mhurhangee/ep-ind-claims huggingface dataset:
An absorbent article comprising: a nonwoven substrate comprising a layer of fibers, wherein the nonwoven substrate has a specific surface area in the range of 0.5 m 2 /g to 5 m 2 /g; a liquid impervious material; a liquid pervious material; and a barrier leg cuff, wherein the nonwoven substrate forms a portion of the barrier leg cuff, and wherein the barrier leg cuff is free of a film. a nonwoven substrate comprising a layer of fibers, wherein the nonwoven substrate has a specific surface area in the range of 0.5 m 2 /g to 5 m 2 /g; a liquid impervious material; a liquid pervious material; and a barrier leg cuff, wherein the nonwoven substrate forms a portion of the barrier leg cuff, and wherein the barrier leg cuff is free of a film.
A steering column of a vehicle with a first and a second shaft part (1, 2) which are interconnected by a universal joint-like joint arrangement having a first and a second flexible rubber joint disc (3, 4), the shaft parts being arranged coaxially to one another, viewed in the axial direction, one behind the other and without elastic deformation of the joint discs (3, 4) within usually tolerances, characterised in that provided between the two joint discs (3, 4) is an intermediate piece which is independent of the two shaft parts (1, 2) with regard to its mobility and which is connected to the shaft parts (1, 2) in the manner of a universal joint by the joint discs (3, 4), such that when the steering column is fitted, seen in a suitable side view, the rotational axes (1a, 2a) of the two shaft parts (1, 2) include a bending angle (β) of the steering column due to elastic deformation of the two joint discs (3, 4).
A treatment line for treating waste consisting of residual household waste and/or biowaste, for the purpose of separating the organic matter and the matters with a high LHV, comprising: - means for storing waste, - means for separating recoverable matters, - means (4, 8, 9, 8a) for sorting products having different particle sizes, - means for directing the products of larger particle size to at least one treatment unit, in particular for energy recovery, - and at least one digester (B, B1) for the methanization of products with a higher organic content, having a smaller particle size, characterized in that: - the sorting means are provided in order to supply a fraction of products having a particle size of less than 20 mm, - at least one digester (B, B1) is used for the methanization of this fraction having a particle size of less than 20 mm, - and the treatment line comprises at least one low-temperature, generally below 95°C and above 60°C, thermal dryer (ST, ST1), which is fed with the digestate derived from the fraction having a particle size of less than 20 mm. - means for storing waste, - means for separating recoverable matters, - means (4, 8, 9, 8a) for sorting products having different particle sizes, - means for directing the products of larger particle size to at least one treatment unit, in particular for energy recovery, - and at least one digester (B, B1) for the methanization of products with a higher organic content, having a smaller particle size, - the sorting means are provided in order to supply a fraction of products having a particle size of less than 20 mm, - at least one digester (B, B1) is used for the methanization of this fraction having a particle size of less than 20 mm, - and the treatment line comprises at least one low-temperature, generally below 95°C and above 60°C, thermal dryer (ST, ST1), which is fed with the digestate derived from the fraction having a particle size of less than 20 mm.
A pile installing system, comprising a pile including a cylindrical wall surrounding a hollow space, a central cutter which is located at a lower end of the pile for loosening soil below the hollow space upon installing the pile into the ground and which is displaceable within the pile in longitudinal direction thereof so as to remove the central cutter from the pile after installing the pile in the ground, characterized in that the pile installing system includes a peripheral cutter located at the lower end of the pile for loosening soil below the cylindrical wall, a soil passage for guiding loosened soil from below the cutters (5, 6) to the hollow space and a soil conveying member for transporting loosened soil upwardly through the hollow space, wherein the soil passage is located at at least one of the central and peripheral cutters (5, 6) at a radial distance from the cylindrical wall.
A method for reconfiguring a de-configured cell of a cellular mobile communication system, the system using a RAN Information Management protocol according to a 3GPP standard, wherein a first cell is connected to a first Base Station System and serves as a parenting cell to a second cell, the second cell being connected to a second Base Station System and being defined as an adjacent cell to the first cell, the first and the second Base Station System (7, 10) being linked via a Serving GPRS Support Node, the first Base Station System storing a list of cells being adjacent to the first cell and the second Base Station System storing a list of cells being parenting cells to the second cell, comprising, in the first Base Station System upon receipt of a notification by the second Base Station System concerning the second cell being de-configured, the following steps: a) marking the second cell as de-configured in said adjacent cell list of the first Base Station System, b) starting a polling timer (T p) and waiting for expiration of the polling timer (T p), c) sending a RAN Information Request to the second Base Station System requesting a System Information of the second cell, and d) when no RAN Information containing the requested System Information is received from the second Base Station System, returning to step b), otherwise e) marking the second cell as configured in said adjacent cell list of the first Base Station System. a) marking the second cell as de-configured in said adjacent cell list of the first Base Station System, b) starting a polling timer (T p) and waiting for expiration of the polling timer (T p), c) sending a RAN Information Request to the second Base Station System requesting a System Information of the second cell, and d) when no RAN Information containing the requested System Information is received from the second Base Station System, returning to step b), otherwise e) marking the second cell as configured in said adjacent cell list of the first Base Station System.
An apparatus comprising: a support for supporting a material having at least one edge; an edge cutter head including a depth control device, the depth control device including a first portion and a second portion; and an edge cutter head support for supporting the edge cutter head; wherein in response to the edge cutter head and the at least one edge of the material being brought into cutting contact and moved relative to each other, a resulting portion of the at least one edge of the material is distressed; and depth control is achieved by selectably directing the first portion away from or toward the second portion; characterized in that: the edge cutter head includes a pivotable blade holder and a blade, an orientation of the pivotable blade holder selectably set and permitted to move in response to variations in the material being encountered by the blade. a support for supporting a material having at least one edge; an edge cutter head including a depth control device, the depth control device including a first portion and a second portion; and an edge cutter head support for supporting the edge cutter head; wherein in response to the edge cutter head and the at least one edge of the material being brought into cutting contact and moved relative to each other, a resulting portion of the at least one edge of the material is distressed; and depth control is achieved by selectably directing the first portion away from or toward the second portion;
Device for injecting fuel into the combustion chamber of an internal combustion engine, having an injector which is fixed in a cylinder head, and having a multiplicity of inlet and outlet lines which run through the cylinder head and which serve for the supply of media, in particular fuel, cooling liquid and/or lubricant, to the injector, wherein the multiplicity of inlet and outlet lines are led through a common bore of the cylinder head, characterized in that at least two of the multiplicity of inlet and outlet lines are formed by concentric pipes (10, 11).
Method for producing glass fibre-reinforced sleeves for the printing industry by means of UV curing, comprising at least the following method steps: shaping of a UV-curable sleeve from glass fibres and a UV-curable resin, curing of the sleeve by UV irradiation, where the glass fibres used are provided in an upstream method step with an adhesion-promoting coating, characterized in that the formulation used for the coating comprises electrically conductive nanoparticles. shaping of a UV-curable sleeve from glass fibres and a UV-curable resin, curing of the sleeve by UV irradiation,
An apparatus for damping an actuator, comprising: an inerter, including: a first terminal and a second terminal movable relative to one another along an inerter axis and configured to be mutually exclusively coupled to a support structure and a movable device actuated by the actuator; a rod coupled to and movable with the first terminal; a threaded shaft non-rotatably coupled to and movable with the second terminal; a flywheel having a flywheel annulus coupled to at least one of the rod and the threaded shaft; and the flywheel configured to rotate in proportion to axial acceleration of the rod relative to the threaded shaft in correspondence with actuation of the movable device by the actuator, wherein the flywheel is rotatably coupled to the rod and threadably engaged to the threaded shaft in a manner such that axial acceleration of the rod relative to the threaded shaft causes proportional rotational acceleration of the flywheel. a first terminal and a second terminal movable relative to one another along an inerter axis and configured to be mutually exclusively coupled to a support structure and a movable device actuated by the actuator; a rod coupled to and movable with the first terminal; a threaded shaft non-rotatably coupled to and movable with the second terminal; a flywheel having a flywheel annulus coupled to at least one of the rod and the threaded shaft; and the flywheel configured to rotate in proportion to axial acceleration of the rod relative to the threaded shaft in correspondence with actuation of the movable device by the actuator, wherein the flywheel is rotatably coupled to the rod and threadably engaged to the threaded shaft in a manner such that axial acceleration of the rod relative to the threaded shaft causes proportional rotational acceleration of the flywheel.
A metal member for being used in a solid-oxide type electrochemical stack, the metal member comprising: a base formed of ferritic stainless steel; and a metal film provided on the base, wherein the metal film includes a first metal layer containing Co and a second metal layer made of Mn, and is a stack in which the first metal layer and the second metal layer are sequentially stacked from the side of the base, and wherein the metal film is a stack including, in addition to the first metal layer and the second metal layer, a third metal layer made of Mo, or wherein the first metal layer further contains Mo in addition to Co. a base formed of ferritic stainless steel; and a metal film provided on the base, wherein the metal film includes a first metal layer containing Co and a second metal layer made of Mn, and is a stack in which the first metal layer and the second metal layer are sequentially stacked from the side of the base, and wherein the metal film is a stack including, in addition to the first metal layer and the second metal layer, a third metal layer made of Mo, or wherein the first metal layer further contains Mo in addition to Co.
A transducer for a position sensor comprising: first and second coils (23, 25-1) arranged along at least a portion of a measurement path; and a target having first and second target portions (9a, 10a; 9b, 10b) that are separated along the measurement path and each target portion (9a, 10a; 9b, 10b) having first and second sub-portions (R1-A, R1-C; R2-C, R2-A) that are separated in a direction perpendicular to the measurement path; wherein the target and the first and second coils (23, 25-1) are relatively moveable; wherein the magnetic coupling between the first coil and the second coil is modulated by the presence of the target to generate signals that depend on the relative position between the target and the first and second coils (23, 25-1); and wherein said first and second target portions (9a, 10a; 9b, 10b) are asymmetrically arranged relative to the first and second coils (23, 25-1) such that the magnetic coupling between the first coil and the second coil, when the first sub-portion (R1-A) of the first target portion (9a, 10a) is adjacent a location of the first coil, is opposite to the magnetic coupling between the first coil and the second coil, when the first sub-portion (R2-C) of the second target portion (9b, 10b) is adjacent the same location of the first coil. first and second coils (23, 25-1) arranged along at least a portion of a measurement path; and a target having first and second target portions (9a, 10a; 9b, 10b) that are separated along the measurement path and each target portion (9a, 10a; 9b, 10b) having first and second sub-portions (R1-A, R1-C; R2-C, R2-A) that are separated in a direction perpendicular to the measurement path; wherein the target and the first and second coils (23, 25-1) are relatively moveable; wherein the magnetic coupling between the first coil and the second coil is modulated by the presence of the target to generate signals that depend on the relative position between the target and the first and second coils (23, 25-1); and wherein said first and second target portions (9a, 10a; 9b, 10b) are asymmetrically arranged relative to the first and second coils (23, 25-1) such that the magnetic coupling between the first coil and the second coil, when the first sub-portion (R1-A) of the first target portion (9a, 10a) is adjacent a location of the first coil, is opposite to the magnetic coupling between the first coil and the second coil, when the first sub-portion (R2-C) of the second target portion (9b, 10b) is adjacent the same location of the first coil.
A negative-pressure ink cartridge refilling device (1, 13) for refilling ink into an ink cartridge, said ink cartridge refilling device comprising: - an ink container for storing ink for refilling; - an ink injection channel communicating with said ink container and for conveying said ink from said ink container to said ink cartridge; - an air inlet channel communicating with said ink container and for replenishing air into said ink container; - an aspirator for sucking air out of said ink cartridge; and - a cover component, wherein said cover component is provided with a first sealing section for sealing an air inlet of said ink cartridge; characterized in that said cover component is provided with a second sealing section for sealing said air inlet channel. - an ink container for storing ink for refilling; - an ink injection channel communicating with said ink container and for conveying said ink from said ink container to said ink cartridge; - an air inlet channel communicating with said ink container and for replenishing air into said ink container; - an aspirator for sucking air out of said ink cartridge; and - a cover component, wherein said cover component is provided with a first sealing section for sealing an air inlet of said ink cartridge;
Combination comprising a support bar and a material web wound to form a coreless roll, wherein a bearing journal (4, 5) projecting beyond the roll is provided at each end, wherein a first part of the support bar passes through the roll over the entire length and has a projecting first end which forms the first of the two bearing journals and wherein a second part of the support bar is provided with the second bearing journal which is rotatable relative to the roll, characterised in that the first part has an axial bore at the second end, in which a first end of a rotary body forming the second part is latched within the roll, and that the rotary body has a second end projecting from the roll, which forms the rotatable, second bearing journal.
A sensing system, comprising: a sensor transmitter which transmits a signal, the signal including an indication of a parameter measured by the sensor; and at least one sensing device which receives the signal, the sensing device including a line (24a-c) contained in an enclosure, and the signal being detected by the line (24a-c) through a material of the enclosure wherein the line comprises an optical waveguide, and wherein the signal comprises an acoustic signal. a sensor transmitter which transmits a signal, the signal including an indication of a parameter measured by the sensor; and at least one sensing device which receives the signal, the sensing device including a line (24a-c) contained in an enclosure, and the signal being detected by the line (24a-c) through a material of the enclosure wherein the line comprises an optical waveguide, and wherein the signal comprises an acoustic signal.
A control device (228, 228L, 228R, 302) for a vehicle lamp, characterized by the control device (228, 228L, 228R, 302) being configured to determine the presence of a shading body along a road between a subject vehicle and an opposite lane on the basis of information obtained from a navigation system, and being configured to avoid output of a control signal forming a light distribution pattern (Hi1, Hi2, Hi3) which has an irradiation region on an opposite lane side above a horizontal line when determining that the shading body is present.
A cooking hob comprising: - a plurality of heating means; - a control device for controlling said heating means, wherein said control device comprises a printed circuit board, a plurality of power components, and a heat dissipator, wherein said power components are thermally connected to said heat dissipator and electrically connected to said printed circuit board; - a cooling fan for cooling said control device, wherein said fan generates a cooling air flow circulating along said heat dissipator; characterized in that said control device comprises a single means of temperature detection, wherein said means of temperature detection is disposed within the cooling air flow generated by said fan, and wherein said means of temperature detection is disposed after one end of said heat dissipator within which the cooling air flow is discharged in the travel direction of the cooling air flow, and in that said control device comprises a microcontroller, wherein said microcontroller is disposed in the cooling air flow generated by said fan, and wherein said microcontroller is disposed after said end of said heat dissipator within which the cooling air flow is discharged in the travel direction of the cooling air flow, and in that the powering of said power components of said control device is limited by said microcontroller based on the temperature value measured by said means of temperature detection. - a plurality of heating means; - a control device for controlling said heating means, wherein said control device comprises a printed circuit board, a plurality of power components, and a heat dissipator, wherein said power components are thermally connected to said heat dissipator and electrically connected to said printed circuit board; - a cooling fan for cooling said control device, wherein said fan generates a cooling air flow circulating along said heat dissipator;
A linear drive transport system, comprising: a plurality of fixed tracks; a junction track disposed on a conveyor configured to align the junction track with each of the plurality of fixed tracks, wherein the plurality of fixed tracks and the junction track comprise one of electromagnetic coils or permanent magnets arranged in series along the respective plurality of fixed tracks and the junction track, and wherein the conveyor comprises a linear drive; and a plurality of movers configured to move along the fixed tracks and configured to transition between each of the plurality of fixed tracks and the junction track when aligned, wherein the movers comprise the other of the electromagnetic coils or the permanent magnets, wherein the junction track is configured to receive a mover of the plurality of movers from a first fixed track of the plurality of fixed tracks and to impel the mover onto a second fixed track of the plurality of fixed tracks after being repositioned into alignment with the second fixed track by the conveyor. a plurality of fixed tracks; a junction track disposed on a conveyor configured to align the junction track with each of the plurality of fixed tracks, wherein the plurality of fixed tracks and the junction track comprise one of electromagnetic coils or permanent magnets arranged in series along the respective plurality of fixed tracks and the junction track, and wherein the conveyor comprises a linear drive; and a plurality of movers configured to move along the fixed tracks and configured to transition between each of the plurality of fixed tracks and the junction track when aligned, wherein the movers comprise the other of the electromagnetic coils or the permanent magnets, wherein the junction track is configured to receive a mover of the plurality of movers from a first fixed track of the plurality of fixed tracks and to impel the mover onto a second fixed track of the plurality of fixed tracks after being repositioned into alignment with the second fixed track by the conveyor.
A laser-engraveable composition comprising a laser-engraveable resin having chemically-crosslinked organic porous particles dispersed therein, wherein the chemically-crosslinked organic porous particles comprise a chemically-crosslinked elastomeric resin that has a glass transition temperature of less than or equal to 20°C.
Temperature-control module for a building wall having a first plug-in portion which extends from a supply end to a front end, wherein the first plug-in portion has a feed duct and a return duct and wherein the feed duct and the return duct are connected to one another close to the front end, having a second plug-in portion which is oriented parallel to the first plug-in portion and which extends from a supply end to a front end, wherein the second plug-in portion has a feed duct and a return duct and wherein the feed duct and the return duct are connected to one another close to the front end, and having a connecting portion which extends between the first plug-in portion and the second plug-in portion, wherein the connecting portion connects the return duct of the first plug-in portion to the feed duct of the second plug-in portion, characterized in that the diameter of the connecting portion corresponds to the diameter of the plug-in portion.