mhurhangee/ep-ind-claims huggingface dataset:
Sampling apparatus for collecting and sampling germ buds of plants von plants, with a foot part, and a cutting device for separating germ buds above the root, preferably in the region of the shoot, particularly preferably in the region of the hypocotyl, wherein the cutting device has a cutting board lower part and a cutting board upper part arranged on the cutting board lower part, which are displaceable relative to each other in order to separate the germ buds, or between which a cutting edge can be inserted in order to separate the germ buds, wherein the cutting board lower part has a first plurality of passages and the cutting board upper part has a second plurality of passages, and the first plurality of passages is aligned with the second plurality of passages, and wherein the cutting board upper part has at least one positioning element for positioning receptacles on at least one of the passages of the second plurality of passages to accommodate the separated shoots or parts of the shoots of the germ buds, characterized in that the passages of the first plurality of passages in the cutting board lower part are tapered towards the cutting board upper part and have a cross section with a bore which is selected so as to scrape the pericarp off the germ buds and has a dimension in the range from 1 mm to 6 mm.
A rotating airfoil component of a turbomachine, the component comprising: an airfoil adapted for impingement by a working fluid of the turbomachine; means for mounting the component to a rotating component of the turbomachine to enable rotation of the component within the turbomachine; and at least one angel wing projecting from the component and adapted to inhibit flow of the working fluid from the airfoil toward the mounting means of the component, the angel wing having: a first surface facing the airfoil, an oppositely-disposed second surface facing the mounting means, at least one lateral surface therebetween, a distal tip at a distal end of the angel wing, the distal tip having a first surface facing the airfoil, and a thermal-insulating coating system on the first surface to inhibit heat transfer from the working fluid to the angel wing but not on the second or lateral surfaces so as not to inhibit heat transfer from the second and lateral surfaces of the angel wing. an airfoil adapted for impingement by a working fluid of the turbomachine; means for mounting the component to a rotating component of the turbomachine to enable rotation of the component within the turbomachine; and at least one angel wing projecting from the component and adapted to inhibit flow of the working fluid from the airfoil toward the mounting means of the component, the angel wing having: a first surface facing the airfoil, an oppositely-disposed second surface facing the mounting means, at least one lateral surface therebetween, a distal tip at a distal end of the angel wing, the distal tip having a first surface facing the airfoil, and a thermal-insulating coating system on the first surface to inhibit heat transfer from the working fluid to the angel wing but not on the second or lateral surfaces so as not to inhibit heat transfer from the second and lateral surfaces of the angel wing. a first surface facing the airfoil, an oppositely-disposed second surface facing the mounting means, at least one lateral surface therebetween, a distal tip at a distal end of the angel wing, the distal tip having a first surface facing the airfoil, and a thermal-insulating coating system on the first surface to inhibit heat transfer from the working fluid to the angel wing but not on the second or lateral surfaces so as not to inhibit heat transfer from the second and lateral surfaces of the angel wing.
Actuation device for a textile machine drive arrangement comprising at least one drive train (2, 3, 4) having a plurality of drives (201, 202, 212, 301, 302, 312, 401, 402, 412) and having a control module (5, 6, 7) for operating the drives (201, 202, 212, 301, 302, 312, 401, 402, 412), each drive (201, 202, 212, 301, 302, 312, 401, 402, 412) having an electric motor (19, 20, 21) having a plurality of motor winding lines (22, 23, 24), an inverter acting as an actuation member for the drive (201, 202, 212, 301, 302, 312, 401, 402, 412), and a controller (16, 17, 18) assigned to the electric motor (19, 20, 21) for actuating the electric motor (19, 20, 21), and comprising a machine control unit which is data-linked to the control module (5, 6, 7) of the at least one drive train (2, 3, 4), at least one first data bus line being provided for connecting the machine control unit to the control module (5, 6, 7) and the at least one drive train (2, 3, 4) having a further data bus line (10, 11, 12) via which the control module (5, 6, 7) of the drive train (2, 3, 4) is data-linked to the controllers (16, 17, 18) of the drives (201, 202, 212, 301, 302, 312, 401, 402, 412), characterised in that a detector arrangement is assigned to the motor winding lines (22, 23, 24) of each drive (201, 202, 212, 301, 302, 312, 401, 402, 412) and is formed to detect and evaluate a direction of rotation and angle of rotation of a rotor of the electric motor (19, 20, 21), in that an actuation circuit comprising the inverter is further assigned to the motor winding lines (22, 23, 24) and is formed for selectively driving the electric motor (19, 20, 21) and for applying a holding torque countering the rotation of the electric motor (19, 20, 21) in a stationary state, and in that the controller (16, 17, 18) of the electric motor (19, 20, 21) and/or the control module (5, 6, 7) of the drive trains (2, 3, 4) and/or the superordinate machine control unit are formed to cooperate with the detector arrangement and the actuation circuit in such a way that a local rotational sluggishness occurs as a function of the direction of rotation and angle of rotation in such a way that smooth and sluggish angular ranges are formed within a shaft rotation.
Mixing device particularly suitable for use in an aircraft air-conditioning system, with: - a cold air supply line adapted to supply cold air to the mixing device, - a first recirculation air supply line adapted to supply recirculation air to the mixing device, and - a mixing chamber connected to the cold air supply line and to the first recirculation air supply line, and adapted to mix the cold air supplied to the mixing device via the cold air supply line with the recirculation air supplied to the mixing device via the first recirculation air supply line, wherein the first recirculation air supply line has a heat transfer portion which is thermoconductively connected to an area of a wall delimiting the mixing chamber that is at risk of icing, and wherein the heat transfer portion of the first recirculation air supply line branches off a main portion of the first recirculation air supply line; characterized in that the heat transfer portion of the first recirculation air supply line leads into the mixing chamber downstream of an outlet of the main portion of the first recirculation air supply line into the mixing chamber. - a cold air supply line adapted to supply cold air to the mixing device, - a first recirculation air supply line adapted to supply recirculation air to the mixing device, and - a mixing chamber connected to the cold air supply line and to the first recirculation air supply line, and adapted to mix the cold air supplied to the mixing device via the cold air supply line with the recirculation air supplied to the mixing device via the first recirculation air supply line,
Use of a recess in a latching element (1a, 1b, 1c) belonging to a door-stay for motor vehicles, wherein said recess is let, in the region of a face of the latching element (1a, 1b, 1c) which is in contact with a latching face of a door-retaining bar, into said contact face and is constructed as a groove (3a, 3b) which forms a channel in said contact face for receiving and distributing lubricants, wherein: - the latching element (1a, 1b, 1c) can be connected to one of either the motor vehicle door or the motor vehicle body; and - the latching face can be connected to the other of either the motor vehicle door or the motor vehicle body, is relatively adjustable in relation to the latching element and lies closely against said latching element (1a, 1b, 1c). - the latching element (1a, 1b, 1c) can be connected to one of either the motor vehicle door or the motor vehicle body; and - the latching face can be connected to the other of either the motor vehicle door or the motor vehicle body, is relatively adjustable in relation to the latching element and lies closely against said latching element (1a, 1b, 1c).
A press jaw pair for producing a press fit of fittings on pipes and the like, with a first and a second one-piece press jaw lever (1, 2) that are arranged such that they are rotatable about a common axis (x), wherein at least one bearing lug (4, 8) with a bearing opening (5, 9) is integrally formed on each press jaw lever (1, 2), and wherein the bearing lugs (4, 8) are arranged coaxially in the fitting state, characterized in that it is merely required to assemble three components, namely the press jaw levers (1,2) and a torsion spring element, wherein the torsion spring element with two stop cams (10, 11) can be inserted into the bearing openings (5, 9) in such a way that the two press jaw levers (1, 2) are supported about the common axis (x) in a spring-loaded fashion and held together in a mutually captive fashion.
A vaccine composition for use in prophylaxis of pneumonia, comprising pneumococcal capsular polysaccharide antigen-encapsulated cationic liposomes, said cationic liposomes containing no carrier proteins and being made of phosphatidylcholine, cholesterol, stearylamine and monophosphoryl lipid A at a weight ratio of 5 ~ 7: 2 ~ 4: 0.5 ~ 2: 0.02 ~ 0.2.
A method for reducing noise generated by a wind turbine, said method comprising: measuring a reference temperature (T ref) of the wind turbine, the wind turbine having a rotor blade; characterised by regulating a trailing edge surface temperature (T te) of a trailing edge portion of the rotor blade; measuring the trailing edge surface temperature; and regulating the trailing edge surface temperature to maintain a predetermined temperature differential (T diff) between the reference temperature (T ref) and the trailing edge surface temperature (T te). measuring a reference temperature (T ref) of the wind turbine, the wind turbine having a rotor blade;
A process for producing a cubic boron nitride compact, comprising: a) a polycrystalline mass of mass of cubic boron nitride particles, present in an amount of at least 70 percent by volume; and b) a binder phase, which is metallic in character, and which consists essentially of an alloy containing at least 40 percent by weight of one or more of a first element selected from nickel, iron and cobalt and the balance of the alloy containing two or more of a second element selected from chromium, molybdenum, tungsten, lanthanum, cerium, yttrium, niobium, tantalum, zirconium, vanadium, hafnium, aluminium and titanium, the cumulative weight percentage of the two or more of a second element being 5 to 60 percent by weight, which process comprises subjecting a composition comprising particulate cubic boron nitride particles, and a chosen metallic binder in particulate form, which comprises the metallic components for making said alloy to elevated temperature and pressure conditions suitable to produce a compact. a) a polycrystalline mass of mass of cubic boron nitride particles, present in an amount of at least 70 percent by volume; and b) a binder phase, which is metallic in character, and which consists essentially of an alloy containing at least 40 percent by weight of one or more of a first element selected from nickel, iron and cobalt and the balance of the alloy containing two or more of a second element selected from chromium, molybdenum, tungsten, lanthanum, cerium, yttrium, niobium, tantalum, zirconium, vanadium, hafnium, aluminium and titanium, the cumulative weight percentage of the two or more of a second element being 5 to 60 percent by weight,
A drive apparatus for a detachable cutting head in an apparatus for feeding filter segments provided with a drum conveyor having flutes for crosswise movement of filter rods, characterized in that the drive apparatus is movably mounted in the apparatus for feeding filter segments, and in addition it comprises means (38, 43) for positioning the drive apparatus (30, 30'), and a set of drive shafts (35, 35A, 35B, 35C) cooperating with knife shafts (7, 7A, 7B, 7C) of a cutting head.
Insulation element with low electrical conductivity for the electrical insulation of an electrotechnical component in the high voltage range, comprising - a natural fibre material; - electrically conductive particles; and - a cationic polymer, characterised in that the electrically conductive particles comprise an electrically non-conductive core and an electrically conductive or semi-conductive coating surrounding the core, and in that the size of the electrically conductive particles is in the range from 2 μm to 200 μm, in particular in the range from 2 μm to 100 μm. - a natural fibre material; - electrically conductive particles; and - a cationic polymer,
Positioning device of a hydrostatic axial piston machine with a swash plate construction, with which the displacement volume of the axial piston machine is adjustable by adjusting the pivoting angle of a swash plate, which is pivotable about a pivot axis, of the axial piston machine, characterized in that the positioning device has a rotor which is in the manner of a gear wheel, is connected in terms of drive to the swash plate and actuates the swash plate and is arranged within a stator in the manner of an internal gear so as to be rotatable about the pivot axis of the swash plate, wherein the rotor has at least one pair of teeth (Z1, Z2; Z3, Z4; Z5, Z6) which are arranged opposite one another with respect to the pivot axis, and the stator is provided with a tooth receptacle (ZA1, ZA2, ZA3, ZA4, ZA5, ZA6) for each tooth (Z1, Z2, Z3, Z4, Z5, Z6) of the rotor, wherein two pressurizable positioning spaces (SR1, SR2) are formed between each tooth (Z1, Z2, Z3, Z4, Z5, Z6) of the rotor and the associated tooth receptacle (ZA1, ZA2, ZA3, ZA4, ZA5, ZA6) of the stator, said pressurizable positioning spaces each being formed by a tooth flank of the tooth (Z1, Z2, Z3, Z4, Z5, Z6) of the rotor and the tooth receptacle (ZA1, ZA2, ZA3, ZA4, ZA5, ZA6) of the stator.
Gunner's sight comprising a housing, with at least one opening in the housing, with at least one optic which is arranged in the housing in such a way that the line of sight of the optic runs through the opening, wherein at least one protective element is provided, and the protective element can be transferred from a protective position into a rest position and vice versa, wherein in the protective position the protective element is arranged at least partially in the opening and in the rest position it is arranged outside the opening, characterized in that the protective element is designed to be at least partially transparent and in that the transparent region of the protective element is reinforced in such a way that it withstands ballistic impacts.
Installation system for sanitary fittings, having a floor channel for accommodating sanitary lines (12, 13), wherein the floor channel is formed by a floor-level mounting frame, which forms a base, characterized in that the floor-level mounting frame is formed from profiles (14, 15, 16), and in that module elements (18, 18', 18") are provided, said module elements being adapted to the floor-level mounting frame and positioned thereon, wherein the module elements (18, 18', 18") each have a frame part, which is open at the bottom and top.
A method of decoding video data, the method comprising:decoding at least one residual block of video data, using transform skip mode in a lossy coding mode, wherein, in the lossy coding mode using transform skip mode, transform is not applied for residual blocks having a block size up to a maximum block size; and decoding at least one residual block of video data in a lossless coding mode, wherein, in the lossless coding mode, transform and quantization are not applied to the residual block; and for the at least one residual block decoded using the transform skip mode in the lossy coding mode, and for the at least one residual block decoded in the lossless coding mode, prior to reconstructing a video block from residual data of the residual block, determining (220, 228) whether to reposition the residual data of the residual block based on a prediction mode of the residual block and based on a size of the residual block, wherein repositioning the residual data comprises one of rotating or flipping the residual data of the residual block, wherein a determination is made to reposition the residual data of the residual block when the prediction mode of the residual block is an intra mode and the size of the residual block is less than or equal to a threshold size that is less than or equal to the maximum block size for which transform is not applied in the lossy coding mode, and wherein the maximum block size for which transform is not applied in the lossy coding mode is indicated in one of a sequence parameter set or a picture parameter set associated with the video data.
A camera device, comprising: a substrate; a sensor means supported on a first side of the substrate, the sensor means being configured to gather image information; a lens near the sensor means; a housing supporting the lens and the substrate; an electroactive polymer used to recalibrate the camera device, a space occupied by the electroactive polymer changing responsive to electrical energy, the electroactive polymer configured to selectively cause relative movement between the sensor means and the lens, the electroactive polymer comprising a plurality of electroactive polymer pads situated on the first side of the substrate in respective locations between the substrate and a reaction surface of the housing, the electroactive polymer further configured to react against the reaction surface as the space occupied by the electroactive polymer changes, and a position of the substrate relative to the housing changing as the electroactive polymer reacts against the reaction surface, characterized by at least one resilient member associated with the substrate for allowing relative movement between the substrate and the reaction surface as the electroactive polymer reacts against the reaction surface. a substrate; a sensor means supported on a first side of the substrate, the sensor means being configured to gather image information; a lens near the sensor means; a housing supporting the lens and the substrate; an electroactive polymer used to recalibrate the camera device, a space occupied by the electroactive polymer changing responsive to electrical energy, the electroactive polymer configured to selectively cause relative movement between the sensor means and the lens, the electroactive polymer comprising a plurality of electroactive polymer pads situated on the first side of the substrate in respective locations between the substrate and a reaction surface of the housing, the electroactive polymer further configured to react against the reaction surface as the space occupied by the electroactive polymer changes, and a position of the substrate relative to the housing changing as the electroactive polymer reacts against the reaction surface, characterized by at least one resilient member associated with the substrate for allowing relative movement between the substrate and the reaction surface as the electroactive polymer reacts against the reaction surface.
A blister package for a contact lens, the blister package comprising: a body, the body comprising a handle, a bowl, and a body top surface, wherein the bowl has a depth, is recessed from the body top surface, and has a top opening, the handle extends away from the bowl and terminates at a distal end, and the body top surface defines a perimeter sealing surface surrounding the top opening of the bowl; a contact lens and contact lens solution in the bowl; and a seal contacting the perimeter sealing surface and sealing the bowl; and characterized in that the body comprises a double wall of a foil material defining a sidewall and bottom of the bowl such that the bottom of the bowl is double-walled. a body, the body comprising a handle, a bowl, and a body top surface, wherein the bowl has a depth, is recessed from the body top surface, and has a top opening, the handle extends away from the bowl and terminates at a distal end, and the body top surface defines a perimeter sealing surface surrounding the top opening of the bowl; a contact lens and contact lens solution in the bowl; and a seal contacting the perimeter sealing surface and sealing the bowl; and characterized in that the body comprises a double wall of a foil material defining a sidewall and bottom of the bowl such that the bottom of the bowl is double-walled.
A web printing system, comprising: - an input roller for supplying a web of print medium along a transport path to a print surface positioned higher than the input roller when in use; - a turn element positioned between the input roller and the print surface, the turn element defining a curve in the transport path; - a loading tool pivotable between a first position for loading a leading edge portion of the web onto the loading tool and a second position, characterized in that in the second position an end portion of the loading tool extends above the turn element when in use, the loading tool comprising: an arm pivotably mounted on a frame of the printing system and wherein the end portion of the loading tool comprises a beam element protruding from the arm in a pivoting direction towards the print surface, wherein in the second position the beam element is positioned with respect to the turn element, such that an S-shaped curve is formed in the web held on the loading tool directing a portion of the web underneath the beam element. - an input roller for supplying a web of print medium along a transport path to a print surface positioned higher than the input roller when in use; - a turn element positioned between the input roller and the print surface, the turn element defining a curve in the transport path; - a loading tool pivotable between a first position for loading a leading edge portion of the web onto the loading tool and a second position, characterized in that in the second position an end portion of the loading tool extends above the turn element when in use, the loading tool comprising: an arm pivotably mounted on a frame of the printing system and wherein the end portion of the loading tool comprises a beam element protruding from the arm in a pivoting direction towards the print surface, wherein in the second position the beam element is positioned with respect to the turn element, such that an S-shaped curve is formed in the web held on the loading tool directing a portion of the web underneath the beam element. an arm pivotably mounted on a frame of the printing system and wherein the end portion of the loading tool comprises a beam element protruding from the arm in a pivoting direction towards the print surface, wherein in the second position the beam element is positioned with respect to the turn element, such that an S-shaped curve is formed in the web held on the loading tool directing a portion of the web underneath the beam element.