface of the first busbar or the second busbar and is arranged to contact the heating wire , the assembly being laminated with at least a glass sheet , characterized in that an adhesive layer is arranged between the first busbar and the second busbar on at least a part of a surface of the first busbar or the second busbar and the solder layer has a minimum remaining width not covered by the adhesive layer of higher than two millimeters. - at least a thermoplastic interlayer - a first busbar laid over the thermoplastic interlayer - at least one heating wire laid over the first busbar - a second busbar at least partly laid over the heating wire and at least partly laid over the first busbar - wherein a solder layer which melts and fills spaces between the heating wires and busbars in an autoclave covers at least part of a surface of the first busbar or the second busbar and is arranged to contact the heating wire ,
A coated powdered lead oxide, in particular in the form of red lead and/or of battery oxide, characterised in that 4-basic lead sulphate of an average particle size of less than about 3 μm adheres to the surface of the coated powdered lead oxide and the water content of the coated powdered lead oxide is below 3.5 wt.%, in particular below 3.0 wt.%.
Connector unit comprising a first connector part and at least a second connector part , wherein the first connector part and the at least second connector part are connectable during a mating of the first connector part and the at least second connector part and are dis-connectable during a de-mating of the first connector part and the at least second connector part , and further comprising at least a first locking assembly for locking the first connector part and the at least second connector part at least during the de-mate of the first connector part and the at least second connector part , wherein the at least first locking assembly comprises at least a first hydraulic lock ; characterised in that the at least first hydraulic lock comprises at least one balancing chamber and at least one valve via which the balancing chamber is fillable and unfillable with an uncompressible fluid .
Integrally built rail vehicle body, comprising at least one electrical earthing point, characterised in that the earthing point is designed as a bore hole in a shaped portion of one of the extruded profiles forming the rail vehicle body, wherein the shaped portion is ablated in certain areas along the longitudinal extension of the extruded profile by means of a mechanical machining process.
A method of operation of a wireless device enabled to provide interference suppression during detection of a predetermined signal, said method comprising: determining whether the wireless device is moving toward a current serving cell of the wireless device or away from the current serving cell of the wireless device ; characterized by if the wireless device is moving toward the current serving cell, initiating suppression of transmissions from a previous serving cell of the wireless device during detection of a predetermined signal from another cell different from the current serving cell and from the previous serving cell; and if the wireless device is moving away from the current serving cell, initiating suppression of transmissions from the current serving cell of the wireless device during detection of the predetermined signal from the another cell. determining whether the wireless device is moving toward a current serving cell of the wireless device or away from the current serving cell of the wireless device ; characterized by if the wireless device is moving toward the current serving cell, initiating suppression of transmissions from a previous serving cell of the wireless device during detection of a predetermined signal from another cell different from the current serving cell and from the previous serving cell; and if the wireless device is moving away from the current serving cell, initiating suppression of transmissions from the current serving cell of the wireless device during detection of the predetermined signal from the another cell.
Heat exchanger comprising a stack of plates comprising a lower plate onto which the other plates are stacked, and the heat exchanger comprises a fixation plate , and a reinforcement plate between the fixation plate and the lower plate , wherein the reinforcement plate has reinforcing elements only around one or more corners of the lower plate ; characterized in that the fixation plate has a planar surface receiving the reinforcement plate and a protrusion around the reinforcement plate .
A nanofibrous web comprising continuous polymeric fibers that are intimately comingled and entangled in a single layer, stand-alone network, and wherein: (a) the fibers comprise at least 70% nanofibers, 5%-25% microfibers, and up to 5% coarse fibers by number percentage; (b) a number average diameter of all the fibers is less than 1000 nm and a median diameter of all the fibers is less than 500 nm; and (c) the nanofibrous web has an apparent density of 0.01 to 0.05 g/cm 3 when measured as defined in the description, an electrostatic charge of at least 12 kV as measured at a distance of 25 mm, and an effective quality factor (eQF) of greater than about 2.5 (Pa • g/cm 3 ) -1 when measured as defined in the description, wherein the nanofibers are fibers having a diameter less than 1000 nm, microfibers are fibers having a diameter from 1.0 μm to 3.0 μm, and coarse fibers are fibers having a diameter of 3.0 μm or more, wherein in case of non-round cross-sectional fibers, the diameter refers to the greatest cross-sectional dimension, wherein the fibers are composed of a polyolefin, wherein the polyolefin comprises a polypropylene or a blend of multiple, different polypropylenes, and wherein the nanofibrous web is made by a centrifugal melt spinning process. (a) the fibers comprise at least 70% nanofibers, 5%-25% microfibers, and up to 5% coarse fibers by number percentage; (b) a number average diameter of all the fibers is less than 1000 nm and a median diameter of all the fibers is less than 500 nm; and (c) the nanofibrous web has an apparent density of 0.01 to 0.05 g/cm 3 when measured as defined in the description, an electrostatic charge of at least 12 kV as measured at a distance of 25 mm, and an effective quality factor (eQF) of greater than about 2.5 (Pa • g/cm 3 ) -1 when measured as defined in the description,
A method for replicating data across a network from a first network connected data storage device to a second network connected data storage device, the method comprising: periodically transmitting sample data from the first network connected data storage device to the second network connected data storage device to obtain a measurement indicative of bandwidth throughput between the first and second network connected data storage devices; comparing the measurement indicative of bandwidth throughput with a predetermined policy indicating whether compression should be utilized, the predetermined policy being based on a comparison of how long it would take to compress and send the data from the first network connected data storage device to the second network connected data storage device, against how long it would take to send the data uncompressed; based on the comparison, dynamically determining whether to compress the data to be replicated prior to transmitting from the first network connected data storage device to the second network connected data storage device, wherein if the difference in storage space saving due to the compression of the data would be non-significant, determining not to compress the data to be replicated prior to transmitting across the network from the first network connected data storage device to the second network connected data storage device regardless of the determining result; and transmitting the data to be replicated accordingly across the network from the first network connected data storage device to the second network connected data storage device. periodically transmitting sample data from the first network connected data storage device to the second network connected data storage device to obtain a measurement indicative of bandwidth throughput between the first and second network connected data storage devices; comparing the measurement indicative of bandwidth throughput with a predetermined policy indicating whether compression should be utilized, the predetermined policy being based on a comparison of how long it would take to compress and send the data from the first network connected data storage device to the second network connected data storage device, against how long it would take to send the data uncompressed; based on the comparison, dynamically determining whether to compress the data to be replicated prior to transmitting from the first network connected data storage device to the second network connected data storage device, wherein if the difference in storage space saving due to the compression of the data would be non-significant, determining not to compress the data to be replicated prior to transmitting across the network from the first network connected data storage device to the second network connected data storage device regardless of the determining result; and transmitting the data to be replicated accordingly across the network from the first network connected data storage device to the second network connected data storage device.
A paint replacement film comprising at least one polymer layer, the at least one polymer layer comprising a polyurethane produced from a formulation comprising at least one blocked isocyanate, wherein the paint replacement film comprises a liner layer wherein that at least one polymer layer is a coloured polymer layer further comprising a colourant, characterized in that the formulation comprises at least two polyols in an OH weight equivalent ratio in the range 4.5:1 to 1:4.5.
A drinking device for the retronasal perception of an aroma substance, comprising: - a storage container for drinking liquid; - a head part , which can be fastened on the storage container and has a mouth end ; - an exchangeable aroma container , through which air can flow and which can be fastened on the head part ; and - a drinking straw , which is fixed in the head part , said drinking straw comprising: - a transport channel for drinking liquid, said transport channel extending from the storage container towards the mouth end of the head part ; and - an air channel for transporting aromatized air, said air channel extending from the aroma container towards the mouth end of the head part ; characterized in that the aroma container through which air can flow has an essentially annular aroma chamber comprising a carrier substance that contains a fluid with an aromatizing substance. - a storage container for drinking liquid; - a head part , which can be fastened on the storage container and has a mouth end ; - an exchangeable aroma container , through which air can flow and which can be fastened on the head part ; and - a drinking straw , which is fixed in the head part , said drinking straw comprising: - a transport channel for drinking liquid, said transport channel extending from the storage container towards the mouth end of the head part ; and - an air channel for transporting aromatized air, said air channel extending from the aroma container towards the mouth end of the head part ; - a transport channel for drinking liquid, said transport channel extending from the storage container towards the mouth end of the head part ; and - an air channel for transporting aromatized air, said air channel extending from the aroma container towards the mouth end of the head part ;
An electrical connector assembly comprising: a housing having an insert and an organizer separate from the insert , the insert and the organizer having insert openings and organizer openings , aligned with corresponding insert openings , the organizer openings having a smaller diameter than the insert openings , the insert openings having a lip extending into the insert opening ; and electrical connectors received in the housing , the electrical connectors having shells , the electrical connectors including clips surrounding corresponding shells , the clips engaging the lips of the insert openings for securing the electrical connectors in the insert openings , the organizer openings circumferentially surrounding the shells and restricting lateral movement of the electrical connectors , the shell including a terminating end and a flange proximate to the terminating end , characterized in that the organizer is coupled to the insert ; the clip is positioned forward of the flange in a direction that the electrical connector is loaded into the insert opening , the lip being captured between the clip and the flange ; and the organizer is configured to be removable from the insert to expose the clip wherein the clip is configured to be compressed by being squeezed to enable the clip to be passed rearward through the insert opening past the lip .
A martensitic stainless steel foil, wherein a metallographic structure in a cross-section of the martensitic stainless steel foil is a ferrite structure, in which carbides are dispersed, wherein the martensitic stainless steel foil has a thickness of at most 35 μm, and has a steepness of at most 0.75% when the martensitic stainless steel foil having a length of 650 mm in a rolling direction is placed on a horizontal surface plate, lift heights of the steel foil are measured along the rolling direction, and then the steepness is derived from data of the lift heights along the rolling direction.