mhurhangee/patent-ind-claim-en huggingface dataset:
A supply device for a roll medium comprising: a holding unit configured to support a shaft of a roll medium to hold the roll medium, and to be drawn from a supply device main body in an upstream direction, when a drawing direction is set as upstream and a storage direction is set as downstream; and characterized by further comprising: a guide member configured to be pressed in a direction toward the shaft from below to come into contact with the roll medium held by the holding unit, and be displaced in accordance with a change in an outer diameter of the roll medium by rotating with a first rotational movement shaft on the downstream side as a fulcrum, wherein the guide member is configured to include an arm portion and a swing portion , the arm portion has one end disposed downstream of the first rotational movement shaft, the swing portion is provided at a side of another end of the arm portion, the swing portion includes a first roller configured to come into contact with the roll medium in a process of storing the holding unit, and at least one second roller configured to come into contact with the roll medium in the stored holding unit, and the first roller of the guide member comes into contact with an outer periphery of the roll medium when the holding unit, in a drawn-out state, is stored in the supply device main body, and the guide member is caused to be retracted downward from a travel path of the holding unit against a force pressing upward from below. a guide member configured to be pressed in a direction toward the shaft from below to come into contact with the roll medium held by the holding unit, and be displaced in accordance with a change in an outer diameter of the roll medium by rotating with a first rotational movement shaft on the downstream side as a fulcrum, wherein the guide member is configured to include an arm portion and a swing portion , the arm portion has one end disposed downstream of the first rotational movement shaft, the swing portion is provided at a side of another end of the arm portion, the swing portion includes a first roller configured to come into contact with the roll medium in a process of storing the holding unit, and at least one second roller configured to come into contact with the roll medium in the stored holding unit, and the first roller of the guide member comes into contact with an outer periphery of the roll medium when the holding unit, in a drawn-out state, is stored in the supply device main body, and the guide member is caused to be retracted downward from a travel path of the holding unit against a force pressing upward from below.
Supporting structure for a gas turbine engine , said structure comprising - at least one annular member , and - a plurality of circumferentially spaced elements that extend in a radial direction of the annular member and that are connected to the annular member , wherein at least one of said circumferentially spaced elements has an airfoil shape in cross section, wherein the annular member comprises - at least two substantially flat panel segments that are arranged side by side in a circumferential direction of the annular member , wherein said panel segments are connected to each other in a connection region that extends along facing end parts of the two panel segments , and wherein said airfoil shaped element is connected to the annular member at the connection region , wherein a mean camber line of said airfoil shaped element at least along a portion of its length is inclined in relation to an axial direction of the annular member , and also said connection region at least along a portion of its length is inclined in relation to the axial direction of the annular member , wherein the inclined portion of the connection region is directed substantially in parallel to the inclined portion of the mean camber line of said airfoil shaped element . - at least one annular member , and - a plurality of circumferentially spaced elements that extend in a radial direction of the annular member and that are connected to the annular member , wherein at least one of said circumferentially spaced elements has an airfoil shape in cross section, - at least two substantially flat panel segments that are arranged side by side in a circumferential direction of the annular member , wherein said panel segments are connected to each other in a connection region that extends along facing end parts of the two panel segments , and
Method for selecting an APRIL-binding antibody suitable to detect APRIL in the context of a human sample, comprising: - providing a library of candidate APRIL-binding antibodies; - selecting APRIL-binding antibodies from the library by means of affinity selection using a target peptide immobilized on a solid support, said target peptide comprising a number of APRIL epitopes and an APRIL receptor-binding region of APRIL; characterized in that , the target peptide is human APRIL, which is in interaction with a peptide, the shielding peptide, comprising an APRIL-binding region of an APRIL receptor, wherein said APRIL receptor is BCMA or TACI. - providing a library of candidate APRIL-binding antibodies; - selecting APRIL-binding antibodies from the library by means of affinity selection using a target peptide immobilized on a solid support, said target peptide comprising a number of APRIL epitopes and an APRIL receptor-binding region of APRIL;
A pavement marking composition, comprising: a non-crosslinked elastomeric material selected from the group consisting of acrylonitrile-butadiene polymers, neoprene, polyacrylates, natural rubber, and styrene-butadiene polymers, the non-crosslinked elastomeric material further including a polyvinyl chloride resin; thermoplastic reinforcing polymer; wherein the pavement marking composition lacks a reinforcing material selected from the group consisting of ceramic fibers, asbestos, silicon dioxide, and talc, and wherein the pavement marking composition has a Tg that is less than -10 °C determined by using a differential scanning calorimeter. a non-crosslinked elastomeric material selected from the group consisting of acrylonitrile-butadiene polymers, neoprene, polyacrylates, natural rubber, and styrene-butadiene polymers, the non-crosslinked elastomeric material further including a polyvinyl chloride resin; thermoplastic reinforcing polymer; wherein the pavement marking composition lacks a reinforcing material selected from the group consisting of ceramic fibers, asbestos, silicon dioxide, and talc, and wherein the pavement marking composition has a Tg that is less than -10 °C determined by using a differential scanning calorimeter.
Pneumatic vehicle tyre, in particular for use in wintry driving conditions, having a tread with profile positives, such as profile blocks or profile ribs, and having grooves , such as circumferential grooves, transverse grooves or oblique grooves, which are delimited by a groove base and by groove flanks on the profile positives, wherein present are profile positives which are in each case provided with a number of sipes which run so as to be mutually parallel and terminate at a groove flank on which are configured micro-grooves which run obliquely across the groove flank , in particular so as to be rectilinear, preferably mutually parallel, and at an acute angle (α) of 20° to 40° in relation to the tread periphery, and which have a depth (t 1 ) of 0.20 mm to 0,50 mm, and on the groove flank have a width (b 1 ) that corresponds at least to their depth, and which terminate at the radially inner end of the respective groove flank , characterized in that radially inner ends of micro-grooves are adjoined by elongate depressions (9, 9`) which run at an obtuse angle in relation to the latter and parallel to the groove base or away from the groove base at an acute angle of up to 10°, and at their deepest point, determined at a right angle in relation to the groove flank , have a depth (t 2 ) of 0.30 mm to 2.00 mm, and the width (b 2 ) thereof at their widest point is 1.00 mm to 3.00 mm, and which terminate at a spacing of at least 1.00 mm in front of an adjacent micro-groove or a groove delimiting the profile positive.
Coating composition comprising inorganic particles grafted with a) compounds comprising reactive groups, and b) hydrophilic polymer chains, wherein the hydrophilic polymer chains comprise at least an average of 5 monomeric units and comprise monomer units of ethylene oxide, glycidyl(meth)acrylate or saccharides.
A sealant discharging apparatus comprising: a sealing gun configured to discharge sealant (S) to an object ; a movement controller configured to cause the sealing gun and the object to move relatively; a discharge controller configured to control a discharge amount of the sealant (S) discharged from the sealing gun ; a measuring instrument configured to measure a distance to a sealant pool (S1) that has been discharged from the sealing gun and is yet to be used to seal the object ; and an air bubble detector configured to detect mixture of an air bubble (B) in the sealant (S) discharged from the sealing gun , on a basis of a result of measurement by the measuring instrument , characterized in that the air bubble detector performs high-pass filtering on the result of measurement by the measuring instrument , and detects mixture of an air bubble (B) in the sealant (S) discharged from the sealing gun , on a basis of a value on which the high-pass filtering has been performed. a sealing gun configured to discharge sealant (S) to an object ; a movement controller configured to cause the sealing gun and the object to move relatively; a discharge controller configured to control a discharge amount of the sealant (S) discharged from the sealing gun ; a measuring instrument configured to measure a distance to a sealant pool (S1) that has been discharged from the sealing gun and is yet to be used to seal the object ; and an air bubble detector configured to detect mixture of an air bubble (B) in the sealant (S) discharged from the sealing gun , on a basis of a result of measurement by the measuring instrument , characterized in that the air bubble detector performs high-pass filtering on the result of measurement by the measuring instrument , and detects mixture of an air bubble (B) in the sealant (S) discharged from the sealing gun , on a basis of a value on which the high-pass filtering has been performed.
A method for producing filled containers from preforms in a circumferentially running forming and filling station, which is arranged on a working wheel and which comprises a mould belonging to the station and thus running circumferentially along with the station and a forming and filling element belonging to the station, thereby running circumferentially along with the station, wherein the filling of the preform with a liquid filling material is carried out by the forming and filling element, which contains at least one filling nozzle and which seals an upward-facing opening of the preform during the filling process so that no filling material can escape uncontrollably, and wherein the forming and filling element can be lifted from the opening and the mould can be opened for the removal of the filled container, wherein the preforms are each transferred to the circumferentially running forming and filling element of the forming and filling station (11.1-11.8) and are formed into the respective container due to the pressure effect of the fed filling material during a subsequent forming and filling process, wherein the mould with mould base and mould halves is designed as a plurality of parts, and the respective container is clamped in at least at the end of the forming and filling process between the mould base below and the moulding and filling element at the top, and wherein the container is separated from the respective forming and filling element after forming and filling, characterized in that the mould halves are removed from the respective container before the forming and filling element and the mould base are separated from the container .
A pre-polymerized catalyst component for the polymerization of olefins CH 2 =CHR, wherein R is hydrogen or a C 1 -C 12 hydrocarbon group, characterized by comprising a non-stereospecific solid catalyst component, comprising Ti, Mg and a halogen, said pre-polymerized catalyst component containing an amount of a (co)polymer of a monomer CH 2 =CHA selected from styrene, 4-Cl-styrene, alpha methylstyrene, and divinylbenzene, ranging from 0.1 up to 5g per g of said solid catalyst component wherein said non stereospecific solid catalyst component gives, under the standard propylene polymerization conditions described in the "general procedure for the standard propylene polymerization" section of the description, a propylene homopolymer having an insolubility in xylene at 25°C lower than 55%.
A method for determining a maximum power setpoint for a wind turbine comprising: determining an ambient temperature; determining a temperature of one or more wind turbine components; determining a present power output of the wind turbine ; and determining the maximum power setpoint based at least partially on a thermodynamic model of the wind turbine components, the ambient temperature, the temperature of the components of the wind turbine and on the present power output of the wind turbine . determining an ambient temperature; determining a temperature of one or more wind turbine components; determining a present power output of the wind turbine ; and determining the maximum power setpoint based at least partially on a thermodynamic model of the wind turbine components, the ambient temperature, the temperature of the components of the wind turbine and on the present power output of the wind turbine .
Fastening device (1; 100) for a disk brake comprising a brake carrier , the brake carrier comprising two struts arranged in parallel with a brake disk , the struts having two end portions in their direction of extension and the struts being connected to one another at their two end portions via two connection elements , the struts having fastening means for flange-mounting on a vehicle axle , characterized in that the fastening device (1; 100) has a receptacle in the brake carrier and said receptacle is designed to accommodate a rotational speed sensor for detecting a wheel rotational speed (D).
A motor vehicle door with a door outer skin and a door inner skin and/or a cover , between which a wet space is formed, and with an interior door trim between which and the door inner skin and/or cover , in particular a carrier plate of a door module connected to the door inner skin, a dry space is formed, in which a noise generating assembly , in particular an electromotive drive of a functional element of the motor vehicle door, a loudspeaker and a substantially closed resonance space for accommodating a loudspeaker connected to a wall of the resonance space are arranged, wherein at least the noise-generating part of the noise-generating assembly likewise is arranged in the resonance space , characterized in that the resonance space is surrounded by a soundbox comprising a first housing shell , which is part of the door inner skin or the cover , and a second housing shell covered by the interior door trim , which receives the loudspeaker , is manufactured separately and is connectable to the first housing shell .
An article comprising: a substrate; a sanitizing solution absorbed into said substrate; and indicia printed on said substrate, said indicia printed with an ink that is detectable by in-line manufacturing production X-ray, metal, or magnetic detectors. a substrate; a sanitizing solution absorbed into said substrate; and indicia printed on said substrate, said indicia printed with an ink that is detectable by in-line manufacturing production X-ray, metal, or magnetic detectors.
A front fork guard for protecting a front fork dampener , the front fork guard comprises: - an elongated shield part , - a fastening arrangement for fastening the front fork guard to a motorcycle or mountain bike, - a connection element , wherein the elongated shield part and the fastening arrangement are connected to each other with the connection element , characterised in that the elongated shield part and the fastening arrangement are pivotable relative each other between a closed position in which they abut and an open position, and - a locking mechanism arranged to hold the elongated shield part and the fastening arrangement in the closed position when engaged. - an elongated shield part , - a fastening arrangement for fastening the front fork guard to a motorcycle or mountain bike, - a connection element , wherein the elongated shield part and the fastening arrangement are connected to each other with the connection element , characterised in that the elongated shield part and the fastening arrangement are pivotable relative each other between a closed position in which they abut and an open position, and - a locking mechanism arranged to hold the elongated shield part and the fastening arrangement in the closed position when engaged.
Method for visualizing a combustion process of a fuel-air mixture within a combustion chamber of an internal combustion engine, flame light signals that are generated during the combustion of the fuel-air mixture within the combustion chamber being detected in a number of detection volumes by means of a multi-channel optical measuring probe and the light intensities of the flame light signals being evaluated and graphically visualized by an evaluating and visualizing device , characterized in that information concerning the position of the flame within the detection volumes is provided by the formation of hypotheses, which comprise possible locations of the production of the flame and possible types of flame propagation within the combustion chamber of the internal combustion engine, and by the selection of a most probable hypothesis by means of a mathematical assessment algorithm implemented in the evaluating and visualizing device and is graphically visualized by the evaluating and visualizing device , a plurality of influencing variables being assessed by the mathematical assessment algorithm with respect to with which individual probability each of these influencing variables contributes to the formation of one of the hypotheses, and the mathematical assessment algorithm forming from the individual probabilities an overall probability of the occurrence of each individual hypothesis.
A biosensor applicator device comprising: a biosensor applicator housing having a lower portion configured to receive and physically couple to a biosensor device , the biosensor applicator configured to apply the biosensor device to a wearer; a first coil antenna physically coupled to an inner or outer surface of an upper portion of the biosensor applicator housing; and a second coil antenna physically coupled to the biosensor applicator housing, the second coil antenna located distant from the first coil antenna towards the lower portion of the housing and substantially co-axially aligned with the first coil antenna, wherein the first coil antenna is configured to: wirelessly receive electromagnetic, EM, energy from a transmitter coil antenna; and provide at least a portion of the received EM energy to the second coil antenna. a biosensor applicator housing having a lower portion configured to receive and physically couple to a biosensor device , the biosensor applicator configured to apply the biosensor device to a wearer; a first coil antenna physically coupled to an inner or outer surface of an upper portion of the biosensor applicator housing; and a second coil antenna physically coupled to the biosensor applicator housing, the second coil antenna located distant from the first coil antenna towards the lower portion of the housing and substantially co-axially aligned with the first coil antenna, wherein the first coil antenna is configured to: wirelessly receive electromagnetic, EM, energy from a transmitter coil antenna; and provide at least a portion of the received EM energy to the second coil antenna. wirelessly receive electromagnetic, EM, energy from a transmitter coil antenna; and provide at least a portion of the received EM energy to the second coil antenna.
Battery for a motor vehicle, the battery having a housing base and at least one battery cell, wherein the housing base is designed as an extruded profile in the form of a tub, wherein the extruded profile has a base surface and two lateral side surfaces extending substantially perpendicularly from the base surface, and the extruded profile is open at both end sides, wherein the extruded profile is formed from metal, and the two side surfaces and the at least one battery cell are arranged relative to each other in such a way that the two side surfaces exert a prestressing force on the battery cell. at least one battery cell, wherein the housing base is designed as an extruded profile in the form of a tub, wherein the extruded profile has a base surface and two lateral side surfaces extending substantially perpendicularly from the base surface, and the extruded profile is open at both end sides, wherein the extruded profile is formed from metal, and the two side surfaces and the at least one battery cell are arranged relative to each other in such a way that the two side surfaces exert a prestressing force on the battery cell.
An ester composition, wherein the ester composition comprises esters of: (a) pentaerythritol; and (b) three or more C 4 to C 12 carboxylic acids wherein only one of said acids is a branched carboxylic acid and the other of said carboxylic acids are linear chain carboxylic acids, wherein the branched acid is selected from the group consisting of: (i) a branched C 8 to C 12 acid wherein said acid comprises a backbone having no branching at the C2 position; or (ii) a branched Cg to C 12 acid wherein said acid comprises a backbone having branching at the C3 position; wherein the acids comprise at least 50% of heptanoic acid, as a molar percentage of the acid content. (a) pentaerythritol; and (b) three or more C 4 to C 12 carboxylic acids wherein only one of said acids is a branched carboxylic acid and the other of said carboxylic acids are linear chain carboxylic acids, wherein the branched acid is selected from the group consisting of: (i) a branched C 8 to C 12 acid wherein said acid comprises a backbone having no branching at the C2 position; or (ii) a branched Cg to C 12 acid wherein said acid comprises a backbone having branching at the C3 position; (i) a branched C 8 to C 12 acid wherein said acid comprises a backbone having no branching at the C2 position; or (ii) a branched Cg to C 12 acid wherein said acid comprises a backbone having branching at the C3 position;