mhurhangee/ep-ind-claims huggingface dataset:
Block of two seats, in which each seat can be converted individually, by a relative mouvement of elements (31, 32, 33, 36) of the seat, between a chair configuration in which an occupant of the seat is in a seated position and a bed configuration in which elements of the seat form a bed plane and in which an occupant of the seat is stretched out substantially flat and substantially horizontally, in which block the two seats are arranged side by side and oriented substantially in the same direction, wherein • in the bed configuration, a longitudinal axis of each of the seats converges towards a convergence point situated in a vertical plane of symmetry of the block behind the said seats such that the longitudinal axes of the two seats of the block are closer together in a head area of the said block, characterized in that in which head area upper parts of the seat backs and/or of the head rests of the two seats are at least partially superposed in a vertical projection; • when the two seats are in the bed configuration, the bed plane of one of the two seats is situated at a different height, relative to a reference surface corresponding to a cabin floor when the said block is installed in a cabin, from the bed plane of the other seat. • in the bed configuration, a longitudinal axis of each of the seats converges towards a convergence point situated in a vertical plane of symmetry of the block behind the said seats such that the longitudinal axes of the two seats of the block are closer together in a head area of the said block, characterized in that in which head area upper parts of the seat backs and/or of the head rests of the two seats are at least partially superposed in a vertical projection; • when the two seats are in the bed configuration, the bed plane of one of the two seats is situated at a different height, relative to a reference surface corresponding to a cabin floor when the said block is installed in a cabin, from the bed plane of the other seat.
A pneumatic tire comprising: a tread having an outer surface which forms a tread surface; a pair of sidewalls extending from ends, respectively, of the tread substantially inward in the radial direction; a pair of beads located substantially inward of the sidewalls, respectively, in the radial direction; a carcass extending along the tread and the sidewalls and on and between the beads; and a plurality of recessed elements and a land which is a part other than the recessed elements on the surfaces of the sidewalls, wherein each element is surrounded by the land, and these elements are arranged along a circumferential direction at equal pitches, wherein the tire includes a first row in which a first number of recessed elements are aligned along the circumferential direction and a second row in which a second number of recessed elements are aligned along the circumferential direction, characterized in that the pneumatic tire comprises a pair of load support layers located inward of the sidewalls, respectively, in the axial direction; wherein the contour of each recessed element is a rectangle with each corner being rounded, the number of the elements per one rotation is 60, 72, 75, 80, 90, 100, 120, 144, 150, 160, 180, or 200, and a ratio of a length, in the circumferential direction, of each element relative to the pitch is equal to or greater than 70% but equal to or less than 95%. a tread having an outer surface which forms a tread surface; a pair of sidewalls extending from ends, respectively, of the tread substantially inward in the radial direction; a pair of beads located substantially inward of the sidewalls, respectively, in the radial direction; a carcass extending along the tread and the sidewalls and on and between the beads; and a plurality of recessed elements and a land which is a part other than the recessed elements on the surfaces of the sidewalls, wherein each element is surrounded by the land, and these elements are arranged along a circumferential direction at equal pitches, wherein the tire includes a first row in which a first number of recessed elements are aligned along the circumferential direction and a second row in which a second number of recessed elements are aligned along the circumferential direction, characterized in that the pneumatic tire comprises a pair of load support layers located inward of the sidewalls, respectively, in the axial direction; wherein the contour of each recessed element is a rectangle with each corner being rounded, the number of the elements per one rotation is 60, 72, 75, 80, 90, 100, 120, 144, 150, 160, 180, or 200, and a ratio of a length, in the circumferential direction, of each element relative to the pitch is equal to or greater than 70% but equal to or less than 95%.
A method for cooling a hot strip, which is obtained after a hot rolling process, by bringing cooling water into contact with the hot strip, comprising: a first cooling step and a subsequent second cooling step, wherein cooling is stopped at a strip temperature that is higher than a transition boiling initiation temperature in the first cooling step, and the cooling is conducted using the cooling water having a water flow rate that causes nucleate boiling in the subsequent second cooling step, characterized in that the cooling is conducted using the cooling water having a water flow rate of 350 to 1200 L/min.m 2 and is stopped at a strip temperature of 550 to 600°C in the first cooling step or the cooling is conducted using the cooling water having a water flow rate of more than 1200 L/min.m 2 in an early stage of the first cooling step, and the cooling is then conducted using the cooling water having a water flow rate of 350 to 1200 L/min.m 2 in a later stage of the first cooling step, the cooling being stopped at a strip temperature of 550 to 600°C in the later stage of the first cooling step, the cooling water having a water flow rate of 2500 L/min.m 2 or more is supplied to at least the upper side of the strip to decrease the strip temperature to 500°C or less in the subsequent second cooling step, wherein at least the upper side of the strip is cooled by laminar cooling or jet cooling while a velocity at which the cooling water is ejected from cooling water supply nozzles by the laminar cooling or the jet cooling is 7 m/s or more in the second cooling step. a first cooling step and a subsequent second cooling step, wherein cooling is stopped at a strip temperature that is higher than a transition boiling initiation temperature in the first cooling step, and the cooling is conducted using the cooling water having a water flow rate that causes nucleate boiling in the subsequent second cooling step, characterized in that the cooling is conducted using the cooling water having a water flow rate of 350 to 1200 L/min.m 2 and is stopped at a strip temperature of 550 to 600°C in the first cooling step or the cooling is conducted using the cooling water having a water flow rate of more than 1200 L/min.m 2 in an early stage of the first cooling step, and the cooling is then conducted using the cooling water having a water flow rate of 350 to 1200 L/min.m 2 in a later stage of the first cooling step, the cooling being stopped at a strip temperature of 550 to 600°C in the later stage of the first cooling step, the cooling water having a water flow rate of 2500 L/min.m 2 or more is supplied to at least the upper side of the strip to decrease the strip temperature to 500°C or less in the subsequent second cooling step, wherein at least the upper side of the strip is cooled by laminar cooling or jet cooling while a velocity at which the cooling water is ejected from cooling water supply nozzles by the laminar cooling or the jet cooling is 7 m/s or more in the second cooling step.
A feeding-bottle cover, comprising a breast-shaped feeding-bottle cover body, a heating component, a controlling component, and a scent volatilizing component wherein a nipple portion is provided on an upper surface of the feeding-bottle cover body, a feeding-bottle port is provided on a lower surface of the feeding-bottle cover body, and a channel is provided between the feeding-bottle port and the nipple portion; the heating component and the controlling component are disposed inside the feeding-bottle cover body and electrically coupled to each other; and the scent volatilizing component is disposed on the upper surface of the feeding-bottle cover body and electrically connected to the controlling component. a nipple portion is provided on an upper surface of the feeding-bottle cover body, a feeding-bottle port is provided on a lower surface of the feeding-bottle cover body, and a channel is provided between the feeding-bottle port and the nipple portion; the heating component and the controlling component are disposed inside the feeding-bottle cover body and electrically coupled to each other; and the scent volatilizing component is disposed on the upper surface of the feeding-bottle cover body and electrically connected to the controlling component.
Body shape-correcting trousers having parts of a trousers fabric woven to have different densities so as to generate forces for externally rotating a wearer's leg joints, the body shape-correcting trousers comprising: a thigh-rotating band 106a spirally turned in an external rotation direction of the thigh in such a manner as to be extended downwardly from the lower abdomen to the upper end of the knee cap; and a calf-rotating band 106c spirally turned in an external rotation direction of the calf in such a manner as to be extended downwardly from the lower end of the knee cap to the middle of the calf, wherein the thigh-rotating band 106a is woven to have a relatively higher density than other parts of the trousers and the calf-rotating band 106c is woven to have a relatively higher density than the thigh-rotating band 106a. a thigh-rotating band 106a spirally turned in an external rotation direction of the thigh in such a manner as to be extended downwardly from the lower abdomen to the upper end of the knee cap; and a calf-rotating band 106c spirally turned in an external rotation direction of the calf in such a manner as to be extended downwardly from the lower end of the knee cap to the middle of the calf, wherein the thigh-rotating band 106a is woven to have a relatively higher density than other parts of the trousers and the calf-rotating band 106c is woven to have a relatively higher density than the thigh-rotating band 106a.
Conveyor belt assembly for transporting single sheets or stacks of a packaging material, comprising at least one conveyor belt (12a, 12b) being arranged over at least two pulleys (20a - 20d), wherein at least one of the pulleys (20a - 20d) is adapted to drive the conveyor belt (12a, 12b) in a conveying direction, wherein one or more rigid support devices are mounted on the conveyor belt (12a, 12b), the conveyor belt assembly comprising a conveying section adapted for transporting the sheets or stacks and a return section adapted to return the conveyor belt (12a, 12b) from an end of the conveying section to a beginning of the conveying section, wherein the conveying section comprises a middle section, in which the conveyor belt (12a, 12b) is arranged in a substantially flat manner, characterised in that the conveying section comprises at least one transition section arranged between the middle section and the respective pulley (20a - 20d), with the conveyor belt (12a, 12b) being arranged in the transition section in a retracted position with respect to a plane defined by the middle section to produce a gap between said transition section and said plane, and in that each of the support devices comprises a multitude of teeth whose tips form a substantially flat support surface, configured to support the single sheets or stacks of packaging material. characterised in that the conveying section comprises at least one transition section arranged between the middle section and the respective pulley (20a - 20d), with the conveyor belt (12a, 12b) being arranged in the transition section in a retracted position with respect to a plane defined by the middle section to produce a gap between said transition section and said plane, and in that each of the support devices comprises a multitude of teeth whose tips form a substantially flat support surface, configured to support the single sheets or stacks of packaging material.
A synchronising device for a movably mounted furniture part, wherein the synchronising device synchronises a movement between at least two adjusting devices (102, 103) by way of a synchronising rod, characterised in that the synchronising rod has at least two shaft portions (10, 20), between which is arranged an overload protection device which when a predetermined holding torque is exceeded between the two shaft portions (10, 20), enables a relative rotary movement between the two shaft portions (10, 20).
A glass fiber cutting plant, characterized in that it comprises a plurality of production lines (110, 120, 130), and a matrix system, having a plurality of cutters (11, 12, 13, 14, 15, 16); each of said cutters corresponding to a specific die and being movable from one of said production lines to another.
Optical waveguide distribution device comprising a distribution panel, the distribution panel having guiding elements for optical waveguides which delimit an excess length store, the distribution panel having at least a base wall and a front wall, a plurality of couplings for plugs of first optical waveguides being positioned on the front wall of the distribution panel, and the distribution panel having at least one splice cassette for placing splices between the first optical waveguides and second optical waveguides which are introduced into the distribution panel via a cable, characterized in that a) the or each splice cassette is removably connected via locking elements to the guiding elements for optical waveguides, said guiding elements being positioned on the base wall of the distribution panel, in such a manner that the or each splice casette is able to be placed both in the region of the base wall of the distribution panel on the guiding elements and on the front wall of the distribution panel, the front wall of the distribution panel, on which the couplings are positioned, having holding elements on a top edge in order to accommodate the or each splice cassette; b) the front wall of the distribution panel is also removably connected to the same in such a manner that the front wall can be displaced or repositioned relative to the base wall of the distribution panel together with the or each splice cassette accommodated by the front wall and the splices placed in the or each splice cassette. a) the or each splice cassette is removably connected via locking elements to the guiding elements for optical waveguides, said guiding elements being positioned on the base wall of the distribution panel, in such a manner that the or each splice casette is able to be placed both in the region of the base wall of the distribution panel on the guiding elements and on the front wall of the distribution panel, the front wall of the distribution panel, on which the couplings are positioned, having holding elements on a top edge in order to accommodate the or each splice cassette; b) the front wall of the distribution panel is also removably connected to the same in such a manner that the front wall can be displaced or repositioned relative to the base wall of the distribution panel together with the or each splice cassette accommodated by the front wall and the splices placed in the or each splice cassette.
An insect trap (2210A, 2310B) comprising: a trap portion (2214A, 2314B) including an enclosure having an adhesive surface (2236A, 2336B) and a first opening (2232A, 2320B), wherein the adhesive surface (2236A, 2336B) is at least partially contained within the enclosure and is configured to adhere to an insect; and a base portion (2212A, 2312B) configured to removably engage the trap portion (2214A, 2314B), characterized in that the enclosure further comprises a visual indicator integral to the enclosure, the visual indicator providing an indication of trap life remaining; and one or more insect-attracting substances; optionally wherein the visual indicator comprises a visible level of the one or more insect-attracting substances in the trap portion (2214A, 2314B). a trap portion (2214A, 2314B) including an enclosure having an adhesive surface (2236A, 2336B) and a first opening (2232A, 2320B), wherein the adhesive surface (2236A, 2336B) is at least partially contained within the enclosure and is configured to adhere to an insect; and a base portion (2212A, 2312B) configured to removably engage the trap portion (2214A, 2314B), characterized in that the enclosure further comprises a visual indicator integral to the enclosure, the visual indicator providing an indication of trap life remaining; and one or more insect-attracting substances; optionally wherein the visual indicator comprises a visible level of the one or more insect-attracting substances in the trap portion (2214A, 2314B).
A surgical device for closing the left atrial appendage comprising: an elongate body comprising a first lumen, a second lumen, and a third lumen; a closure element comprising a loop defining a continuous aperture therethrough, a first end of the closure element slideably disposed in the first lumen and a second end of the closure element fixedly disposed in the second lumen; and a malleable member fixedly attached to the elongate body and disposed in the third lumen, wherein the malleable member is configured to retain a curve after a force is applied, and wherein applying a force to the malleable member modifies a curvature of the elongate body. an elongate body comprising a first lumen, a second lumen, and a third lumen; a closure element comprising a loop defining a continuous aperture therethrough, a first end of the closure element slideably disposed in the first lumen and a second end of the closure element fixedly disposed in the second lumen; and a malleable member fixedly attached to the elongate body and disposed in the third lumen, wherein the malleable member is configured to retain a curve after a force is applied, and wherein applying a force to the malleable member modifies a curvature of the elongate body.
A composition comprising HFC-1234ze, at least one further compound selected from the group consisting of: HFC-1234yf, HFC-1234ye and HFC-236ea, and a tracer; wherein the tracer is selected from the group consisting of hydrofluorocarbons (HFCs), deuterated hydrocarbons, deuterated hydrofluorocarbons, perfluorocarbons, fluoroethers, brominated compounds, iodated compounds, alcohols, aldehydes, ketones, nitrous oxide (N 2 O) and combinations thereof, wherein the tracer or tracer blend is present in the composition at a total concentration of up to 1000 parts per million by weight (ppm).
A fuel cell module (200, 200a, 200b) to be disposed in a casing, including a fuel cell stack that is formed by stacking a plurality of unit cells that extend from an upper end to a lower end of a respective unit cell in a column shape and generate electricity using an oxidant gas and a fuel gas, an oxidant gas distributing member (100, 100a) that is disposed at a side surface, that extends in a stack direction of the unit cells, of the fuel cell stack that extends in a direction from the upper end to the lower end of each of the unit cells, and that supplies the oxidant gas for use for electricity generation of the unit cells to the lower end of each unit cell after supplying the oxidant gas through the oxidant gas distributing member (100, 100a) in the direction of the unit cells from the upper end to the lower end, and a reformer (40, 40b) that is disposed over the fuel cell stack at the upper end of each unit cell and that has an evaporation portion that evaporates reforming water, wherein an upper end portion of the oxidant gas distributing member (100, 100a) is protruded upward from the reformer (40, 40b) and a lower end portion of the oxidant gas distributing member (100, 100a) faces the fuel cell stack and has a plurality of oxidant gas outlet openings, wherein the oxidant gas distributing member (100, 100a) includes a heat exchange restraint portion (110, 110a) that restrains heat exchange between the evaporation portion and the oxidant gas, wherein the evaporation portion is formed at one of end portions of the reformer (40, 40b) in the stack direction of the unit cells, wherein the heat exchange restraint portion (110, 110a) is disposed on at least one side, on which the evaporation portion is provided, of the oxidant gas distributing member (100, 100a), and wherein the heat exchange restraint portion (110, 110a) is disposed so as to face the evaporation portion but not to face the unit cells.
A card-shaped data carrier having a haptic coating, having: - a card body which is furnished at least partially with a coating, wherein - the coating has haptic properties, - characterized in that the coating has at least a binding agent and solid particles, - wherein the solid particles are wetted with the binding agent and protrude at least partially from the binding agent, - wherein the solid particles are spaced from each other such that on the card surface a lower frictional resistance arises than on a smooth card surface. - a card body which is furnished at least partially with a coating, wherein - the coating has haptic properties, - characterized in that the coating has at least a binding agent and solid particles, - wherein the solid particles are wetted with the binding agent and protrude at least partially from the binding agent, - wherein the solid particles are spaced from each other such that on the card surface a lower frictional resistance arises than on a smooth card surface.
A method of controlling wireless local area network, WLAN, selection by a user equipment, UE, in a wireless communicaiton system, the method comprising: receiving information indicating whether to allow reception of a WLAN selection policy from a roaming network; determining whether the UE exists in the roaming network; determining whether to receive the WLAN selection policy from the roaming network based on the information, if the UE exists in the roaming network; connecting to a server of the roaming network to receive (S450, S455) the WLAN selection policy and selecting a WLAN based on the received WLAN selection policy, if it is determined that the WLAN selection policy is to be received from the roaming network; and selecting the WLAN based on a policy set for the UE, if it is determined that the WLAN selection policy is not to be received from the roaming network. receiving information indicating whether to allow reception of a WLAN selection policy from a roaming network; determining whether the UE exists in the roaming network; determining whether to receive the WLAN selection policy from the roaming network based on the information, if the UE exists in the roaming network; connecting to a server of the roaming network to receive (S450, S455) the WLAN selection policy and selecting a WLAN based on the received WLAN selection policy, if it is determined that the WLAN selection policy is to be received from the roaming network; and selecting the WLAN based on a policy set for the UE, if it is determined that the WLAN selection policy is not to be received from the roaming network.