mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method in which a network device performs operations comprising: deploying and launching a monitoring application on a network device connected to a Fabric Attach, FA, server in a network, wherein said monitoring application is configured with Service Identifier, I-SID, values of mirror streams to be monitored; characterised by further comprising: issuing, by said monitoring application, an FA Type Length Value, TLV, on the link that connects to the FA Server, wherein said FA TLV includes the I-SID corresponding to the mirror stream that is being requested; and receiving said mirrored stream via a Remote Switch Port Analyzer, RSPAN, Virtual Local Area Network, VLAN, at said monitoring application. deploying and launching a monitoring application on a network device connected to a Fabric Attach, FA, server in a network, wherein said monitoring application is configured with Service Identifier, I-SID, values of mirror streams to be monitored; characterised by further comprising: issuing, by said monitoring application, an FA Type Length Value, TLV, on the link that connects to the FA Server, wherein said FA TLV includes the I-SID corresponding to the mirror stream that is being requested; and receiving said mirrored stream via a Remote Switch Port Analyzer, RSPAN, Virtual Local Area Network, VLAN, at said monitoring application. issuing, by said monitoring application, an FA Type Length Value, TLV, on the link that connects to the FA Server, wherein said FA TLV includes the I-SID corresponding to the mirror stream that is being requested; and receiving said mirrored stream via a Remote Switch Port Analyzer, RSPAN, Virtual Local Area Network, VLAN, at said monitoring application.
An apparatus for wireless communications, comprising: a transceiver; a first primary antenna configured to support communications in a first frequency range; a second primary antenna configured to support communications in a second frequency range different than the first frequency range, wherein the second frequency range partially overlaps the first frequency range; a first circuit block coupled to the transceiver and having a first multiplexer having filters configured to process one or more first signals for only transmission over a first bandwidth in the first frequency range via the first primary antenna; a second circuit block coupled to the transceiver and having a second multiplexer having filters configured to process one or more second signals for only reception over a second bandwidth in the second frequency range via the second primary antenna, wherein the second bandwidth at least partially overlaps the first bandwidth; a third circuit block coupled to the transceiver and having a third multiplexer having filters configured to process one or more third signals for transmission and reception over a third bandwidth via the first primary antenna, the third bandwidth having frequencies lower than frequencies of the first bandwidth; and a fourth circuit block coupled to the transceiver and having a fourth multiplexer having filters configured to process one or more fourth signals for transmission and reception over a fourth bandwidth via the second primary antenna, the fourth bandwidth having frequencies higher than frequencies of the second bandwidth. a transceiver; a first primary antenna configured to support communications in a first frequency range; a second primary antenna configured to support communications in a second frequency range different than the first frequency range, wherein the second frequency range partially overlaps the first frequency range; a first circuit block coupled to the transceiver and having a first multiplexer having filters configured to process one or more first signals for only transmission over a first bandwidth in the first frequency range via the first primary antenna; a second circuit block coupled to the transceiver and having a second multiplexer having filters configured to process one or more second signals for only reception over a second bandwidth in the second frequency range via the second primary antenna, wherein the second bandwidth at least partially overlaps the first bandwidth; a third circuit block coupled to the transceiver and having a third multiplexer having filters configured to process one or more third signals for transmission and reception over a third bandwidth via the first primary antenna, the third bandwidth having frequencies lower than frequencies of the first bandwidth; and a fourth circuit block coupled to the transceiver and having a fourth multiplexer having filters configured to process one or more fourth signals for transmission and reception over a fourth bandwidth via the second primary antenna, the fourth bandwidth having frequencies higher than frequencies of the second bandwidth.
A water-based primer composition comprising a mixture of: (a) a water-based primer component, being a water-based adhesive composition including: (i) an aqueous dispersion of at least one phenolic resin which is a condensation product of a phenol and formaldehyde, wherein the aqueous dispersion is stabilized by at least one polyacrylate which consists of a monomer of the following Formula:: wherein, R 1 is H, CH 3, alkyl C 2 to C 4, or aryl; R 2 is H, OH, CN, CH 3, alkyl C 2 to Cs, F, Cl, or Br; and R 3 and R 4 is H, CH 3, alkyl C 2 to Cs, aryl, O-CH 3, O-alkyl C 2 to Cs, or O-aryl; (ii) a latice formed from at least one halogenated polyolefin; and (iii) at least one metal oxide as a cross linking agent; and (b) a dye; wherein the dye is adapted for providing an indication of dryness of a primer film made from the water-based primer composition during the process of drying the water-based primer composition before use of the primer film; and wherein the dye undergoes a visual color change when subjected to a drying temperature for visually determining the dryness of the primer film made from the water-based primer composition. (a) a water-based primer component, being a water-based adhesive composition including: (i) an aqueous dispersion of at least one phenolic resin which is a condensation product of a phenol and formaldehyde, wherein the aqueous dispersion is stabilized by at least one polyacrylate which consists of a monomer of the following Formula:: wherein, R 1 is H, CH 3, alkyl C 2 to C 4, or aryl; R 2 is H, OH, CN, CH 3, alkyl C 2 to Cs, F, Cl, or Br; and R 3 and R 4 is H, CH 3, alkyl C 2 to Cs, aryl, O-CH 3, O-alkyl C 2 to Cs, or O-aryl; (ii) a latice formed from at least one halogenated polyolefin; and (iii) at least one metal oxide as a cross linking agent; and (i) an aqueous dispersion of at least one phenolic resin which is a condensation product of a phenol and formaldehyde, wherein the aqueous dispersion is stabilized by at least one polyacrylate which consists of a monomer of the following Formula:: wherein, R 1 is H, CH 3, alkyl C 2 to C 4, or aryl; R 2 is H, OH, CN, CH 3, alkyl C 2 to Cs, F, Cl, or Br; and R 3 and R 4 is H, CH 3, alkyl C 2 to Cs, aryl, O-CH 3, O-alkyl C 2 to Cs, or O-aryl; (ii) a latice formed from at least one halogenated polyolefin; and (iii) at least one metal oxide as a cross linking agent; and (b) a dye; wherein the dye is adapted for providing an indication of dryness of a primer film made from the water-based primer composition during the process of drying the water-based primer composition before use of the primer film; and wherein the dye undergoes a visual color change when subjected to a drying temperature for visually determining the dryness of the primer film made from the water-based primer composition.
A coil module, wherein the coil module comprises a first planar coil winding, and the first planar coil winding comprises a plurality of turns of coils; at least one turn of first coil of the plurality of turns of coils of the first planar coil winding comprises at least one first cutting opening (601, 904a, 1104a) and the first cutting opening (601, 904a, 1104a) divides the first coil into a first outer side part (601a1, 903a2, 1103a2) and a first inner side part (601a2, 903a1, 1103a1) along an extension direction of the coil; a first target side part is at least one of the first outer side part (601a2, 903a1, 1103a1) and the first inner side part (601a1, 903a2, 1103a2) characterized in that the first target side part comprises at least two first cutting grooves (602a1, 602a2, 602a5, 602a6, 602a7, 602a8, 905a, 1105, 1105a1, 1105a2) whose extension direction is the same as an extension direction of the first target side part, wherein the at least two first cutting grooves (602a1, 602a2, 602a5, 602a6, 602a7, 602a8, 905a, 1105, 1105a1, 1105a2) are arranged in parallel, and a sum of widths of the at least two first cutting grooves (602a1, 602a2, 602a5, 602a6, 602a7, 602a8, 905a, 1105, 1105a1, 1105a2) is less than or equal to the width of the first cutting opening (601, 904a, 1104a) at least one turn of first coil of the plurality of turns of coils of the first planar coil winding comprises at least one first cutting opening (601, 904a, 1104a) and the first cutting opening (601, 904a, 1104a) divides the first coil into a first outer side part (601a1, 903a2, 1103a2) and a first inner side part (601a2, 903a1, 1103a1) along an extension direction of the coil; a first target side part is at least one of the first outer side part (601a2, 903a1, 1103a1) and the first inner side part (601a1, 903a2, 1103a2) characterized in that the first target side part comprises at least two first cutting grooves (602a1, 602a2, 602a5, 602a6, 602a7, 602a8, 905a, 1105, 1105a1, 1105a2) whose extension direction is the same as an extension direction of the first target side part, wherein the at least two first cutting grooves (602a1, 602a2, 602a5, 602a6, 602a7, 602a8, 905a, 1105, 1105a1, 1105a2) are arranged in parallel, and a sum of widths of the at least two first cutting grooves (602a1, 602a2, 602a5, 602a6, 602a7, 602a8, 905a, 1105, 1105a1, 1105a2) is less than or equal to the width of the first cutting opening (601, 904a, 1104a)
Cable feed-through with an elastic sealing element having at least one cable feed-through channel, said elastic sealing element being assembled from two sealing element parts (16a, 16b) separated by a dividing surface and having a feed-through member comprising the at least one cable feed-through channel, said feed-through member comprising inner sealing surfaces (32, 34) adapted to abut sealingly on at least one cable sheath, with at least one holding element (60, 62), the two sealing element parts being acted upon with said holding element in such a manner that the inner sealing surfaces (32, 34) abut sealingly on the cable sheath and the sealing element parts abut sealingly on one another with their contact surfaces respectively bordering on the dividing surface, characterized in that the at least one holding element (60, 62) has an outer contour and therefore supporting surfaces (90, 92) designed as shell surfaces of a member rectangular or square in cross section, that the elastic sealing element is provided with an outer sealing surface for the cable feed-through and that the outer sealing surface of the sealing element projects beyond the supporting surfaces (90, 92) of the at least one holding element (60, 62) in the state of the cable feed-through not acted upon with a force.
Portable paint booth which comprises: • a suction unit in charge of extracting the residual paint fumes produced in the painting area occupied by the operator and cleaning the air of said residual fumes, and • an air intake plenum to return the air to the painting area occupied by the operator, • a duct which allows the air to be transported between the suction unit and the air intake plenum; it additionally comprises a transparent vertical screen disposed in the free space between the air intake plenum, the suction unit and the duct, and which separates the area occupied by the operator in the booth from the area where the element to be painted is disposed, being connected solely by a window disposed in said screen coincident with the area to the repaired of the element to be painted, and characterized in that it additionally comprises at least one curtain disposed parallel to the transparent vertical screen, on the opposite side of the booth, which jointly with said transparent vertical screen made of plastic film disposed between the booth and the element to be painted and jointly with the suction unit, the air intake plenum and the rigid duct, forms an enclosed area; and it additionally comprises an air discharge duct which allows renewal of the air recirculating through the booth in the event that the level of organic volatile compounds rises above a certain predetermined threshold. • a suction unit in charge of extracting the residual paint fumes produced in the painting area occupied by the operator and cleaning the air of said residual fumes, and • an air intake plenum to return the air to the painting area occupied by the operator, • a duct which allows the air to be transported between the suction unit and the air intake plenum;
A method of forming a digital embossing on a surface by bonding hard press particles to a carrier, the method comprising the steps of: • providing a liquid binder pattern on the carrier by a digital drop application head that applies a liquid substance on the carrier; • applying the hard press particles on the carrier and the liquid binder pattern such that the at least some hard press particles are bonded to the carrier by the liquid binder pattern; • removing non-bonded hard press particles from the carrier; • pressing the carrier with the bonded hard press particles to the surface; and • removing the carrier with the bonded hard press particles from the pressed surface, wherein the hard press particles and a print are coordinated such that an in-register embossed printed surface is obtained when the carrier is pressed against the surface. • providing a liquid binder pattern on the carrier by a digital drop application head that applies a liquid substance on the carrier; • applying the hard press particles on the carrier and the liquid binder pattern such that the at least some hard press particles are bonded to the carrier by the liquid binder pattern; • removing non-bonded hard press particles from the carrier; • pressing the carrier with the bonded hard press particles to the surface; and • removing the carrier with the bonded hard press particles from the pressed surface,
An iduronate-2-sulfatase composition having an amino acid sequence of SEQ ID NO: 1, wherein a cysteine residue at position 59 in the IDS amino acid sequence is converted into formylglycine (FGly) at a molar ratio of 65% or higher, preferably at a molar ratio of 75% or higher.
An accessory attachment platform, comprising: a platform body, wherein the platform body comprises a first side and a second side, wherein the platform body extends from an attachment portion to an accessory portion; an attachment opening formed in the attachment portion of the platform body; and an accessory opening formed in the accessory portion of the platform body; characterised in that: the attachment opening is an attachment disk opening and the accessory opening is an accessory disk opening; and in that the accessory attachment platform further comprises: an attachment plate positioned within the attachment disk opening; an accessory plate positioned within the accessory disk opening; and a release lever, wherein the release lever is pivotably positioned within a release lever receiving slot of the platform body, wherein the release lever comprises an extended thumb/finger engagement portion, an attachment plate engagement portion, and an accessory plate engagement portion, and wherein the release lever is capable of being pivoted from a closed position wherein the attachment plate engaging portion engages the attachment disk and wherein the accessory plate engaging portion engages the accessory disk. a platform body, wherein the platform body comprises a first side and a second side, wherein the platform body extends from an attachment portion to an accessory portion; an attachment opening formed in the attachment portion of the platform body; and an accessory opening formed in the accessory portion of the platform body; the attachment opening is an attachment disk opening and the accessory opening is an accessory disk opening; and in that the accessory attachment platform further comprises: an attachment plate positioned within the attachment disk opening; an accessory plate positioned within the accessory disk opening; and a release lever, wherein the release lever is pivotably positioned within a release lever receiving slot of the platform body, wherein the release lever comprises an extended thumb/finger engagement portion, an attachment plate engagement portion, and an accessory plate engagement portion, and wherein the release lever is capable of being pivoted from a closed position wherein the attachment plate engaging portion engages the attachment disk and wherein the accessory plate engaging portion engages the accessory disk. an attachment plate positioned within the attachment disk opening; an accessory plate positioned within the accessory disk opening; and a release lever, wherein the release lever is pivotably positioned within a release lever receiving slot of the platform body, wherein the release lever comprises an extended thumb/finger engagement portion, an attachment plate engagement portion, and an accessory plate engagement portion, and wherein the release lever is capable of being pivoted from a closed position wherein the attachment plate engaging portion engages the attachment disk and wherein the accessory plate engaging portion engages the accessory disk.
A middle frame assembly for electronic devices such as cell phones, laptops, personal digital assistants and the like, comprising: a middle frame comprising a metal substrate and a non-metal substrate connected together; and an antenna radiator disposed at a fringe of the metal substrate, wherein the antenna radiator defines an escape space through the antenna radiator and configured to receive a functional component; wherein, there is a gap between the antenna radiator and the metal substrate, the non-metal substrate is filled in the gap to integrally connect the antenna radiator with the metal substrate; the escape space comprises at least one escape slot defined in the antenna radiator, and the at least one escape slot extends through the antenna radiator; the metal substrate defines a receiving slot which is communicated to the at least one escape slot; the escape space comprises a first bottom wall and two side walls cooperatively defining the at least one escape slot, a second bottom wall of the receiving slot is located in a same plane as the first bottom wall of the at least one escape slot; the receiving slot and the at least one escape slot are configured to cooperatively receive the functional component. a middle frame comprising a metal substrate and a non-metal substrate connected together; and an antenna radiator disposed at a fringe of the metal substrate, wherein the antenna radiator defines an escape space through the antenna radiator and configured to receive a functional component; wherein, there is a gap between the antenna radiator and the metal substrate, the non-metal substrate is filled in the gap to integrally connect the antenna radiator with the metal substrate; the escape space comprises at least one escape slot defined in the antenna radiator, and the at least one escape slot extends through the antenna radiator; the metal substrate defines a receiving slot which is communicated to the at least one escape slot; the escape space comprises a first bottom wall and two side walls cooperatively defining the at least one escape slot, a second bottom wall of the receiving slot is located in a same plane as the first bottom wall of the at least one escape slot; the receiving slot and the at least one escape slot are configured to cooperatively receive the functional component.
A system for converting a machine learning algorithm, comprising: a programmatic interface layer, a data-flow diagram conversion layer, and a compilation and execution layer arranged from top to bottom, wherein the data-flow diagram conversion layer comprises an operator placement and evaluation module and a data-flow diagram dividing and scheduling module, the programmatic interface layer is configured to construct a data-flow diagram of an original machine learning algorithm based on a preset data flow generation tool, wherein the data flow generation tool comprises a Google-Java API for XML, Google-JAX, computing framework, and the data-flow diagram comprises a series of operators; the operator placement and evaluation module is configured to calculate placement costs of each operator in the data-flow diagram when the operator is executed by different participants; the data-flow diagram dividing and scheduling module is configured to divide the data-flow diagram into a plurality of sub-diagrams according to the placement costs, and schedule each of the sub-diagrams to a target participant for execution; and the compilation and execution layer is configured to compile the sub-diagrams into a new data-flow diagram based on a greedy algorithm strategy, and generate an instruction for each operator in the new data-flow diagram to obtain a distributed privacy protection machine learning algorithm. the programmatic interface layer is configured to construct a data-flow diagram of an original machine learning algorithm based on a preset data flow generation tool, wherein the data flow generation tool comprises a Google-Java API for XML, Google-JAX, computing framework, and the data-flow diagram comprises a series of operators; the operator placement and evaluation module is configured to calculate placement costs of each operator in the data-flow diagram when the operator is executed by different participants; the data-flow diagram dividing and scheduling module is configured to divide the data-flow diagram into a plurality of sub-diagrams according to the placement costs, and schedule each of the sub-diagrams to a target participant for execution; and the compilation and execution layer is configured to compile the sub-diagrams into a new data-flow diagram based on a greedy algorithm strategy, and generate an instruction for each operator in the new data-flow diagram to obtain a distributed privacy protection machine learning algorithm.
A radiotherapy system, comprising: a radiotherapy output configured to deliver a charged particle beam to a patient; and a detector array having an axis that extends parallel to a beam axis along which the charged particle beam is delivered by the radiotherapy output, wherein the detector array comprises a plurality of detectors, arranged along the axis of the detector array and configured to detect a magnetic field generated by the charged particle beam during delivery of the charged particle beam from the radiotherapy output, wherein each individual detector of the plurality of detectors is configured to detect whether the beam extends along the beam axis to the extent of that individual detector. a radiotherapy output configured to deliver a charged particle beam to a patient; and a detector array having an axis that extends parallel to a beam axis along which the charged particle beam is delivered by the radiotherapy output, wherein the detector array comprises a plurality of detectors, arranged along the axis of the detector array and configured to detect a magnetic field generated by the charged particle beam during delivery of the charged particle beam from the radiotherapy output, wherein each individual detector of the plurality of detectors is configured to detect whether the beam extends along the beam axis to the extent of that individual detector.