mhurhangee/ep-ind-claims huggingface dataset:
Composite reinforcing strip comprising: - a covering capsule surrounding a plurality of longitudinal channels (3, 4) developing parallel to a longitudinal development direction of the composite reinforcing strip and arranged in sequence between opposite lateral ends of said composite reinforcing strip, - a plurality of longitudinal reinforcing fibres arranged inside reinforcing channels of said plurality of longitudinal channels (3, 4), characterized in that - a plurality of longitudinal permeable fibres being arranged inside at least one permeable channel of said plurality of longitudinal channels (3, 4); and in that said covering capsule having, at least at an upper surface of said covering capsule opposite to a lower surface of said covering capsule, a plurality of surface openings leading to the at least one permeable channel so as to define a fluid communication between the plurality of longitudinal permeable fibres and an external environment. - a covering capsule surrounding a plurality of longitudinal channels (3, 4) developing parallel to a longitudinal development direction of the composite reinforcing strip and arranged in sequence between opposite lateral ends of said composite reinforcing strip, - a plurality of longitudinal reinforcing fibres arranged inside reinforcing channels of said plurality of longitudinal channels (3, 4), characterized in that - a plurality of longitudinal permeable fibres being arranged inside at least one permeable channel of said plurality of longitudinal channels (3, 4); and in that said covering capsule having, at least at an upper surface of said covering capsule opposite to a lower surface of said covering capsule, a plurality of surface openings leading to the at least one permeable channel so as to define a fluid communication between the plurality of longitudinal permeable fibres and an external environment.
A lid for a liquid container, the lid comprising: a base that is configured for removable attachment to a container, the base including one or more vent holes and a drink hole; a lid lever pivotably attached to the base, the lid lever including one or more vent plugs that selectively open and close the one or more vent holes; and a seal arm assembly pivotably attached to the base and pivotably movable about a pivot point, the seal arm assembly including a drink plug that selectively opens and closes the drink hole, wherein, beginning in a closed position, the lid lever is pivotably movable independently of the seal arm assembly to open the at least one vent hole before the seal arm assembly opens the drink hole, characterised in that the seal arm assembly includes a ball plunger located in a recess that is formed in, or is connected to, a ball element; and wherein the lid comprises a plunger bracket located on the base, wherein the plunger bracket resists movement, so as to prevent the ball plunger from passing the plunger bracket until sufficient force is applied, thereby only allowing the seal arm assembly to move from a closed position to an open position when sufficient force is applied. a base that is configured for removable attachment to a container, the base including one or more vent holes and a drink hole; a lid lever pivotably attached to the base, the lid lever including one or more vent plugs that selectively open and close the one or more vent holes; and a seal arm assembly pivotably attached to the base and pivotably movable about a pivot point, the seal arm assembly including a drink plug that selectively opens and closes the drink hole, wherein, beginning in a closed position, the lid lever is pivotably movable independently of the seal arm assembly to open the at least one vent hole before the seal arm assembly opens the drink hole, characterised in that the seal arm assembly includes a ball plunger located in a recess that is formed in, or is connected to, a ball element; and wherein the lid comprises a plunger bracket located on the base, wherein the plunger bracket resists movement, so as to prevent the ball plunger from passing the plunger bracket until sufficient force is applied, thereby only allowing the seal arm assembly to move from a closed position to an open position when sufficient force is applied.
Seat for a motor vehicle, comprising: - a supporting structure, - a seat pan mounted so as to be able to move on the supporting structure between a use position and a stowed position, and - a backrest mounted so as to be able to tilt on the supporting structure about a lower axis, between a use position and a folded-forward position, in place of the seat pan, characterized in that the backrest comprises two parts (310, 320), one of which is a peripheral part that is mounted so as to be able to tilt on the supporting structure about the lower axis, and the other of which is a central part that is mounted so as to be able to tilt on the peripheral part about an upper axis that is distinct from the lower axis, each one of the two parts (310, 320) comprising a frame and, to the front of the frame, part of a trim of the backrest. - a supporting structure, - a seat pan mounted so as to be able to move on the supporting structure between a use position and a stowed position, and - a backrest mounted so as to be able to tilt on the supporting structure about a lower axis, between a use position and a folded-forward position, in place of the seat pan,
An anode arrangement for cells of Hall-Heroult type for the electrolytic production of aluminum, the anode arrangement including an anode superstructure, an elongated generally horizontally disposed anode beam supporting prebaked anodes, and a suspension arrangement supporting said anode beam from said anode superstructure for movement relative thereto, the suspension arrangement including jacks spaced at positions along the longitudinal center line of said anode beam and supporting said anode beam from said anode superstructure, for selectively lifting or lowering said anode beam vertically relative to said anode superstructure and for selectively lifting or lowering either of the two opposite longitudinal ends of said anode beam relative to the other end thereof, further including torsional means, mounted on said anode beam and said anode superstructure, for preventing said anode beam from rotating about the longitudinal axis thereof, characterised in that the anode beam is divided into two anode bar sections ( A, B) aligned one after the other in the longitudinal direction of the cell, where each of the anode bar sections and is provided with two jacks (J1, J2) and (J3, J4) respectively and have torsional devices (L1, L2) and (L3, L4) respectively arranged at or near the ends of each of said anode bar sections ( A, B), wherein each anode bar section ( A, B) can be tilted to an angular position independently of the other, and each anode bar section ( A, B) can be raised / lowered independently of the other.
A method for preparing a methionine-metal chelate, comprising: mixing methionine and Ca 2; and adding metal nitrate to the mixture to produce a methionine-metal chelate. mixing methionine and Ca 2; and adding metal nitrate to the mixture to produce a methionine-metal chelate.
An intermediate product (1; 101) for a vacuum insulation panel comprising: an outer covering member having a sealed space; a core material disposed in the sealed space and having heat insulation properties; and a first gas absorbent disposed in the sealed space, sealed by a container having gas barrier properties and absorbing a first specific gas, wherein: the first specific gas is sealed in the sealed space; and an unsealing member configured to unseal the container when a pressing force is applied from an outside is attached to the container; characterised in that a second specific gas different from the first specific gas is sealed in a space in the container sealing the first gas absorbent; and a second gas absorbent configured to absorb the second specific gas and not to absorb the first specific gas is disposed in the sealed space. an outer covering member having a sealed space; a core material disposed in the sealed space and having heat insulation properties; and a first gas absorbent disposed in the sealed space, sealed by a container having gas barrier properties and absorbing a first specific gas, wherein: the first specific gas is sealed in the sealed space; and an unsealing member configured to unseal the container when a pressing force is applied from an outside is attached to the container; characterised in that a second specific gas different from the first specific gas is sealed in a space in the container sealing the first gas absorbent; and a second gas absorbent configured to absorb the second specific gas and not to absorb the first specific gas is disposed in the sealed space. the first specific gas is sealed in the sealed space; and an unsealing member configured to unseal the container when a pressing force is applied from an outside is attached to the container; characterised in that a second specific gas different from the first specific gas is sealed in a space in the container sealing the first gas absorbent; and a second gas absorbent configured to absorb the second specific gas and not to absorb the first specific gas is disposed in the sealed space.
A tread for a tire having a contact face of a width TW intended to come into contact with ground during rolling, the tread being provided with at least one circumferential groove of a depth D extending in circumferential orientation and a plurality of transvers grooves extending generally in axial orientation, both the at least one circumferential groove and the plurality of transvers grooves opening to the contact face, the at least one circumferential groove and the plurality of transverse grooves delimiting a plurality of contact elements, the tread comprising a center region and a pair of shoulder regions being positioned on two axial sides of the center region, the tread being provided with at least one compressive contact element among the plurality of contact elements, the compressive contact element comprises a plurality of compressive elements, and a volumetric void ratio of the at least one compressive contact element in a unit region surrounded by a center of the at least one circumferential groove and a center of the plurality of transverse grooves delimiting the compressive contact element among the plurality of contact elements being at least equal to 25%, and an aspect ratio defined as a ratio of a surface of the compressive contact element supposed to contact with ground divided by a sum of a surface area of the compressive contact element touching with air other than the surface of the compressive contact element supposed to contact with ground being at most equal to 70%, the tread being characterized in that at least one of the compressive element among the plurality of compressive elements comprises an enlarged portion at radially innermost portion of the compressive element.
A straw for the preservation of a predetermined dose of liquid-based substance, comprising a tube extending between a first end and a second end and comprising a liquid-tight, gas-permeable stopper, which stopper being disposed in the tube close to its first end and extending between a first end turned towards the first end of the tube and a second end turned towards the second end of the tube, said stopper and said tube being configured so that after the liquid-based substance has come to meet the stopper by its second end, the stopper blocks the passage of the liquid-based substance and, by pushing on its first end, can be slid in the tube towards the second end of the tube, characterized in that said tube is of thermochromic material having a reversible change in hue at a predetermined temperature threshold, whereby the tube has a first visual appearance if its temperature is below said predetermined threshold and a second visual appearance different from the first visual appearance if its temperature is above said predetermined threshold.
A method of dynamically adjusting the transmission rate of a mobile station, comprising: receiving at the mobile station periodic load indications from a radio base station indicative of the reverse link load at the radio base station; changing transmission rate probabilistically if the load indication indicates that the reverse link load is within a first predetermined range; changing transmission rate deterministically if the load indication indicates that the reverse link load is in a second predetermined range outside said first predetermined range; wherein changing the transmission rate comprises either increasing or decreasing the transmission rate; wherein changing transmission rate probabilistically comprises: calculating a load tracking value based on two or more periodic load indications; determining a rate change probability as a function of the load tracking value; and selectively changing the transmission rate of the mobile station in the current evaluation period with a probability determined by said rate change probability. receiving at the mobile station periodic load indications from a radio base station indicative of the reverse link load at the radio base station; changing transmission rate probabilistically if the load indication indicates that the reverse link load is within a first predetermined range; changing transmission rate deterministically if the load indication indicates that the reverse link load is in a second predetermined range outside said first predetermined range; wherein changing the transmission rate comprises either increasing or decreasing the transmission rate; wherein changing transmission rate probabilistically comprises: calculating a load tracking value based on two or more periodic load indications; determining a rate change probability as a function of the load tracking value; and selectively changing the transmission rate of the mobile station in the current evaluation period with a probability determined by said rate change probability. calculating a load tracking value based on two or more periodic load indications; determining a rate change probability as a function of the load tracking value; and selectively changing the transmission rate of the mobile station in the current evaluation period with a probability determined by said rate change probability.
A latch for applying a clinch load between a mounting pin and a keeper, comprising: an elongate latch arm having a body portion slideably affixed to an upper toggle link by a transverse mounting pin received through a longitudinally extending slot in the latch arm at a first end thereof, and having a hook at a second end thereof opposite the first end for engaging the keeper; and a lower link hingedly connected to the latch arm at one end and hingedly connected to the upper link at an opposite end thereof, said upper and lower links (1, 10) providing a toggle linkage for extending and retracting the latch arm between an open and a closed position; and wherein the toggle linkage and latch arm are nested when the latch is in the closed position, said lower link being nested in a first channel in the upper link and a portion of said latch arm being nested within a second channel in the lower link. an elongate latch arm having a body portion slideably affixed to an upper toggle link by a transverse mounting pin received through a longitudinally extending slot in the latch arm at a first end thereof, and having a hook at a second end thereof opposite the first end for engaging the keeper; and a lower link hingedly connected to the latch arm at one end and hingedly connected to the upper link at an opposite end thereof, said upper and lower links (1, 10) providing a toggle linkage for extending and retracting the latch arm between an open and a closed position; and wherein the toggle linkage and latch arm are nested when the latch is in the closed position, said lower link being nested in a first channel in the upper link and a portion of said latch arm being nested within a second channel in the lower link.
An optical disc drive device, comprising: a motor configured to rotate an optical disc; an optical pickup unit, OPU,; a controller configured to cause the motor and the OPU to read recorded data from the optical disc that is rotating based on a read command transmitted by a signal processing device disposed external to the optical disc drive device; and a transmitter that transmits the recorded data that has been read to the signal processing device, wherein the controller is configured to control a rotational speed of the optical disc, to determine from the read command a readout position on the optical disc, and to determine whether the readout position on the optical disc is closer to an inner circumference of the optical disc than a predetermined position; wherein the recorded data transmitted by the transmitter is stored in a buffer provided in the signal processing device, the buffer temporarily storing the recorded data that has been read, until the recorded data is used, and the controller is configured to decrease the rotational speed of the optical disc based on free space information indicating a free space of the buffer when determining that the readout position is closer to the inner circumference of the optical disc than the predetermined position, and to stop controlling the rotational speed of the optical disc when determining that the readout position is closer to the outer circumference of the optical disc than the predetermined position. a motor configured to rotate an optical disc; an optical pickup unit, OPU,; a controller configured to cause the motor and the OPU to read recorded data from the optical disc that is rotating based on a read command transmitted by a signal processing device disposed external to the optical disc drive device; and a transmitter that transmits the recorded data that has been read to the signal processing device, wherein the controller is configured to control a rotational speed of the optical disc, to determine from the read command a readout position on the optical disc, and to determine whether the readout position on the optical disc is closer to an inner circumference of the optical disc than a predetermined position; wherein the recorded data transmitted by the transmitter is stored in a buffer provided in the signal processing device, the buffer temporarily storing the recorded data that has been read, until the recorded data is used, and the controller is configured to decrease the rotational speed of the optical disc based on free space information indicating a free space of the buffer when determining that the readout position is closer to the inner circumference of the optical disc than the predetermined position, and to stop controlling the rotational speed of the optical disc when determining that the readout position is closer to the outer circumference of the optical disc than the predetermined position.
Switch lock for an electrical switchgear with a contact system having at least one fixed contact and at least one movable contact piece rotatably mounted on a contact holder which closes the contact for the fixed contact in an ON position of the switchgear and isolates said contact in an OFF and a TRIPPED position of the switchgear, as well as a support lever which is rotatably mounted in a bearing and supports the contact holder in the ON and the OFF position of the switchgear, and a spring with a spring pivot point, characterised in that the spring acts on the movable contact piece and is dimensioned and affixed such that it exerts, due to the shifting of the spring pivot point in the ON position of the switchgear, the required contact force and accelerates the switching-off movement of the movable contact piece in the event that the switchgear switches off.
A compound, which is 11-cyclopropyl-1-(2-methoxyethyl)-2,3,4,6,7,8,9,10-octahydro-1H-azepino[4,5-g]quinoline, 4-(3-methoxypropyl)-2,3,4,6,7,8,9,10-octahydro[1,4]oxazino[2,3-h] benzazepine, or 5-cyclopropyl-4-[ -2-methoxypropyl]-2,3,4,6,7,8,9,10-octahydro[1,4]oxazino[2,3-h] benzazepine, or a salt thereof.
A woven fabric comprising a weft yarn and at most two warp yarn systems of yarns A and B, respectively, wherein the warp yarns A and B are distinguished by their yarn composition, wherein the weft yarn comprises a high performance fiber, having a tenacity or tensile strength of at least 1.2 N/tex,; the warp yarn A comprises at least 50 wt% of a natural fiber; the warp yarn B is a spun yarn and comprises a high performance fiber, having a tenacity or tensile strength of at least 1.2 N/tex; and wherein the fabric has an outside surface comprising the warp yarn A and an inside surface comprising the warp yarn B and said outside and inside surfaces being at least partially interconnected by the weft yarn.
A method for sending uplink scheduling information in a time division duplexing, TDD, system, comprising: determining, by a base station employing multi-carrier aggregation, in uplink subframes on a second carrier, an uplink subframe, wherein at time corresponding to a downlink subframe on the second carrier for scheduling the determined uplink subframe during non-cross-carrier scheduling, a subframe on a first carrier is an uplink subframe; and sending, by the base station, on another downlink subframe on the first carrier, uplink scheduling information corresponding to the determined uplink subframe on the second carrier to a terminal, wherein time corresponding to the another downlink subframe on the first carrier is before time corresponding to the determined uplink subframe and at least four subframes are spaced between the time corresponding to the another downlink subframe on the first carrier and the time corresponding to the determined uplink subframe. determining, by a base station employing multi-carrier aggregation, in uplink subframes on a second carrier, an uplink subframe, wherein at time corresponding to a downlink subframe on the second carrier for scheduling the determined uplink subframe during non-cross-carrier scheduling, a subframe on a first carrier is an uplink subframe; and sending, by the base station, on another downlink subframe on the first carrier, uplink scheduling information corresponding to the determined uplink subframe on the second carrier to a terminal, wherein time corresponding to the another downlink subframe on the first carrier is before time corresponding to the determined uplink subframe and at least four subframes are spaced between the time corresponding to the another downlink subframe on the first carrier and the time corresponding to the determined uplink subframe.
A composition comprising synthetic nanocarriers comprising poly(D,L lactide) and poly(D,L lactide) poly(ethylene glycol) (PLA-PEG) and comprising rapamycin, and a composition comprising pegsiticase for use in a method of treating a subject with gout or a condition associated with gout, hyperuricemia, or an elevated serum uric acid level and/or undesired uric acid deposits, wherein the method comprises administering the compositions concomitantly to a subject and wherein the composition comprising pegsiticase is administered at a dose of 0.1 mg/kg, 0.2 mg/kg, 0.4 mg/kg, 0.8 mg/kg, or 1.2 mg/kg pegsiticase with each administration, and wherein the composition comprising synthetic nanocarriers and the composition comprising pegsiticase are administered monthly for at least three months.