mhurhangee/patent-ind-claim-en huggingface dataset:
System (SYS) for supporting X-ray imaging, comprising: a pre-trained or trainable machine learning module (MLM) configured to compute output correction information for adjusting an imaging geometry of an X-ray imaging apparatus to achieve a target imaging geometry, wherein the imaging apparatus is of the mobile type comprising an X-ray source (XS) and an X-ray detector (D) with no rigid mechanical coupling between XS and D and a modulator (MOD,L-MOD, H-MOD, S-MOD) configured to provide a user instruction for the imaging geometry adjustment, modulated based on the output correction information, the machine learning module previously trained on training data including a specific user's responses to previous user instructions for imaging geometry adjustments.
Apparatus comprising: a tricuspid insufficiency treatment device comprising a tubular vena cava member implantable in a vena cava of a patient, said vena cava member being formed with at least one fenestration formed in a side wall of said vena cava member and further comprising at least one corresponding blocking member , said or each blocking member being arranged to block and unblock said or each respective fenestration , said at least one blocking member comprising at least one flap or cover pivoted to a portion of said vena cava member , and wherein when said at least one blocking member blocks said at least one fenestration , said tubular vena cava member and said at least one blocking member together have a closed cylindrical outer shape.
A bi-component staple or short-cut fibre comprising a core and a sheath, the sheath and the core having different melting points, with the sheath melting point being lower than the core melting point, the bi-component fibre having an outer trilobal shaped cross-section, wherein the fibre has a triangular symmetry, with each lobe of the sheath material having axes radiating out from the core, the three axes of the trilobal shape being spaced angularly from each other, and wherein the core has a triangular symmetry, the sheath being between 10-90% by weight of the fibre and the core being between 90-10% by weight of the fibre and wherein the sheath is made of a co-polyester, a polyolefin, or an olefin copolymer, and a polymer used for the core is a polyolefin, or an olefin copolymer, or a polyester or a co-polyester, and the core has a trilobal or a delta shaped cross-section conformal with the outer trilobal shaped cross-section, and the sheath is a conformal layer on the core.
A starting substrate in the form of a semiconductor wafer having a first side and a second side, said sides being plane-parallel with respect to each other, and having a thickness rendering it suitable for processing without significant risk of being damaged, for the fabrication of combined designs requiring shielding, the wafer comprising at least two partitions (A1, A2; DIGITAL, ANALOGUE; B1, B2, B3) electrically insulated from each other by means of barriers (2; L; 38; 54; 64; 81; 91) of insulating material extending entirely through the wafer, the barriers are provided as two or more parallel filled trench structures (81', 81", 81'''), wherein the parallel filled trench structures (81', 81", 81''') are concentric, and characterized in that the parallel filled trench structures are interconnected by radially extending insulating filled trenches (83', 83").
A roofing assembly comprising: a support frame ; a window panel supported on the support frame; a roof covering having an inner surface facing the support frame and extending over the support frame to and over a boundary of the window panel ; and a sealing adaptor comprising a sealing portion having a sealing surface for forming a seal against the window panel , and a retaining portion defining a retaining recess formed to retain an end of the roof covering therein, wherein the retaining portion comprises a lip region for contacting the inner surface of the roof covering when the end of the roof covering is received in the retaining recess and wherein the retaining recess is provided between the lip region and the sealing surface . a support frame ; a window panel supported on the support frame; a roof covering having an inner surface facing the support frame and extending over the support frame to and over a boundary of the window panel ; and a sealing adaptor comprising a sealing portion having a sealing surface for forming a seal against the window panel , and a retaining portion defining a retaining recess formed to retain an end of the roof covering therein, wherein the retaining portion comprises a lip region for contacting the inner surface of the roof covering when the end of the roof covering is received in the retaining recess and wherein the retaining recess is provided between the lip region and the sealing surface .
A digital printing process for xerography printing with liquid toner, said liquid toner comprising a curable carrier liquid and imaging particles suspended in the carrier liquid, wherein said process comprises: - forming a latent image as a pattern of electric charge on a surface of an imaging member; - transferring the liquid toner onto a development member; - developing the latent image by transferring liquid toner from the development member onto the imaging member in accordance with the pattern; - transferring the liquid toner from the imaging member to a first substrate; - applying a second substrate on the transferred liquid toner; the process being characterized by further comprising, - after application of the second substrate, irradiating the liquid toner with actinic radiation or particle beams to cure the carrier liquid. - forming a latent image as a pattern of electric charge on a surface of an imaging member; - transferring the liquid toner onto a development member; - developing the latent image by transferring liquid toner from the development member onto the imaging member in accordance with the pattern; - transferring the liquid toner from the imaging member to a first substrate; - applying a second substrate on the transferred liquid toner; the process being characterized by further comprising, - after application of the second substrate, irradiating the liquid toner with actinic radiation or particle beams to cure the carrier liquid.
A composition for polymerizing a vinyl chloride-based polymer, the composition comprising: a vinyl chloride-based first seed; a vinyl chloride-based second seed; an initiator composition comprising a water-soluble initiator and an oil-soluble initiator; a reducing agent; and a vinyl chloride-based monomer, wherein the composition does not comprise a metal catalyst. a vinyl chloride-based first seed; a vinyl chloride-based second seed; an initiator composition comprising a water-soluble initiator and an oil-soluble initiator; a reducing agent; and a vinyl chloride-based monomer, wherein the composition does not comprise a metal catalyst.
A method performed by a first network node wherein the concept of beams is re-interpreted to apply to groups of Transmit/Receive Points, TRPs, the method comprising: receiving a first message comprising a global beam identifier associated with a plurality of TRPs in a group of TRPs; and translating the global beam identifier associated with the group of TRPs into at least one local beam identifier associated with a particular one of the plurality of TRPs in the group of TRPs and wherein the first network node is operating as a fronthaul multiplexer, FHM, for the plurality of TRPs in the group of TRPs, and the method further comprises: after translation of the global beam identifier into the at least one local beam identifier, transmitting the at least one local beam identifier to the particular one of the plurality of TRPs in the group of TRPs and, wherein the TRPs are TRPs of a shared cell, wherein the first message is received from a second network node operating as a distributed unit, DU and, wherein the DU is an O-RAN O-DU, and, wherein the TRP is an O-RAN O-RU, and, wherein a management plane, M-plane, configuration is defined describing a translation between the O-RU's internally supported beamlds and the shared cell's beamlds sent by the O-DU. receiving a first message comprising a global beam identifier associated with a plurality of TRPs in a group of TRPs; and translating the global beam identifier associated with the group of TRPs into at least one local beam identifier associated with a particular one of the plurality of TRPs in the group of TRPs and after translation of the global beam identifier into the at least one local beam identifier, transmitting the at least one local beam identifier to the particular one of the plurality of TRPs in the group of TRPs and, wherein the TRPs are TRPs of a shared cell, wherein the first message is received from a second network node operating as a distributed unit, DU and, wherein the DU is an O-RAN O-DU, and, wherein the TRP is an O-RAN O-RU, and, wherein a management plane, M-plane, configuration is defined describing a translation between the O-RU's internally supported beamlds and the shared cell's beamlds sent by the O-DU.
A method for transmitting a first indication in a wireless communication system, the method being performed by an eNodeB, eNB, of 3rd generation partnership project long-term evolution, 3GPP LTE network, comprising: transmitting (S200), to a mobility management entity, MME, the first indication indicating whether the eNB supports a wireless local area network, WLAN, offloading or not; receiving (S201), from the MME, an initial context setup request message, wherein the initial context setup request message includes a second indication indicating one of i) all E-UTRAN radio access bearers, E-RABs, ii) a specific E-RAB among the all E-RABs and iii) partial of E-RABs among the all E-RABs, wherein the second indication is an indication for the one of i) the all E-RABs, ii) the specific E-RAB and iii) the partial of E-RABs of a specific UE which can be offloaded to an WLAN access network; upon receiving the second indication, performing (S202) the offloading for the specific UE to the WLAN access network according to the second indication; and wherein the first indication is transmitted via an uplink non-access stratum, NAS, transport message, which is used for carrying NAS information over the S1 interface, wherein the first indication is transmitted with a specific field for an indication of WLAN offloading support with a supported WLAN identifier, ID, and wherein the eNB feedbacks to the MME about whether the offloading is done for the specific UE or not after applying the offloading in a radio level, wherein the eNB notifies the MME about at least one detailed E-RABs which is offloaded from the 3GPP LTE network to the WLAN access network. transmitting (S200), to a mobility management entity, MME, the first indication indicating whether the eNB supports a wireless local area network, WLAN, offloading or not; receiving (S201), from the MME, an initial context setup request message, wherein the initial context setup request message includes a second indication indicating one of i) all E-UTRAN radio access bearers, E-RABs, ii) a specific E-RAB among the all E-RABs and iii) partial of E-RABs among the all E-RABs, wherein the second indication is an indication for the one of i) the all E-RABs, ii) the specific E-RAB and iii) the partial of E-RABs of a specific UE which can be offloaded to an WLAN access network; upon receiving the second indication, performing (S202) the offloading for the specific UE to the WLAN access network according to the second indication; and wherein the first indication is transmitted via an uplink non-access stratum, NAS, transport message, which is used for carrying NAS information over the S1 interface, wherein the first indication is transmitted with a specific field for an indication of WLAN offloading support with a supported WLAN identifier, ID, and wherein the eNB feedbacks to the MME about whether the offloading is done for the specific UE or not after applying the offloading in a radio level, wherein the eNB notifies the MME about at least one detailed E-RABs which is offloaded from the 3GPP LTE network to the WLAN access network.
A method of processing video data, the method comprising: obtaining a video bitstream, the video bitstream including a plurality of pictures having a first color characteristic; identifying, from the video bitstream, a color remapping information (CRI) supplemental enhancement information (SEI) message, wherein the CRI SEI message includes one or more values of at least one syntax element, the at least one syntax element including at least one of a color remap matrix present flag, a post-lookup table number syntax element or a pre-lookup table number syntax element, wherein the one or more values of the at least one syntax element are restricted based on a chroma format of the plurality of pictures and/or a color remap value identifying a purpose of a color remapping model of the CRI SEI message; determining the color remapping model based on the one or more values of the at least one syntax element; and remapping one or more samples of the plurality of pictures from the first color characteristic to a second color characteristic using the color remapping model of the CRI SEI message. obtaining a video bitstream, the video bitstream including a plurality of pictures having a first color characteristic; identifying, from the video bitstream, a color remapping information (CRI) supplemental enhancement information (SEI) message, wherein the CRI SEI message includes one or more values of at least one syntax element, the at least one syntax element including at least one of a color remap matrix present flag, a post-lookup table number syntax element or a pre-lookup table number syntax element, wherein the one or more values of the at least one syntax element are restricted based on a chroma format of the plurality of pictures and/or a color remap value identifying a purpose of a color remapping model of the CRI SEI message; determining the color remapping model based on the one or more values of the at least one syntax element; and remapping one or more samples of the plurality of pictures from the first color characteristic to a second color characteristic using the color remapping model of the CRI SEI message.
A section mill for the rolling of steel sections, comprising a universal mill stand and an edger mill stand for rolling a workpiece in a plurality of back-and-forth passes into a steel section having a web and one or more flanges; a cooling arrangement, for cooling the workpiece while it undergoes rolling during one or more of the passes, the cooling arrangement comprising a cooling box having a spray head with spray openings for spraying jets of pressurized cooling liquid against the workpiece, the cooling arrangement comprising an actuator for adjusting a distance between the spray openings and the workpiece; characterised in that the cooling arrangement is mounted to the stand frame of the edger mill stand or the universal mill stand and in that the actuator is configured to move the cooling box relative to the stand frame of the universal mill stand and/or of the edger mill stand for adjusting the distance between the spray openings and the workpiece. a cooling arrangement, for cooling the workpiece while it undergoes rolling during one or more of the passes, the cooling arrangement comprising a cooling box having a spray head with spray openings for spraying jets of pressurized cooling liquid against the workpiece, the cooling arrangement comprising an actuator for adjusting a distance between the spray openings and the workpiece; characterised in that the cooling arrangement is mounted to the stand frame of the edger mill stand or the universal mill stand and in that the actuator is configured to move the cooling box relative to the stand frame of the universal mill stand and/or of the edger mill stand for adjusting the distance between the spray openings and the workpiece.
A process for performing a metallalactone elimination reaction, the process comprising: calcining a solid promoter comprising alumina, zirconia, magnesia, magnesium aluminate, sepiolite, or a combination thereof; contacting (a) a metallalactone; (b) a diluent comprising a non-protic solvent; and (c) the calcined solid promoter; and forming an α,β-unsaturated carboxylic acid, or a salt thereof; wherein the molar yield of the α,β-unsaturated carboxylic acid, or the salt thereof, based on the metallalactone, is at least 5%. calcining a solid promoter comprising alumina, zirconia, magnesia, magnesium aluminate, sepiolite, or a combination thereof; contacting (a) a metallalactone; (b) a diluent comprising a non-protic solvent; and (c) the calcined solid promoter; and (a) a metallalactone; (b) a diluent comprising a non-protic solvent; and (c) the calcined solid promoter; and forming an α,β-unsaturated carboxylic acid, or a salt thereof;
Adapter for a windscreen wiper , in particular a motor vehicle windscreen wiper, said adapter being intended to connect a wiper blade to an end part (28, 28', 28") of a driving arm , said end part having a substantially U-shaped cross section, said adapter comprising a body configured to be inserted into said end part such that said body extends at least in part between two substantially parallel lateral legs of the end part, characterized in that said adapter also comprises two substantially parallel lateral walls which extend on either side of said body and which are spaced apart laterally from said body in order to allow the lateral legs of the end part to be fitted between said body and said lateral walls, characterized in that the lateral spacings (D) between the body and said lateral walls are designed to receive at least two end parts (28, 28', 28") of arms having different lateral dimensions (L1, L2, L3), said body of the adaptor having an elongate overall shape and comprising a fairing or cowling at a first longitudinal end, said lateral walls extending from said fairing or cowling at a second longitudinal end of the adapter, in a manner substantially parallel to the lateral faces of said fairing or cowling and/or substantially in line with these lateral faces.
A method performed in a transmitting node of a radio network for adjusting transmission properties for data transfer, the method comprising the steps of: - transmitting a first transport block (S101) using a set of transport transmission properties including a Modulation and Coding Scheme, MCS, to a receiving node; transmitting a probing block (S102) to the receiving node using a set of probing transmission properties including a more aggressive MCS than the MCS used for transmitting the first transport block that results in a reduced transmission robustness in relation to the set of transport transmission properties used for the first transport block , wherein the probing block comprises payload data which is also included in the first transport block - reconfiguring (S104) the set of transport transmission properties for further transport blocks based on information communicated by the receiving node indicating successful decoding of the probing block by the receiving node. - transmitting a first transport block (S101) using a set of transport transmission properties including a Modulation and Coding Scheme, MCS, to a receiving node; transmitting a probing block (S102) to the receiving node using a set of probing transmission properties including a more aggressive MCS than the MCS used for transmitting the first transport block that results in a reduced transmission robustness in relation to the set of transport transmission properties used for the first transport block , wherein the probing block comprises payload data which is also included in the first transport block - reconfiguring (S104) the set of transport transmission properties for further transport blocks based on information communicated by the receiving node indicating successful decoding of the probing block by the receiving node.
Plant for processing plastic preforms , comprising an injection-moulding machine for producing the plastic preforms, a sterile blow-moulding machine for forming the plastic preforms into plastic containers, and a transport system for transporting, at least partially and/or in portions, the produced plastic preforms from the injection-moulding machine to the blow-moulding machine , wherein during transport, the plastic preforms can be guided in particular at a mouth region of the plastic preforms , the transport system comprises a sterile pneumatic conveyor or a plurality of magnetic shuttles and the plastic preforms are transported from the injection-moulding machine to the blow-moulding machine by the sterile pneumatic conveyor or magnetic shuttle, wherein a plurality of plastic preforms is arranged in an injection-moulding tool at an extraction station of the injection-moulding machine , characterised in that the plurality of plastic preforms are handed over individually by a handling device to a single strand of a transport line of the magnetic shuttles, so that the plastic preforms are transported individually to the blow-moulding machine, and wherein the handling device comprises at least one switchable gripper . the transport system comprises a sterile pneumatic conveyor or a plurality of magnetic shuttles and the plastic preforms are transported from the injection-moulding machine to the blow-moulding machine by the sterile pneumatic conveyor or magnetic shuttle, wherein a plurality of plastic preforms is arranged in an injection-moulding tool at an extraction station of the injection-moulding machine , characterised in that the plurality of plastic preforms are handed over individually by a handling device to a single strand of a transport line of the magnetic shuttles, so that the plastic preforms are transported individually to the blow-moulding machine, and wherein the handling device comprises at least one switchable gripper .
Luminous clothing item comprising: an outer layer provided with at least one through opening extending between an outer face and an inner face of said outer layer , at least one luminous duct combined with said inner face of said outer layer and having at least one first luminous portion at least partially arranged at said at least one through opening , and at least one protective element at least partially transparent to the light emitted by said at least one luminous duct , combined with said outer layer and placed so as to close said at least one through opening , characterized in that said at least one protective element is water-vapor permeable. an outer layer provided with at least one through opening extending between an outer face and an inner face of said outer layer , at least one luminous duct combined with said inner face of said outer layer and having at least one first luminous portion at least partially arranged at said at least one through opening , and at least one protective element at least partially transparent to the light emitted by said at least one luminous duct , combined with said outer layer and placed so as to close said at least one through opening , characterized in that said at least one protective element is water-vapor permeable.