mhurhangee/ep-ind-claims huggingface dataset:
A surface protection film comprising a plurality of layers, in the following order: a first polymeric film comprising a polyurethane elastomer that is exposed at a major surface of the surface protection film; a foamed adhesive; a second polymeric film; and a pressure-sensitive adhesive. a first polymeric film comprising a polyurethane elastomer that is exposed at a major surface of the surface protection film; a foamed adhesive; a second polymeric film; and a pressure-sensitive adhesive.
A spent fuel dry reprocessing method for directly obtaining a zirconium alloy nuclear fuel, comprising the following steps: determining components and a ratio of a molten salt composition used for melting a spent fuel according to a requirement of reactor design on zirconium alloy fuel and contents of actinium series metals in the spent fuel, the molten salt composition at least comprises zirconium fluoride, potassium fluoride and lithium fluoride, and wherein a mole ratio of zirconium fluoride to potassium fluoride to lithium fluoride is 1::; melting the spent fuel in the above molten salt composition; and selecting an electrode pair for electrodeposition so that zirconium is firstly deposited on a negative pole, then uranium is also deposited on the negative pole through an under-potential deposition principle to form alloy with zirconium, or zirconium is firstly deposited on a negative pole, then uranium is deposited on the negative pole, and then plutonium is also deposited on the negative pole through an under-potential deposition principle to form alloy with zirconium, thereby obtaining the zirconium alloy nuclear fuel meeting a design requirement. determining components and a ratio of a molten salt composition used for melting a spent fuel according to a requirement of reactor design on zirconium alloy fuel and contents of actinium series metals in the spent fuel, the molten salt composition at least comprises zirconium fluoride, potassium fluoride and lithium fluoride, and wherein a mole ratio of zirconium fluoride to potassium fluoride to lithium fluoride is 1::; melting the spent fuel in the above molten salt composition; and selecting an electrode pair for electrodeposition so that zirconium is firstly deposited on a negative pole, then uranium is also deposited on the negative pole through an under-potential deposition principle to form alloy with zirconium, or zirconium is firstly deposited on a negative pole, then uranium is deposited on the negative pole, and then plutonium is also deposited on the negative pole through an under-potential deposition principle to form alloy with zirconium, thereby obtaining the zirconium alloy nuclear fuel meeting a design requirement.
A monitoring system for installation inside an underground vault, the monitoring system comprising: a housing comprising at least one aperture and configured to be installed inside the underground vault; a processor positioned inside the housing; a memory connected to the processor, the memory being configured to store data received from the processor; at least one sensor operable to monitor values of at least one parameter inside the underground vault and send a monitoring signal to the processor, the processor being configured to receive the monitoring signal and provide the data to the memory based at least in part on the monitoring signal; an enclosure positioned inside the housing, the at least one sensor being positioned inside the enclosure, the enclosure comprising a through-hole in fluid communication with the at least one aperture; and an air moving device configured to be activated before the at least one sensor obtains the values of the at least one parameter, the air moving device, when activated, moving vault air from inside the underground vault into the enclosure through the through-hole and the at least one aperture, or moving air out of the enclosure and into the underground vault through the through-hole and the at least one aperture to thereby draw new air into the enclosure from inside the housing. a housing comprising at least one aperture and configured to be installed inside the underground vault; a processor positioned inside the housing; a memory connected to the processor, the memory being configured to store data received from the processor; at least one sensor operable to monitor values of at least one parameter inside the underground vault and send a monitoring signal to the processor, the processor being configured to receive the monitoring signal and provide the data to the memory based at least in part on the monitoring signal; an enclosure positioned inside the housing, the at least one sensor being positioned inside the enclosure, the enclosure comprising a through-hole in fluid communication with the at least one aperture; and an air moving device configured to be activated before the at least one sensor obtains the values of the at least one parameter, the air moving device, when activated, moving vault air from inside the underground vault into the enclosure through the through-hole and the at least one aperture, or moving air out of the enclosure and into the underground vault through the through-hole and the at least one aperture to thereby draw new air into the enclosure from inside the housing.
A link failure recovery method, comprising: sending, by a terminal device (120; 230), first indication information on a first uplink resource, wherein the first indication information indicates that in N second cells, there is a cell in which a link failure occurs, wherein N is an integer greater than or equal to 1; and the first uplink resource is an uplink resource of a first cell; receiving, by the terminal device (120; 230), first signaling, wherein the first signaling indicates a third uplink resource; and sending, by the terminal device (120; 230), second indication information on the third uplink resource, wherein the second indication information indicates at least one of following: identification information of a i th cell in which a link failure occurs in the N second cells, third reference signal information, and fourth reference signal information, wherein the third reference signal information is information about a reference signal whose channel quality is greater than or equal to a first threshold, and the fourth reference signal information is information about a reference signal whose channel quality is less than or equal to a second threshold. sending, by a terminal device (120; 230), first indication information on a first uplink resource, wherein the first indication information indicates that in N second cells, there is a cell in which a link failure occurs, wherein N is an integer greater than or equal to 1; and the first uplink resource is an uplink resource of a first cell; receiving, by the terminal device (120; 230), first signaling, wherein the first signaling indicates a third uplink resource; and sending, by the terminal device (120; 230), second indication information on the third uplink resource, wherein the second indication information indicates at least one of following: identification information of a i th cell in which a link failure occurs in the N second cells, third reference signal information, and fourth reference signal information, wherein the third reference signal information is information about a reference signal whose channel quality is greater than or equal to a first threshold, and the fourth reference signal information is information about a reference signal whose channel quality is less than or equal to a second threshold.
A method for determining material dimensions of an elongate profile during a sawing process, wherein a saw disc is fed forward, the elongate profile is, in the course of this, cut by the saw disc along a saw groove; feed position data (s 1, s 2, s 3, s 4) of the saw disc are determined along the feed path (s), during the sawing process, further measurement data from the group of sawing force (F s) or another variable (M s) that corresponds to the sawing force (F s) are determined, characterised in that an actual profile is determined from the feed position data (s 1, s 2, s 3, s 4) and the further measurement data (F s, M s).
A vacuum circuit breaker comprising: a first terminal; a second terminal; a vacuum interrupter coupled between said first and second terminals and being operable to make or break an electrical connection between said first and second terminals; and a body formed from electrically insulating material and being shaped to define an internal chamber, wherein said first and second terminals are supported by said body and are spaced apart along a pole axis of said body, and said vacuum interrupter is located in said internal chamber, wherein the first terminal is located at the top of the body and provides a first electrical connection interface at the top of the body, characterized in that the second terminal includes a stem projecting perpendicularly from the pole axis of the circuit breaker to provide a second electrical connection interface that is laterally displaced from the pole axis, and wherein a notional perpendicular axis from the second electrical connection interface to the pole axis intersects the pole axis at an intersection point, the configuration of the circuit breaker being such that a notional triangle created by said first and second electrical connection interfaces (C, A) and said intersection point is an isosceles triangle, wherein a notional line between said first and second electrical connection interfaces forms the hypotenuse of the triangle, and wherein a first elongate external connector is connected to the first terminal at its connection interface, and a second elongate external connector is connected to the second terminal at its connection interface, wherein the external connectors are of an equal length and extend parallel to each other but obliquely to the pole axis. a first terminal; a second terminal; a vacuum interrupter coupled between said first and second terminals and being operable to make or break an electrical connection between said first and second terminals; and a body formed from electrically insulating material and being shaped to define an internal chamber,
A method of making a sheet-form loop-engageable fastener product, the method comprising placing a layer of staple fibers on a first side of a substrate; needling fibers of the layer through the substrate by penetrating the substrate with needles that drag portions of the fibers through the substrate during needling, leaving exposed loops of the fibers extending from a second side of the substrate; removing end regions from at least some of the loops to form stems; and forming loop-engageable heads at free ends of at least some of the stems.
A nozzle for a cleaning device comprising: - a housing having a suction channel with a first opening facing away from the housing, - a neck having a second opening and a third opening, said second opening being connected to the suction channel, and - a coupling unit which is connected to the third opening of the neck, and which may be coupled to a suction pipe or a suction hose, wherein the suction channel comprises a bottom, wherein the depth of the suction channel gradually or continuously decreases from the neck towards ends of the nozzle whereby the parts of the suction channel between the neck and the ends of the nozzle forms wedge-shaped suction channels, in which the bottom is positioned at an angle (α) between 2-12 degrees relative to the plane defined by the first opening; characterized in that the neck is configured as a funnel, wherein the second opening has a width equal to or greater than 30% of the width of the first opening; wherein the funnel comprises two sides (3a, 3b) which are connected to a bottom of the suction channel and where the transition between a funnel side (3a, 3b) and a bottom of the suction channel have a radius of curvature equal to or greater than 50 to 100 mm. - a housing having a suction channel with a first opening facing away from the housing, - a neck having a second opening and a third opening, said second opening being connected to the suction channel, and - a coupling unit which is connected to the third opening of the neck, and which may be coupled to a suction pipe or a suction hose,
Regulating device for an electric machine, comprising: a first regulating unit, which is designed to provide a first target variable to minimize an interference variable at an operating point of the electric machine; a computing device, which is designed to calculate a change in the operating point of the electric machine based on driving the electric machine with the first target variable; a second regulating unit, which is designed to provide a second target variable for setting a specified first target value in the electric machine, wherein the second target variable is determined using a difference between a detected value of the operating point and the calculated change in the operating point based on driving with the first target variable; and a control device, which is designed to drive the electric machine using a combination of the first target variable and the second target variable. a first regulating unit, which is designed to provide a first target variable to minimize an interference variable at an operating point of the electric machine; a computing device, which is designed to calculate a change in the operating point of the electric machine based on driving the electric machine with the first target variable; a second regulating unit, which is designed to provide a second target variable for setting a specified first target value in the electric machine, wherein the second target variable is determined using a difference between a detected value of the operating point and the calculated change in the operating point based on driving with the first target variable; and a control device, which is designed to drive the electric machine using a combination of the first target variable and the second target variable.
An embolism protection device comprising biocompatible polymeric fibers, an actuating element comprising a guidewire, a fiber support with a first attachment structure attaching the distal end of the fibers to the guidewire and a second attachment structure securing the proximal end of the fibers to a hypotube, wherein the fibers in the device are in a bundle, the fiber support has a first configuration in which the fibers are collected in a generally cylindrical configuration and a second configuration in which the center of fibers projects outward from the guidewire while the length of the fibers between attachment structures, is at least double the radius of a vessel, and wherein the actuating element controls transition of the fiber support between the first configuration and the second configuration. biocompatible polymeric fibers, an actuating element comprising a guidewire, a fiber support with a first attachment structure attaching the distal end of the fibers to the guidewire and a second attachment structure securing the proximal end of the fibers to a hypotube, wherein the fibers in the device are in a bundle, the fiber support has a first configuration in which the fibers are collected in a generally cylindrical configuration and a second configuration in which the center of fibers projects outward from the guidewire while the length of the fibers between attachment structures, is at least double the radius of a vessel, and wherein the actuating element controls transition of the fiber support between the first configuration and the second configuration.
Refrigeration appliance, in particular household refrigeration appliance, with a coolant circuit comprising a restrictor member in the form of a restrictor tube, wherein the restrictor tube is in touching contact with a suction tube leading to a compressor, at least over a section of its length, wherein the restrictor tube comprises a metal tube, which is cladded with a plastic layer at least over some of its length, wherein the plastic layer has a thermoplastic or duroplastic, and/or the plastic layer is doped with a heat-conducting additional material, wherein the plastic layer has a wall thickness between 20 and 500 μm, and the plastic layer arranged on the outer side of the restrictor tube touches an outer side of the suction tube.
A system for positioning a conduit within an ophthalmic surgical site, the system comprising: a conduit; a first fixation point comprising: a base structure arranged to be secured in a fixed location, and a grip arrangement configured to hold the conduit, the grip arrangement being mounted on the base structure by way of a ball joint structure (20; 22), the ball joint structure being arranged to allow pivoting and rotational movement of the grip arrangement with respect to the base structure, and a second fixation point positioned remote from the first fixation point at a predefined distance therefrom. a conduit; a first fixation point comprising: a base structure arranged to be secured in a fixed location, and a grip arrangement configured to hold the conduit, the grip arrangement being mounted on the base structure by way of a ball joint structure (20; 22), the ball joint structure being arranged to allow pivoting and rotational movement of the grip arrangement with respect to the base structure, and a base structure arranged to be secured in a fixed location, and a grip arrangement configured to hold the conduit, the grip arrangement being mounted on the base structure by way of a ball joint structure (20; 22), the ball joint structure being arranged to allow pivoting and rotational movement of the grip arrangement with respect to the base structure, and a second fixation point positioned remote from the first fixation point at a predefined distance therefrom.
Blind drain semi-element, comprising a base grid and a plurality of pillars connected to the base grid and projecting approximately perpendicularly away from the base grid, the opposite end of the pillar from the base grid having a surface with a connecting element (8, 11), wherein the pillars have a wall that delimits a cavity of the pillars and wherein the wall of the pillars is inclined uniformly over its entire length L, along the entire extent of the pillars, in relation to a normal that extends perpendicularly on the base grid, and wherein the pillars have either a first connecting element or a second connecting element on their surface, which is formed at the end of the pillars, wherein the first connecting element and the second connecting element have a shape complementary to one another, at least in sections, and the first connecting element and the second connecting element can be plugged together, and wherein the pillars are square, wherein a recess is formed on each side of the pillars, which recess increases in size in the direction of the end of the pillars and becomes continuously deeper and wider in the direction of the end of the pillars, such that the blind drain semi-element has three rows of pillars in the spatial direction x and wherein the three pillars of each row have a first connecting element or a second connecting element uniformly in the spatial direction x, wherein the blind drain semi-element has four rows of pillars in the spatial direction y, such that the rows of pillars arranged in the y-direction, spaced apart from one another, alternately have either a first connecting element or a second connecting element.
Apparatus for separating substances of different flowability that are mixed together, comprising a frame structure, a hollow drum having a perforated circumferential surface which can be driven in a revolving manner and is mounted on the frame structure, a pressing element which lies externally in the region of the circumferential surface of the hollow drum and can be driven in a revolving manner, such that the hollow drum and the pressing element form a product intake wedge for feeding in a product stream, consisting of material to be pressed, between the hollow drum and the pressing element, and also form a pressing region, wherein there is associated with the pressing element downstream of the pressing region in the conveying direction (T P) of the product stream a discharge element for discharging residues of the material to be pressed that remain on the pressing element after pressing, wherein the discharge element is an actively drivable, endless discharge belt for discharging the residues of the material to be pressed that remain on the pressing element in a discharge direction (T R), characterised in that the endless discharge belt is guided around a rigid, fixed transport section and a take-over section which is pivotable relative to the rigid transport section, wherein the pivotable take-over section is mounted on the transport section so as to be pivotable about a pivot axis in order to create a movable section of the discharge belt.
A PTC device comprising a layered support that functions as a heat transfer medium and a polymer PTC element disposed thereon wherein: the polymer PTC element is disposed on one surface of the layered support; and the polymer PTC element and the layered support are molded in a resin such that the other surface of the layered support is exposed, wherein: the PTC device further comprises a potting element formed of a curable resin between the polymer PTC element and the molded resin; and the potting element has a coefficient of linear expansion larger than that of the molded resin. the polymer PTC element is disposed on one surface of the layered support; and the polymer PTC element and the layered support are molded in a resin such that the other surface of the layered support is exposed, wherein: the PTC device further comprises a potting element formed of a curable resin between the polymer PTC element and the molded resin; and the potting element has a coefficient of linear expansion larger than that of the molded resin. the PTC device further comprises a potting element formed of a curable resin between the polymer PTC element and the molded resin; and the potting element has a coefficient of linear expansion larger than that of the molded resin.
The method of synthesis of microoptical systems for forming 3D images in the zero diffraction order distinctive in that the microoptical system is a single-layer reflective diffractive optical phase element whose synthesis involves the formation of a 3D computer model and setting black and white 2D frames K n, n=1...N and the viewing angles (φ n, θ n) at which the observer sees frames K n of the 3D image; the diffractive optical element is partitioned into rectangular hogels G ij, i=1...L, j=1...M with the sizes no greater than 100 microns and centered at the points ( x i, y j), with each hogel G ij partitioned into two regions G ij and G ij, with regions G ij used to accommodate kinoforms forming a 3D image; the radiation patterns are formed in regions G ij represented by N rays emerging from the hogel G ij at angles (φ n, θ n), n=1...N, so that the beam intensity at an angle (φ n, θ n) is equal to the brightness of the point with coordinates (x i, y j) in the n-th frame, the radiation pattern is used to compute the phase function Φ ij ( x, y) of the multilevel kinoform and produce the multilevel kinoform in regions G ij, whereas the region G ij is partially or completely filled with diffraction gratings of various orientations with periods ranging from 0.4 to 0.7 microns; when the optical element is illuminated with white light at diffraction angles smaller than 60° the observer sees different frames K n, n=1...N of the 3D image at different angles (φ n, θ n), and at diffraction angles greater than 60° the observer sees a different color image over the entire area of the optical element.