mhurhangee/ep-ind-claims huggingface dataset:
A munition comprising: a penetrator casing; and a fuzewell within the penetrator casing; wherein the fuzewell includes shock-absorbing features for absorbing shocks; wherein the fuzewell includes a central housing, and a ring surrounding the central housing; wherein the shock-absorbing features consist of spokes that connect the ring to the central housing; and characterised in that the spokes have curvature and/or variations in thickness thereby facilitate flexing of the spokes in response to forces on the fuzewell. a penetrator casing; and a fuzewell within the penetrator casing; wherein the fuzewell includes shock-absorbing features for absorbing shocks; wherein the fuzewell includes a central housing, and a ring surrounding the central housing; wherein the shock-absorbing features consist of spokes that connect the ring to the central housing; and characterised in that the spokes have curvature and/or variations in thickness thereby facilitate flexing of the spokes in response to forces on the fuzewell.
A baffle for a shell and tube heat exchanger comprising a helical flight extending from a central core, successive turns of the helical flight having a plurality of aligned openings therethrough for forming a plurality of fluid flow passages through the flight; characterised in that the helical flight is a one piece helical flight, the helical flight being integrally formed with the core.
A computer-implemented method on an electronic device comprising a touch-sensitive display and a physical crown, the method comprising: displaying a first plurality of icons on the touch-sensitive display, wherein each icon of the first plurality of icons is displayed at a first size; receiving input based on a movement of the physical crown, wherein the movement is a rotation of the physical crown; and in response to the received input, transitioning from displaying the first plurality of icons to displaying a second plurality of icons on the touch-sensitive display, wherein the second plurality of icons is a subset of the first plurality of icons, characterised in that: the transitioning is in response to the rotation exceeding a predetermined angular velocity different from zero; the electronic device is a wearable electronic device; the second plurality of icons comprises exactly one icon at a second size and several icons at a third size; and the first size, the second size, and the third size are different sizes. displaying a first plurality of icons on the touch-sensitive display, wherein each icon of the first plurality of icons is displayed at a first size; receiving input based on a movement of the physical crown, wherein the movement is a rotation of the physical crown; and in response to the received input, transitioning from displaying the first plurality of icons to displaying a second plurality of icons on the touch-sensitive display, wherein the second plurality of icons is a subset of the first plurality of icons, characterised in that: the transitioning is in response to the rotation exceeding a predetermined angular velocity different from zero; the electronic device is a wearable electronic device; the second plurality of icons comprises exactly one icon at a second size and several icons at a third size; and the first size, the second size, and the third size are different sizes. the transitioning is in response to the rotation exceeding a predetermined angular velocity different from zero; the electronic device is a wearable electronic device; the second plurality of icons comprises exactly one icon at a second size and several icons at a third size; and the first size, the second size, and the third size are different sizes.
A control method for controlling the preload of a wind turbine bearing, the method comprising the steps of estimating the preload on the bearing (21; 66; 90) as a function of the temperature of the outer ring (28; 71; 92) and the inner ring (29: 72; 93); comparing the estimated preload with a predetermined acceptance range; correcting the preload on the bearing (21; 66; 90) when the preload is outside the acceptance range; detecting the temperature of the outer ring (28; 71; 92); detecting the temperature of the inner ring (29; 72; 93); calculating the temperature difference between the outer ring (28; 71; 92) and the inner ring (29; 72; 93); controlling the temperature of the outer ring (28; 71; 92) and the inner ring (29; 72; 93) as a function of the temperature difference between the outer ring (28, 71; 92) and the inner ring (29; 72; 93) so as to keep the preload within the predetermined acceptance range.
A line guide device (300; 1100) for lines like for example cables, hoses or the like, wherein the line guide device has a first end for fixing to a stationary connecting location and a second end for fixing to a relatively moveable connecting location and between the ends forms an upper run, a displaceable direction-changing curve and a lower run, wherein the direction-changing curve is curved about a direction-changing axis, and wherein the line guide device has a flexible sheath (310; 1100) and the sheath dust-tightly surrounds an internal space, and wherein the sheath (310; 1100) is designed in the manner of a corrugated tube and has a corrugated profile which serves for flexibility, characterised in that the sheath (310; 1100) at least in a longitudinal portion has an asymmetric bending behaviour in relation to curvature about the direction-changing axis and to opposite curvature in such a way that the permitted bending sag is considerably less in comparison with the desired curvature, wherein at an outside of its periphery the corrugated tube-like sheath has a different corrugated profile than at an inside of its periphery, that faces towards the direction-changing axis and in that the corrugated tube-like sheath (310; 1110) is composed portion-wise of two shell portions (331; 332; 1131, 1132) with different corrugated profiles.
Process for hydrogenating chlorosilanes in a reactor, characterized in that at least two reactant gas streams are introduced separately from one another into a reaction zone, characterized in that the first reactant gas stream comprising silicon tetrachloride is conducted through a first heat exchanger unit in which it is heated and is then conducted through a heating unit which heats it to a first temperature before the first reactant gas stream reaches the reaction zone, and characterized in that the second reactant gas stream comprising hydrogen is heated by a second heat exchanger unit to a second temperature, characterized in that the first temperature is greater than the second temperature, and then introduced into the reaction zone, such that the mean gas temperature in the reaction zone is between 850°C and 1300°C, and said reactant gas streams react to give product gases comprising trichlorosilane and hydrogen chloride, characterized in that the product gases obtained in the reaction are conducted through said at least two heat exchanger units and preheat the reactant gas streams of the reaction by the countercurrent principle, characterized in that the flow passes first through the first heat exchanger unit and then through the second heat exchanger unit.
Device for cutting planar workpieces, in particular for cutting tiles, comprising a base plate, on which the workpiece is placed, and comprising a guide, along which a cutting tool can be moved along a cutting path, and comprising a functional element, which can be secured on the base plate, for dissipating transverse forces that occur during the cutting process into the base plate, the functional element being arranged between the guide and the base plate, being movable along the cutting path, and being securable in freely selectable positions along the cutting path, and forming stops (9, 10), for positioning a tile to be cut, and forming a channel having mutually facing sides, through which channel the cutting path extends, and so the cutting tool passes through the channel when said tool is displaced along the guide, characterised in that guide sides formed by the sides extend over the upper face of the tile abutting the stops (9, 10) and are assigned projections which project beyond the stops (9, 10).
Method for selecting a powdery mildew resistant rose plant, the method comprising the steps of: a) isolating nuclear genomic DNA from a rose plant; b) establishing the presence of SEQ ID No. 1 and SEQ ID No. 2 in the isolated nuclear genomic DNA; c) establishing the powdery mildew phenotype of said rose plant wherein the presence of SEQ ID No. 1 and SEQ ID No. 2 indicates a powdery mildew resistant phenotype. a) isolating nuclear genomic DNA from a rose plant; b) establishing the presence of SEQ ID No. 1 and SEQ ID No. 2 in the isolated nuclear genomic DNA; c) establishing the powdery mildew phenotype of said rose plant wherein the presence of SEQ ID No. 1 and SEQ ID No. 2 indicates a powdery mildew resistant phenotype.
An orthopaedic apparatus for the treatment of arthrofibrosis of the knee, comprising: a base for supporting a foot of a user of the apparatus, said base having first and second opposing ends (16, 18); and first connection means; characterised in that said first connection means is adjacent said second end for enabling connection of said base to a leg of a chair thereby to restrict movement of the base relative to said chair; and the apparatus is further characterised by: abutment means movable between said first and second ends (16, 18) on said base, said abutment means being adapted for abutting the toes of said foot of said user thereby to restrict movement of said foot towards said first end of said base when placed between said abutment means and said second end of said base; and clamping means engageable with said abutment means (20 for releasably clamping said abutment means in position on said base thereby to enable a knee of said user seated on the chair to be maintained in flexion.
A load loop box for an elevator installation, wherein the load loop box has: - a first load loop, consisting of - a suspension section, and - two end sections (16, 18) adjacent to the ends of the suspension section, which have two anchoring sections (20, 22) arranged at the ends of the first load loop; and - a housing, which - forms an inner cavity, which is provided to accommodate the suspension section and - has an at least partially open surface that bounds the internal cavity, and is in turn bounded by an edge of the housing, wherein the surface forms the base of the load loop box and is provided so as to abut formwork, wherein the end sections (16, 18) pass through a wall of the housing, and the anchoring sections (20, 22) are arranged outside the inner cavity, wherein the end sections (16, 18) are wire cable segments, wherein the housing has at least one auxiliary element (88; 90; 92), which, when used together with fastening elements, is provided so as to fix the load loop box to the formwork, wherein the auxiliary element (88, 90, 92) is preferably a guide hole for a nail or a guide thread for a screw or a surface, wherein the surface is provided for purposes of coating with adhesive, wherein the housing comprises a restraining device (76; 78) adjacent to the at least partially open surface; the restraining device (76; 78) is provided so as to hold the suspension section within the inner cavity, wherein the restraining device (76, 78) preferably represents at least one part of the edge of the housing, wherein the auxiliary element (88, 90, 92) is part of the restraining device, characterised in that, provision is made for the restraining device to be removed with a removal of the formwork. - a first load loop, consisting of - a suspension section, and - two end sections (16, 18) adjacent to the ends of the suspension section, which have two anchoring sections (20, 22) arranged at the ends of the first load loop; and - a housing, which - forms an inner cavity, which is provided to accommodate the suspension section and - has an at least partially open surface that bounds the internal cavity, and is in turn bounded by an edge of the housing, wherein the surface forms the base of the load loop box and is provided so as to abut formwork,
A hard surface treatment composition comprising: a) non-ionic surfactant; and b) non-volatile aminosilicone emulsified by emulsifier, wherein: i. the non-volatile aminosilicone accounts for at least 15% by weight of the total non-volatile silicones in the composition; ii. the emulsifier is different from the non-ionic surfactant; iii. the composition has a pH value of no greater than 11.8; iv. the composition has a pH value of no greater than 8.5 when the non-volatile aminosilicone comprises aminoethylaminopropyl poly(dimethylsiloxane), and v. the non-ionic surfactant comprises alkyl polyglucosides. a) non-ionic surfactant; and b) non-volatile aminosilicone emulsified by emulsifier, wherein: i. the non-volatile aminosilicone accounts for at least 15% by weight of the total non-volatile silicones in the composition; ii. the emulsifier is different from the non-ionic surfactant; iii. the composition has a pH value of no greater than 11.8; iv. the composition has a pH value of no greater than 8.5 when the non-volatile aminosilicone comprises aminoethylaminopropyl poly(dimethylsiloxane), and v. the non-ionic surfactant comprises alkyl polyglucosides. i. the non-volatile aminosilicone accounts for at least 15% by weight of the total non-volatile silicones in the composition; ii. the emulsifier is different from the non-ionic surfactant; iii. the composition has a pH value of no greater than 11.8; iv. the composition has a pH value of no greater than 8.5 when the non-volatile aminosilicone comprises aminoethylaminopropyl poly(dimethylsiloxane), and v. the non-ionic surfactant comprises alkyl polyglucosides.
A method of determining at least one physical variable in a positive displacement pump, wherein the positive displacement pump has a moveable displacer element delimiting the metering chamber which is connected by way of valves to a suction and a pressure line so that delivery fluid can alternately be sucked into the metering chamber by way of the suction line and urged out of the metering chamber by way of the pressure line by an oscillating movement of the displacer element, wherein there is provided a drive for the oscillating movement of the displacer element, wherein for the displacer element a differential equation is established based on a physical model, at least the position of the displacer element is measured and the physical variable is determined by means of the differential equation, wherein the fluid pressure p of a delivery fluid in a metering chamber of a positive displacement pump is determined as the physical variable, characterised in that the differential equation is an equation of motion and if the actual fluid pressure reaches or exceeds a predetermined maximum value a warning signal is output and the warning signal is sent to an automatic shut-down arrangement which shuts down the metering pump in response to reception of the warning signal.
Stator of an axial turbomachine, especially of a compressor (4; 6), comprising: - a circular or arc-shaped wall, the wall comprising a guiding surface which is intended to guide a flow (18; 20) of the turbomachine; - a circular or half-circular row of stator vanes, at least one of the stator vanes comprising an airfoil which is intended to extend radially in the flow from the guiding surface, and a securing portion which extends from the guiding surface radially opposite of the airfoil; characterized in that the securing portion of the vane comprises a lattice secured to the wall in order to fix the vane to the wall via the lattice. - a circular or arc-shaped wall, the wall comprising a guiding surface which is intended to guide a flow (18; 20) of the turbomachine; - a circular or half-circular row of stator vanes, at least one of the stator vanes comprising an airfoil which is intended to extend radially in the flow from the guiding surface, and a securing portion which extends from the guiding surface radially opposite of the airfoil;
Rubber mixture characterized by the following composition: - from 60 to 100 phr of at least one fully or partially functionalized styrene-butadiene rubber and - from 0 to 40 phr of at least one other polar or non-polar rubber and - from 0.1 to 20 phr of at least one carbon black and - from 1 to 300 phr of at least one silica and - from 0.1 to 40 phr of at least one mercaptosilane and - from 0.1 to 10 phr of at least one substance A which comprises partially passivating ligands which influence the reactivity of the functional groups of the styrene-butadiene rubber, where the substance A is a propanediol, a metal-free fatty acid amide or a calcium salt of a mixture of various fatty acids, and - other additives. - from 60 to 100 phr of at least one fully or partially functionalized styrene-butadiene rubber and - from 0 to 40 phr of at least one other polar or non-polar rubber and - from 0.1 to 20 phr of at least one carbon black and - from 1 to 300 phr of at least one silica and - from 0.1 to 40 phr of at least one mercaptosilane and - from 0.1 to 10 phr of at least one substance A which comprises partially passivating ligands which influence the reactivity of the functional groups of the styrene-butadiene rubber, where the substance A is a propanediol, a metal-free fatty acid amide or a calcium salt of a mixture of various fatty acids, and - other additives.
A cylindrical lithium ion secondary battery, comprising: a cylindrical can; an electrode assembly in the cylindrical can with an electrolyte solution; and a cap assembly sealing the cylindrical can, the cap assembly including a positive temperature coefficient device connected to the electrode assembly, a cap-up connected to the PTC device, solder between the PTC device and the cap-up, and an exterior space without the solder on external circumferences of the PTC device and the cap-up, and characterized in that the cap-up includes an exterior stepped portion protruding toward the exterior space and contacting the PTC device. a cylindrical can; an electrode assembly in the cylindrical can with an electrolyte solution; and a cap assembly sealing the cylindrical can, the cap assembly including a positive temperature coefficient device connected to the electrode assembly, a cap-up connected to the PTC device, solder between the PTC device and the cap-up, and an exterior space without the solder on external circumferences of the PTC device and the cap-up, and characterized in that the cap-up includes an exterior stepped portion protruding toward the exterior space and contacting the PTC device.
A rocket motor having a propellant chamber filled with a gel-type propellant and a conveying device for conveying the propellant from the propellant chamber to the combustion chamber, and having a propellant pipe connecting the propellant chamber and the combustion chamber and being provided with a shut-off device, wherein the gel-type propellant consists of a propellant based on at least one hydrocarbon which is liquid at room temperature, contains at least one nitro group and is mixed with a gelling agent, and wherein the conveying device for the gel-type propellant consists of inert components, characterized in that the propellant chamber comprises a cylinder filled with the propellant and including a piston, wherein the piston separates the propellant chamber from a compressed-gas chamber which is filled with compressed gas such that the piston can be charged with pressure by means of the compressed gas, wherein the propellant chamber is arranged in a container.
A network apparatus comprising: a wireless communication unit for communicating with a network apparatus by wireless; a connection control unit for controlling the wireless communication unit, the connection control unit being responsive to connection data about wireless communication so as to establish connection with the network apparatus; a first storage unit for storing first connection data required for establishing connection with a first network apparatus; a second storage unit for storing second connection data required for establishing connection with a second network apparatus; a recording control unit for, whilst the connection with the first network apparatus is established by the connection control unit, recording the second connection data into the second storage unit; characterized by further comprising a test unit for trying to establish connection with the second network apparatus based on the second connection data when the connection control unit cuts off the connection with the first network apparatus after the recording control unit records the second connection data in the second storage unit; and a return control unit for establishing the connection with the first network apparatus again based on the first connection data after the test unit tried to establish connection with the second network apparatus. a wireless communication unit for communicating with a network apparatus by wireless; a connection control unit for controlling the wireless communication unit, the connection control unit being responsive to connection data about wireless communication so as to establish connection with the network apparatus; a first storage unit for storing first connection data required for establishing connection with a first network apparatus; a second storage unit for storing second connection data required for establishing connection with a second network apparatus; a recording control unit for, whilst the connection with the first network apparatus is established by the connection control unit, recording the second connection data into the second storage unit; characterized by further comprising a test unit for trying to establish connection with the second network apparatus based on the second connection data when the connection control unit cuts off the connection with the first network apparatus after the recording control unit records the second connection data in the second storage unit; and a return control unit for establishing the connection with the first network apparatus again based on the first connection data after the test unit tried to establish connection with the second network apparatus.