mhurhangee/ep-ind-claims huggingface dataset:
A centrifugal fan comprising a main plate, a shroud facing the main plate, and a plurality of blades provided between the main plate and the shroud, wherein each of the plurality of blades includes an abutting surface (34, 35a, 35b) that abuts on an abutted surface (12a, 22a) formed on at least one of the main plate and the shroud, wherein the main plate is rotatably driven by a fan motor, the centrifugal fan is configured to suck gas in a direction of a rotation axis and blow out the gas in a direction intersecting the rotation axis, the abutting surface (34, 35a, 35b) includes a projection (36, 37a, 37b) formed thereon and extending in a straight or curved line, the abutting surface (34, 35a, 35b) and the abutted surface (12a, 22a) are welded to each other by a laser beam (40, 41) directed onto and moved along the projection (36, 37a, 37b), wherein each of the plurality of blades includes a first member constituting at least a part of one blade surface of each of the plurality of blades, and a second member having a surface portion facing the first member and constituting at least a part of an other blade surface of each of the plurality of blades and a peripheral edge (31b, 31c) extending from an end of the surface portion toward an end of the first member, the second member forming a hollow space between the first member and the second member, wherein the abutting surface (34, 35a, 35b) is formed on the peripheral edge (31b, 31c), and wherein the projection (36, 37a, 37b) is formed closer to the surface portion than a central portion of the abutting surface (34, 35a, 35b) in a direction of extension of the peripheral edge (31b, 31c).
A surface structure of an article, said surface structure comprising, on a surface, a plurality of evenly formed protrusions satisfying conditions, and given below: a height H of the protrusions is equal to or larger than 5μm, and equal to or smaller than 32μm; a ratio H/P between the height H of the protrusions and a distance P between each two neighboring protrusions is in a range of 1/5 to 1/2; and a frictional coefficient (μ) between a finger and the surface is within a range of 0.55±0.15. a height H of the protrusions is equal to or larger than 5μm, and equal to or smaller than 32μm; a ratio H/P between the height H of the protrusions and a distance P between each two neighboring protrusions is in a range of 1/5 to 1/2; and a frictional coefficient (μ) between a finger and the surface is within a range of 0.55±0.15.
An apparatus for material conveyance in track construction, having a car that is movable on the rail track and being provided for receiving the material, wherein the car comprises two lateral walls as well as two end walls, wherein the car comprises a floor conveyor belt for conveying the material in longitudinal direction of the floor, wherein a plurality of cars can be coupled to each other one behind the other on the rail track, and wherein, between any two neighbouring cars, said cars each comprise in the vicinity of their two end walls one conveyor belt for transferring the material from one car to the neighbouring car, characterised in that both end walls of the car can be pivoted in downward direction wherein the side wall area still remains closed therein, and that the conveyor belt is arranged on or in each of the two end walls to transfer the material from the car to the neighbouring car.
Clarifier comprising a device capable of being installed in said clarifier, which clarifier comprises a centre and a bottom, which clarifier is designed to be able to establish in service a surface of the sludge opposite the bottom, sludge input means and first static means in the form of a vertical skirt, situated in the upper part of said clarifier and designed to be able to depress the injected sludge, characterized in that said device comprises, on the one hand, concentric second static sludge guiding means, composed of a set of skirts in the form of concentric circular segments whose lower part is at a distance from the bottom of the clarifier and situated under the first static guiding means, said second static sludge guiding means being designed to be able to maintain currents for recirculating the sludge on itself, and, on the other hand, complementary concentric static sludge guiding means situated around a central vertical column and which comprise, on the one hand, a first part, which extends in a substantially convergent manner from the bottom of said clarifier to its surface and comprises at least a first opening in its lower part and a second opening in its upper part, and, on the other hand, a second part positioned above said first part, and which extends in a divergent manner from the bottom of said clarifier to its surface and comprises at least a first opening in its lower part and a second opening in its upper part designed to be able to create an upwards circulation of the sludge.
A hygroscopic fiber, of a polyamide 56 resin having an ΔMR of 3.0% or more, wherein the fiber has a birefringence ranging from 30 x 10 -3 or more to 40 x 10 -3 or less.
A method for controlling Septoria tritici on cereals, comprising treating the plants, their seed or the soil with a fungicidally effective amount of a composition comprising (a) pyraclostrobin or picoxystrobin as compound I; and (b) prothioconazole or propiconazole as compound II; wherein the Septoria tritici is resistant to strobilurine fungicides and wherein the ratio by weight of component I to component II is from 1:25 to 25:1 (a) pyraclostrobin or picoxystrobin as compound I; and (b) prothioconazole or propiconazole as compound II; wherein
Tug-resistant sealed fixture for round long objects in passages through components, having a passage, provided in the component, for the round long object with a sealing support, having an inner diameter approximately the same as a corresponding long round object, characterized by an elastic V-seal with an interior opening corresponding to the diameter of the round long object for placement on the outer sheath of the round long object, the exterior of the "V" resting on the sealing support of the passage, a seal pressing device which spreads the V-seal against the outer sheath of the long round object in the passage and against the interior wall of the passage and thus seals against it and fastens thereto, and a fixation device which fixes the seal pressing device in a position.
A concrete block producing device including a block moulding machine with a block mould, which may be fed with fresh concrete from a concrete bin (3, 4), wherein the concrete bin (3, 4) may be filled, under the control of a metering device, with portions of at least two fresh concretes of different colours and the metering device includes at least two metering chambers (11, 12) and a transport device for transporting the differently coloured fresh concrete portions into the concrete bin (3, 4), wherein the transport device includes at least one positioning means, which is arranged at least partially on or in the concrete bin (3, 4), for receiving and guiding the coloured fresh concrete from the metering chambers (11, 12) into the concrete bin, characterised in that the positioning means is constructed in the form of a positioning guide, which extends at least partially downwardly, wherein the positioning guide is fixed in position at its end remote from the concrete hopper and is constructed in the form of a flexible hose, a telescopic pipe and/or a pipe pivotable about the fixing position and the end of the positioning guide directed towards the bin is positionable by a movement lying in a vertical plane above the inner base surface of the concrete bin (3, 4) so that it can deliver fresh concrete portions of different colours at predeterminable positions (31, 32, 33) in the concrete bin (3, 4).
A sheet flashing member (200, 300, 400) comprising: - a first sheet portion (210, 310, 410) adapted to engage a surface of a first roof penetrating building structure, - a second opposed sheet portion (220, 320, 420) adapted to engage a surface of a second roof penetrating building structure, the first and second sheet portions forming a longitudinal gutter-like flashing member, - separation means (230, 330, 430) is provided between the first and second sheet portions characterized in that the separation means (230, 330, 430) allow the first (210, 310, 410) and the second (220, 320, 420) sheet portion to be separated into two separate flashings corresponding to a predetermined configuration, the sheet flashing member (200, 300, 400) can thereby be used for flashing a top and a bottom of the first or the second roof penetrating structure in the form of a first and a second window, as well as a space between the first and the second windows, the windows being arranged one above the other. - a first sheet portion (210, 310, 410) adapted to engage a surface of a first roof penetrating building structure, - a second opposed sheet portion (220, 320, 420) adapted to engage a surface of a second roof penetrating building structure, the first and second sheet portions forming a longitudinal gutter-like flashing member, - separation means (230, 330, 430) is provided between the first and second sheet portions characterized in that the separation means (230, 330, 430) allow the first (210, 310, 410) and the second (220, 320, 420) sheet portion to be separated into two separate flashings corresponding to a predetermined configuration, the sheet flashing member (200, 300, 400) can thereby be used for flashing a top and a bottom of the first or the second roof penetrating structure in the form of a first and a second window, as well as a space between the first and the second windows, the windows being arranged one above the other.
Child car seat, designed to be mounted on the seat of a motor vehicle, including a seat bottom, a seat back, and a support leg connected at its upper end to said seat back, said support leg being pivotably mounted with respect to the seat back between a folded storage position and a deployed use position in which its lower end is supported by the floor of said vehicle, characterized in that said seat back is capable of rotating with respect to said seat bottom, the rotation movement of said seat back with respect to said seat bottom being free when the seat back approaches the seat bottom.
An induction motor for a chiller assembly, the induction motor comprising: - a housing; - a stator having a cylindrical shape comprising a first end, a second end, a cylindrical interior surface, and a cylindrical exterior surface, the cylindrical shape defining a central axis (220, 310); - a rotor; - a shaft comprising a first end and a second end, the rotor and the shaft configured to rotate within the cylindrical interior surface of the stator about the central axis (220, 310); - a first bearing assembly located proximate the first end of the shaft; - a second bearing assembly located proximate the second end of the shaft; and - a first nozzle ring (216, 300) coupled to the first bearing assembly, and a second nozzle ring (218, 300) coupled to the second bearing assembly, characterized in that the first nozzle ring (216, 300) and the second nozzle ring (218, 300) are configured to direct a cooling fluid into the space between the cylindrical interior surface of the stator and the rotor, wherein the first nozzle ring (216, 300) is located radially and axially inboard of the first end of the stator, and wherein the second nozzle ring (218, 300) is located radially and axially inboard of the second end of the stator. - a housing; - a stator having a cylindrical shape comprising a first end, a second end, a cylindrical interior surface, and a cylindrical exterior surface, the cylindrical shape defining a central axis (220, 310); - a rotor; - a shaft comprising a first end and a second end, the rotor and the shaft configured to rotate within the cylindrical interior surface of the stator about the central axis (220, 310); - a first bearing assembly located proximate the first end of the shaft; - a second bearing assembly located proximate the second end of the shaft; and - a first nozzle ring (216, 300) coupled to the first bearing assembly, and a second nozzle ring (218, 300) coupled to the second bearing assembly, characterized in that the first nozzle ring (216, 300) and the second nozzle ring (218, 300) are configured to direct a cooling fluid into the space between the cylindrical interior surface of the stator and the rotor, wherein the first nozzle ring (216, 300) is located radially and axially inboard of the first end of the stator, and wherein the second nozzle ring (218, 300) is located radially and axially inboard of the second end of the stator.
An axle mounting assembly for coupling a vehicle axle to an energy storing suspension component comprising: a mounting pad (26;102;126;134;147;157;163); a longitudinally extending energy storing suspension component (12;82;158) vertically aligned with respect to said mounting pad; an axle seat bracket (30;103;111;121;132;143;152;161;177) spaced from the mounting pad, said suspension component being between the mounting pad and the axle seat bracket, the axle seat bracket having an upper surface and a bottom surface and being configured to be coupled to the vehicle axle adjacent a said surface of the axle seat bracket that is vertically aligned with said mounting pad, with the bracket between the suspension component and the vehicle axle; a transverse vehicle axle (14;151) mounted to said axle seat bracket adjacent said surface thereof; characterized by at least one horizontally aligned open passage (44;104;112;122;142;154;176) extending through said axle seat bracket in parallel relation to said axle and at least partially disposed between said energy storing suspension component and the surface of the axle seat bracket to which the axle is mounted; at least one U-shaped fastener assembly (45;91;131;162) coupled to said mounting pad, said U-shaped fastener assembly being partially disposed within said passage and having end portions extending outwardly therefrom. a mounting pad (26;102;126;134;147;157;163); a longitudinally extending energy storing suspension component (12;82;158) vertically aligned with respect to said mounting pad; an axle seat bracket (30;103;111;121;132;143;152;161;177) spaced from the mounting pad, said suspension component being between the mounting pad and the axle seat bracket, the axle seat bracket having an upper surface and a bottom surface and being configured to be coupled to the vehicle axle adjacent a said surface of the axle seat bracket that is vertically aligned with said mounting pad, with the bracket between the suspension component and the vehicle axle; a transverse vehicle axle (14;151) mounted to said axle seat bracket adjacent said surface thereof; characterized by at least one horizontally aligned open passage (44;104;112;122;142;154;176) extending through said axle seat bracket in parallel relation to said axle and at least partially disposed between said energy storing suspension component and the surface of the axle seat bracket to which the axle is mounted; at least one U-shaped fastener assembly (45;91;131;162) coupled to said mounting pad, said U-shaped fastener assembly being partially disposed within said passage and having end portions extending outwardly therefrom.
A QR barcode decoding chip, characterized by: a characteristic searching unit configured for searching for a characteristic pattern in a grayscale barcode image to determine pixel coordinates of the characteristic pattern; a barcode parameter acquiring unit configured for acquiring a barcode parameter according to the pixel coordinates of the characteristic pattern; a version/format parameter acquiring unit configured for acquiring a version/format parameter; a correction characteristic acquiring unit configured for searching for a characteristic position in the grayscale barcode image and acquiring a correction characteristic according to the characteristic position; a module information processing unit configured for calculating a grayscale value corresponding to a module according to the version/format parameter, the barcode parameter and the correction characteristic; a binarizing unit configured for binarizing the module grayscale value; a codeword extracting unit configured for extracting a codeword according to the binarized module grayscale value; and an error correction and decoding unit configured for decoding the codeword. a characteristic searching unit configured for searching for a characteristic pattern in a grayscale barcode image to determine pixel coordinates of the characteristic pattern; a barcode parameter acquiring unit configured for acquiring a barcode parameter according to the pixel coordinates of the characteristic pattern; a version/format parameter acquiring unit configured for acquiring a version/format parameter; a correction characteristic acquiring unit configured for searching for a characteristic position in the grayscale barcode image and acquiring a correction characteristic according to the characteristic position; a module information processing unit configured for calculating a grayscale value corresponding to a module according to the version/format parameter, the barcode parameter and the correction characteristic; a binarizing unit configured for binarizing the module grayscale value; a codeword extracting unit configured for extracting a codeword according to the binarized module grayscale value; and an error correction and decoding unit configured for decoding the codeword.
A method for making a crystalline complex between 1-cyano-2-(4-cyclopropyl-benzyl)-4-(β-D-glucopyranos-1-yl)-benzene and one or more natural amino acids, said method comprising the following steps: (a) preparing a solution of 1-cyano-2-(4-cydopropyl-benzyl)-4-(β-D-glucopyranos-1-yl)-benzene and the one or more natural amino acids in a solvent or a mixture of solvents; (b) storing the solution to precipitate the crystalline complex out of solution; (c) removing the precipitate from the solution; and (d) drying the precipitate optionally until any excess of said solvent or mixture of solvents has been removed; optionally, inducing the crystallization, preferably (i) by mechanical means such as scratching or rubbing the contact surface of the reaction vessel, for instance with a glass rod, or (ii) by inoculating with seed crystals; and characterized in that the crystalline complex is a complex (1:1) between 1-cyano-2-(4-cyclopropyl-benzyl)-4-(β-D-glucopyranos-1-yl)-benzene and L-proline, and characterized in that the crystalline complex is a crystalline hydrate, and characterized in that the molar ratio of the crystalline complex of 1-cyano-2-(4-cyclopropyl-benzyl)-4-(β-D-glucopyranos-1-yl)-benzene and L-proline with crystal water is 1:1, and characterized in that the solvents are selected from the group consisting of ethanol, isopropanol, water, more preferably mixtures of ethanol with water and/or isopropanol with water, and characterized in that the crystalline complex is characterized by an X-ray powder diffraction pattern that comprises peaks at 20.28, 21.14 and 21.64 degrees 2Θ (±0.1 degrees 2Θ), wherein said X-ray powder diffraction pattern is made using CuK α1 radiation. (a) preparing a solution of 1-cyano-2-(4-cydopropyl-benzyl)-4-(β-D-glucopyranos-1-yl)-benzene and the one or more natural amino acids in a solvent or a mixture of solvents; (b) storing the solution to precipitate the crystalline complex out of solution; (c) removing the precipitate from the solution; and (d) drying the precipitate optionally until any excess of said solvent or mixture of solvents has been removed;
Electronic control unit for the connection to a hydraulic unit in a motor vehicle brake system, comprising - at least one electrically actuated valve coil module which can be fitted onto an individual valve dome of the hydraulic unit, for driving an electromagnetic hydraulic valve, - at least one circuit board for receiving electrical and/or electronic components for driving the valve coil module, - at least one housing which encapsulates the valve coil module and the circuit board, - wherein the valve coil module comprises at least two mounts, a coil former with a valve receiving opening, a cylinder coil, a coil connection contact means and a coil yoke which encloses the coil former and the cylinder coil in the form of casing, wherein the valve coil module is connected, as well as to the coil connection contacting means, to at least one carrier plate and/or the circuit board at least by means of the mounts in a frictionally locking and/or positively locking fashion, characterized in that the mounts are arranged on an annular cover face of the coil former and are guided through the recesses in a cover plate and project beyond the cover plate and the coil yoke, wherein the internal diameter of the cover face is formed by the valve dome receiving opening and the recesses are such that when there is a constant distance between the mounts valve coil modules of different diameters can be attached. - at least one electrically actuated valve coil module which can be fitted onto an individual valve dome of the hydraulic unit, for driving an electromagnetic hydraulic valve, - at least one circuit board for receiving electrical and/or electronic components for driving the valve coil module, - at least one housing which encapsulates the valve coil module and the circuit board, - wherein the valve coil module comprises at least two mounts, a coil former with a valve receiving opening, a cylinder coil, a coil connection contact means and a coil yoke which encloses the coil former and the cylinder coil in the form of casing,
Screening apparatus for screening injury incidents, comprising a setting element for setting at least two different states of a person and a data transmission device, wherein each state comprises a graphical identification that can be distinguished from the other states, and the set state can be transmitted or is transmitted wirelessly to a receiving device by means of the data transmission device, and wherein the screening apparatus comprises a fixed individual identifier, wherein the identifier can be transmitted or is transmitted from the data transmission device to the receiving device, and wherein the identifier additionally can be read out or is read out by means of a data tag, characterized in that the setting element is in the form of a rotary switch and an additional sliding switch, wherein the rotary switch has for each state a graphical identification that can be distinguished from the other states and the sliding switch can be used to set an, in particular two-stage, prioritization of the state that is set using the rotary switch.