mhurhangee/ep-ind-claims huggingface dataset:
A door opening system which is suitable for use in a washer comprising at least a body, at least a door which is moved into a closed position or an opened position via its movement with respect to the body and at least a hinge which connects the door to the body in a movable manner, and which allows travel of the door from closed to open position, wherein the door opening system comprises at least a skid mechanism positioned on the door or body such that when one side of a movable arm is moved away from the skid body, the movable arm exerts force upon the door in such a way that it is moved away from the body, said skid mechanism comprises: - at least a skid body; - at least a gear wheel located inside the skid body; - at least a movable arm, at least one side of which is in the form of a rack contacting with the gear wheel and at least one side of which moves away from or gets close to the skid body by means of movement of the gear wheel; - at least a displacement member which moves said gear wheel; - at least a movement transfer member which transfers the movement of the displacement member to the gear wheel, and - at least a flexible member, characterized in that said flexible member is located between skid body and the displacement member and exerts force upon the displacement member in the direction of said gear wheel. - at least a skid body; - at least a gear wheel located inside the skid body; - at least a movable arm, at least one side of which is in the form of a rack contacting with the gear wheel and at least one side of which moves away from or gets close to the skid body by means of movement of the gear wheel; - at least a displacement member which moves said gear wheel; - at least a movement transfer member which transfers the movement of the displacement member to the gear wheel, and - at least a flexible member, characterized in that said flexible member is located between skid body and the displacement member and exerts force upon the displacement member in the direction of said gear wheel.
Method for operating an illumination apparatus, having at least two light-emitting devices, which are arranged next to one another each separated by a gap and each have a multiplicity of light-emitting elements, containing - individually driving all light-emitting elements of each light-emitting device, characterized by - measuring a gap width of the respective gap and/or a luminance in the respective gap while all light-emitting elements are driven; - storing the measured respective gap width and/or luminance; and - controlling or regulating in each case a luminance of one or more of the light-emitting elements which are arranged directly at the respective gap in dependence on the measured gap width and/or on the measured luminance in the respective gap. - individually driving all light-emitting elements of each light-emitting device, characterized by - measuring a gap width of the respective gap and/or a luminance in the respective gap while all light-emitting elements are driven; - storing the measured respective gap width and/or luminance; and - controlling or regulating in each case a luminance of one or more of the light-emitting elements which are arranged directly at the respective gap in dependence on the measured gap width and/or on the measured luminance in the respective gap.
Compressive circular knit for pulling over an articulated extremity, having a knitting thread and an elastic thread, which form the loops, and an inlaid elastic weft thread, comprising: - two first knitted fabric portions which are spaced apart from each other in the knitted fabric longitudinal direction and which are knitted with floating and wherebetween there is provided a knitted fabric region consisting of further different knitted fabric portions adjoining each other in the circumferential direction, - wherein the knitted fabric region has: -- a second knitted fabric portion knitted with floating, wherein the float count is greater than that of a first knitted fabric portion, -- two third knitted fabric portions adjoining the second knitted fabric portion in the circumferential direction which are each knitted with floating, wherein the floats of any one course are knitted offset relative to the next course, -- and also a fourth knitted fabric portion provided in the circumferential direction between the two third knitted fabric portions and knitted plain. - two first knitted fabric portions which are spaced apart from each other in the knitted fabric longitudinal direction and which are knitted with floating and wherebetween there is provided a knitted fabric region consisting of further different knitted fabric portions adjoining each other in the circumferential direction, - wherein the knitted fabric region has: -- a second knitted fabric portion knitted with floating, wherein the float count is greater than that of a first knitted fabric portion, -- two third knitted fabric portions adjoining the second knitted fabric portion in the circumferential direction which are each knitted with floating, wherein the floats of any one course are knitted offset relative to the next course, -- and also a fourth knitted fabric portion provided in the circumferential direction between the two third knitted fabric portions and knitted plain. -- a second knitted fabric portion knitted with floating, wherein the float count is greater than that of a first knitted fabric portion, -- two third knitted fabric portions adjoining the second knitted fabric portion in the circumferential direction which are each knitted with floating, wherein the floats of any one course are knitted offset relative to the next course, -- and also a fourth knitted fabric portion provided in the circumferential direction between the two third knitted fabric portions and knitted plain.
A method for processing pulp in an apparatus for washing and dewatering pulp comprising two rotatable press rolls (102, 104) having a permeable outer surface (106, 108), and a vat (114, 116, 118) in which the press rolls (102, 104) are installed, the press rolls (102, 104) defining a press nip between them, in which press nip the pulp is pressed, and the apparatus is arranged to feed the pulp in the direction of rotation of the press rolls through the press nip, at least one of the press rolls (102, 104) being movable in relation to the other press roll (102, 104) to vary the press nip, and the processing of the pulp in the apparatus is determined by a set of variable operating parameters which are variable during operation, the method comprising the steps of: • including the distance between the press rolls (102, 104) as a variable operating parameter in said set; • setting at least one desired value for a specific control parameter, the specific control parameter being included in a group of control parameters; • measuring the specific control parameter; and • adjusting at least two of the variable operating parameters of said set during operation, where the distance between the press rolls (102, 104) is one of said at least two variable operating parameters, to keep the difference between the set desired value and the value of the measured specific control parameter below a certain level. • including the distance between the press rolls (102, 104) as a variable operating parameter in said set; • setting at least one desired value for a specific control parameter, the specific control parameter being included in a group of control parameters; • measuring the specific control parameter; and • adjusting at least two of the variable operating parameters of said set during operation, where the distance between the press rolls (102, 104) is one of said at least two variable operating parameters, to keep the difference between the set desired value and the value of the measured specific control parameter below a certain level.
A slide rail assembly, comprising: a first rail, comprising a guiding portion; and a second rail, longitudinally and movably connected to the first rail; an actuating member, movably connected to the second rail and comprising a contact portion; and a third rail, longitudinally and movably connected to the second rail and comprising a hook portion, wherein when the third rail is pulled with respect to the first rail along an extending direction with the contact portion of the actuating member engaging with the hook portion of the third rail, the second rail is synchronously moved along with the third rail, and wherein when the second rail is moved along the extending direction to a predetermined position with respect to the first rail, the actuating member rotates by an angle by guiding means of the guiding portion of the first rail and thereby disengages the contact portion of the actuating member from the hook portion of the third rail, characterized in that the guiding portion of the first rail comprises a horizontal section and an inclining section extending from the horizontal section, and wherein when the second rail is moved to the predetermined position with respect to the first rail, the actuating member is guided from the horizontal section to the inclining section and thereby rotates by the angle to disengage the contact portion of the actuating member from the hook portion of the third rail. a first rail, comprising a guiding portion; and a second rail, longitudinally and movably connected to the first rail; an actuating member, movably connected to the second rail and comprising a contact portion; and a third rail, longitudinally and movably connected to the second rail and comprising a hook portion,
A knee-airbag-device attachment structure for a vehicle, comprising: a vehicle body; and a vehicle-body side bracket (11, 21) configured to connect the vehicle body and a knee-airbag device (10, 20) configured to protect a knee of an occupant, wherein said vehicle-body side bracket (11, 21) comprises a knee-airbag side connection portion (11A, 21A) connected to the knee-airbag device (10, 20), a vehicle-body side connection portion (11B, 21B) connected to the vehicle body, and an intermediate portion (11C, 21C) provided between the knee-airbag side connection portion (11A, 21A) and the vehicle-body side connection portion (11B, 21B), the intermediate portion (11C, 21C) is configured to extend in the vehicle width direction from the knee-airbag device (10, 20) to the vehicle body, and the intermediate portion (11C, 21C) is a plate shape, characterized in that a plate-shaped plate face of the intermediate portion (11C, 21C) is positioned substantially perpendicularly to the vehicle longitudinal direction and configured to extend substantially in a vertical direction, and the knee-airbag side connection portion (11A, 21A) of the vehicle-body side bracket (11, 21) is a flat-plate shape. a vehicle body; and a vehicle-body side bracket (11, 21) configured to connect the vehicle body and a knee-airbag device (10, 20) configured to protect a knee of an occupant, wherein said vehicle-body side bracket (11, 21) comprises a knee-airbag side connection portion (11A, 21A) connected to the knee-airbag device (10, 20), a vehicle-body side connection portion (11B, 21B) connected to the vehicle body, and an intermediate portion (11C, 21C) provided between the knee-airbag side connection portion (11A, 21A) and the vehicle-body side connection portion (11B, 21B), the intermediate portion (11C, 21C) is configured to extend in the vehicle width direction from the knee-airbag device (10, 20) to the vehicle body, and the intermediate portion (11C, 21C) is a plate shape, characterized in that a plate-shaped plate face of the intermediate portion (11C, 21C) is positioned substantially perpendicularly to the vehicle longitudinal direction and configured to extend substantially in a vertical direction, and the knee-airbag side connection portion (11A, 21A) of the vehicle-body side bracket (11, 21) is a flat-plate shape.
A roofing article (100, 200) for installation on a roof deck, said roofing article (100, 200) comprising: a body; a first channel (108, 208) defined within an upper portion of said body, said first channel (108, 208) comprising an inlet (124, 224) through which outside air can enter said first channel (108, 208); and a second channel (110, 210) defined in a lower portion of said body, wherein a sheet (104, 204) separates said second channel (110, 210) from said first channel (108, 208), said second channel (110, 210) being operably connected to said first channel (108, 208) through an orifice (120, 220) in said sheet (104, 204) such that the outside air can enter said second channel (110, 210) through said orifice (120, 220), wherein said second channel (110, 210) comprises an outlet port (134, 234), wherein the outside air can exit said second channel (110, 210) through said outlet port (134, 234), and wherein said second channel (110, 210) comprises an inlet port (132, 232), said roofing article (100, 200) being characterised in that said inlet port (132, 232) can mate and be in general alignment with the outlet port (134, 234) of a corresponding adjacent roofing article (100, 200) and said outlet port (134, 234) can mate and be in general alignment with the inlet port (132, 232) of another corresponding adjacent roofing article (100, 200), so that the second channels (110, 210) of adjacent roofing articles (100, 200) can be in airflow communication so as to create an airflow path between said adjacent roofing articles (100, 200). a body; a first channel (108, 208) defined within an upper portion of said body, said first channel (108, 208) comprising an inlet (124, 224) through which outside air can enter said first channel (108, 208); and a second channel (110, 210) defined in a lower portion of said body, wherein a sheet (104, 204) separates said second channel (110, 210) from said first channel (108, 208), said second channel (110, 210) being operably connected to said first channel (108, 208) through an orifice (120, 220) in said sheet (104, 204) such that the outside air can enter said second channel (110, 210) through said orifice (120, 220), wherein said second channel (110, 210) comprises an outlet port (134, 234), wherein the outside air can exit said second channel (110, 210) through said outlet port (134, 234), and wherein said second channel (110, 210) comprises an inlet port (132, 232),
A lithium titanate sintered plate for use in a negative electrode of a lithium secondary battery, wherein the lithium titanate sintered plate has a structure in which a plurality of primary grains are bonded, and has: a thickness of 10 to 290 μm; a primary grain diameter of 1.2 μm or less, the primary grain diameter being a mean grain diameter of the primary grains; a porosity of 21 to 45%; an open pore rate of 60% or more; a mean pore aspect ratio of 1.15 or more; a ratio of 30% or more of pores having an aspect ratio of 1.30 or more to all the pores; and a mean pore diameter of 0.70 μm or less, wherein volume-based D10 and D90 pore diameters satisfy the relationship: 4.0 ≤ D90/D10 ≤ 50. a thickness of 10 to 290 μm; a primary grain diameter of 1.2 μm or less, the primary grain diameter being a mean grain diameter of the primary grains; a porosity of 21 to 45%; an open pore rate of 60% or more; a mean pore aspect ratio of 1.15 or more; a ratio of 30% or more of pores having an aspect ratio of 1.30 or more to all the pores; and a mean pore diameter of 0.70 μm or less,
A steering wheel for an automotive vehicle comprising a steering wheel axis, a hub for fastening the steering wheel on a steering shaft rotatable about the steering wheel axis, and a steering wheel rim including a steering wheel skeleton as well as a skeleton cover, being connected to the hub via a spoke and surrounding the hub at least partially in the circumferential direction, wherein the steering wheel skeleton and the skeleton cover are partially surrounded by a foam coating and protrude from the foam coating at a foamed edge, wherein the foam coating is adjacent to a skeleton projection of the steering wheel skeleton and to a cover projection of the skeleton cover in the area of the foamed edge, characterized in that the skeleton projection and the cover projection are directly adjacent to each other and together form a substantially circumferentially closed wall projection for contacting a foaming mold.
Engine pylon for mounting a jet engine beneath a wing of an aircraft, the engine pylon comprising: - an upper spar having an inverted U-shaped profile with a roof and two lateral walls (302b-c) extending downwards from the roof, - a lower spar having a U-shaped profile with a bottom and two lateral walls (304b-c) extending upwards from the bottom, where each lateral wall (302b-c, 304b-c) of a spar (302, 304) has a free end extending until it comes into the vicinity of the free end of the lateral wall (304b-c, 302b-c) of the other spar (304, 302), - fixing means for fixing the free end of a lateral wall (302b-c, 304b-c) of one spar (302, 304) to the free end of the lateral wall (304b-c, 302b-c) of the other spar (304, 302), and - a plurality of ribs distributed along the length of the lower spar and housed between the upper spar and the lower spar, where each rib has a top end fixed to each lateral wall (302b-c) of the upper spar and a bottom end fixed to the lower spar, the engine pylon being characterized in that it comprises, for each rib, a pad housed in the lower spar and secured thereto, and in that each pad has a transverse wall which extends transversely with respect to the lower spar and has a fixing zone at which the bottom end of the associated rib is fixed. - an upper spar having an inverted U-shaped profile with a roof and two lateral walls (302b-c) extending downwards from the roof, - a lower spar having a U-shaped profile with a bottom and two lateral walls (304b-c) extending upwards from the bottom, where each lateral wall (302b-c, 304b-c) of a spar (302, 304) has a free end extending until it comes into the vicinity of the free end of the lateral wall (304b-c, 302b-c) of the other spar (304, 302), - fixing means for fixing the free end of a lateral wall (302b-c, 304b-c) of one spar (302, 304) to the free end of the lateral wall (304b-c, 302b-c) of the other spar (304, 302), and - a plurality of ribs distributed along the length of the lower spar and housed between the upper spar and the lower spar, where each rib has a top end fixed to each lateral wall (302b-c) of the upper spar and a bottom end fixed to the lower spar,
A multiplex polymerase chain reaction chip comprising: a first plate in a plate shape; a second plate arranged on the first plate to include an inflow part, a reaction area, and an outflow part; a third plate arranged on the second plate to cover the reaction area, in which the third plate has a plurality of probes arranged on an inner surface, comprising a probe fixing part disposed on the third plate and extending in a direction toward the first plate, wherein the probe fixing part comprises a center part accommodating one of the plurality of probes and a surrounding part protruded from the center part adjacent and surrounding the center part; a bubble removing part, anda plurality of probes disposed in the reaction area in the multiplex PCR chip, each of the plurality of probes being positioned spaced apart from one another, wherein the plurality of probes are marked with a same fluorescent dye and each of the probes is configured to be hybridized with a different amplified sequence of a nucleic acid molecule so that the sequence of the nucleic acid molecules hybridized by the probes are distinguished based on the positions of the plurality of probes, and wherein the bubble removing part is comprised of a light transmissive material, is protruded from the inner surface of the third plate in a direction toward the first plate, and is configured to guide bubbles in the reaction area to a surrounding space away from the plurality of probes, by pushing the bubbles away due to buoyancy. a first plate in a plate shape; a second plate arranged on the first plate to include an inflow part, a reaction area, and an outflow part; a third plate arranged on the second plate to cover the reaction area, in which the third plate has a plurality of probes arranged on an inner surface, comprising a probe fixing part disposed on the third plate and extending in a direction toward the first plate, wherein the probe fixing part comprises a center part accommodating one of the plurality of probes and a surrounding part protruded from the center part adjacent and surrounding the center part; a bubble removing part, anda plurality of probes disposed in the reaction area in the multiplex PCR chip, each of the plurality of probes being positioned spaced apart from one another, wherein the plurality of probes are marked with a same fluorescent dye and each of the probes is configured to be hybridized with a different amplified sequence of a nucleic acid molecule so that the sequence of the nucleic acid molecules hybridized by the probes are distinguished based on the positions of the plurality of probes, and wherein the bubble removing part is comprised of a light transmissive material, is protruded from the inner surface of the third plate in a direction toward the first plate, and is configured to guide bubbles in the reaction area to a surrounding space away from the plurality of probes, by pushing the bubbles away due to buoyancy.
Cement mortar for casting of cavities under the water surface consisting of: a cement, mixing water with a salinity of ≥ 0.1 %, and a silicon-containing aggregate, characterised in that the aggregate is an ash from the thermal recycling of glass fibre reinforced plastics or an organic aggregate of biogenic nature and the cement is a Portland cement. a cement, mixing water with a salinity of ≥ 0.1 %, and a silicon-containing aggregate, characterised in that the aggregate is an ash from the thermal recycling of glass fibre reinforced plastics or an organic aggregate of biogenic nature and the cement is a Portland cement.
A film for use in an absorbent article, the film comprising: a first side and a second side opposite the first side, a plurality of apertured protuberances arranged in a pattern having 60 to 120 protuberances per linear 2.54 cm (inch) in at least one direction, each of the protuberances comprising a continuous sidewall extending from the first side, the second side having a plurality of apertures aligned with the plurality of apertured protuberances and land areas in between the apertures, wherein the film has a melt index of at least 8 g/10 min and an air permeability of at least 80 m 3 /m 2 /min. a first side and a second side opposite the first side, a plurality of apertured protuberances arranged in a pattern having 60 to 120 protuberances per linear 2.54 cm (inch) in at least one direction, each of the protuberances comprising a continuous sidewall extending from the first side, the second side having a plurality of apertures aligned with the plurality of apertured protuberances and land areas in between the apertures, wherein the film has a melt index of at least 8 g/10 min and an air permeability of at least 80 m 3 /m 2 /min.