mhurhangee/patent-ind-claim-en huggingface dataset:
A car control device comprising: a converter and an inverter configured to convert power, which is received by a pantograph and supplied via a transformer , to power for driving a motor ; a first contactor disposed between the transformer and the converter , and a second contactor and a resistor connected in series with each other and in parallel to the first contactor ; a first voltage-dividing capacitor and a second voltage-dividing capacitor which are connected in series to each other and disposed between the converter and the inverter ; a first voltage detector configured to detect a voltage of the first voltage-dividing capacitor ; a second voltage detector configured to detect a voltage of the second voltage-dividing capacitor ; and a control unit , the control unit being characterised by that it is adapted to, after controlling the second contactor to be closed, before controlling the first contactor to be closed, and before outputting a gate command to the converter, calculate a voltage difference between a first voltage value detected by the first voltage detector and a second voltage value detected by the second voltage detector , compare the voltage difference calculated and a predefined threshold value, and determine that at least one of the first voltage detector and the second voltage detector malfunctions when the voltage difference is greater than the threshold value as a result of the comparison. a converter and an inverter configured to convert power, which is received by a pantograph and supplied via a transformer , to power for driving a motor ; a first contactor disposed between the transformer and the converter , and a second contactor and a resistor connected in series with each other and in parallel to the first contactor ; a first voltage-dividing capacitor and a second voltage-dividing capacitor which are connected in series to each other and disposed between the converter and the inverter ; a first voltage detector configured to detect a voltage of the first voltage-dividing capacitor ; a second voltage detector configured to detect a voltage of the second voltage-dividing capacitor ; and a control unit , the control unit being characterised by that it is adapted to, after controlling the second contactor to be closed, before controlling the first contactor to be closed, and before outputting a gate command to the converter, calculate a voltage difference between a first voltage value detected by the first voltage detector and a second voltage value detected by the second voltage detector , compare the voltage difference calculated and a predefined threshold value, and determine that at least one of the first voltage detector and the second voltage detector malfunctions when the voltage difference is greater than the threshold value as a result of the comparison.
Apparatus for filling a product into a container (CONT) comprising: - a filling unit configured for delivering the product into the container wherein the filling unit comprises a pump (P1, P2) and furthermore a filling nozzle (FN1, FN2) at its one end; - a drive unit (DU) for moving the container in relation to the filling unit or vice versa back and forth between a first position, in which a bottom end of the container is arranged at a maximum distance from the filling nozzle, and a second position, in which the bottom end of the container is arranged at a minimum distance from the filling nozzle, and - a control unit (CU) configured to control delivery of the product through the filling nozzle, to control the drive unit, and to calculate a new drive unit motion profile for controlling movement from said second position to said first position, characterized in that the control unit is further configured to calculate the acceleration of the pump at predefined positions of the drive unit, to calculate drive unit compensation distances as a function of the pump acceleration at predefined positions of the drive unit, and to update the drive unit motion profile using said drive unit compensation distances. - a filling unit configured for delivering the product into the container wherein the filling unit comprises a pump (P1, P2) and furthermore a filling nozzle (FN1, FN2) at its one end; - a drive unit (DU) for moving the container in relation to the filling unit or vice versa back and forth between a first position, in which a bottom end of the container is arranged at a maximum distance from the filling nozzle, and a second position, in which the bottom end of the container is arranged at a minimum distance from the filling nozzle, and - a control unit (CU) configured to control delivery of the product through the filling nozzle, to control the drive unit, and to calculate a new drive unit motion profile for controlling movement from said second position to said first position,
A biomolecule comprising a synthetic peptide for targeting thrombus, wherein the synthetic peptide has the amino acid sequence of FQNEWFHNFLHD (SEQ ID NO: 1), TEANLSSWVFAR (SEQ ID NO: 2), or LQKNPFDLVQIL (SEQ ID NO: 3).
A decoding apparatus for a video decoding, the decoding apparatus configured to: receive (S1810) video information including prediction information, information on a tile and information on a slice, wherein the tile is a rectangular region including a specific number of largest coding units (LCUs) within a particular tile column and a particular tile row based on information related to tile column width and tile row height included in the video information, and the slice comprises an integer number of largest coding units (LCUs); derive (S1820) the tile and the slice in a current picture (300; 400; 500; 1110; 1210; 1410) based on the received video information, wherein the current picture (300; 400; 500; 1110; 1210; 1410) includes more than one tile and more than one slice; derive prediction samples for the more than one tiles and the more than one slices by performing prediction based on the prediction information; and reconstruct the current picture based on the prediction samples for the more than one tiles and the more than one slices, wherein plural coding units (CUs) are divided from a largest coding unit (LCU), characterized in that the following constraints are imposed: the largest coding units (LCUs) in the slice are ordered consecutively in tile scan order, in the tile scan order, largest coding units (LCUs) in each of the tiles in the slice are ordered in the raster scan order in the each of the tiles , and the tiles in the slice are ordered in the raster scan order, the slice includes an integer number of tiles, and tile IDs specifying the tiles ordered in the slice are consecutive. receive (S1810) video information including prediction information, information on a tile and information on a slice, wherein the tile is a rectangular region including a specific number of largest coding units (LCUs) within a particular tile column and a particular tile row based on information related to tile column width and tile row height included in the video information, and the slice comprises an integer number of largest coding units (LCUs); derive (S1820) the tile and the slice in a current picture (300; 400; 500; 1110; 1210; 1410) based on the received video information, wherein the current picture (300; 400; 500; 1110; 1210; 1410) includes more than one tile and more than one slice; derive prediction samples for the more than one tiles and the more than one slices by performing prediction based on the prediction information; and reconstruct the current picture based on the prediction samples for the more than one tiles and the more than one slices, the largest coding units (LCUs) in the slice are ordered consecutively in tile scan order, in the tile scan order, largest coding units (LCUs) in each of the tiles in the slice are ordered in the raster scan order in the each of the tiles , and the tiles in the slice are ordered in the raster scan order, the slice includes an integer number of tiles, and tile IDs specifying the tiles ordered in the slice are consecutive.
A multilayer film comprising: a first film; and a second film, where at least the first film or the second film includes: a polyolefin sealant layer; a coupling layer on the polyolefin sealant layer, where the coupling layer includes a polyolefin and a maleic anhydride grafted (MAH) polymer, wherein the MAH polymer is present in a range from 35 weight percent to 50 weight percent of a total weight percent of the coupling layer, where the polyolefin further comprises a blend of polypropylene-based plastomer and a low density polyethylene (LDPE), where the multilayer film is to cohesively fail along at least a portion of an interface between the first film and the second film; and a barrier layer directly on the coupling layer. a first film; and a second film, where at least the first film or the second film includes: a polyolefin sealant layer; a coupling layer on the polyolefin sealant layer, where the coupling layer includes a polyolefin and a maleic anhydride grafted (MAH) polymer, wherein the MAH polymer is present in a range from 35 weight percent to 50 weight percent of a total weight percent of the coupling layer, where the polyolefin further comprises a blend of polypropylene-based plastomer and a low density polyethylene (LDPE), where the multilayer film is to cohesively fail along at least a portion of an interface between the first film and the second film; and a barrier layer directly on the coupling layer. a polyolefin sealant layer; a coupling layer on the polyolefin sealant layer, where the coupling layer includes a polyolefin and a maleic anhydride grafted (MAH) polymer, wherein the MAH polymer is present in a range from 35 weight percent to 50 weight percent of a total weight percent of the coupling layer, where the polyolefin further comprises a blend of polypropylene-based plastomer and a low density polyethylene (LDPE), where the multilayer film is to cohesively fail along at least a portion of an interface between the first film and the second film; and a barrier layer directly on the coupling layer.
A method for producing a half-finished tipping paper blank for making tipping paper for rod-shaped articles , the method comprising the steps of: providing a continuous strip of tipping paper extending in a longitudinal direction, the strip having two opposed longitudinal edges; cutting the continuous strip along a plurality of transverse cut lines spaced from one another along the longitudinal direction of the continuous strip to form the plurality of half-finished tipping paper blanks , wherein each transverse cut line comprises a straight transverse portion extending transversely from each longitudinal edge to intersect an arcuate central portion , the arcuate central portion forming a tab which projects into a recess in the next adjacent half-finished tipping paper blank , such that each half-finished tipping paper blank comprises a transverse tab edge and an opposed transverse recess edge; and providing the continuous strip of tipping paper with two continuous, longitudinally extending perforation lines , one disposed on each side between the longitudinal edge and the arcuate central portions , the longitudinally extending perforation lines intersecting the transverse cut lines. providing a continuous strip of tipping paper extending in a longitudinal direction, the strip having two opposed longitudinal edges; cutting the continuous strip along a plurality of transverse cut lines spaced from one another along the longitudinal direction of the continuous strip to form the plurality of half-finished tipping paper blanks , wherein each transverse cut line comprises a straight transverse portion extending transversely from each longitudinal edge to intersect an arcuate central portion , the arcuate central portion forming a tab which projects into a recess in the next adjacent half-finished tipping paper blank , such that each half-finished tipping paper blank comprises a transverse tab edge and an opposed transverse recess edge; and providing the continuous strip of tipping paper with two continuous, longitudinally extending perforation lines , one disposed on each side between the longitudinal edge and the arcuate central portions , the longitudinally extending perforation lines intersecting the transverse cut lines.
A shoe with a shoe upper, the shoe comprising: a material with color changing properties, which comprises: at least one elastic portion comprising an unstretched colored appearance and a stretched colored appearance; at least one fixed portion comprising the stretched colored appearance regardless of a magnitude of an external force applied to the at least one fixed portion; wherein the at least one elastic portion is positioned within the shoe in a location where the at least one elastic portion is an indicator of a magnitude of an external force being applied to the at least one elastic portion in that location; wherein the at least one fixed portion is positioned within the shoe in a location where an indicator of the magnitude of the external force being applied to the at least one fixed portion in that location is not needed; and characterized in that the at least one elastic portion is located over a toe region of the shoe upper and is an indicator of when the shoe is not properly sized for a wearer's foot. a material with color changing properties, which comprises: at least one elastic portion comprising an unstretched colored appearance and a stretched colored appearance; at least one fixed portion comprising the stretched colored appearance regardless of a magnitude of an external force applied to the at least one fixed portion; at least one elastic portion comprising an unstretched colored appearance and a stretched colored appearance; at least one fixed portion comprising the stretched colored appearance regardless of a magnitude of an external force applied to the at least one fixed portion; wherein the at least one elastic portion is positioned within the shoe in a location where the at least one elastic portion is an indicator of a magnitude of an external force being applied to the at least one elastic portion in that location; wherein the at least one fixed portion is positioned within the shoe in a location where an indicator of the magnitude of the external force being applied to the at least one fixed portion in that location is not needed; and characterized in that the at least one elastic portion is located over a toe region of the shoe upper and is an indicator of when the shoe is not properly sized for a wearer's foot.
Purification process of washing waters of a production plant of the cosmetics sector, which provides for subjecting the washing waters to an ultrafiltration treatment in an ultrafiltration section, wherein such ultrafiltration treatment produces an ultrafiltration concentrate (Cuf) and ultrafiltration water (H2Ouf), and subjecting the ultrafiltration water (H2Ouf) to a biological treatment with separation of sludges (S) to be disposed of or further treated and treated water (H2Otb) to be disposed of or to undergo subsequent treatments; - wherein the ultrafiltration concentrate (Cuf) is subjected to an evaporation treatment that produces a waste (W) to be disposed of and evaporation water (H2Oec) that is again fed into the ultrafiltration section UF. - wherein the ultrafiltration concentrate (Cuf) is subjected to an evaporation treatment that produces a waste (W) to be disposed of and evaporation water (H2Oec) that is again fed into the ultrafiltration section UF.
A mobile terminal comprising an antenna, the mobile terminal comprising a first metal frame and a second metal frame , a breaking joint being provided between a first end of the first metal frame and a first end of the second metal frame , a length of the first metal frame being within a range of a quarter wavelength of a specified band, and the length of the first metal frame being greater than a length of the second metal frame , wherein the antenna comprises a first sub-antenna and a second sub-antenna, wherein the first metal frame comprises a feeding point , the feeding point is coupled to a first end of a first capacitive device , a second end of the first capacitive device is coupled to a first end of a changeover switch , a second end of the changeover switch is coupled to a first end of a second capacitive device or a first end of an inductive device , a second end of the second capacitive device and a second end of the inductive device are coupled to a first ground point, and a second end of the first metal frame is coupled to a second ground point, so as to form the first sub-antenna; and a second end of the second metal frame is coupled to a third ground point, so as to form the second sub-antenna, characterized in that : the feeding point is located at a specific position of the first end of the first metal frame. wherein the antenna comprises a first sub-antenna and a second sub-antenna, wherein the first metal frame comprises a feeding point , the feeding point is coupled to a first end of a first capacitive device , a second end of the first capacitive device is coupled to a first end of a changeover switch , a second end of the changeover switch is coupled to a first end of a second capacitive device or a first end of an inductive device , a second end of the second capacitive device and a second end of the inductive device are coupled to a first ground point, and a second end of the first metal frame is coupled to a second ground point, so as to form the first sub-antenna; and a second end of the second metal frame is coupled to a third ground point, so as to form the second sub-antenna, characterized in that : the feeding point is located at a specific position of the first end of the first metal frame.
Support rack for a storage cabinet for storing beverages in a climate and/or temperature-controlled manner, in particular for a wine cabinet, the support rack being frame-shaped and consisting of two transverse struts and two longitudinal struts connecting the transverse struts , with support struts arranged removably and adjustably within the support rack , characterised in that the support rack comprises an additional device, the additional device being an insert which can be integrated into the support rack in hanging form or on the support rack in standing form, said insert having the structure of a crate-shaped receiving box in which bottles, glasses, accessories, various objects and further storage boxes can be stored.
A method of code-multiplexing a control signal onto a shared control channel comprising: repeating a control bit for a mobile station associated with the shared control channel in each slot of a predetermined time interval; spreading the control bit in each slot of the predetermined time interval at bit rate using a bit-level spreading sequence; varying the bit-level spreading sequence from slot to slot according to a predefined sequence-hopping pattern ; and assigning a common channelization code to the shared control channel. repeating a control bit for a mobile station associated with the shared control channel in each slot of a predetermined time interval; spreading the control bit in each slot of the predetermined time interval at bit rate using a bit-level spreading sequence; varying the bit-level spreading sequence from slot to slot according to a predefined sequence-hopping pattern ; and assigning a common channelization code to the shared control channel.
A polypeptide comprising: a fluorescent domain comprising a monomeric fluorescent polypeptide; a C-terminus; and an N-terminus; a first antibody domain covalently linked to the C-terminus of the fluorescent domain; and a second antibody domain covalently linked to the N-terminus of the fluorescent domain; wherein one of the antibody domains includes a variable light chain (V L ) and the other of said domains includes a variable heavy chain (V H ); and wherein said first antibody domain and said second antibody domain specifically bind to a single target molecule. a fluorescent domain comprising a monomeric fluorescent polypeptide; a C-terminus; and an N-terminus; a first antibody domain covalently linked to the C-terminus of the fluorescent domain; and a second antibody domain covalently linked to the N-terminus of the fluorescent domain; wherein one of the antibody domains includes a variable light chain (V L ) and the other of said domains includes a variable heavy chain (V H ); and wherein said first antibody domain and said second antibody domain specifically bind to a single target molecule.
A pharmaceutical composition for use in treating a cancer and enhancing perfusion of tumor blood vessels in the cancer tissue, wherein the composition comprises an anti-Ang2 antibody or an antigen-binding fragment thereof, and wherein the anti-Ang2 antibody or the antigen-binding fragment comprises: (i) the following heavy chain complementarity determining regions: a CDR-H1 comprising the amino acid sequence of SEQ ID NO: 1, a CDR-H2 comprising the amino acid sequence of SEQ ID NO: 2, and a CDR-H3 comprising the amino acid sequence of SEQ ID NO: 3; and (ii) the following light chain complementarity determining regions: a CDR-L1 comprising the amino acid sequence of SEQ ID NO: 4, a CDR-L2 comprising the amino acid sequence of SEQ ID NO: 5, and a CDR-L3 comprising the amino acid sequence of SEQ ID NO: 6. (i) the following heavy chain complementarity determining regions: a CDR-H1 comprising the amino acid sequence of SEQ ID NO: 1, a CDR-H2 comprising the amino acid sequence of SEQ ID NO: 2, and a CDR-H3 comprising the amino acid sequence of SEQ ID NO: 3; and (ii) the following light chain complementarity determining regions: a CDR-L1 comprising the amino acid sequence of SEQ ID NO: 4, a CDR-L2 comprising the amino acid sequence of SEQ ID NO: 5, and a CDR-L3 comprising the amino acid sequence of SEQ ID NO: 6.
Use of a high barrier multilayer film as outer bag of a pouch type container for covering the inner bag containing medical solution, comprising in the following order, an outer layer comprising polyethyleneterephthalate on which inorganic oxide is deposited, the outer layer thickness being of 5 ∼ 20μm; optionally a protective layer comprising metal alkoxide of M (OR)n, wherein M is Si, Ti, Al, Zr or Sn, R is an alkyl group of C1 to C6, and n is valence of M, or its hydrolysate form, said protective layer being in contact with said outer layer; a first adhesive layer comprising ester type polyurethane in contact with said outer layer or said optional protective layer, wherein said optional protective layer , if present, is between said outer layer and said first adhesive layer: a first intermediate layer comprising ethylene vinyl alcohol copolymer in contact with said first adhesive layer; a second adhesive layer comprising ester type polyurethane in contact with said first intermediate layer; a second intermediate layer comprising polyamide in contact with said second adhesive layer; a third adhesive layer comprising ester type polyurethane in contact with said second intermediate layer; and an inner layer comprising propylene-based polymer in contact with said third adhesive layer.