mhurhangee/ep-ind-claims huggingface dataset:
A method for content delivery, comprising: selecting a time-of-day interval; during the selected time-of-day interval, prefetching given content from a content source to a communication terminal using a guaranteed prefetching mode, by: continuously tracking the given content on the content source, so as to detect changes to the given content as they occur during the selected time-of-day interval; and maintaining cached content at the communication terminal continuously synchronized with content at the content source, throughout the selected time-of-day interval, notwithstanding the changes that occur during the selected time-of-day interval, by continuously prefetching the given content from the content source to the communication terminal; and defining a best-effort prefetching mode that is different from the guaranteed prefetching mode, and prefetching the given content to the communication terminal using the best-effort prefetching mode outside the selected time-of-day interval wherein prefetching using the guaranteed prefetching mode comprises prefetching less than a threshold percentage of content items that are detected as changed, and wherein prefetching using the best-effort prefetching mode comprises prefetching more than the threshold percentage of the content items detected as changed. selecting a time-of-day interval; during the selected time-of-day interval, prefetching given content from a content source to a communication terminal using a guaranteed prefetching mode, by: continuously tracking the given content on the content source, so as to detect changes to the given content as they occur during the selected time-of-day interval; and maintaining cached content at the communication terminal continuously synchronized with content at the content source, throughout the selected time-of-day interval, notwithstanding the changes that occur during the selected time-of-day interval, by continuously prefetching the given content from the content source to the communication terminal; and continuously tracking the given content on the content source, so as to detect changes to the given content as they occur during the selected time-of-day interval; and maintaining cached content at the communication terminal continuously synchronized with content at the content source, throughout the selected time-of-day interval, notwithstanding the changes that occur during the selected time-of-day interval, by continuously prefetching the given content from the content source to the communication terminal; and defining a best-effort prefetching mode that is different from the guaranteed prefetching mode, and prefetching the given content to the communication terminal using the best-effort prefetching mode outside the selected time-of-day interval wherein prefetching using the guaranteed prefetching mode comprises prefetching less than a threshold percentage of content items that are detected as changed, and wherein prefetching using the best-effort prefetching mode comprises prefetching more than the threshold percentage of the content items detected as changed.
A modified isoprene synthase, wherein a host cell that expresses the modified isoprene synthase produces a greater amount of isoprene compared to a host cell that expresses an isoprene synthase according to SEQ ID NO: 4, and wherein the modified isoprene synthase has one or more amino acid residue mutations corresponding to one or more amino acid residues selected from the following: S2, F31, L35, L67, I90, V97, L114, Q123, D124, V125, K127, R128, K130, D131, G134, C137, V144, V187, R202, L224, L247, S248, L249, T257, K259, R264, D265, R266, E269, C286, K292, T298, I300, D301, Y304, D305, E312, F316, E321, V325, I328, C338, L340, C370, E371, C373, E379, S383, K386, I388, A390, Y394, S401, S402, G404, V405, L414, C416, C440, R444, N447, R458, T461, T462, T466, E471, C480, K481, R484, K492, V499, P505, F508, I518, S519, H520, C521, Y523, and G530 in an amino acid sequence selected from (a) the amino acid sequence of SEQ ID NO: 4, (b) an amino acid sequence having 1 to 50 amino acid substitutions, deletions, insertions or additions in the amino acid sequence of SEQ ID NO: 4, or (c) an amino acid sequence having 90% or more identity to the amino acid sequence of SEQ ID NO: 4. (a) the amino acid sequence of SEQ ID NO: 4, (b) an amino acid sequence having 1 to 50 amino acid substitutions, deletions, insertions or additions in the amino acid sequence of SEQ ID NO: 4, or (c) an amino acid sequence having 90% or more identity to the amino acid sequence of SEQ ID NO: 4.
A foldable article, in particular of the tent or shelter type, the article having a deployed position for use and comprising a hoop structure (1, 2) that is foldable into a circular configuration and that comprises at least a base loop and an upper loop non-plane when the article is in the deployed position, a flexible sheet (3, 4) secured to the hoop structure (1, 2), and folding-assistance means (5, and 6 to 9); the article being characterized in that the folding-assistance means (5, and 6 to 9) comprise at least one pull element connected to a first source point of one of the loops (1, 2) or of the flexible sheet (3, 4) along said loop (1, 2) and suitable, when traction is applied to the pull element, for enabling the first source point to be brought towards a first target point (6 to 9) of said loop (1, 2) or of the flexible sheet (3, 4) along said loop (1, 2), the pull element being also connected to a second source point (13, 17, 21) of the other one of the loops (1, 2) or of the flexible sheet (3, 4) along said other one of the loops (1, 2) and suitable, when traction is applied to the pull element, for enabling the second source point to be brought towards the first target point (6 to 9), the first target point (6 to 9) and the first source point satisfying the following accumulative conditions: a) the distance measured along said loop (1, 2) between the first source point and the first target point (6 to 9) is greater than or equal to 2πR rupt, where R rupt is the limit radius of curvature of said loop (1, 2); b) when said loop (1, 2) presents a shape that is substantially non-plane when the article is in the deployed position with at least one main major axis (A1, A2) and at least one main minor axis (a1, a2), the {first source point; first target point (6 to 9)} pair lies neither on the main major axis (A1, A2) nor on the main minor axis (a1, a2); and c) when said loop (1, 2) presents a shape that is substantially plane and oblong when the article is in the deployed position, with at least one main major axis (A1, A2), the {first source point; first target point (6 to 9)} pair does not lie on the main major axis (A1, A2); thereby enabling at least two sub-loops (1a, 1b, 1c) to be formed by twisting each of the loops (1, 2). a) the distance measured along said loop (1, 2) between the first source point and the first target point (6 to 9) is greater than or equal to 2πR rupt, where R rupt is the limit radius of curvature of said loop (1, 2); b) when said loop (1, 2) presents a shape that is substantially non-plane when the article is in the deployed position with at least one main major axis (A1, A2) and at least one main minor axis (a1, a2), the {first source point; first target point (6 to 9)} pair lies neither on the main major axis (A1, A2) nor on the main minor axis (a1, a2); and c) when said loop (1, 2) presents a shape that is substantially plane and oblong when the article is in the deployed position, with at least one main major axis (A1, A2), the {first source point; first target point (6 to 9)} pair does not lie on the main major axis (A1, A2);
A system for automatically harmonizing the position and/or orientation between an apparatus (6, 10) on board a mobile carrier and a reference frame (R IMU) of said mobile carrier, said mobile carrier being equipped with an inertial unit able to provide measurements of acceleration and angular velocity of rotation of said mobile carrier in said reference frame, characterized in that it includes: - at least one accelerometer mechanically coupled to the onboard apparatus (6, 10), and providing acceleration measurements in a reference frame (R RAD) referred to as the associated onboard apparatus, said accelerometer being an accelerometer able to provide acceleration measurements along three spatial axes; - a reception unit configured to receive measurements provided by said inertial unit and measurements provided by the accelerometer, - a computing unit configured to calculate values of parameters defining a geometric transformation for conversion of data between the reference frame (R IMU) of the carrier and the reference frame (R RAD) of the onboard apparatus, from said measurements, carried out for at least two different flight orientations, by said inertial unit and by said accelerometer, wherein said mobile carrier is an aircraft, said onboard apparatus is a radar system including at least one antenna panel, the or each antenna panel having an associated phase center, and including an accelerometer mechanically coupled to the antenna panel and having a reference frame (R RAD) centered on said phase center. - at least one accelerometer mechanically coupled to the onboard apparatus (6, 10), and providing acceleration measurements in a reference frame (R RAD) referred to as the associated onboard apparatus, said accelerometer being an accelerometer able to provide acceleration measurements along three spatial axes; - a reception unit configured to receive measurements provided by said inertial unit and measurements provided by the accelerometer, - a computing unit configured to calculate values of parameters defining a geometric transformation for conversion of data between the reference frame (R IMU) of the carrier and the reference frame (R RAD) of the onboard apparatus, from said measurements, carried out for at least two different flight orientations, by said inertial unit and by said accelerometer, wherein said mobile carrier is an aircraft, said onboard apparatus is a radar system including at least one antenna panel, the or each antenna panel having an associated phase center, and including an accelerometer mechanically coupled to the antenna panel and having a reference frame (R RAD) centered on said phase center.
A system having a palletizer for palletizing a material to be conveyed and a security device wherein the security device has at least one security element, which is arranged on a conveyor unit of the palletizer, which is used to transport pallet units away, wherein security against an unauthorized user's access to the conveyor unit can be increased by the security element, characterized in that the security element can be brought into at least a first security state and a second security state in order to adapt it to a width (4.1) of the pallet unit, wherein a drive is directly or indirectly operatively connected to the security element, so that the at least one security element can be moved from the first security state into the second security state, and/or the security element has optical elements (11.3), which can be controlled depending on the width (4.1) of the pallet unit.
Roll for treating a paper, board, tissue, or other fibrous web in a machine for producing and/or finishing the fibrous web, having a roll shell (15, 25) which can be rotated about a stationary axle supported by way of journals in mountings, and which is pressed by a supporting device on the axle in the direction of a mating pressure element, forming a press nip with the latter, characterized in that the part of the axle that applies at least 90% of the desired resistance torque in the pressing direction, or the axle itself, consists of a metal sheet, the ends of which have been tapered to form journals.
A brake element for a safety catch device comprising at least one brake shoe and at least one base element, wherein each brake shoe comprises at least one braking surface which is arranged such that the brake shoe can rest with the breaking surface against a rail in the event of braking, and wherein each brake shoe additionally comprises a surface ("sliding surface-B") opposite to the braking surface, and wherein each base element is designed to be connected to the safety catch device and the base element comprises a surface ("sliding surface-S") oriented in the direction of the braking surface of the brake shoe, and wherein sliding surface-B and sliding surface-S are oriented towards one another in such a way that the at least one brake shoe and the at least one base element can slide along one another on a plane parallel to the at least one braking surface of the respective at least one brake shoe, and characterized in that the brake element additionally comprises at least one sliding element between at least one brake shoe and at least one base element, such that the respective sliding surfaces-B and sliding surfaces-S are in contact via the sliding element.
Sorption device for household appliances, - having a first and a second air duct, which form at least one overlap region, in which a duct wall of the first and a duct wall of the second air duct are adjacent, and - having a sorbent layer, through which process air can flow, - wherein there is at least one pass-through capability in the overlap region between the adjacent duct walls (22, 24), so that process air can flow across from the one air duct into the other (18, 19) while flowing through the sorbent layer, characterised in that - viewed in the in-flow direction of the process air into the sorption device the front axial end of the first air duct is closed, the front axial end of the second air duct is open and - at the rear end of the second air duct at least one flow-influencing element is provided, such that a passage of a partial air flow of the process air from the second into the first air duct is effected, while a supplementary air flow flows through the second air duct as far as the end and on the output side unites with the partial air flow of the process air heated by the sorbent layer. - having a first and a second air duct, which form at least one overlap region, in which a duct wall of the first and a duct wall of the second air duct are adjacent, and - having a sorbent layer, through which process air can flow, - wherein there is at least one pass-through capability in the overlap region between the adjacent duct walls (22, 24), so that process air can flow across from the one air duct into the other (18, 19) while flowing through the sorbent layer, characterised in that - viewed in the in-flow direction of the process air into the sorption device the front axial end of the first air duct is closed, the front axial end of the second air duct is open and - at the rear end of the second air duct at least one flow-influencing element is provided, such that a passage of a partial air flow of the process air from the second into the first air duct is effected, while a supplementary air flow flows through the second air duct as far as the end and on the output side unites with the partial air flow of the process air heated by the sorbent layer.
Method for selecting a parent node device in a communication network in tree form implemented on an electrical supply network, node devices (130, 131, 135) being able to be relays between a root node device of the tree and other node devices which are respectively attached to them, characterized in that at least one first node device obtains (503, 603) statistical knowledge of quality of transmission between the said first node device and each second node device that can take a role of parent node device for the said first node device, the said statistical knowledge being organized according to a splitting of the time into calendar periods; and in that the said first node device implements a calendar monitoring mechanism in such a way that, for each toggling to a new calendar period, the said first node device performs the following steps: - verifying, as a function of the statistical data obtained, whether transmission disturbances beyond a first predefined threshold are envisaged between the said first node device and the parent node device to which the said first node device is attached in the said communication network; and - selecting (702, 703), in case of positive verification, another parent node device to which to attach the said first node device for the said new calendar period, and in that the said first node device disables the calendar monitoring mechanism when the said first node device is a said relay node. - verifying, as a function of the statistical data obtained, whether transmission disturbances beyond a first predefined threshold are envisaged between the said first node device and the parent node device to which the said first node device is attached in the said communication network; and - selecting (702, 703), in case of positive verification, another parent node device to which to attach the said first node device for the said new calendar period,
A method for producing steel in an integrated steel plant, the plant comprising a blast furnace for pig iron production, an oxygen converter for steel production, a coke oven for coke production and a direct reduction reactor for producing direct reduced iron, the method comprising forming a first gas stream having a hydrogen content of at least about 50% by volume and a carbon monoxide content of less than about 10% by volume by withdrawing and conditioning the temperature and pressure of the coke oven effluent gases; forming a second gas stream having a hydrogen content of less than about 10% by volume and a carbon monoxide content of at least about 50% by volume by withdrawing and conditioning the temperature and pressure of oxygen converter effluent gases; forming a third gas stream having a reducing potential greater than about 0.6, a hydrogen content greater than about 30% by volume, and a carbon monoxide content greater than about 30% by volume by mixing the first and second gas streams; forming a fourth gas stream by combining at least a portion of the third gas stream with at least a portion of regenerated gas effluent from the direct reduction reactor; heating the fourth gas stream to a temperature of greater than about 850°C, wherein the fourth gas stream is heated by the gases effluent from the blast furnace; reducing iron oxide-containing solid particles in the direct reduction reactor to metallic iron in the form of direct reduction iron by introducing the solid particles and the heated fourth gas stream into the direct reduction reactor; combining the heated fourth gas stream with oxygen containing gas before the heated fourth gas stream is introduced into the direct reduction reactor; forming a reducing gas in a reduction section of the direct reduction reactor using the heated fourth gas stream combined with the oxygen containing gas; f orming a fifth gas stream by withdrawing reacted gas from the direct reduction reactor; forming a sixth gas stream with regenerated reducing potential by removing water and carbon dioxide from at least a portion of the fifth gas stream; using at least a portion of the sixth gas stream in the formation of the fourth gas stream; and charging the direct reduced iron to the blast furnace.
Hand-held device for apportioned delivery of sprayable substances, in particular inhaler medicaments, having a cartridge which has its valve tube seated on a supporting portion and is linearly displaceable by pressing in a housing into the open position for delivery, and an indexing mechanism which is moved during the opening stroke of the cartridge for registering and displaying delivery actuations which have been carried out, which indexing mechanism is disposed in a housing centrally below the opening-side end wall of the cartridge, overlappingly with respect to the valve tube of the cartridge, and having, disposed in the housing, step-by-step indexing mechanism indexing members (S, 28, 29, 16, 17, 20, 15, 21, 22, 13, 26) which revolve about axes lying in the longitudinal direction of the cartridge, resilient step-by-step indexing fingers bending in the direction of a position transverse to the longitudinal direction and effecting a rotation of the step-by-step indexing mechanism, characterized in that the housing, including its base and the step-by-step indexing mechanism (11, 12) - except for a step-by-step indexing finger star located on the supporting portion - is displaceable downward as a whole relative to the supporting portion by the advance of the cartridge and the displacement movement rotates the step-by-step indexing finger star.
A brake control valve module, comprising: a housing (202, 602); a shut off valve (203, 603) disposed within the housing (202, 602); a first servovalve coupled to the housing (202, 602); and characterised by a pressure sensor (208, 608) disposed within the housing (202, 602) and in fluid communication with the shut off valve and the first servovalve. a housing (202, 602); a shut off valve (203, 603) disposed within the housing (202, 602); a first servovalve coupled to the housing (202, 602); and characterised by a pressure sensor (208, 608) disposed within the housing (202, 602) and in fluid communication with the shut off valve and the first servovalve.
Secure connector for the formation of a secure fluid connection with a complementary connector, the secure connector comprising a means for locking the fluid connection, arranged in such a way as to be able to go from an armed position, in which the fluid connection can be made, to a locked position, in which the fluid connection made is secured by preventing the locking if the position of the secure connector relative to the complementary connector is not matching, and a means for storing energy for driving the locking means in the direction from its armed position towards its locked position, characterised in that the secure connector further comprises a boss for conditional blocking of an unlocking of the locking means in the locking position.
A high SPF sunscreen composition comprising less than 8% by weight total organic sunscreens comprising, a) 0.1 % to 5 % by weight dibenzoylmethane or its derivative; b) 0.1 to 7 % by weight an oil soluble UV-B organic sunscreen; c) 0.1 to 5% by weight non-ionic surfactant selected from the class of alkyl phenol ethoxylates having HLB higher than 15; and d) a cosmetically acceptable base, wherein said oil soluble UV-B organic sunscreen is selected from the group consisting of cinnamic acid, salicylic acid, diphenyl acrylic acid and derivatives thereof. a) 0.1 % to 5 % by weight dibenzoylmethane or its derivative; b) 0.1 to 7 % by weight an oil soluble UV-B organic sunscreen; c) 0.1 to 5% by weight non-ionic surfactant selected from the class of alkyl phenol ethoxylates having HLB higher than 15; and d) a cosmetically acceptable base,