mhurhangee/ep-ind-claims huggingface dataset:
Motor vehicle door latch, with • a locking mechanism (3, 4) fundamentally comprising a catch and a pawl, • a triggering element to lift the pawl and thus open the locking mechanism (3, 4), • a storage element which is acted on by a spring which keeps the pawl in a lifted position until the catch is opened. wherein • the spring and the storage element form a structural unit and are formed as the spring lip acting on the triggering element; • the spring lip lies adjacent on the triggering element when the pawl is maintained in the lifted position; characterized in that • the spring lip is connected to a housing or a latch component; • the latch component is formed as a separating wall inside the housing which is separated from the housing or as an electrocomponent carrier; • the catch has a contour interacting with the spring lip; • the contour lifts the spring lip from its adjacency on the triggering element during the opening movement of the catch. • a locking mechanism (3, 4) fundamentally comprising a catch and a pawl, • a triggering element to lift the pawl and thus open the locking mechanism (3, 4), • a storage element which is acted on by a spring which keeps the pawl in a lifted position until the catch is opened. • the spring and the storage element form a structural unit and are formed as the spring lip acting on the triggering element; • the spring lip lies adjacent on the triggering element when the pawl is maintained in the lifted position; • the spring lip is connected to a housing or a latch component; • the latch component is formed as a separating wall inside the housing which is separated from the housing or as an electrocomponent carrier; • the catch has a contour interacting with the spring lip; • the contour lifts the spring lip from its adjacency on the triggering element during the opening movement of the catch.
An apparatus for measuring moisture permeability, the apparatus comprising: a chamber of constant temperature and humidity including a main door at a front portion thereof; a measuring module including at least one electronic scale configured to weigh a moisture permeable cup; and an external control apparatus configured to control the chamber and the measuring module and store measurement data from the at least one electronic scale, characterized in that the measuring module is disposed in the chamber and comprises at least one fan disposed above the at least one electronic scale to circulate air in the measuring module. a chamber of constant temperature and humidity including a main door at a front portion thereof; a measuring module including at least one electronic scale configured to weigh a moisture permeable cup; and an external control apparatus configured to control the chamber and the measuring module and store measurement data from the at least one electronic scale, characterized in that the measuring module is disposed in the chamber and comprises at least one fan disposed above the at least one electronic scale to circulate air in the measuring module.
Composition for a pasty fill and finishing material, comprising at least one filler, at least one binding agent, and additives, wherein the at least one filler has a density dependent flowability (ff ρ) value of from 3 to 20, preferably of from 4 to 15, more preferably of from 5 to 10, most preferably of from 6 to 8, wherein the at least one filler is a hollow, spherical aluminum silicate, and wherein the composition further comprises at least a second and a third filler, wherein the second and the third filler of the composition comprise at least a first and a second carbonate, wherein the particle size distribution of the first carbonate is different from the particle size distribution of the second carbonate, and wherein the density dependent flowability (ff ρ) is determined as described in the description.
Camshaft adjuster (1, 51) for an internal combustion engine, comprising a stator which can be connected fixedly to a crankshaft so as to rotate with it, a rotor which is mounted in the stator such that it can be rotated about a rotational axis, a sealing cover (7, 53) for minimizing leakage, and a spring element (9, 59) for positioning the rotor with respect to the stator, characterized in that the spring element (9, 59) is held on the sealing cover (7, 53) in the axial direction via a spring clip (3, 41).
A gripper for the handling arm of a handling device for automatic exchange of machining tools, wherein the gripper comprises a frame, on which a rigid support is mounted, wherein on the frame of the gripper is further mounted a pair of gripping means comprising pressing elements, the rigid support is provided with a pair of abutting elements which are arranged in a V-shape, axially symmetrically with respect to the longitudinal axis of the gripper, wherein the abutting elements are adapted to fit into a handling groove (131, 131a, 131b) of a tool holder of the machining tool and to grip the tool holder of the machining tool by the handling groove (131, 131a, 131b), wherein the pair of gripping means is provided with a pair of pressing fingers arranged against each other and oriented axially symmetrically with respect to the longitudinal axis of the gripper, each pressing finger being swingingly mounted in the frame of the gripper and provided at its free end with a pressing element, which is situated at a level in front of one abutting element of the rigid support, wherein the pressing element is adapted to fit into the handling groove (131, 131a, 131b) of the tool holder of the machining tool and to grip the tool holder of the machining tool by the handling groove (131, 131a, 131b), wherein at least two gripping spaces (UP, UP1, UP2, UP3) for tool holders of at least two different sizes and/or types are arranged between the abutting elements of the rigid support and the pressing elements at the free ends of the pressing fingers, wherein the centres (S, S1, S2, S3) of the gripping spaces (UP, UP1, UP2, UP3) are arranged at a distance from each other on the longitudinal axis of the gripper, wherein the pressing elements at the free ends of the pressing fingers are in each position situated in a direction away from the abutting elements of the rigid support behind the centre (S, S1, S2, S3) of the gripping space (UP, UP1, UP2, UP3) for the tool holder of the machining tool and each abutting element of the rigid support is provided with at least two mutually different supporting elements (3111, 3112) and each pressing element is provided with at least two mutually different locking elements (3311, 3312) at the free ends of the pressing fingers, wherein the first supporting elements and the first locking elements are adapted to fit into the handling groove (131, 131a, 131b) of the first type of the tool holder of the machining tool and to grip the first type of the tool holder of the machining tool by the handling groove (131, 131a, 131b) and other supporting elements and other locking elements are adapted to fit into the handling groove (131, 131a, 131b) of a different type of tool holder of the machining tool and to grip a different type of tool holder of the machining tool by the handling groove (131, 131a, 131b).
A formulation comprising: a) a pesticide and/or a plant growth regulator; b) an acyl morpholine of the formula where R is H; and c) propylene carbonate wherein the weight ratio between b) and c) is from 70:30 to 90:10. a) a pesticide and/or a plant growth regulator; b) an acyl morpholine of the formula where R is H; and c) propylene carbonate
An occlusive plug, comprising: a single elongate member comprising a shape-memory material, the elongate member being configured to assume a spiraling shape defining an ovoid space when deposited within a body lumen, a plurality of polymer fibers, each of the plurality of polymer fibers being attached to the elongate member, each of the plurality of polymer fibers having at least one free end that is not connected to the elongate member, and characterised in that the occlusive plug comprises several polymer sleeves disposed circumferentially about a portion of a length of the elongate member and securing at least one of the plurality of polymer fibers to the elongate member. a single elongate member comprising a shape-memory material, the elongate member being configured to assume a spiraling shape defining an ovoid space when deposited within a body lumen, a plurality of polymer fibers, each of the plurality of polymer fibers being attached to the elongate member, each of the plurality of polymer fibers having at least one free end that is not connected to the elongate member, and characterised in that the occlusive plug comprises several polymer sleeves disposed circumferentially about a portion of a length of the elongate member and securing at least one of the plurality of polymer fibers to the elongate member.
A method of retrofitting an existing portable oxygen concentrator for use in a patient ventilation system, the existing portable oxygen concentrator having at least one compressor, one or more sieve beds downstream of the compressor, an existing product tank downstream of the sieve beds, the existing product tank having an internal capacity of less than 300 ml, and a downstream gas path in fluid communication with the existing product tank, the downstream gas path having at least one pressure regulator integrated therein, the method comprising: replacing or supplementing the existing product tank to define a retrofit set of one or more product tanks, the retrofit set of one or more product tanks including either i) the existing product tank and one or more supplemental product tanks or ii) one or more replacement product tanks, the aggregate internal capacity of the retrofit set of one or more product tanks being 300 ml or more; placing a ventilation gas path in fluid communication with the retrofit set of one or more product tanks; and configuring the portable oxygen concentrator (100a, 100b) such that all of the gas flowing from the retrofit set of one or more product tanks flows to the ventilation gas path and none flows through the at least one pressure regulator. replacing or supplementing the existing product tank to define a retrofit set of one or more product tanks, the retrofit set of one or more product tanks including either i) the existing product tank and one or more supplemental product tanks or ii) one or more replacement product tanks, the aggregate internal capacity of the retrofit set of one or more product tanks being 300 ml or more; placing a ventilation gas path in fluid communication with the retrofit set of one or more product tanks; and configuring the portable oxygen concentrator (100a, 100b) such that all of the gas flowing from the retrofit set of one or more product tanks flows to the ventilation gas path and none flows through the at least one pressure regulator.
Method for sensor image acquisition of a work line (8, 9) that is provided on a workpiece and is to be tracked by a tool of a working device that is equipped with an image acquisition device, in the case of which method an image section that is adjacent to the tool is acquired as a grayscale image, and the position of the application point of the tool on the workpiece with reference to the image section is determined by summing the grayscale values in the image section for a number of positions along the application edge for the tool on the workpiece perpendicular to the application edge, and by taking as application point the position for which, in sum, the greatest deviation from the mean value of the sums of all the positions occurs, and in the case of which method the running direction of the work line (8, 9) starting from the application point is acquired by virtue of the fact that in relation to straight lines, starting in a fan from the application point, of a fan of straight lines the grayscale values of image pixels in contact with said straight lines are respectively summed, and that the course of the work line (8, 9) is determined by the straight line for which the sum value of the image pixels has an extreme value in comparison to the sum value of the image pixels of the remaining straight lines of the fan of straight lines.
A plate or electrode (202, 212, 300, 450) for a lead-acid battery comprising: • a grid of lead alloy material (206, 216, 410); • a paste of an active material (204, 214, 430) applied to the grid of lead alloy material (206, 216, 410); and • a nonwoven fiber mat (230, 240, 302, 304, 306) disposed on a surface of, or within, the paste of the active material (204, 214, 430), the nonwoven fiber mat (230, 240, 302, 304, 306) including: a plurality of first coarse fibers having fiber diameters between 6 μm and 11 μm; and a plurality of second coarse fibers having fiber diameters between 10 μm and 20 μm; • wherein the nonwoven fiber mat (230, 240, 302, 304, 306) further comprises a binder applied to the mat (230, 240, 302, 304, 306) between 10% and 45% by weight of the mat (230, 240, 302, 304, 306), • wherein the nonwoven fiber mat (230, 240, 302, 304, 306) comprises a tensile strength in the machine direction of at least 58.38 N/50mm (20 lbs/3 inch) and a tensile strength in the cross-machine direction of at least 29.19 N/50mm (10 lbs/3 inch) and • characterized in that the first and second coarse fibers comprise fiber lengths between 8.46 mm (1⁄3 inch) and 38.1 mm (11⁄2 inch). • a grid of lead alloy material (206, 216, 410); • a paste of an active material (204, 214, 430) applied to the grid of lead alloy material (206, 216, 410); and • a nonwoven fiber mat (230, 240, 302, 304, 306) disposed on a surface of, or within, the paste of the active material (204, 214, 430), the nonwoven fiber mat (230, 240, 302, 304, 306) including: a plurality of first coarse fibers having fiber diameters between 6 μm and 11 μm; and a plurality of second coarse fibers having fiber diameters between 10 μm and 20 μm; a plurality of first coarse fibers having fiber diameters between 6 μm and 11 μm; and a plurality of second coarse fibers having fiber diameters between 10 μm and 20 μm; • wherein the nonwoven fiber mat (230, 240, 302, 304, 306) further comprises a binder applied to the mat (230, 240, 302, 304, 306) between 10% and 45% by weight of the mat (230, 240, 302, 304, 306), • wherein the nonwoven fiber mat (230, 240, 302, 304, 306) comprises a tensile strength in the machine direction of at least 58.38 N/50mm (20 lbs/3 inch) and a tensile strength in the cross-machine direction of at least 29.19 N/50mm (10 lbs/3 inch) and • characterized in that the first and second coarse fibers comprise fiber lengths between 8.46 mm (1⁄3 inch) and 38.1 mm (11⁄2 inch).
A method of killing bacteria on a surface being medical equipment, bedding, furniture, walls or floors in a hospital comprising applying to the surface a disinfectant composition comprising a carrier and two or more phages, the phages comprising phage K or mutants thereof and phage P68 or mutants thereof, characterised in that the concentration of both phages is at least 5:1 pfu phage:cfu bacteria so as to induce lysis-from-without of bacteria for which the phage are a pathogen when said bacteria are present on the surface to be disinfected.
A method of obtaining a surface characteristic parameter of a longitudinal orientation marking of a single crystal ingot, such as a silicon single crystal ingot, the method comprising the steps of: - providing a single crystal ingot having a cylindrical shape with a longitudinal centre axis and a radius from the longitudinal centre axis, the radius defining a surface of the single crystal ingot, the single crystal ingot having a longitudinal orientation marking carved into the surface of the single crystal ingot, the longitudinal orientation marking having a width (31, 41), - rotating the single crystal ingot around a rotational axis, the rotational axis being substantially parallel with the longitudinal centre axis and located within an offset value from the longitudinal centre axis, - recording angular positions of the single crystal ingot, - recording distances from a measuring point located at a measuring distance from the rotational axis to the surface of the single crystal ingot at the angular positions, - providing a data array containing the angular positions and the distances at the corresponding angular positions, - calculating a background shape for the single crystal ingot from the data array, - comparing the distances with the background shape to identify distances deviating from the background shape, - registering the angular position of distances deviating from the background shape and the corresponding distances, and - simultaneously defining the surface characteristic parameter and the width (31, 41) from consecutive angular positions having distances deviating from the background shape and the corresponding distances. - providing a single crystal ingot having a cylindrical shape with a longitudinal centre axis and a radius from the longitudinal centre axis, the radius defining a surface of the single crystal ingot, the single crystal ingot having a longitudinal orientation marking carved into the surface of the single crystal ingot, the longitudinal orientation marking having a width (31, 41), - rotating the single crystal ingot around a rotational axis, the rotational axis being substantially parallel with the longitudinal centre axis and located within an offset value from the longitudinal centre axis, - recording angular positions of the single crystal ingot, - recording distances from a measuring point located at a measuring distance from the rotational axis to the surface of the single crystal ingot at the angular positions, - providing a data array containing the angular positions and the distances at the corresponding angular positions, - calculating a background shape for the single crystal ingot from the data array, - comparing the distances with the background shape to identify distances deviating from the background shape, - registering the angular position of distances deviating from the background shape and the corresponding distances, and - simultaneously defining the surface characteristic parameter and the width (31, 41) from consecutive angular positions having distances deviating from the background shape and the corresponding distances.
A vehicle load carrier accessory kit for a vehicle load carrier, comprising a first and a second connection member (10, 30), - said first connection member comprising a first load connection site and a second connection site for a detachable connection to said second connection member, - said second connection member comprising a first connection site for a detachable connection to a vehicle load carrier and a second connection site for a detachable connection to said first connection member, wherein said second connection site of said first connection member and said second connection site of said second connection member are formed by a male and female snap-on connection, said first load connection site being configured for a detachable connection to a load, characterized in that said first load connection site comprises a strap member adapted to extend at least around a portion of said load. - said first connection member comprising a first load connection site and a second connection site for a detachable connection to said second connection member, - said second connection member comprising a first connection site for a detachable connection to a vehicle load carrier and a second connection site for a detachable connection to said first connection member,
Device for measuring a tyre and components (3, 13) of the tyre, having a first measuring component and a second measuring component, wherein the first measuring component and the second measuring component are respectively intended for carrying out a time-of-flight method, and having an evaluation component, wherein the evaluation component is intended for evaluating measuring variables measured by means of the first measuring component and by means of the second measuring component, wherein the first measuring component has a first emission element and a first detection element and wherein the second measuring component has a second emission element and a second detection element, wherein the first emission element is intended for emitting first electromagnetic waves in a first emitting direction and the first detection element is intended for detecting the first electromagnetic waves after reflection of the first electromagnetic waves and wherein the second emission element is intended for emitting second electromagnetic waves in a second emitting direction and the second detection element is intended for detecting the second electromagnetic waves after reflection of the second electromagnetic waves, wherein the first emitting direction and the second emitting direction are parallel to one another, wherein the first electromagnetic waves lie in a first wavelength range and the second electromagnetic waves lie in a second wavelength range, wherein the first wavelength range is different from the second wavelength range and the first wavelength range does not overlap with the second wavelength range, characterized in that the first electromagnetic waves are laser waves and the second electromagnetic waves are radar waves.
A chemical isothermal reactor comprising at least one plate heat exchanger with a substantially annular structure, said heat exchanger comprising a plurality of radially-arranged heat-exchange plates, one set of radial ducts for feeding a heat exchange fluid to internal passage(s) of said plates and one set of radial ducts for collecting said heat exchange fluid from internal passage(s) of said plates, said radial ducts (14, 15) being aligned with radial sides (13i, 13s) of the plates, said radial ducts (14, 15) having diverging ends (14d, 15d) and opposite converging ends (14c, 15c) due to their radial arrangement, said reactor being characterized in that the converging ends (14c, 15c) of radial ducts of said sets of radial ducts (14, 15) for feeding and for collecting said heat exchange fluid have a reduced cross section compared to the respective diverging ends (14d, 15d) or in that the converging ends of radial ducts of said set of radial ducts for collecting said heat exchange fluid have a reduced cross section compared to the respective diverging ends while radial ducts of said set of radial ducts for feeding said heat exchange fluid have constant cross-section.