mhurhangee/ep-ind-claims huggingface dataset:
A stabilizer link formed by injection molding using reinforcing fiber containing resin, comprising a support bar for connecting two housings, wherein the support bar comprises a top wing plate, a bottom wing plate, a center supporting plate, and a plurality of ribs (154A - 154F), the top wing plate, the bottom wing plate and the center supporting plate extend to a longitudinal direction of the support bar, and the center supporting plate connects the top wing plate and the bottom wing plate, whereby forming a I shape in a cross section perpendicular to the longitudinal direction, the plurality of ribs (154A - 154F) are formed, so as to separate in the longitudinal direction between the top wing plate and the bottom wing plate, characterized in that the reinforcing fiber is oriented to the longitudinal direction in the top wing plate, the bottom wing plate, and the center supporting plate, the reinforcing fiber is oriented to a perpendicular direction perpendicular to the longitudinal direction, and when a longitudinal orientation ratio of the reinforcing fiber at a longitudinal center portion of the top wing plate and the bottom wing plate is set to be D1 (%), a perpendicular orientation ratio of the reinforcing fiber at a perpendicular center portion of the ribs (154A - 154F) in the perpendicular direction is set to be D2 (%), and a perpendicular orientation ratio of the reinforcing fiber at a perpendicular end portion of the ribs (154A - 154F) in the perpendicular direction is set to be D3 (%), the orientation ratios D1 to D3 satisfy Equation 1. D 1 > D 2 > D 3 wherein the support bar comprises a top wing plate, a bottom wing plate, a center supporting plate, and a plurality of ribs (154A - 154F), the top wing plate, the bottom wing plate and the center supporting plate extend to a longitudinal direction of the support bar, and the center supporting plate connects the top wing plate and the bottom wing plate, whereby forming a I shape in a cross section perpendicular to the longitudinal direction, the plurality of ribs (154A - 154F) are formed, so as to separate in the longitudinal direction between the top wing plate and the bottom wing plate, characterized in that the reinforcing fiber is oriented to the longitudinal direction in the top wing plate, the bottom wing plate, and the center supporting plate, the reinforcing fiber is oriented to a perpendicular direction perpendicular to the longitudinal direction, and when a longitudinal orientation ratio of the reinforcing fiber at a longitudinal center portion of the top wing plate and the bottom wing plate is set to be D1 (%), a perpendicular orientation ratio of the reinforcing fiber at a perpendicular center portion of the ribs (154A - 154F) in the perpendicular direction is set to be D2 (%), and a perpendicular orientation ratio of the reinforcing fiber at a perpendicular end portion of the ribs (154A - 154F) in the perpendicular direction is set to be D3 (%), the orientation ratios D1 to D3 satisfy Equation 1. D 1 > D 2 > D 3
An optoelectronic component on a substrate comprising a first and a second electrode, wherein the first electrode is arranged on the substrate and the second electrode forms a counter electrode, wherein between these electrodes at least one photoactive layer system is arranged which at least one photoactive donor-acceptor system with organic materials and a doped, partially doped or undoped transport layer, ie n- or player, wherein the counter electrode has at least one first layer, the counter electrode further comprises a first intermediate layer of an alkali or alkaline earth metal or MoOx, wherein the first intermediate layer is arranged between the first layer and the photoactive layer system of the component and the counter electrode comprises a second layer which is arranged on the first layer and has a layer thickness between 10 to 100 nm, and the transport layer is disposed between the photoactive layer system and the counter electrode, characterized in that the first layer comprises a metal alloy containing Ag and the second layer has a refractive index> 2.0.
A rechargeable battery comprising: an electrode assembly comprising a first electrode, a second electrode, and a separator between the first electrode and the second electrode; a case accommodating the electrode assembly; a cap plate coupled to the case; a first current collector coupled to the first electrode of the electrode assembly; and a first terminal assembly comprising a first terminal coupled to the first current collector and having a first fixed groove (31a1) and a second terminal having a second fixed protrusion (32b1) coupled to the first fixed groove (31a1), wherein the first terminal comprises a first material, and the second terminal comprises a second material different from the first material, wherein the first terminal assembly further comprises a first terminal plate on the cap plate, the first current collector comprises the first material, and the first terminal plate comprises the second material, wherein the second terminal further comprises a second terminal head and a second terminal column extending from the second terminal head and having the second fixed protrusion, and the first terminal plate comprises a second terminal hole through which the second terminal column is passed and inserted into the first fixed groove of the first terminal, wherein the first terminal plate further comprises a second terminal groove defining an area around the second terminal hole, and the second terminal head of the second terminal is fixed to the second terminal groove. an electrode assembly comprising a first electrode, a second electrode, and a separator between the first electrode and the second electrode; a case accommodating the electrode assembly; a cap plate coupled to the case; a first current collector coupled to the first electrode of the electrode assembly; and a first terminal assembly comprising a first terminal coupled to the first current collector and having a first fixed groove (31a1) and a second terminal having a second fixed protrusion (32b1) coupled to the first fixed groove (31a1), wherein the first terminal comprises a first material, and the second terminal comprises a second material different from the first material, wherein the first terminal assembly further comprises a first terminal plate on the cap plate, the first current collector comprises the first material, and the first terminal plate comprises the second material, wherein the second terminal further comprises a second terminal head and a second terminal column extending from the second terminal head and having the second fixed protrusion, and the first terminal plate comprises a second terminal hole through which the second terminal column is passed and inserted into the first fixed groove of the first terminal, wherein the first terminal plate further comprises a second terminal groove defining an area around the second terminal hole, and the second terminal head of the second terminal is fixed to the second terminal groove.
A process for preparing a foamed polyurethane floor covering product, comprising: a) forming a web layer containing at least 30% by weight fibers, such that the web layer has a weight of from 150 to 660 g/m 2 and a thickness of 6.3 to 25 mm (0.25 to 1 inch) and the fibers in the web layer have an average length of from 0.75 to 40 cm; b) continuously applying a cooled polyurethane foam formulation which includes at least one polyisocyanate, water and at least one polyol having an equivalent weight of at least 500 to the web layer, the cooled polyurethane foam formulation having a temperature of no more than 15°C when applied to the web layer, and compressing the web layer and applied polyurethane foam formulation together to 5 to 35% of the original thickness of the web layer to mechanically wet out the fibers in the web layer; and then c) gauging the wetted web layer to a thickness of from 6.3 to 25 mm (0.25 to 1.0 inches) and, while maintaining the gauge, heating the polyurethane foam formulation to a temperature of from 80 to 160°C to cure the polyurethane foam formulation to produce a cured and gauged polyurethane foam cushion containing from 5 to 50% by weight of the fibers. a) forming a web layer containing at least 30% by weight fibers, such that the web layer has a weight of from 150 to 660 g/m 2 and a thickness of 6.3 to 25 mm (0.25 to 1 inch) and the fibers in the web layer have an average length of from 0.75 to 40 cm; b) continuously applying a cooled polyurethane foam formulation which includes at least one polyisocyanate, water and at least one polyol having an equivalent weight of at least 500 to the web layer, the cooled polyurethane foam formulation having a temperature of no more than 15°C when applied to the web layer, and compressing the web layer and applied polyurethane foam formulation together to 5 to 35% of the original thickness of the web layer to mechanically wet out the fibers in the web layer; and then c) gauging the wetted web layer to a thickness of from 6.3 to 25 mm (0.25 to 1.0 inches) and, while maintaining the gauge, heating the polyurethane foam formulation to a temperature of from 80 to 160°C to cure the polyurethane foam formulation to produce a cured and gauged polyurethane foam cushion containing from 5 to 50% by weight of the fibers.
Method for producing a lining sleeve for lining channels and pipelines, which comprises a circumferentially closed inner film sleeve and at least one fibre band wound onto the inner film sleeve and impregnated with a curable reactive resin, wherein the inner film sleeve, in a winding apparatus, is pulled onto a holding tube mounted in an overhung manner, at the end of which holding tube there is arranged a winding tongue with a transport device, which, during the circumferential winding of the fibre bands, transports the inner film sleeve in a direction of advancement to a positionally fixed bearing surface which is arranged close to the free end of the winding tongue and over which the lining sleeve is conveyed further, wherein the inner film sleeve is pulled over the free end of the winding tongue onto the holding tube counter to the direction of advancement.
A valve assembly to be used in conjunction with a tubular member having an internal surface surrounding a passage into which the valve assembly is to be sealingly inserted, the valve assembly including: a tubular body having a longitudinal passage and an outer surface to be located adjacent the internal surface; a seal mounted on the outer surface to engage the internal surface to sealingly connect the tubular body with the tubular member; a movable valve member movable between an open position providing for the flow of water from an upstream end to a downstream end of the passage of the tubular body and a closed position closing the passage of the tubular body; and resilient means urging the valve member to the closed position, the resilient means being configured to provide for displacement of the valve member toward the open position when pressure beyond a predetermined pressure is applied upon the movable valve member; and an annular flange mounted upon the tubular body which provides a valve seat, with the movable valve member engaging the valve seat to close the passage of the body; and the annular flange comprising a mounting arrangement (58, 59) that cooperates with a pivot assembly supporting the movable valve member; characterised in that an inner surface of the tubular body is formed with a pair of guide slots, and the annular flange has a pair of guide members formed to engage the guide slots by an insert and twist locking action. a tubular body having a longitudinal passage and an outer surface to be located adjacent the internal surface; a seal mounted on the outer surface to engage the internal surface to sealingly connect the tubular body with the tubular member; a movable valve member movable between an open position providing for the flow of water from an upstream end to a downstream end of the passage of the tubular body and a closed position closing the passage of the tubular body; and resilient means urging the valve member to the closed position, the resilient means being configured to provide for displacement of the valve member toward the open position when pressure beyond a predetermined pressure is applied upon the movable valve member; and an annular flange mounted upon the tubular body which provides a valve seat, with the movable valve member engaging the valve seat to close the passage of the body; and the annular flange comprising a mounting arrangement (58, 59) that cooperates with a pivot assembly supporting the movable valve member; characterised in that an inner surface of the tubular body is formed with a pair of guide slots, and the annular flange has a pair of guide members formed to engage the guide slots by an insert and twist locking action.
A catalyst for purification of exhaust gas, consisting of a first catalyst consisting of: a first catalyst support consisting of a first composite oxide composed of alumina, zirconia, and titania, and ceria supported on a surface of the first composite oxide in an amount of 2 to 10 parts by mass relative to 100 parts by mass of the first composite oxide; and a first noble metal, which can be one or two or more first noble metal(s), supported on a surface of the first catalyst support in an amount of 0.05 to 5.0 parts by mass in terms of metal relative to 100 parts by mass of the first catalyst support, wherein the molar ratio between the cerium and the first noble metal (Ce/first noble metal) in the first catalyst is 0.5 to 10, wherein the first composite oxide has an alumina content of 30 to 70% by mass relative to 100 % by mass of the first composite oxide, and wherein the titania accounts for 20 to 60 mol% of the total amount of the zirconia and the titania in the first composite oxide. a first catalyst support consisting of a first composite oxide composed of alumina, zirconia, and titania, and ceria supported on a surface of the first composite oxide in an amount of 2 to 10 parts by mass relative to 100 parts by mass of the first composite oxide; and a first composite oxide composed of alumina, zirconia, and titania, and ceria supported on a surface of the first composite oxide in an amount of 2 to 10 parts by mass relative to 100 parts by mass of the first composite oxide; and a first noble metal, which can be one or two or more first noble metal(s), supported on a surface of the first catalyst support in an amount of 0.05 to 5.0 parts by mass in terms of metal relative to 100 parts by mass of the first catalyst support, wherein the molar ratio between the cerium and the first noble metal (Ce/first noble metal) in the first catalyst is 0.5 to 10, wherein the first composite oxide has an alumina content of 30 to 70% by mass relative to 100 % by mass of the first composite oxide, and wherein the titania accounts for 20 to 60 mol% of the total amount of the zirconia and the titania in the first composite oxide.
Cooking stove having a drive assembly for driving a food processing assembly in a pan to be used with the cooking stove, wherein the drive assembly is associated with a stove base of the cooking stove for supporting a pan, wherein the drive assembly comprises driven movement transferring means which are movably arranged in the cooking stove, having a coupling portion (47, 48a, 48b) which is adapted to couple to the food processing assembly for transferring a movement to the food processing assembly, characterized in that the drive assembly further comprises pan fixating means for engaging the pan and thereby preventing the pan from moving with the movement transferring means during operation of the drive assembly, and wherein at least a component (41, 44) of the drive assembly and at least a component of the stove base defining a top surface of the stove base are displaceable with respect to each other in the cooking stove.
An attachment for a push lawn mower, the attachment comprising: a body including one or more sidewalls (128, 130, 132, 134, 136) defining an internal volume configured to receive clippings from the lawn mower, wherein the body defines an opening; and a cover coupled to the body at the opening and moveable between an open position, whereby the opening is open, and a closed position, whereby the opening is closed, characterized in that the cover is selectively lockable in the open position, and in that the cover is biased to the closed position by a spring. a body including one or more sidewalls (128, 130, 132, 134, 136) defining an internal volume configured to receive clippings from the lawn mower, wherein the body defines an opening; and a cover coupled to the body at the opening and moveable between an open position, whereby the opening is open, and a closed position, whereby the opening is closed, characterized in that the cover is selectively lockable in the open position, and in that the cover is biased to the closed position by a spring.
A method comprising: determining (310, 605), based on a radio resource control, RRC, state of a first user equipment and a transmission timing synchronization state of the first user equipment, UE, for a sidelink transmission of the first UE to a second UE, information indicating whether or not a sidelink communication operation of the first UE is allowed in a coverage area of a base station of a mobile communications network, wherein the transmission timing synchronization state is at least defined by at least one timing reference signal the first UE is configured to use; and initiating (320, 607) provision of the information to the first UE. determining (310, 605), based on a radio resource control, RRC, state of a first user equipment and a transmission timing synchronization state of the first user equipment, UE, for a sidelink transmission of the first UE to a second UE, information indicating whether or not a sidelink communication operation of the first UE is allowed in a coverage area of a base station of a mobile communications network, wherein the transmission timing synchronization state is at least defined by at least one timing reference signal the first UE is configured to use; and initiating (320, 607) provision of the information to the first UE.
Steering column for a motor vehicle, comprising a casing unit, in which a steering spindle is mounted so as to be rotatable about a longitudinal axis running in the longitudinal direction, and which has at least one inner casing telescopically adjustable in the longitudinal direction in an outer casing tube, comprising a roller guide having at least one bearing support, which is radially supported and movable on the inner casing, and in which at least one roller is mounted so as to be rotatable about a roller axis which is transverse to the longitudinal axis, and the roller can be rolled in the longitudinal direction with its outer circumference against the inside of the casing tube, wherein a preloading device interacts with the bearing support in order to preload the roller radially against the casing tube, characterized in that the preloading device has interacting wedge surfaces (84, 92) on the bearing support and a biasing wedge, which surfaces are inclined with respect to a circumferential direction, wherein the biasing wedge is loaded in the circumferential direction relative to the bearing support by a biasing element.
A method for wireless communications, comprising: identifying, at a relay device, a set of resources partitioned into a first subset of resources for the relay device and a second subset of resources for a parent network node and a child network node in communication with the relay device; receiving, from the parent network node, a first resource configuration indicating a communication direction for a slot of the second subset of resources; receiving, from the child network node, a second resource configuration indicating a communication direction for the slot of the second subset of resources; scheduling communications in the slot of the second subset of resources based at least in part on the first and second resource configurations and scheduling communications for a slot of the first subset of resources independent of the first and second resource configurations; and communicating with one or more devices during the slot of the first and second subset of resources according to the scheduled communications. identifying, at a relay device, a set of resources partitioned into a first subset of resources for the relay device and a second subset of resources for a parent network node and a child network node in communication with the relay device; receiving, from the parent network node, a first resource configuration indicating a communication direction for a slot of the second subset of resources; receiving, from the child network node, a second resource configuration indicating a communication direction for the slot of the second subset of resources; scheduling communications in the slot of the second subset of resources based at least in part on the first and second resource configurations and scheduling communications for a slot of the first subset of resources independent of the first and second resource configurations; and communicating with one or more devices during the slot of the first and second subset of resources according to the scheduled communications.
A modular Multifunctional Solar Structure which can collect either thermal or photovoltaic energy from the sun; with a complimentary sunshade or tile function, placed at any solar position even in the vertical plane on building faces or at any other angle; comprising: a variable number of thermal solar receptors composed of elliptical external transparent tubes with a solar tracking system comprising a microprocessor and photo sensitive cells to maintain them in a position perpendicular to the sun; supported at each extremity by a cushion, a cover, with a relief valve (h); all fixed to support columns containing the technical services; having an internal selective surface coated blade, which collects thermal energy; welded to the pipe which transfers that energy by contact into a fixed pipe, a transfer fluid flows inside this pipe and carries the energy out through the said support columns by means of insulated pipes; a variable number of photovoltaic solar receptors made with transparent elliptical external tubes with a photovoltaic blade a solar tracking system controlled by a microprocessor and photocells to maintain them perpendicular to the sun; supported at each extremity by a cushion, a cover, fixed to the said support columns; characterized in that said support columns house the technical services and comprise cushions to support the receptors, a microprocessor for electronic control, a servo motor to activate the rods and pipes or wires between the receptors and the other components. a variable number of thermal solar receptors composed of elliptical external transparent tubes with a solar tracking system comprising a microprocessor and photo sensitive cells to maintain them in a position perpendicular to the sun; supported at each extremity by a cushion, a cover, with a relief valve (h); all fixed to support columns containing the technical services; having an internal selective surface coated blade, which collects thermal energy; welded to the pipe which transfers that energy by contact into a fixed pipe, a transfer fluid flows inside this pipe and carries the energy out through the said support columns by means of insulated pipes; a variable number of photovoltaic solar receptors made with transparent elliptical external tubes with a photovoltaic blade a solar tracking system controlled by a microprocessor and photocells to maintain them perpendicular to the sun; supported at each extremity by a cushion, a cover, fixed to the said support columns; characterized in that said support columns house the technical services and comprise cushions to support the receptors, a microprocessor for electronic control, a servo motor to activate the rods and pipes or wires between the receptors and the other components.