mhurhangee/ep-ind-claims huggingface dataset:
Carrier arrangement for storing and/or transporting and/or cleaning dishes or other articles, wherein the carrier arrangement comprises at least one carrier plate having at least one lattice-shaped structure, wherein the lattice-shaped structure is formed by lattice bars which are arranged in a rectangular shape, in particular in a square shape, and surround rectangular, in particular square, openings, and wherein the carrier arrangement comprises at least one fastening base which can be or is clampingly fastened to the lattice-shaped structure, wherein the fastening base can be or is clampingly fastened in a single one of the rectangular, in particular square, openings, and the lattice bars surrounding the openings each have at least one bead for clampingly fastening the fastening base in the opening, and the fastening base has a plate, wherein the bead can be or is clamped, preferably without play, between undercuts of latching tongues of the fastening base and the plate, characterized in that the fastening base has four latching tongues located opposite one another in pairs, and the undercuts of all the latching tongues of the fastening base are at an equal distance from the plate, and in that all the beads of the carrier plate end in a common plane.
A link element, in particular for use in utility vehicles, comprising a first wall region, a second wall region and a third wall region, wherein the link element has a pivot region for pivotable support about a pivot axis, wherein the first wall region and the second wall region have a main extent which extends substantially parallel with a transverse plane, wherein the transverse plane is orthogonal to the pivot axis, wherein the third wall region protrudes substantially along a lateral plane from the first wall region and/or from the second wall region, wherein the lateral plane is orientated perpendicularly to the transverse plane, and wherein the third wall region is arranged eccentrically with respect to the extent of the first wall region and/or the second wall region, characterized in that the third wall region has a recess which extends substantially along the lateral plane.
Pipe carrier for supporting a pipe in a pipe clamp in a thermally insulated way, with an insulating body, which has at least one foam material, and in which an opening for the pipe is formed, in which the insulating body consists of a first segment and a second segment, and with a film forming a vapour barrier, which is arranged on both segments (10, 20), which surrounds both segments (10, 20) at least in sections, and which forms a hinge between both segments (10, 20), in which at least one compression area is formed in the film, characterised in that the compression area lies completely on the first segment, and the first segment has a supporting segment for the pipe and a sealing strip, in which the sealing strip for sealing the supporting segment is arranged between the supporting segment and the compression area, and in which the material of the sealing strip has a higher water vapour diffusion resistance than the material of the supporting segment.
A bonding stud arranged to be secured by a bonding nut comprising: a body having a first threaded stud extending from a first surface of the body and a second threaded stud extending from a second surface of the body, the body being dimensioned to geometrically conform to a cage nut hole to provide torque resistance as the bonding nut is tightened, characterized in that the body further having a stop surface extending outwardly from the body and at least one projection comprising a tooth having a cutting surface, the at least one projection includes a first surface in contact with the body and a second surface in contact with the stop surface. a body having a first threaded stud extending from a first surface of the body and a second threaded stud extending from a second surface of the body, the body being dimensioned to geometrically conform to a cage nut hole to provide torque resistance as the bonding nut is tightened, characterized in that the body further having a stop surface extending outwardly from the body and at least one projection comprising a tooth having a cutting surface, the at least one projection includes a first surface in contact with the body and a second surface in contact with the stop surface.
A seaming element (10, 210) for seaming a first seamable edge region of an industrial textile to a second seamable edge region of the industrial textile, the seaming element (10, 210) comprising a first lateral edge region and a second lateral edge region, wherein (i) the second lateral edge region is constructed and arranged to be securably bonded to the first seamable edge region; and (ii) the first lateral edge region comprises an outer securing member (20, 220) and at least one inner securing member (30, 230), each securing member (20, 30; 220, 230) comprising a plurality of spaced-apart aligned channeled protrusions, such that: a) the protrusions of the outer securing member (20, 220) are interdigitatable and alignable with the protrusions of one of the at least one inner securing member (30, 230) of a corresponding second seaming element securably bonded to the second seamable edge region of the textile, to define a first channel (26, 36); and b) the protrusions of one of the at least one inner securing member (30, 230) are interdigitatable and alignable with the protrusions of the outer securing member (20, 220) of the corresponding second seaming element, to define a second channel (26, 36). (i) the second lateral edge region is constructed and arranged to be securably bonded to the first seamable edge region; and (ii) the first lateral edge region comprises an outer securing member (20, 220) and at least one inner securing member (30, 230), each securing member (20, 30; 220, 230) comprising a plurality of spaced-apart aligned channeled protrusions, such that: a) the protrusions of the outer securing member (20, 220) are interdigitatable and alignable with the protrusions of one of the at least one inner securing member (30, 230) of a corresponding second seaming element securably bonded to the second seamable edge region of the textile, to define a first channel (26, 36); and b) the protrusions of one of the at least one inner securing member (30, 230) are interdigitatable and alignable with the protrusions of the outer securing member (20, 220) of the corresponding second seaming element, to define a second channel (26, 36). a) the protrusions of the outer securing member (20, 220) are interdigitatable and alignable with the protrusions of one of the at least one inner securing member (30, 230) of a corresponding second seaming element securably bonded to the second seamable edge region of the textile, to define a first channel (26, 36); and b) the protrusions of one of the at least one inner securing member (30, 230) are interdigitatable and alignable with the protrusions of the outer securing member (20, 220) of the corresponding second seaming element, to define a second channel (26, 36).
A collaboration method in a distributed resilient network interconnect system, the method comprising: after receiving system parameters notified by a distributed relay control protocol, DRCP, system, a link aggregation control protocol, LACP, system taking the system parameters of the DRCP system as system negotiation parameters of the LACP system; the method being characterized in that it further comprises: when a receiving state machine of the LACP system is in a port disabled state and meets a first preset condition, the receiving state machine jumping to a negotiation state after receiving the system parameters notified by the DRCP system, and jumping to an expired state after taking the system parameters of the DRCP system as the system negotiation parameters of the LACP system; when the receiving state machine of the LACP system is in the port disabled state, when the LACP system supports the distributed resilient network interconnected, DRNI, system and has not received the system parameters notified by the DRCP system, the receiving state machine remaining in the port disabled state. after receiving system parameters notified by a distributed relay control protocol, DRCP, system, a link aggregation control protocol, LACP, system taking the system parameters of the DRCP system as system negotiation parameters of the LACP system; the method being characterized in that it further comprises: when a receiving state machine of the LACP system is in a port disabled state and meets a first preset condition, the receiving state machine jumping to a negotiation state after receiving the system parameters notified by the DRCP system, and jumping to an expired state after taking the system parameters of the DRCP system as the system negotiation parameters of the LACP system; when the receiving state machine of the LACP system is in the port disabled state, when the LACP system supports the distributed resilient network interconnected, DRNI, system and has not received the system parameters notified by the DRCP system, the receiving state machine remaining in the port disabled state. when a receiving state machine of the LACP system is in a port disabled state and meets a first preset condition, the receiving state machine jumping to a negotiation state after receiving the system parameters notified by the DRCP system, and jumping to an expired state after taking the system parameters of the DRCP system as the system negotiation parameters of the LACP system; when the receiving state machine of the LACP system is in the port disabled state, when the LACP system supports the distributed resilient network interconnected, DRNI, system and has not received the system parameters notified by the DRCP system, the receiving state machine remaining in the port disabled state.
Beam comprising: - a profile of U-shaped section with two side walls (9.1, 9.2) and a bottom wall (9.3); - a reinforcement housed in the U-shaped section of the profile and fixed to said profile by an expandable adhesive between the side walls (9.1, 9.2) of the U-shaped section and said reinforcement; and - a plate fixed to the profile so as to close the U-shaped section; the reinforcement forming a partitioned structure extending in a main direction and comprising two opposite side faces (11.1, 11.2) facing the side walls (9.1, 9.2) of the profile and a bottom face (11.3) facing the bottom wall (9.3) of said profile, characterized in that the partitioned structure comprises on the bottom face (11.3) two ribs extending in the main direction and delimiting with the bottom wall (9.3) of the profile a ventilation channel, the expandable adhesive extending from the side walls (9.1, 9.2) towards the bottom wall (9.3) of the U-shaped section and stops at the ribs of the reinforcement of so as to form the ventilation channel, the partitioned structure further comprising on the bottom face (11.3), between the two ribs and on at least one section of said structure, a bottom wall provided with ventilation orifices. - a profile of U-shaped section with two side walls (9.1, 9.2) and a bottom wall (9.3); - a reinforcement housed in the U-shaped section of the profile and fixed to said profile by an expandable adhesive between the side walls (9.1, 9.2) of the U-shaped section and said reinforcement; and - a plate fixed to the profile so as to close the U-shaped section; the reinforcement forming a partitioned structure extending in a main direction and comprising two opposite side faces (11.1, 11.2) facing the side walls (9.1, 9.2) of the profile and a bottom face (11.3) facing the bottom wall (9.3) of said profile, characterized in that the partitioned structure comprises on the bottom face (11.3) two ribs extending in the main direction and delimiting with the bottom wall (9.3) of the profile a ventilation channel, the expandable adhesive extending from the side walls (9.1, 9.2) towards the bottom wall (9.3) of the U-shaped section and stops at the ribs of the reinforcement of so as to form the ventilation channel, the partitioned structure further comprising on the bottom face (11.3), between the two ribs and on at least one section of said structure, a bottom wall provided with ventilation orifices.
A gas pressure controlled casting mold, comprising: a hot-top introducing a molten metal of aluminum or aluminum alloy; a mold body which passes the molten metal of aluminum or aluminum alloy introduced from the hot-top through a molten metal passage portion for cooling and solidification to semi-continuously or continuously cast a billet of aluminum or aluminum alloy; a plurality of lubricating oil blow-out holes for blowing out a lubricating oil, the plurality of lubricating oil blow-out holes being arranged on a wall surface of the molten metal passage portion of the mold body; lubricating oil supply passages communicatively connected to each lubricating oil blow-out hole independently formed so that the mold body is penetrated from outside; a plurality of gas passage holes for passing a gas, the plurality of gas passage holes being arranged on a wall surface of the molten metal passage portion of the mold body; gas passages communicatively connected to each gas passage hole independently formed so that the mold body is penetrated from outside, and a trap mechanism configured to trap the lubricating oil poured back into the gas passage. a hot-top introducing a molten metal of aluminum or aluminum alloy; a mold body which passes the molten metal of aluminum or aluminum alloy introduced from the hot-top through a molten metal passage portion for cooling and solidification to semi-continuously or continuously cast a billet of aluminum or aluminum alloy; a plurality of lubricating oil blow-out holes for blowing out a lubricating oil, the plurality of lubricating oil blow-out holes being arranged on a wall surface of the molten metal passage portion of the mold body; lubricating oil supply passages communicatively connected to each lubricating oil blow-out hole independently formed so that the mold body is penetrated from outside; a plurality of gas passage holes for passing a gas, the plurality of gas passage holes being arranged on a wall surface of the molten metal passage portion of the mold body; gas passages communicatively connected to each gas passage hole independently formed so that the mold body is penetrated from outside, and a trap mechanism configured to trap the lubricating oil poured back into the gas passage.
Method for producing a ring-like component having a ring body which has a circumferential face (2, 12) and having a friction lining which is fixed on said circumferential face (2, 12), wherein two circumferential edges (7, 8) of the ring body run at an axial spacing from one another thereby delimiting an axial width (b), within which the friction lining is fixed, wherein the ring body is produced by means of sintering and, after its production, the ring body is provided with a circumferential face (2, 12), the surface regions (22, 23) of which, which are to be covered by the friction lining, are not machined at least partially, characterized in that the circumferential face (2, 12) of the sintered ring body is provided with open-porous sinter pores and the friction lining is fixed to the open-porous circumferential face (2, 12) by means of adhesive bonding.
A lightweight, fibrous high temperature thermal insulation panel comprising high temperature resistant biosoluble inorganic fibers, expanded perlite, binder, and optionally conventional high temperature resistant inorganic fibers; characterized in that the panel is rigid, the panel density is from 60 kg/m 3 to 160 kg/m 3; and the high temperature resistant biosoluble inorganic fibers comprise at least one of alkaline earth silicate fibers, calcia-aluminate fibers, potassia-calcia-aluminate fibers, potassia-alumina-silicate fibers, or sodia-alumina-silicate fibers, optionally wherein the alkaline earth silicate fibers comprise at least one of calcium-magnesia-silicate fibers or magnesium-silicate fibers.
A screening device for screening bulk material comprising: - a housing having at least two side parts, - the cross struts connecting at least two side parts which are designed to accommodate longitudinal struts supporting a screen lining and - the longitudinal struts supporting the screen lining, which are connected to the transverse struts by means of at least one clamping device, characterized in that the at least one clamping device has exactly one component which encloses a cross strut to at least 60% - preferably to 75% - with a clamping cross section, wherein the clamping cross section of the enclosing component can be changed in its size, preferably in a diameter, by clamping the longitudinal struts by at least one clamping element. - a housing having at least two side parts, - the cross struts connecting at least two side parts which are designed to accommodate longitudinal struts supporting a screen lining and - the longitudinal struts supporting the screen lining, which are connected to the transverse struts by means of at least one clamping device,
A transition metal-polymer complex treated article comprising: a) a monomer X selected from the group consisting of vinylimidazole, vinylimidazoline, vinylpyridine, vinylpyrrole, derivatives thereof and combinations thereof; and b) a transition metal, wherein the transition metal is silver; further wherein the molar ratio of monomer X to transition metal is from 24:1 to 117:1. a) a monomer X selected from the group consisting of vinylimidazole, vinylimidazoline, vinylpyridine, vinylpyrrole, derivatives thereof and combinations thereof; and b) a transition metal, wherein the transition metal is silver;
An optical laminate, comprising: an optical functional layer, a reddening-resistant layer formed on at least one side of the optical functional layer; and an additional layer (30; 301) different from the optical functional layer and the reddening-resistant layer, wherein the reddening-resistant layer is between the additional layer (30; 301) and the optical functional layer, characterized in that the optical functional layer is a polarizing layer, and the reddening-resistant layer comprises a surface having a surface area ratio of 0.02 or more as measured by an atomic force microscope, the method being as mentioned in the description. an optical functional layer, a reddening-resistant layer formed on at least one side of the optical functional layer; and an additional layer (30; 301) different from the optical functional layer and the reddening-resistant layer, wherein the reddening-resistant layer is between the additional layer (30; 301) and the optical functional layer, characterized in that the optical functional layer is a polarizing layer, and the reddening-resistant layer comprises a surface having a surface area ratio of 0.02 or more as measured by an atomic force microscope, the method being as mentioned in the description.
Section intended for use as a horizontal support element in a balcony glazing, comprising at least one upper channel, in which channel water, such as rainwater or condensate, can accumulate, and a lower channel, which can receive water accumulated in said at least one upper channel, further comprising an end termination device arranged at an end of the section, wherein the end termination device comprises an upper bypass which connects said at least one upper channel with the lower channel, characterized in that the end termination device comprises a rigid plate, which on at least one side has a sealing rubber sheet (25a, 25c) attached. further comprising an end termination device arranged at an end of the section, wherein the end termination device comprises an upper bypass which connects said at least one upper channel with the lower channel, characterized in that the end termination device comprises a rigid plate, which on at least one side has a sealing rubber sheet (25a, 25c) attached.
A lithographic printing plate support, comprising an aluminum plate and an anodized film of aluminum which is formed on the aluminum plate and has micropores extending therein from a surface of the anodized film opposite from the aluminum plate in a depth direction of the anodized film, wherein each of the micropores has a large-diameter portion which extends from the surface of the anodized film to an average depth (depth A) of 75 to 120 nm and a small-diameter portion which communicates with a bottom of the large-diameter portion and extends to an average depth of 900 to 2,000 nm from a level of communication with the large-diameter portion, wherein an average diameter of the large-diameter portion at the surface of the anodized film is at least 10 nm but less than 30 nm and a ratio of the depth A to the average diameter (depth A/average diameter) of the large-diameter portion is more than 4.0 but up to 12.0, and wherein an average diameter of the small-diameter portion at the level of communication is more than 0 but less than 10.0 nm.
A rail vehicle having a wheel for traveling on a rail made of steel material, the rail having a rail surface, the rail vehicle comprising a traction system, the traction system including a nozzle coupled to an air source and configured to be selectively aimed toward a determined portion of the rail surface, and the determined portion is based on a location of the rail surface between edges of the rail and proximate to the wheel; and a conduit configured to supply pressurized air from the air source to the nozzle, the nozzle flexibly coupled thereto; wherein the nozzle is configured for the aim of the nozzle to be controlled to change its aiming direction in response to a change in curvature of the rail, whereby a stream of air from the nozzle impacts the determined portion during movement of the vehicle through the curvature of the rail, wherein the traction system further comprises an actuator, charaterized in that the actuator comprises an electromagnet that is coupled to the nozzle, wherein the actuator is configured to force the nozzle aiming direction in response to the change in the curvature of the rail, the electromagnet remaining in a fixed position relative to the rail due to the attraction between the electromagnet and the steel material of the rail. a nozzle coupled to an air source and configured to be selectively aimed toward a determined portion of the rail surface, and the determined portion is based on a location of the rail surface between edges of the rail and proximate to the wheel; and a conduit configured to supply pressurized air from the air source to the nozzle, the nozzle flexibly coupled thereto; wherein the nozzle is configured for the aim of the nozzle to be controlled to change its aiming direction in response to a change in curvature of the rail, whereby a stream of air from the nozzle impacts the determined portion during movement of the vehicle through the curvature of the rail, wherein the traction system further comprises an actuator, charaterized in that the actuator comprises an electromagnet that is coupled to the nozzle, wherein the actuator is configured to force the nozzle aiming direction in response to the change in the curvature of the rail, the electromagnet remaining in a fixed position relative to the rail due to the attraction between the electromagnet and the steel material of the rail.