mhurhangee/ep-ind-claims huggingface dataset:
Rim, onto which a vehicle tyre is pulled or can be pulled, the rim having a rim well, on which at least one device for absorbing sound in the manner of a Helmholtz resonator with an at least partially annular air volume and at least one opening to the tyre interior is arranged, and said air volume of the Helmholtz resonator being formed by the rim well, by radially oriented and at least partially circumferential wall and/or web elements (12, 13, 13') which are arranged spaced apart from one another on the rim well as viewed in the axial direction of the rim, and by a cover element or by a cover element and transverse walls which delimit the air volume in the circumferential direction, the cover element being connected to the wall and/or web elements (12, 13, 13') in a positively locking manner or in a positively locking and non-positive manner, and in an airtight manner, characterized in that the cover element firstly has, for the radially fixed connection of said cover element to the rim, side webs which are positioned radially and run in the circumferential direction of the rim, the free end of which side webs is formed in each case by an axially positioned flange, said flanges being oriented in the same direction and penetrating, by way of axial displacement of the cover element relative to the rim, into in each case one groove-shaped cutout which is provided in the wall and/or web elements (12, 13, 13'), and secondly has, for the axially fixed connection of said cover element to the rim, a multiplicity of snap-in tabs which are arranged one behind another as viewed in the circumferential direction of the rim and point counter to the displacement direction, the free end of which snap-in tabs is snapped into a corresponding receiving groove of the rim in the mounted state of the cover element.
Truck-mounted concrete pump comprising at least one rear pivotable leg and at least one front pivotable leg, wherein the front pivotable leg comprises a leg box and at least one inner part that is telescopic with respect thereto, and wherein the rear pivotable leg comprises an outer part having a upper and a lower limb, between which the inner part of the front pivotable leg can be mounted in a state telescoped and pivoted in, characterised in that the two limbs (211, 212) are coupled together by means of at least one diagonal bracing, wherein the lower limb of the rear pivotable leg is connected diagonally, on the outside thereof, by a lower articulation point of the rear pivotable leg, to the leg-side end of the upper limb, and/or in the reverse direction.
A method for determining the relative amount of Cys 78 -Cys 88 disulfide bridged TNFR2:Fc in a sample comprising Cys 74 -Cys 88 /Cys 78 -Cys 96 disulfide bridged TNFR2:Fc and Cys 78 -Cys 88 disulfide bridged TNFR2:Fc, wherein the method comprises the steps of: (a) providing a sample comprising a mixture of Cys 78 -Cys 88 disulfide bridged TNFR2:Fc and Cys 74 -Cys 88 /Cys 78 -Cys 96 disulfide bridged TNFR2:Fc; (b) denaturing and alkylating the sample of step (a); (c) subjecting the sample resulting from step (b) to tryptic digestion under non-reducing conditions; (d) subjecting the sample resulting from step (c) to HPLC, thereby separating fragments indicative of Cys 78 -Cys 88 disulfide bridged TNFR2:Fc, wherein said fragments consist of the amino acid sequence shown in SEQ ID NO: 4 ("T7"); (e) conducting a peak integration for the peak indicative of fragments consisting of the amino acid sequence shown in SEQ ID NO: 4 ("T7"), and for a peak not affected by disulfide bridging of Cys 74, Cys 78, Cys 88 and Cys 96 consisting of the amino acid sequence shown in SEQ ID NO: 5 ("T27"), as obtained from step (d); wherein the peak not affected by disulfide bridging of Cys 74, Cys 78, Cys 88 and Cys 96 is not affected by disulfide bridging at all and indicative of the total TNFR:Fc in the sample; and (f) calculating the relative amount according to formula x in % = T7 area T7 area + T27 area × 100 wherein the amino acid sequence of the TNFR2 part of TNFR2:Fc has at least 97% identity to the amino acids 1-235 of the amino acid sequence of SEQ ID NO: 1. (a) providing a sample comprising a mixture of Cys 78 -Cys 88 disulfide bridged TNFR2:Fc and Cys 74 -Cys 88 /Cys 78 -Cys 96 disulfide bridged TNFR2:Fc; (b) denaturing and alkylating the sample of step (a); (c) subjecting the sample resulting from step (b) to tryptic digestion under non-reducing conditions; (d) subjecting the sample resulting from step (c) to HPLC, thereby separating fragments indicative of Cys 78 -Cys 88 disulfide bridged TNFR2:Fc, wherein said fragments consist of the amino acid sequence shown in SEQ ID NO: 4 ("T7"); (e) conducting a peak integration for the peak indicative of fragments consisting of the amino acid sequence shown in SEQ ID NO: 4 ("T7"), and for a peak not affected by disulfide bridging of Cys 74, Cys 78, Cys 88 and Cys 96 consisting of the amino acid sequence shown in SEQ ID NO: 5 ("T27"), as obtained from step (d); wherein the peak not affected by disulfide bridging of Cys 74, Cys 78, Cys 88 and Cys 96 is not affected by disulfide bridging at all and indicative of the total TNFR:Fc in the sample; and (f) calculating the relative amount according to formula x in % = T7 area T7 area + T27 area × 100 wherein the amino acid sequence of the TNFR2 part of TNFR2:Fc has at least 97% identity to the amino acids 1-235 of the amino acid sequence of SEQ ID NO: 1.
A breast pump system comprising: a solenoid valve; a power source arranged to supply electrical power to the solenoid valve so as enable the solenoid valve to move between a first and a second position; and characterised by a controller configured to detect a change in inductance of the solenoid valve which is indicative of the solenoid valve moving from the first to the second position; and a resistor (15, 16) that is connected in series with the solenoid valve and the power source, wherein the controller is arranged to detect a voltage across the resistor, when the resistor is connected to a reference voltage or to ground, or to detect a voltage at a node between the solenoid valve and the resistor (15, 16), when the resistor is connected to ground. a solenoid valve; a power source arranged to supply electrical power to the solenoid valve so as enable the solenoid valve to move between a first and a second position; and characterised by a controller configured to detect a change in inductance of the solenoid valve which is indicative of the solenoid valve moving from the first to the second position; and a resistor (15, 16) that is connected in series with the solenoid valve and the power source, wherein the controller is arranged to detect a voltage across the resistor, when the resistor is connected to a reference voltage or to ground, or to detect a voltage at a node between the solenoid valve and the resistor (15, 16), when the resistor is connected to ground.
A method of controlling soot blowers or a soot blower operating sequence located near a heat exchange section, the method comprising: operating the soot blowers according to a first operating sequence; generating a first model for the clean operating condition of the heat exchange section from process data of the heat exchange section; generating a second model for the dirty operating condition of the heat exchange section from process data of the heat exchange section; calculating an ideal operating condition of the heat exchange section using the first model; calculating a dirty operating condition of the heat exchange section using the second model; calculating a current operating condition of the heat exchange section based on current process data of the heat exchange section; comparing the current operating condition to the ideal operating condition and to the dirty operating condition; and determining a second operating sequence and causing the soot blowers to operate according to the second operating sequence if the comparison of the current operation condition to the ideal operating condition and the comparison of the current operating condition to the dirty operating condition indicate that the first operating sequence is not the effective operating sequence for the soot blowers. operating the soot blowers according to a first operating sequence; generating a first model for the clean operating condition of the heat exchange section from process data of the heat exchange section; generating a second model for the dirty operating condition of the heat exchange section from process data of the heat exchange section; calculating an ideal operating condition of the heat exchange section using the first model; calculating a dirty operating condition of the heat exchange section using the second model; calculating a current operating condition of the heat exchange section based on current process data of the heat exchange section; comparing the current operating condition to the ideal operating condition and to the dirty operating condition; and determining a second operating sequence and causing the soot blowers to operate according to the second operating sequence if the comparison of the current operation condition to the ideal operating condition and the comparison of the current operating condition to the dirty operating condition indicate that the first operating sequence is not the effective operating sequence for the soot blowers.
A naval ship comprising: a deck, a radiating element formed by a structural element arranged on the deck, an exciting element in electrical connection with the radiating element and the deck of the ship, wherein when fed with current the exciting element is configured to excite the radiating element to transmit and/or receive radio-frequency waves from the ship, wherein the exciting element is formed by: a first linear element connected to the radiating element and the deck, a second linear element connected to the first linear element and to the deck, and a third linear element connected to the first linear element and to the radiating element. a deck, a radiating element formed by a structural element arranged on the deck, an exciting element in electrical connection with the radiating element and the deck of the ship, wherein when fed with current the exciting element is configured to excite the radiating element to transmit and/or receive radio-frequency waves from the ship, wherein the exciting element is formed by: a first linear element connected to the radiating element and the deck, a second linear element connected to the first linear element and to the deck, and a third linear element connected to the first linear element and to the radiating element. a first linear element connected to the radiating element and the deck, a second linear element connected to the first linear element and to the deck, and a third linear element connected to the first linear element and to the radiating element.
A braking system for a vehicle, said braking system comprising a frame fixed to the rigid axle of the vehicle, and which is superimposed by a drum, which is connected to the wheel hub, wherein at least two shoes provided with brake linings are arranged at diametrically opposite edges of said frame and move towards the inner surface of said drum by means of a drive assembly, wherein the system is characterised by the fact that said drive assembly comprises: a first actuator positioned adjacent to one end of said shoes, and a second actuator positioned adjacent to the opposite end of said shoes, at least one of which is coupled to an actuator assembly of the vehicle; and characterized by comprising supports (7a, 7b) mounted concentrically with the respective actuators (5a, 5b), said supports (7a, 7b) being interconnected by means of rods arranged at their ends. a first actuator positioned adjacent to one end of said shoes, and a second actuator positioned adjacent to the opposite end of said shoes, at least one of which is coupled to an actuator assembly of the vehicle; and characterized by comprising supports (7a, 7b) mounted concentrically with the respective actuators (5a, 5b), said supports (7a, 7b) being interconnected by means of rods arranged at their ends.
A method for detecting anti-steering of roaming on a visited network, comprising: capturing signaling messages received at a home network from roaming subscribers on the visited network; correlating the captured signaling messages on a per-subscriber basis; estimating a number of active roaming subscribers on the visited network; estimating a number of steered roaming subscribers on the visited network; estimating a number of anti-steered roaming subscribers on the visited network; comparing a combination of at least two of the estimated numbers of active roaming subscribers, steered roaming subscribers, and anti-steered roaming subscribers to one or more preselected thresholds; and identifying potential anti-steering of roaming activity if two or more of the estimated numbers alone or in combination exceed one or more of the preselected threshold. capturing signaling messages received at a home network from roaming subscribers on the visited network; correlating the captured signaling messages on a per-subscriber basis; estimating a number of active roaming subscribers on the visited network; estimating a number of steered roaming subscribers on the visited network; estimating a number of anti-steered roaming subscribers on the visited network; comparing a combination of at least two of the estimated numbers of active roaming subscribers, steered roaming subscribers, and anti-steered roaming subscribers to one or more preselected thresholds; and identifying potential anti-steering of roaming activity if two or more of the estimated numbers alone or in combination exceed one or more of the preselected threshold.
Injection valve, in particular for injecting fuel into a combustion chamber, comprising a housing with at least one spray opening, an armature assembly which is movable linearly in the housing along a longitudinal axis, a magnet coil acting magnetically on the armature assembly, a valve element which is movable linearly in relation to the armature assembly and in relation to the housing for opening and closing the spray opening, and a pin extending perpendicularly to the longitudinal axis for limiting the movement of the valve element in relation to the armature assembly, characterized in that a damping chamber which is fillable with fuel is provided in the armature assembly for damping a movement of the armature assembly with respect to the valve element, wherein the armature assembly comprises a cup-shaped body in which the valve element is inserted and in which the damping chamber is formed.
A method for manufacturing a sound-absorbing gypsum fibre board, comprising a dry process, wherein a dry mixture is manufactured from between 45 and 85 %-by-weight β-semi-hydrate, between 5 and 15 %-by-weight fibres and between 10 and 40 %-by-weight of an inert material and applied as a dry carpet onto a conveyor system, the dry carpet is wetted with water, pressed to form a continuous strip, separated into individual boards and the boards are then dried, wherein the inert material comprises an average grain size of less than 1 mm, determined according to a linear intercept method characterised in that the inert material is a calcium sulfate anhydrite, a REA gypsum, another calcium sulfate dihydrate or mixtures therefrom.
A security device for valuable document comprising a substrate and thereupon a security component comprising at least first and second zones respectively producing first and second optical effects each having at least two characteristic aspects according to different observation configurations of the component, and which comprises an image at least partly in relief obtained by deformation of the said component and of said substrate on which said component is affixed, this image comprising at least one first and one second graphic element (20; 22), image extending at least partly in the two zones (Z1, Z2), and at least said first and second graphic elements of the image are revealed in the first and second zones respectively with the onset of the visibility of at least one of the two aspects of the first and second optical effects respectively, characterized in that the image is configured in such a way that the first element is concealed with the onset of the visibility of the other of the two aspects of the first and second optical effects respectively, and the second element is concealed with the onset of visibility of the other of the two aspects of the first and second optical effects, respectively so that in one same observation configuration of said observation configurations, the first graphic element is revealed and the second graphic element is concealed, and reciprocally, that is to say in another same configuration of said observation configurations, the second graphic element is revealed and the first element is concealed.
Menaquinone-7 for use as skin collagen enhancing agent for: - preventing infection by bacteria or viruses; and - preventing the entrance of foreign matter such as allergen. - preventing infection by bacteria or viruses; and - preventing the entrance of foreign matter such as allergen.
A drill bit, in particular for the drilling of laminates, having at least two main chip flutes separated from each other by corresponding webs, the free end faces of the webs forming relief surfaces, and at least one secondary flute, which is formed in the periphery of each of the webs and divides the web into a main web and a secondary web, wherein a main cutting edge is formed by the intersection of a main chip flute and a relief surface on the main web, and wherein a secondary cutting edge is formed by the intersection of the secondary flute with a relief surface on the secondary web following the main cutting edge in the direction of operation, the main cutting edges extending to the nominal radius of the drill, and wherein the secondary cutting edges terminate at a distance (d) before the nominal radius, and axially project with respect to the main cutting edge by an axial overhang at least along their radially outer section, characterized in that a tertiary cutting edge on the secondary web is axially recessed with respect to the main cutting edge and with respect to the secondary cutting edge, and in the projection on a radial plane covers the radial distance d) from the radially outer corner of the secondary cutting edge to the nominal radius of the drill
A liquid ejecting head comprising: a case member that includes a communication path which causes ink to communicate from an upstream side to a downstream side; and a cover member in which a head chip is set, wherein a wall-shaped enclosure that is disposed through integral molding with the case member to form a predetermined space inside is provided on a printing medium side of the case member, and the head chip communicates with the communication path in the predetermined space, characterised in that the cover member is fixed to the case member in a part of the wall-shaped enclosure to contain the head chip in the predetermined space formed by the wall-shaped enclosure. a case member that includes a communication path which causes ink to communicate from an upstream side to a downstream side; and a cover member in which a head chip is set, wherein a wall-shaped enclosure that is disposed through integral molding with the case member to form a predetermined space inside is provided on a printing medium side of the case member, and the head chip communicates with the communication path in the predetermined space, characterised in that the cover member is fixed to the case member in a part of the wall-shaped enclosure to contain the head chip in the predetermined space formed by the wall-shaped enclosure.
A Brassica plant, or a cell, part, seed or progeny thereof, characterized in that all ALC genes of said plant are full knock-out alc genes, of which at least one ALC gene is a full knock-out mutant ALC gene, which is a mutated version of the native ALC gene selected from the group consisting of: (a) a nucleic acid molecule which comprises at least 90% sequence identity to SEQ ID NO: 3; (b) a nucleic acid molecule which comprises at least 90% sequence identity to SEQ ID NO: 4; (c) a nucleic acid molecule encoding an amino acid sequence comprising at least 90% sequence identity to SEQ ID NO: 9; and (d) a nucleic acid molecule encoding an amino acid sequence comprising at least 90% sequence identity to SEQ ID NO: 10, wherein said full knock-out mutant alc genes comprise a mutated DNA region comprising a nonsense mutation, a frameshift mutation, or a mutated splice site, compared to a corresponding wild-type DNA region in the functional ALC gene and wherein said full knock-out mutant alc gene does not encode a functional ALC protein, wherein said plant produces no functional ALC protein, and wherein the seed shattering of the plant is reduced or delayed compared to the seed shattering of a corresponding plant not comprising full knock-out alc genes. (a) a nucleic acid molecule which comprises at least 90% sequence identity to SEQ ID NO: 3; (b) a nucleic acid molecule which comprises at least 90% sequence identity to SEQ ID NO: 4; (c) a nucleic acid molecule encoding an amino acid sequence comprising at least 90% sequence identity to SEQ ID NO: 9; and (d) a nucleic acid molecule encoding an amino acid sequence comprising at least 90% sequence identity to SEQ ID NO: 10, wherein said full knock-out mutant alc genes comprise a mutated DNA region comprising a nonsense mutation, a frameshift mutation, or a mutated splice site, compared to a corresponding wild-type DNA region in the functional ALC gene and wherein said full knock-out mutant alc gene does not encode a functional ALC protein, wherein said plant produces no functional ALC protein, and wherein the seed shattering of the plant is reduced or delayed compared to the seed shattering of a corresponding plant not comprising full knock-out alc genes.
A rotor for a flotation machine comprising: a body having: a plurality of outer blades that extend outwardly from the body, each of the outer blades having an outer edge; the outer edge extending outwardly from an upper portion to an outermost position located below the upper portion and the outer edge extending inwardly from the outermost position to which the outer edge extends to a lower portion; and the lower portion being located below the outermost position to which the outer edge extends, characterized in that the outer edge extends along a curved path defined by the formulas: y = 10.974 * x 6 + 10.512 * x 5 − 43.377 * x 4 + 28.863 * x 3 − 4.6993 * x 2 + 0.3068 * x + 0.5459 when x is valued from 0 to 0.7; y = 1 when x is valued from 0.7 to 0.96; y = 134.46 * x 5 − 712.12 * x 4 + 1500 * x 3 − 1572.6 * x 2 + 821.19 * x − 169.93 when x is from 0.96 to 1.37; and wherein x and y are normalized by a maximum radius of the rotor, x is the height of the outer blade and y is the width of the outer blade. a plurality of outer blades that extend outwardly from the body, each of the outer blades having an outer edge; the outer edge extending outwardly from an upper portion to an outermost position located below the upper portion and the outer edge extending inwardly from the outermost position to which the outer edge extends to a lower portion; and the lower portion being located below the outermost position to which the outer edge extends,
An implantable fluid router (12;512) comprising one or more inlets, one or more outlets and at least one gas vent for removing gas from liquid routed from the one or more inlets to the one or more outlets, characterised in that each gas vent includes a chamber that comprises a gas permeable membrane through which gas present in liquid routed through the chamber may pass and a hydrophilic material through which liquid passes when routed through that chamber.