mhurhangee/patent-ind-claim-en huggingface dataset:
A method implemented by a wireless transmit/receive unit, WTRU, , for handling quality of service, QoS, during an inter-system change of the WTRU from an Evolved Packet System, EPS, network to a 5G System, 5GS, network, the method comprising: sending a protocol data unit, PDU, modification request for a PDU session to a network node indicating support for reflective quality of services, RQoS, upon an inter-system change of the WTRU , wherein the PDU session was previously established with the EPS network; receiving data with a specific QoS; sending data in the PDU session using the specific QoS based on the sending of the PDU modification request that indicated support for RQoS. sending a protocol data unit, PDU, modification request for a PDU session to a network node indicating support for reflective quality of services, RQoS, upon an inter-system change of the WTRU , wherein the PDU session was previously established with the EPS network; receiving data with a specific QoS; sending data in the PDU session using the specific QoS based on the sending of the PDU modification request that indicated support for RQoS.
An image generation device comprising: a plurality of light sources capable of emitting laser light beams of different colors; a light adjustment unit having a liquid crystal element adapted to receive the laser light beams from the light sources and to adjust polarization angles of the laser light beams, the light adjustment unit being adapted to adjust the laser light beams by adjusting the polarization angles of the laser light beams; a light adjustment control unit for adjusting the laser light beams by controlling the liquid crystal element, the light adjustment control unit being adapted to reverse a voltage applied to the liquid crystal element to a positive electrode or a negative electrode; a scanning unit for generating an image by scanning the laser light beams having passed through the light adjustment unit in a secondary scanning direction orthogonal to a primary scanning direction while scanning the laser light beams a plurality of times in the primary scanning direction; a light detection unit for detecting light intensities of the laser light beams having passed through the light adjustment unit; and a light source correction unit for correcting outputs of the plurality of light sources, characterized by the light source correction unit being adapted to correct outputs of the plurality of light sources based on light intensities of the laser light beams of different colors detected by the light detection unit at a timing different from a timing at which the voltage applied to the liquid crystal element is reversed by the light adjustment control unit. a plurality of light sources capable of emitting laser light beams of different colors; a light adjustment unit having a liquid crystal element adapted to receive the laser light beams from the light sources and to adjust polarization angles of the laser light beams, the light adjustment unit being adapted to adjust the laser light beams by adjusting the polarization angles of the laser light beams; a light adjustment control unit for adjusting the laser light beams by controlling the liquid crystal element, the light adjustment control unit being adapted to reverse a voltage applied to the liquid crystal element to a positive electrode or a negative electrode; a scanning unit for generating an image by scanning the laser light beams having passed through the light adjustment unit in a secondary scanning direction orthogonal to a primary scanning direction while scanning the laser light beams a plurality of times in the primary scanning direction; a light detection unit for detecting light intensities of the laser light beams having passed through the light adjustment unit; and a light source correction unit for correcting outputs of the plurality of light sources, characterized by the light source correction unit being adapted to correct outputs of the plurality of light sources based on light intensities of the laser light beams of different colors detected by the light detection unit at a timing different from a timing at which the voltage applied to the liquid crystal element is reversed by the light adjustment control unit.
An antenna assembly , comprising: a tool mandrel having a tool axis ; a coil including a plurality of windings wrapped about the tool mandrel , wherein portions of the plurality of windings are wrapped about the tool mandrel at a winding angle offset from the tool axis ; and a soft magnetic band radially interposing the coil and the tool mandrel and extending about a circumference of the tool mandrel , characterized in that the soft magnetic band includes a plurality of stacked inserts and each stacked insert includes a plurality of rods positioned end- to-end. a tool mandrel having a tool axis ; a coil including a plurality of windings wrapped about the tool mandrel , wherein portions of the plurality of windings are wrapped about the tool mandrel at a winding angle offset from the tool axis ; and a soft magnetic band radially interposing the coil and the tool mandrel and extending about a circumference of the tool mandrel , characterized in that the soft magnetic band includes a plurality of stacked inserts and each stacked insert includes a plurality of rods positioned end- to-end.
A syringe for tympanic injection for directly injecting an infusion in a barrel into a tympanic cavity, comprising a plurality of reversible temperature indicators provided on an outer surface of the barrel , the plurality of reversible temperature indicators each reversibly changing in color at a different temperature, characterized in that : the plurality of reversible temperature indicators comprising a lower limit reversible temperature indicator that changes in color at a lower limit of a range of injection temperature suitable for administration into the tympanic cavity and an upper limit reversible temperature indicator that changes in color at an upper limit of the range of injection temperature suitable for administration into the tympanic cavity; in that a color change of the lower limit reversible temperature indicator and the upper limit reversible temperature indicator allows visual recognition of a range of injection temperature suitable for administration into the tympanic cavity; and in that the reversible temperature indicators comprise at least three reversible temperature indicators provided and the at least three reversible temperature indicators comprise the lower limit reversible temperature indicator and the upper limit reversible temperature indicators defining the range of injection temperature suitable for administration into the tympanic cavity and an additional reversible temperature indicator changing in color in the range of injection temperature suitable for administration into the tympanic cavity. the plurality of reversible temperature indicators comprising a lower limit reversible temperature indicator that changes in color at a lower limit of a range of injection temperature suitable for administration into the tympanic cavity and an upper limit reversible temperature indicator that changes in color at an upper limit of the range of injection temperature suitable for administration into the tympanic cavity; in that a color change of the lower limit reversible temperature indicator and the upper limit reversible temperature indicator allows visual recognition of a range of injection temperature suitable for administration into the tympanic cavity; and in that the reversible temperature indicators comprise at least three reversible temperature indicators provided and the at least three reversible temperature indicators comprise the lower limit reversible temperature indicator and the upper limit reversible temperature indicators defining the range of injection temperature suitable for administration into the tympanic cavity and an additional reversible temperature indicator changing in color in the range of injection temperature suitable for administration into the tympanic cavity.
A chip package structure , comprising: a substrate ; a chip , having a first surface close to the substrate and a second surface opposite to the first surface ; a first pin layer , comprising a plurality of pins disposed between the first surface of the chip and the substrate ; a molding part , disposed on a periphery of the chip and the first pin layer , wherein a surface that is of the molding part and that is away from the substrate is higher than the first surface of the chip , and covers a side surface of the first pin layer and at least a part of a side surface of the chip , and the molding part is attached to the side surface of the chip ; and a waterproof layer , disposed on the second surface of the chip and the surface that is of the molding part and that is away from the substrate ; wherein the chip package structure further comprises: a supporting part , disposed on the substrate , wherein the supporting part surrounds the molding part , and an outer side surface of the molding part is attached to an inner side surface of the supporting part , wherein a surface that is of the supporting part and that is away from the substrate is higher than the second surface of the chip . a substrate ; a chip , having a first surface close to the substrate and a second surface opposite to the first surface ; a first pin layer , comprising a plurality of pins disposed between the first surface of the chip and the substrate ; a molding part , disposed on a periphery of the chip and the first pin layer , wherein a surface that is of the molding part and that is away from the substrate is higher than the first surface of the chip , and covers a side surface of the first pin layer and at least a part of a side surface of the chip , and the molding part is attached to the side surface of the chip ; and a waterproof layer , disposed on the second surface of the chip and the surface that is of the molding part and that is away from the substrate ; wherein the chip package structure further comprises: a supporting part , disposed on the substrate , wherein the supporting part surrounds the molding part , and an outer side surface of the molding part is attached to an inner side surface of the supporting part , wherein a surface that is of the supporting part and that is away from the substrate is higher than the second surface of the chip .
An item of furniture comprising a first furniture part , a second furniture part and at least two furniture hinges by which the first furniture part and the second furniture part are pivotally connected to each other, wherein the furniture hinges are spaced apart from each other along a longitudinal direction (H) of the furniture parts , and wherein a gap is formed between the first furniture part and the second furniture part , wherein at least one cover is provided which extends at least between the first furniture hinge and the second furniture hinge and by which the gap can be at least partially covered, wherein the first furniture part and the second furniture part are movable by the at least two furniture hinges into a position in which the first furniture part and the second furniture part are aligned substantially coplanar relative to one another, wherein the at least one cover , in the coplanar position of the furniture parts , is substantially entirely covered by the first furniture part and/or by the second furniture part , wherein at least one furniture hinge includes a first bearing surface configured to bear against the first furniture part and a second bearing surface configured to bear against the second furniture part , characterized in that the at least one cover , in the position of the furniture parts in which the furniture parts are aligned substantially coplanar to each other, is set back relative to the first and second abutment surface of the at least one furniture hinge in a direction of the depth of the item of furniture .
A trim part made for a vehicle interior and designed to be backlit or transilluminated, wherein the trim part comprises a carrier part designed to fasten the trim part in the vehicle interior and an optional optical waveguide , which carrier part is formed as an injection-moulded multi-component part from at least two different plastics, wherein a first plastic, as a hard component, and a second plastic, as a soft component, are connected to one another during injection moulding, and wherein the trim part has at least one optical waveguide receptacle for fasteningly receiving the optical waveguide in a manner as to be decoupled from the hard component of the carrier part , and the optical waveguide receptacle is formed from the soft component of the carrier part , wherein a diffuser is arranged so as to be directly adjacent to the at least one optical waveguide receptacle or cover the same, wherein the trim part has a decorative layer which is fastened to the carrier part on a visible side of the trim part , wherein the optical waveguide forms an indirect lighting for the decorative layer , and wherein the decorative later and the diffuser are arranged next to one another in the same plane.
A tape comprising: a dimensionally stable transparent polymeric film, with at least one treated surface; a transparent pressure sensitive adhesive layer at least partially coated on the treated surface of the dimensionally stable transparent polymeric film; and a release surface covering the transparent pressure sensitive adhesive layer, wherein the pressure sensitive adhesive layer comprises a crosslinked (meth)acrylate-based polymer comprising 95-99.5% alkyl (meth)acrylate monomers and 0.5-5% acidic monomers, and wherein the transparent pressure sensitive adhesive layer has a refractive index in the range of 1.45-1.55. a dimensionally stable transparent polymeric film, with at least one treated surface; a transparent pressure sensitive adhesive layer at least partially coated on the treated surface of the dimensionally stable transparent polymeric film; and a release surface covering the transparent pressure sensitive adhesive layer, wherein the pressure sensitive adhesive layer comprises a crosslinked (meth)acrylate-based polymer comprising 95-99.5% alkyl (meth)acrylate monomers and 0.5-5% acidic monomers, and wherein the transparent pressure sensitive adhesive layer has a refractive index in the range of 1.45-1.55.
An aircraft motion control auxiliary power unit suspension system for isolating an aircraft auxiliary power unit comprising: a suspension linkage including a first and a second terminal end , each having a helical threaded portion having a same hand; a first elastomeric rod end having a helical threaded portion and a first motion control elastomer operatively interconnecting a first motion control nonelastomeric member and a second motion control nonelastomeric member , said helical threaded portion of said first elastomeric rod end having a hand corresponding to said hand of said helical threaded portion of said first terminal end of said suspension linkage ; and a second elastomeric rod end having a helical threaded portion and a first motion control elastomer operatively interconnecting a first motion control nonelastomeric member and a second motion control nonelastomeric member , said helical threaded portion of said second elastomeric rod end having a hand corresponding to said hand of said helical threaded portion of said second terminal end of said suspension linkage , characterised in that said helical threaded portion of said first elastomeric rod end and said helical threaded portion of said second elastomeric rod end are of said same hand and have the same pitch. a suspension linkage including a first and a second terminal end , each having a helical threaded portion having a same hand; a first elastomeric rod end having a helical threaded portion and a first motion control elastomer operatively interconnecting a first motion control nonelastomeric member and a second motion control nonelastomeric member , said helical threaded portion of said first elastomeric rod end having a hand corresponding to said hand of said helical threaded portion of said first terminal end of said suspension linkage ; and a second elastomeric rod end having a helical threaded portion and a first motion control elastomer operatively interconnecting a first motion control nonelastomeric member and a second motion control nonelastomeric member , said helical threaded portion of said second elastomeric rod end having a hand corresponding to said hand of said helical threaded portion of said second terminal end of said suspension linkage , characterised in that said helical threaded portion of said first elastomeric rod end and said helical threaded portion of said second elastomeric rod end are of said same hand and have the same pitch.
A bi-specific chimeric fusion protein consisting of a targeting moiety that binds to CTLA4 and an immunomodulating moiety that binds to PD-L1, wherein the targeting moiety and the immunomodulating moiety are linked by an amino acid spacer selected from SEQ ID NO: 3 or SEQ ID NO: 11, wherein the immunomodulating moiety is PD1 consisting of the amino acid sequence of SEQ ID NO: 10, wherein the targeting moiety is anti-CTLA4 antibody consisting of heavy chain SEQ ID NO: 7 and light chain SEQ ID NO: 8; wherein SEQ ID NO: 10 is attached via the amino acid spacer to the C-terminus of SEQ ID NO 7 or SEQ ID NO: 8.
A method of obtaining a human insulin methyl ester, the human insulin methyl ester being mature human insulin in which the carboxyl group of the C-terminal threonine-30 of the insulin A chain is methylated, the method comprising a first step, wherein desB30 is obtained from a precursor insulin, wherein the precursor insulin comprises the human peptide of SwissProt/Uniprot accession number F6MZK5 or a natural variant thereof, or wherein desB30 is obtained from human preproinsulin of SwissProt/Uniprot accession number P01308 or a natural variant thereof by contacting the precursor insulin with trypsin in a histidine buffer of about 0.05M to 0.125M comprising (a) water and dioxane in a ratio of water/ dioxane from about 1 : 0.5 (v/v) to about 1 : 0.3 (v/v); or (b) water and dimethylformamide in a ratio of water/ dimethylformamide from about 1 : 0.9 (v/v) to about 1 : 0.3 (v/v), wherein the histidine buffer further comprises a carbonate and/or a bicarbonate salt in an amount of about 0.05 to about 0.3 M, and wherein the pH is in the range from about 8.5 to about 10.0; and a second step of contacting desB30 in the presence of trypsin, with L-threonine methyl ester in a solvent, the solvent comprising (a) water, dimethyl sulfoxide and dimethylformamide in a ratio of water/dimethyl sulfoxide from about 1 : 1 (v/v) to about 1 : 0.5 (v/v), and a ratio of water/ dimethylformamide from about 1 : 0.6 (v/v) to about 1 : 0.3 (v/v); or (b) water and dimethylformamide in a ratio of water/ dimethylformamide from about 1 : 1.6 (v/v) to about 1 : 0.9 (v/v), wherein contacting desB30 with L-threonine methyl ester is carried out at a pH in the range from about 6.0 to about 7.5. (a) water, dimethyl sulfoxide and dimethylformamide in a ratio of water/dimethyl sulfoxide from about 1 : 1 (v/v) to about 1 : 0.5 (v/v), and a ratio of water/ dimethylformamide from about 1 : 0.6 (v/v) to about 1 : 0.3 (v/v); or (b) water and dimethylformamide in a ratio of water/ dimethylformamide from about 1 : 1.6 (v/v) to about 1 : 0.9 (v/v),
A method of producing an information code by an information code producing apparatus , the information code being formed on or in a medium (R) and having a code area (REG) in which cells are arranged, each cell being a unit for presenting information providing by information code, wherein the method arranges, in the code area, i) a specification pattern region comprised of specification patterns of predetermined shapes, the specification patterns including patterns indicating a position of the code area, the position showing the code area on or in the medium; ii) a data recording region in which data are recorded by a plurality of types of the cells; iii) an error correction code recording region in which error correction codes are recorded by a plurality of types of the cells, the error correction codes being for correcting data recorded in the data recording region, characterized in that the method further comprises arranging iv) a canvas area at a position other than the specification pattern region in the code area, the error correction code recording region, and the data recording region, object data to be interpreted being excluded from being recorded in the canvas area by the cells, the canvas area having a size larger than one of the cells, and v) an information addition region (121, 122, 123 and 124) in which additional information is recordable or writable, the information addition region having a designated shape and being inside the canvas area, and forming the information addition region with one or more types of predetermined colors, into which the information addition region is writable using a color different from the predetermined colors. i) a specification pattern region comprised of specification patterns of predetermined shapes, the specification patterns including patterns indicating a position of the code area, the position showing the code area on or in the medium; ii) a data recording region in which data are recorded by a plurality of types of the cells; iii) an error correction code recording region in which error correction codes are recorded by a plurality of types of the cells, the error correction codes being for correcting data recorded in the data recording region, characterized in that the method further comprises arranging iv) a canvas area at a position other than the specification pattern region in the code area, the error correction code recording region, and the data recording region, object data to be interpreted being excluded from being recorded in the canvas area by the cells, the canvas area having a size larger than one of the cells, and v) an information addition region (121, 122, 123 and 124) in which additional information is recordable or writable, the information addition region having a designated shape and being inside the canvas area, and
A tube bundle reactor for carrying out catalytic gas phase reactions, in particular methanizing reactions, having a bundle of catalyst-filled reaction tubes which during the operation are flowed through by reaction gas and washed around by heat transfer medium, wherein the reaction tubes in the region of the catalyst charge pass through at least two heat transfer medium zones that are separated from one another, the first one of which extends over the starting region of the catalyst charge, which contains the starting surface of the catalyst charge and in which the reaction temperatures reach their maximum, and wherein during the operation the heat transfer medium temperatures for each heat transfer medium zone are adjustable by means of in each case own heat transfer medium circuits so that they decrease in the flow direction of the reaction gas from zone to zone, and wherein the reaction tubes each comprise a first reaction tube portion having a first hydraulic diameter of the catalyst charge , and in the flow direction of the reaction gas thereafter at least one second reaction tube portion having a second hydraulic diameter of the catalyst charge , which is greater than the first, and wherein the first reaction tube portion , extends over the starting region of the catalyst charge , and wherein the first reaction tube portion extends into the second heat transfer medium zone , and wherein each reaction tube over its entire length has a constant inner diameter and at least in the first reaction tube portion , a displacer is arranged, by way of which the first reaction tube portion is formed, and wherein the displacer is formed as tube, and wherein the displacer tube comprises at least one inflow opening and at least one outflow opening , through which a part of the reaction gas in the bypass flows to the catalyst charge , characterised in that all outflow openings are situated in the first heat transfer medium zone .