mhurhangee/ep-ind-claims huggingface dataset:
Front module for a motor vehicle with two longitudinal members arranged one on either side, a bumper support which sits in front of the two longitudinal members and is connected to the front ends of the longitudinal members with the interconnection of a respective deformation element, and a radiator frame which is arranged between the longitudinal members and between the deformation members and supports the cooling assembly, characterized - in that the radiator frame is designed so as to arch convexly toward the front side of the vehicle, - in that the bulging arch can be pressed in and thus provides an additional element for absorbing the impact energy, - in that, in the event of a collision, the bumper support first of all, in a first deformation stage after the deformation of the deformation element or of the deformation elements, comes to bear against the radiator frame, - in that said radiator frame is then deformed in a second deformation stage, and - in that, after the deformation of the radiator frame, the bumper support comes to bear against at least one point of the cooling assembly in order to displace the latter to the rear in the direction of the passenger compartment. - in that the radiator frame is designed so as to arch convexly toward the front side of the vehicle, - in that the bulging arch can be pressed in and thus provides an additional element for absorbing the impact energy, - in that, in the event of a collision, the bumper support first of all, in a first deformation stage after the deformation of the deformation element or of the deformation elements, comes to bear against the radiator frame, - in that said radiator frame is then deformed in a second deformation stage, and - in that, after the deformation of the radiator frame, the bumper support comes to bear against at least one point of the cooling assembly in order to displace the latter to the rear in the direction of the passenger compartment.
A transfer sheet comprising a substrate, and in the order a release layer, a peel layer and a transfer layer on the substrate, wherein the peel layer contains a binder resin containing an acrylic-based resin of more than 0 mass % and 49 mass % or less and a vinyl chloride-vinyl acetate resin of 51 mass % or more and less than 100 mass %; and the transfer layer contains carbon black.
An absorbent article comprising: an outer cover having an interior surface and an exterior surface; an absorbent structure positioned adjacent to the interior surface of the outer cover, the absorbent article including an inside surface that faces a wearer and an opposite outside surface; at least one graphic that includes a visible state where the graphic is visible from a surface of the absorbent article, the graphic comprising a machine readable code that, when in the visible state, is configured to provide information related to the absorbent article when scanned by a suitable reader device, wherein the machine readable code comprises a two dimensional code; and characterised in that the graphic is an active graphic, wherein the active graphic comprises an appearing graphic that appears and assumes the visible state when exposed to an activation agent comprising a bodily fluid. an outer cover having an interior surface and an exterior surface; an absorbent structure positioned adjacent to the interior surface of the outer cover, the absorbent article including an inside surface that faces a wearer and an opposite outside surface; at least one graphic that includes a visible state where the graphic is visible from a surface of the absorbent article, the graphic comprising a machine readable code that, when in the visible state, is configured to provide information related to the absorbent article when scanned by a suitable reader device, wherein the machine readable code comprises a two dimensional code; and characterised in that the graphic is an active graphic, wherein the active graphic comprises an appearing graphic that appears and assumes the visible state when exposed to an activation agent comprising a bodily fluid.
A high-temperature resistant wheel, comprising an elastic hub assembly integrated with a heat insulating layer (12,14) for isolating the elastic hub assembly from external high temperature; and a rigid wheel barbed ring, which has the elastic hub assembly fixed inside and rotates together with the elastic hub assembly, wherein the elastic hub assembly comprises: an outer cage, an outer heat insulating layer, an elastic hub plate, an inner heat insulating layer, and an inner cage, wherein the outer heat insulating layer and the inner heat insulating layer are located at two sides of the elastic hub plate in the axial direction; wherein the outer cage is located at a side of the outer heat insulating layer opposite to the elastic hub plate; wherein the inner cage is located at a side of the inner heat insulating layer opposite to the elastic hub plate; and wherein the outer cage, the outer heat insulating layer, the elastic hub plate, the inner heat insulating layer, and the inner cage are installed sequentially to form the elastic hub assembly.
A method of manufacturing an elongate flexible medical device, comprising: forming a plurality of openings in a wall of an elongate tubular support member to thereby increase a flexibility of the support member; forming a layer of sealing material on an outer surface of the support member so as to create a sealed portion of the support member including the plurality of wall openings; and forming a plurality of flexible invaginations (42a, 42b, 42c, 42d) in the layer of sealing material that overlay respective wall openings in the support member, such that the layer of sealing material does not substantially impede the flexibility of the support member; characterized in that the layer of sealing material is formed by: inserting (106; 206) a substrate into an axial lumen of the support member so that the substrate underlies and thereby blocks the respective wall openings; applying (110; 212) a coating of sealing material to the outer surface of the support member; and removing (112; 216) the substrate from the support member lumen. forming a plurality of openings in a wall of an elongate tubular support member to thereby increase a flexibility of the support member; forming a layer of sealing material on an outer surface of the support member so as to create a sealed portion of the support member including the plurality of wall openings; and forming a plurality of flexible invaginations (42a, 42b, 42c, 42d) in the layer of sealing material that overlay respective wall openings in the support member, such that the layer of sealing material does not substantially impede the flexibility of the support member; characterized in that the layer of sealing material is formed by: inserting (106; 206) a substrate into an axial lumen of the support member so that the substrate underlies and thereby blocks the respective wall openings; applying (110; 212) a coating of sealing material to the outer surface of the support member; and removing (112; 216) the substrate from the support member lumen. inserting (106; 206) a substrate into an axial lumen of the support member so that the substrate underlies and thereby blocks the respective wall openings; applying (110; 212) a coating of sealing material to the outer surface of the support member; and removing (112; 216) the substrate from the support member lumen.
An epoxy curing agent composition comprising a 1-(aminoalkyl) imidazole-isocyanate adduct which comprises the reaction product of a 1-(aminoalkyl) imidazole and a polymethylene diisocyanate having 2-8 methylene units or a polymethylene poly(phenylisocyanate) having an isocyanate functionality of 2.1-3.5, in which the 1-(amino-alkyl) imidazole-isocyanate adduct is represented by formula A: where Z is (CH 2) n -NH, p is 1 and n is 3-8, R is (CH 2) m and m is 2-8 or the polyvalent residue of polymethylene poly(phenylisocyanate) having an isocyanate functionality of 2.1-3.5; and R 1 and R 2 independently represent hydrogen, C1-C20 linear or branched alkyl, C6-C10 aryl, alkylaryl or arylalkyl; or C5-C6 cycloaliphatic.
A medical adsorbent that comprises granular activated carbon that is activated carbon obtained by carbonization and activation of refined cellulose or regenerated cellulose, and that has a mean pore diameter of 1.5 to 2.2 nm, a BET specific surface area of 700 to 3000 m 2 /g, a mean particle size of 100 to 1100 μm, a surface oxide content of 0.05 meq/g or greater, and a packing density of 0.4 to 0.8 g/mL.
A partially crystalline glass plate, the linear thermal expansion coefficient of which is within a range extending from 20 to 40×10 -7 /K and the chemical composition of which comprises the following constituents, varying within the limits by weight defined below: SiO 2 55-70% Al 2 O 3 12-25% Li 2 O 1-1.8% K 2 O 0-<3% Na 2 O 0-<3% Li 2 O+Na 2 O+K 2 O 1-<7% RO 2-10% (where RO = MgO+CaO+SrO+BaO+ZnO) TiO 2 0.5-3% ZrO 2 0.3-2% the TiO 2:ZrO 2 molar ratio being between 3:1 and 6:1.
A device for transporting loads, comprising at least two load lifting elements (20; 21) that are each installed on horizontally movable sliding arms (30; 31) and that can be moved relative to each other by drive elements, whereby the sliding arms (30; 31) are mounted on at least one sliding guide member (50; 51) and can be moved by the drive elements along the at least one sliding guide member (50; 51), and the load lifting elements (20; 21) are additionally guided on a shared guide rail, whereby the at least one sliding guide member (50; 51) and the shared guide rail are joined to each other by means of at least one connecting element (80; 81) and are situated at a distance from each other, characterized in that the drive elements are at least partially inside the at least one sliding guide member (50; 51), and the sliding arms (30; 31) are guided movably inside the at least one sliding guide member (50; 51), whereby the at least one sliding guide member (50; 51) has at least one elongated slot (52; 53) through which a connecting section (32; 33) of a sliding arm (30; 31) projects out of the at least one sliding guide member (50; 51) and is connected to a load lifting element (20; 21).
A fluid device comprising: a displacement assembly including: a ring having a first end face and an oppositely disposed second end face, the ring defining a bore that extends through the first and second end faces (31,33); a rotor having a first end surface and being disposed in the bore of the ring, wherein the ring and the rotor cooperatively define a plurality of volume chambers; a balance plate assembly disposed adjacent to the displacement assembly, the balance plate assembly including: a housing defining a cavity; a balance plate disposed in the cavity, the balance plate having a first end surface and an oppositely disposed second end surface, the fluid device being characterised in that the balance plate is adapted to move axially between a first position in which the second end surface of the balance plate abuts the first end face of the ring and is spaced from the rotor first end surface to a second position in which the second end surface of the balance plate abuts the rotor first end surface and is spaced away from the ring such that the balance plate is recessed in the cavity. a ring having a first end face and an oppositely disposed second end face, the ring defining a bore that extends through the first and second end faces (31,33); a rotor having a first end surface and being disposed in the bore of the ring, wherein the ring and the rotor cooperatively define a plurality of volume chambers; a balance plate assembly disposed adjacent to the displacement assembly, the balance plate assembly including: a housing defining a cavity; a balance plate disposed in the cavity, the balance plate having a first end surface and an oppositely disposed second end surface, the fluid device being characterised in that the balance plate is adapted to move axially between a first position in which the second end surface of the balance plate abuts the first end face of the ring and is spaced from the rotor first end surface to a second position in which the second end surface of the balance plate abuts the rotor first end surface and is spaced away from the ring such that the balance plate is recessed in the cavity. a housing defining a cavity; a balance plate disposed in the cavity, the balance plate having a first end surface and an oppositely disposed second end surface, the fluid device being characterised in that the balance plate is adapted to move axially between a first position in which the second end surface of the balance plate abuts the first end face of the ring and is spaced from the rotor first end surface to a second position in which the second end surface of the balance plate abuts the rotor first end surface and is spaced away from the ring such that the balance plate is recessed in the cavity.
Apparatus for sounding the atmosphere, said apparatus comprising: a transducer for converting an electrical signal to an acoustic wave and/or vice-versa transferring means associated with said transducer for transferring the acoustic wave towards the atmosphere and/or for transferring a reflected acoustic wave from said atmosphere; and acoustic isolating means for isolating or attenuating the acoustic wave such that energy of said acoustic wave transferred in a substantially horizontal direction is reduced below energy of said acoustic wave transferred in a substantially vertical direction by a factor of at least 45dB; wherein said acoustic isolating means includes an acoustic baffle system for attenuating energy of said acoustic wave transferred in a substantially horizontal direction, wherein said acoustic baffle system includes a bank of baffles each separated by an air gap for attenuating energy of said acoustic wave transferred in a substantially horizontal direction, and wherein said acoustic baffle system includes at least an inner baffle stage and an outer baffle stage and a first diffraction edge associated with the inner baffle stage for providing first attenuation in a substantially horizontal direction and a second diffraction edge associated with the outer baffle stage for providing second attenuation in a substantially horizontal direction. a transducer for converting an electrical signal to an acoustic wave and/or vice-versa transferring means associated with said transducer for transferring the acoustic wave towards the atmosphere and/or for transferring a reflected acoustic wave from said atmosphere; and acoustic isolating means for isolating or attenuating the acoustic wave such that energy of said acoustic wave transferred in a substantially horizontal direction is reduced below energy of said acoustic wave transferred in a substantially vertical direction by a factor of at least 45dB; wherein said acoustic isolating means includes an acoustic baffle system for attenuating energy of said acoustic wave transferred in a substantially horizontal direction, wherein said acoustic baffle system includes a bank of baffles each separated by an air gap for attenuating energy of said acoustic wave transferred in a substantially horizontal direction, and wherein said acoustic baffle system includes at least an inner baffle stage and an outer baffle stage and a first diffraction edge associated with the inner baffle stage for providing first attenuation in a substantially horizontal direction and a second diffraction edge associated with the outer baffle stage for providing second attenuation in a substantially horizontal direction.
Shelf unit or part of shelf unit that is comprised of a column-panel and a shelf that repeat according to needs to create multipurpose storage structures; said panel-column and said shelf are equipped with devices that allow these elements to be assembled/disassembled without using instruments, tools or any auxiliary part; and each column-panel has a support arranged along the length of the column-panel and that occupies its lower edge, to maintain it in a position of stable balance and where a) said devices that allow assembly/disassembly of the column-panels and the shelves from each other are comprised of one or more «L»-shaped support brackets, regrouped in one or more alignments distributed horizontally on the two faces of each column-panel; and the various flanges are aligned and distributed so that they occupy two opposite edges of each shelf; the support bracket and the edges are assembled by simply fitting together, without using tools or any auxiliary part., b) said support is comprised of various branches distributed along the entire lower edge, aligned with each other, forming an angle with the vertical plane of symmetry of the column-panel, characterized in that c) together with each alignment of support brackets on which the shelves are mounted, there are also rods in the body of the column-panel; so that the corresponding flanges of the shelves rest their free edge on the support brackets and on the rods, which increases considerably the strength of the unit; and in that d) also, each column-panel comprises cavities, each located at each end of its lower support; said cavities have in their base an orifice, that allows their fastening with a screw in the place where it is to be located. a) said devices that allow assembly/disassembly of the column-panels and the shelves from each other are comprised of one or more «L»-shaped support brackets, regrouped in one or more alignments distributed horizontally on the two faces of each column-panel; and the various flanges are aligned and distributed so that they occupy two opposite edges of each shelf; the support bracket and the edges are assembled by simply fitting together, without using tools or any auxiliary part., b) said support is comprised of various branches distributed along the entire lower edge, aligned with each other, forming an angle with the vertical plane of symmetry of the column-panel, characterized in that c) together with each alignment of support brackets on which the shelves are mounted, there are also rods in the body of the column-panel; so that the corresponding flanges of the shelves rest their free edge on the support brackets and on the rods, which increases considerably the strength of the unit; and in that d) also, each column-panel comprises cavities, each located at each end of its lower support; said cavities have in their base an orifice, that allows their fastening with a screw in the place where it is to be located.
A method for establishing a database for use in calibrating a dark field microcopy setup, wherein the setup comprises a light source constructed to emit a beam of electromagnetic radiation at a specimen chamber, the chamber is constructed to hold colloidal particles and to allow a portion of the beam to scatter from the particles, the scattered portion of the beam directed to a sensor, wherein the sensor is adapted to detect the electromagnetic radiation, the method comprising: a. preparing a plurality of particle samples with known concentrations and particle sizes, the plurality having more than one refractive index and more than one particle size; b. for each sample in the plurality: i. introducing the sample into the specimen chamber; ii. activating the light source; iii. measuring a scattered light intensity and a number of particles detected by the sensor; c. determining by a processor configured for that purpose a relationship between the scattered light intensity and the sample's refractive index for each particle size in the plurality; d. determining by a processor configured for that purpose a relationship between an investigated volume and the sample's refractive index for each particle size in the plurality, based on the number of particles measured for the sample; e. for each known particle size, determining by a processor configured for that purpose a calibrated investigated volume based on the known concentration, the measured scattered light intensity and the measured number of particles and storing said determination into the database. a. preparing a plurality of particle samples with known concentrations and particle sizes, the plurality having more than one refractive index and more than one particle size; b. for each sample in the plurality: i. introducing the sample into the specimen chamber; ii. activating the light source; iii. measuring a scattered light intensity and a number of particles detected by the sensor; i. introducing the sample into the specimen chamber; ii. activating the light source; iii. measuring a scattered light intensity and a number of particles detected by the sensor; c. determining by a processor configured for that purpose a relationship between the scattered light intensity and the sample's refractive index for each particle size in the plurality; d. determining by a processor configured for that purpose a relationship between an investigated volume and the sample's refractive index for each particle size in the plurality, based on the number of particles measured for the sample; e. for each known particle size, determining by a processor configured for that purpose a calibrated investigated volume based on the known concentration, the measured scattered light intensity and the measured number of particles and storing said determination into the database.
A method comprising: detecting a device (120, 130, 122a-b) coupled to a network in response to the device (120, 130, 122a-b) being coupled to the network; accessing first data associated with the device (120, 130, 122a-b) from an agent installed on the device (120, 130, 122a-b); accessing second data associated with the device (120, 130, 122a-b) from an external system, wherein the second data associated with the device (120, 130, 122a-b) comprises traffic data associated with the device (120, 130, 122a-b); analyzing the traffic data of the device (120, 130, 122a-b); determining a classification for the device (120, 130, 122a-b) based on the first data associated with device (120, 130, 122a-b) and the traffic data; and storing the classification for the device (120, 130, 122a-b). detecting a device (120, 130, 122a-b) coupled to a network in response to the device (120, 130, 122a-b) being coupled to the network; accessing first data associated with the device (120, 130, 122a-b) from an agent installed on the device (120, 130, 122a-b); accessing second data associated with the device (120, 130, 122a-b) from an external system, wherein the second data associated with the device (120, 130, 122a-b) comprises traffic data associated with the device (120, 130, 122a-b); analyzing the traffic data of the device (120, 130, 122a-b); determining a classification for the device (120, 130, 122a-b) based on the first data associated with device (120, 130, 122a-b) and the traffic data; and storing the classification for the device (120, 130, 122a-b).