mhurhangee/patent-ind-claim-en huggingface dataset:
A system for wrapping a material around a bale in a baler , comprising: a feed system configured to direct the material through a feed path ; a knife mechanism including a fixed knife and a counter-knife configured to alternately intersect the feed path to cut the material, and configured to move out of the feed path for feed of the material; and wherein the feed system includes a roll element configured to direct the material between the fixed knife and the counter-knife when the counter-knife is moved out of the feed path ; and a brush that is disposed between the roll element and the knife mechanism , the brush is configured to intersect the feed path when the material is cut by the knife mechanism , characterised in that the brush is freely rotatable and in that the brush has a cylindrical shape and is configured to rotate when the material is cut by the knife mechanism and the brush is configured to remove debris when rotated. a feed system configured to direct the material through a feed path ; a knife mechanism including a fixed knife and a counter-knife configured to alternately intersect the feed path to cut the material, and configured to move out of the feed path for feed of the material; and wherein the feed system includes a roll element configured to direct the material between the fixed knife and the counter-knife when the counter-knife is moved out of the feed path ; and a brush that is disposed between the roll element and the knife mechanism , the brush is configured to intersect the feed path when the material is cut by the knife mechanism , characterised in that the brush is freely rotatable and in that the brush has a cylindrical shape and is configured to rotate when the material is cut by the knife mechanism and the brush is configured to remove debris when rotated.
A method for mechanically pointing bristles for brushes, in particular toothbrushes, by grinding, comprising the following steps: a) holding bristle tufts in a tuft holder such that the ratio (L/I) of the free length (L) of the bristle tuft, as measured from the fixture to the free end to be pointed, to the length (I) of the conical bristle tip to be produced is greater than or equal to 3, and b) grinding the bristle ends at the first free end, characterized in that one or more grinding rollers are used for grinding which have a circular cylindrical or conical shell surface on which the grinding process is carried out, the tuft holder rotating about an axis of rotation (A) during grinding, the axis of rotation (A) being parallel to the longitudinal direction of the clamped bristle tuft and at an angle (α) of at least 80° with respect to the axis of rotation (X) of the grinding roller, and the ratio (R/r) of the radius of the grinding roller (R) to the distance (r) of the held bristle tuft furthest away from the axis of rotation (A) of the tuft holder from the axis of rotation (A) being between 1 and 4. a) holding bristle tufts in a tuft holder such that the ratio (L/I) of the free length (L) of the bristle tuft, as measured from the fixture to the free end to be pointed, to the length (I) of the conical bristle tip to be produced is greater than or equal to 3, and b) grinding the bristle ends at the first free end,
A method for configuring a first carrier for a user equipment in a wireless network including an evolved Node B, eNB and the user equipment , the method comprising: receiving, by the user equipment , radio resource signaling, said signaling configuring discontinuous reception, DRX, functionality and providing control channel support information for the first carrier, wherein the control channel support information includes a logical index for the first carrier and indicates whether control information for the downlink to be received by the user equipment and corresponding to the first carrier is transmitted on a second carrier, the second carrier being different from the first carrier.
Working unit of a cultivator for potato ridges, comprising a support and an assembly of working tools for loosening and chiselling of ridges and for denting of non-rail furrow between adjacent ridges, wherein the assembly of working tools comprises at least two co-axial loosening rollers for loosening the surface of adjacent ridges and one rotary denting wheel arranged between the loosening rollers on the same or parallel axis of rotation, wherein each loosening roller is formed by an assembly of mutually angularly offset loosening stars attached to the common shaft mounted in a fork in a pivoted manner, and the denting wheel is mounted on a trailing arm , with each of the forks and the trailing arm carried on separate pressing arms , which are pivotally mounted via pressure springs and suspensions in the footings anchored to a support , the central part of the support is provided with a central pressure unit formed by a parallelogram with a central spring , and on the edges, the support is provided with the brackets , in which travelling wheels are mounted and which carry clamping devices , in which loosening chisels are mounted in a replaceable and adjustable manner for loosening the outer side of the ridge.
A method comprising: for an interlaced I-frame (1100; 1130) in a video sequence, decoding a bitplane signaled at frame layer of a bitstream for the interlaced I-frame, wherein the bitplane represents field/frame transform types for plural macroblocks (1000; 1131, 1132; 1161, 1162) of the interlaced I-frame; and for an interlaced P-frame in the video sequence, for each of at least one but not all of plural macroblocks of the interlaced P-frame, processing a per macroblock field/frame transform type bit signaled at macroblock layer of the bitstream, wherein the interlaced P-frame includes one or more intra macroblocks and one or more inter macroblocks that are coded in the bitstream, and wherein the per macroblock field/frame transform type bit is signaled for each of the one or more intra macroblocks but none of the one or more inter macroblocks that are coded in the bitstream. for an interlaced I-frame (1100; 1130) in a video sequence, decoding a bitplane signaled at frame layer of a bitstream for the interlaced I-frame, wherein the bitplane represents field/frame transform types for plural macroblocks (1000; 1131, 1132; 1161, 1162) of the interlaced I-frame; and for an interlaced P-frame in the video sequence, for each of at least one but not all of plural macroblocks of the interlaced P-frame, processing a per macroblock field/frame transform type bit signaled at macroblock layer of the bitstream, wherein the interlaced P-frame includes one or more intra macroblocks and one or more inter macroblocks that are coded in the bitstream, and wherein the per macroblock field/frame transform type bit is signaled for each of the one or more intra macroblocks but none of the one or more inter macroblocks that are coded in the bitstream.
Tunnel boring machine having a drive shaft for a cutting wheel, said drive shaft being enclosed through formation of an annular gap of a sealing ring and a seal carrier assembly arranged at a radial distance from the seal ball race , and having a plurality of seal units , being arranged behind each other sealingly in the annular gap in the axial direction, wherein seal units with a seal ring retainer of a rigid material, such seal ring retainer being formed at least in one receiving area in a U-shape with two opposing side walls (303, 306; 703, 706; 903, 906) and with a radially external top wall (309; 709; 803, 806; 909) extending between radially external ends of the side walls (303, 306; 703, 706; 903, 906), and having a seal ring of a flexible material, said seal ring having a fastening area and at least one seal lip , wherein the fastening area is enclosed by the side walls (303, 306; 703, 706; 903, 906) and by the top wall (309; 709; 803, 806; 909) of the seal ring retainer , such that each of these seal units can be inserted into the annular gap without risk of the seal ring tilting, wherein the flow of forces takes place through the seal ring retainers juxtaposed in the axial direction, such that an equal distribution of the prestress forces takes place through the seal ring retainers due to the resulting and largely free of friction losses relocatability of the seal ring retainers in the axial direction and each seal ring retainer absorbs the loads exerted on the seal ring retained therein, such that the seal rings are put under relatively less load in their fastening area .
Use of a machine tool for introducing and/or machining pockets for receiving rolling elements on a workpiece in the form of a rolling bearing cage, wherein the machine tool is designed to comprise a workpiece carrier and a main spindle , wherein a machining tool and a clamping means are fastened to the main spindle , characterised in that the clamping means is designed to comprise a receiving arrangement for fastening the clamping means to the main spindle of the machine tool , and a pressure plate for pressing a workpiece on a workpiece carrier , that the receiving arrangement and the pressure plate are connected via at least one pressure cylinder , that a contact pressure of the pressure plate on the workpiece is adjustable in a defined manner by means of the at least one pressure cylinder , and that the machining tool is arranged such that the machining tool can be guided through a passage opening in the pressure plate during the machining of the workpiece pressed against the workpiece carrier by means of the pressure plate .
A nonpolar all-solid-state battery comprising: a first electrode ; a second electrode ; and a solid electrolyte layer provided between the first electrode and the second electrode , wherein each of the first electrode and the second electrode includes: a first active material that functions as both a positive electrode active material and a negative electrode active material, and has a larger specific capacity when functioning as the positive electrode active material than a specific capacity when functioning as the negative electrode active material; and at least one kind of negative electrode active material, and in each of the first electrode and the second electrode , a ratio of the first active material to a total amount of active materials is more than 50% by mass and less than 100% by mass, and a mass of each of the active materials is equal between the first electrode and the second electrode . a first electrode ; a second electrode ; and a solid electrolyte layer provided between the first electrode and the second electrode , wherein each of the first electrode and the second electrode includes: a first active material that functions as both a positive electrode active material and a negative electrode active material, and has a larger specific capacity when functioning as the positive electrode active material than a specific capacity when functioning as the negative electrode active material; and at least one kind of negative electrode active material, and in each of the first electrode and the second electrode , a ratio of the first active material to a total amount of active materials is more than 50% by mass and less than 100% by mass, and a mass of each of the active materials is equal between the first electrode and the second electrode . a first active material that functions as both a positive electrode active material and a negative electrode active material, and has a larger specific capacity when functioning as the positive electrode active material than a specific capacity when functioning as the negative electrode active material; and at least one kind of negative electrode active material, and in each of the first electrode and the second electrode , a ratio of the first active material to a total amount of active materials is more than 50% by mass and less than 100% by mass, and a mass of each of the active materials is equal between the first electrode and the second electrode .
A method for the detection of anti-HCMV neutralizing antibodies, said method comprising steps of: (i) mixing (a) heat-inactivated serum from a rabbit that has been immunized with an HCMV candidate vaccine with (b) an HCMV comprising a fluorescent moiety, wherein the HCMV comprising a fluorescent moiety comprises a gH/gL/gO complex and is able to infect a fibroblast cell, to form a mixture; (ii) adding 10% guinea pig complement to the mixture from (i); (iii) contacting a host cell that is susceptible to infection by HCMV, wherein said host cell is a human foreskin fibroblast cell of cell line HFF-1, under conditions that allow infection with the mixture in the presence of the guinea pig complement of (ii), preferably including an incubation of at least 1 hour, at least 2 hours, at least 3 hours, at least 4 hours, at least 5 hours, at least 6 hours, at least 7 hours, or at least 8 hours; (iv) assessing a fluorescence level of the host cell that has been contacted with the mixture by flow cytometry; and (v) determining a level of infection of the host cell based on the assessed fluorescence level. (i) mixing (a) heat-inactivated serum from a rabbit that has been immunized with an HCMV candidate vaccine with (b) an HCMV comprising a fluorescent moiety, wherein the HCMV comprising a fluorescent moiety comprises a gH/gL/gO complex and is able to infect a fibroblast cell, to form a mixture; (ii) adding 10% guinea pig complement to the mixture from (i); (iii) contacting a host cell that is susceptible to infection by HCMV, wherein said host cell is a human foreskin fibroblast cell of cell line HFF-1, under conditions that allow infection with the mixture in the presence of the guinea pig complement of (ii), preferably including an incubation of at least 1 hour, at least 2 hours, at least 3 hours, at least 4 hours, at least 5 hours, at least 6 hours, at least 7 hours, or at least 8 hours; (iv) assessing a fluorescence level of the host cell that has been contacted with the mixture by flow cytometry; and (v) determining a level of infection of the host cell based on the assessed fluorescence level.
A library of polypeptides, wherein each member of the library comprises a helix-turn-helix scaffold structure of the formula Helix-1 - Li - Helix-2 , wherein Helix-1 and Helix-2 comprise a first and second α-helical peptide, wherein each of said α-helical peptides comprises the amino acid sequence X1 - X2 - Hy - Var1 -X3 - Hy -Var1 - Var2 - X4 - Hy - Var1 - X5 - Hy - Var1 - Var3 (SEQ ID NO: 1), wherein X1 is D, T, N, S or P, X2 is E, P, Q, W or D, X3 is M, A, I, Q or R, X4 is A, L, R, M, K or E, X5 is M, L, A, W, F or K, Hy is any amino-acid residue having a side chain exhibiting a hydrophobicity of greater than 0.62, and Var1, Var2 and Var3 are mixtures of the natural occurring amino acids, excluding G, P and C, Li is a linker, and said first and said second α-helical peptide form an anti-parallel, coiled-coil structure. X1 is D, T, N, S or P, X2 is E, P, Q, W or D, X3 is M, A, I, Q or R, X4 is A, L, R, M, K or E, X5 is M, L, A, W, F or K, Hy is any amino-acid residue having a side chain exhibiting a hydrophobicity of greater than 0.62, and Var1, Var2 and Var3 are mixtures of the natural occurring amino acids, excluding G, P and C, Li is a linker, and said first and said second α-helical peptide form an anti-parallel, coiled-coil structure.
Block copolymer-containing pressure-sensitive adhesive comprising a) 52 wt% to 65 wt%, preferably 55 wt% to 62 wt%, of an elastomer component, b) 30 wt% to 45 wt%, preferably 35 wt% to 42 wt%, of at least one tackifier resin, c) 0 wt% to 15 wt%, preferably up to 10 wt%, of at least one plasticizing resin, and d) 0 wt% to 18 wt%, preferably up to 10 wt%, of further additives, wherein the elastomer component (a) consists to an extent of at least 90 wt% of polyvinylaromatic-polybutadiene block copolymers, the polyvinylaromatic-polybutadiene block copolymers comprising at least one kind of a diblock copolymer (a1) and at least one kind of a triblock or multiblock copolymer (a2), the at least one diblock copolymer (a1) has a vinylaromatic fraction of 15 wt% to 45 wt%, within the elastomer component (a) the fraction of triblock or multiblock copolymer (a2) is between 25 wt% and 50 wt%, preferably between 30 wt% and 45 wt%, the triblock or multiblock copolymer (a2) has a molar mass of at least 125 000 g/mol and a vinylaromatic fraction of 15 wt% to 45 wt%, and the one kind of the triblock or multiblock copolymer is preferably a multiarm (radial) block copolymer. a) 52 wt% to 65 wt%, preferably 55 wt% to 62 wt%, of an elastomer component, b) 30 wt% to 45 wt%, preferably 35 wt% to 42 wt%, of at least one tackifier resin, c) 0 wt% to 15 wt%, preferably up to 10 wt%, of at least one plasticizing resin, and d) 0 wt% to 18 wt%, preferably up to 10 wt%, of further additives, wherein the elastomer component (a) consists to an extent of at least 90 wt% of polyvinylaromatic-polybutadiene block copolymers, the polyvinylaromatic-polybutadiene block copolymers comprising at least one kind of a diblock copolymer (a1) and at least one kind of a triblock or multiblock copolymer (a2), the at least one diblock copolymer (a1) has a vinylaromatic fraction of 15 wt% to 45 wt%, within the elastomer component (a) the fraction of triblock or multiblock copolymer (a2) is between 25 wt% and 50 wt%, preferably between 30 wt% and 45 wt%, the triblock or multiblock copolymer (a2) has a molar mass of at least 125 000 g/mol and a vinylaromatic fraction of 15 wt% to 45 wt%, and the one kind of the triblock or multiblock copolymer is preferably a multiarm (radial) block copolymer. wherein the elastomer component (a) consists to an extent of at least 90 wt% of polyvinylaromatic-polybutadiene block copolymers, the polyvinylaromatic-polybutadiene block copolymers comprising at least one kind of a diblock copolymer (a1) and at least one kind of a triblock or multiblock copolymer (a2), the at least one diblock copolymer (a1) has a vinylaromatic fraction of 15 wt% to 45 wt%, within the elastomer component (a) the fraction of triblock or multiblock copolymer (a2) is between 25 wt% and 50 wt%, preferably between 30 wt% and 45 wt%, the triblock or multiblock copolymer (a2) has a molar mass of at least 125 000 g/mol and a vinylaromatic fraction of 15 wt% to 45 wt%, and the one kind of the triblock or multiblock copolymer is preferably a multiarm (radial) block copolymer.
DALI interface , comprising: an integrated DALI power supply , comprising a resonant half-bridge converter having a transformer and a resonator at a primary side of the transformer , and adapted to generate and supply, at a secondary side of the transformer , a first voltage of a DALI bus output signal to a DALI bus , and a reception unit , adapted to receive DALI signals indicative of a current flow on the DALI bus during active switching of the resonant half-bridge converter , wherein the reception unit is adapted to measure an output current of an output signal of the resonator , wherein the reception unit is adapted to derive the current flow on the DALI bus from the measured output current of the output signal of the resonator at the primary side of the transformer ). an integrated DALI power supply , comprising a resonant half-bridge converter having a transformer and a resonator at a primary side of the transformer , and adapted to generate and supply, at a secondary side of the transformer , a first voltage of a DALI bus output signal to a DALI bus , and a reception unit , adapted to receive DALI signals indicative of a current flow on the DALI bus during active switching of the resonant half-bridge converter , a resonant half-bridge converter having a transformer and a resonator at a primary side of the transformer , and adapted to generate and supply, at a secondary side of the transformer , a first voltage of a DALI bus output signal to a DALI bus , and a reception unit , adapted to receive DALI signals indicative of a current flow on the DALI bus during active switching of the resonant half-bridge converter , wherein the reception unit is adapted to measure an output current of an output signal of the resonator , wherein the reception unit is adapted to derive the current flow on the DALI bus from the measured output current of the output signal of the resonator at the primary side of the transformer ).
An electrical module configured to be coupled to a tray of a battery distribution assembly , the electrical module comprising: a housing disposed along an outer surface of the tray, the housing defining a cavity ; at least one electrical circuit device disposed within the cavity of the housing , the housing includes a base and a cap , the base extending between a top side and a bottom side , the base defining at least a portion of the cavity , the cavity being defined along the top side of the base and extending towards the bottom side , the cap being affixed to the top side of the base to seal the cavity with the at least one electrical circuit device therein; and multiple terminals electrically connected to the at least one electrical circuit device within the housing , characterised in that : (i) the terminals project from the housing and are configured to extend through corresponding apertures in the tray to electrically connect to one or more electrical conductors disposed along an inner surface of the tray ; and (ii) the cap is non-removably bonded to the base such that the at least one electrical circuit device is permanently contained within the cavity of the housing . a housing disposed along an outer surface of the tray, the housing defining a cavity ; at least one electrical circuit device disposed within the cavity of the housing , the housing includes a base and a cap , the base extending between a top side and a bottom side , the base defining at least a portion of the cavity , the cavity being defined along the top side of the base and extending towards the bottom side , the cap being affixed to the top side of the base to seal the cavity with the at least one electrical circuit device therein; and multiple terminals electrically connected to the at least one electrical circuit device within the housing , characterised in that : (i) the terminals project from the housing and are configured to extend through corresponding apertures in the tray to electrically connect to one or more electrical conductors disposed along an inner surface of the tray ; and (ii) the cap is non-removably bonded to the base such that the at least one electrical circuit device is permanently contained within the cavity of the housing . (i) the terminals project from the housing and are configured to extend through corresponding apertures in the tray to electrically connect to one or more electrical conductors disposed along an inner surface of the tray ; and (ii) the cap is non-removably bonded to the base such that the at least one electrical circuit device is permanently contained within the cavity of the housing .