mhurhangee/ep-ind-claims huggingface dataset:
A communication method by an access point implementing a Time Division Duplexing, TDD, frame structure on a shared communication medium that corresponds to at least a portion of an unlicensed frequency band, the method comprising: contending for access to the shared communication medium for a first transmission opportunity, TXOP, spanning a first time duration; yielding the shared communication medium during an intervening time period between the first TXOP and a second TXOP spanning a second time duration, wherein the shared communication medium is occupied in the intervening time period; transmitting during one or more downlink subframes of the first TXOP a scheduling grant to an access terminal granting the access terminal uplink resources, wherein the scheduling grant configures the access terminal to ignore any uplink subframes of the TDD frame structure during the intervening time period, and wherein the scheduling grant configures the access terminal to carryover the granted uplink resources to a next available subframe during the second TXOP; contending for access to the communication medium for the second TXOP; and receiving uplink signaling from the access terminal over the granted uplink resources during the second TXOP. contending for access to the shared communication medium for a first transmission opportunity, TXOP, spanning a first time duration; yielding the shared communication medium during an intervening time period between the first TXOP and a second TXOP spanning a second time duration, wherein the shared communication medium is occupied in the intervening time period; transmitting during one or more downlink subframes of the first TXOP a scheduling grant to an access terminal granting the access terminal uplink resources, wherein the scheduling grant configures the access terminal to ignore any uplink subframes of the TDD frame structure during the intervening time period, and wherein the scheduling grant configures the access terminal to carryover the granted uplink resources to a next available subframe during the second TXOP; contending for access to the communication medium for the second TXOP; and receiving uplink signaling from the access terminal over the granted uplink resources during the second TXOP.
A process for liquefying a tube side stream in a main heat exchanger having a warm end and a cold end, the main heat exchanger comprising a wall defining a shell side within which is arranged a coil-wound tube bundle, the process comprising the steps of: a) providing a first mass flow of the tube side stream in gaseous form to the warm end of a first subset of individual tubes, said first subset of individual tubes being evenly distributed radially across the tube bundle; b) providing a second mass flow of the tube side stream in gaseous form to the warm end of a second subset of individual tubes, said second subset of individual tubes being evenly distributed radially across the tube bundle; c) Evaporating a refrigerant stream on the shell side to provide cooling to the first mass flow and the second mass flow whereby the tube side stream becomes a liquid; d) Measuring an exit temperature of the first mass flow removed as a liquid from the cold end of the first subset of individual tubes; e) Measuring an exit temperature of the second mass flow removed as a liquid from the cold end of the second subset of individual tubes; and, f) Comparing the exit temperature of the first mass flow measured in step d) to the exit temperature of the second mass flow measured in step e), wherein at least one of the first and second mass flows (28,30) is adjusted to equalise the exit temperature of the first mass flow with the exit temperature of the second mass flow. a) providing a first mass flow of the tube side stream in gaseous form to the warm end of a first subset of individual tubes, said first subset of individual tubes being evenly distributed radially across the tube bundle; b) providing a second mass flow of the tube side stream in gaseous form to the warm end of a second subset of individual tubes, said second subset of individual tubes being evenly distributed radially across the tube bundle; c) Evaporating a refrigerant stream on the shell side to provide cooling to the first mass flow and the second mass flow whereby the tube side stream becomes a liquid; d) Measuring an exit temperature of the first mass flow removed as a liquid from the cold end of the first subset of individual tubes; e) Measuring an exit temperature of the second mass flow removed as a liquid from the cold end of the second subset of individual tubes; and, f) Comparing the exit temperature of the first mass flow measured in step d) to the exit temperature of the second mass flow measured in step e), wherein at least one of the first and second mass flows (28,30) is adjusted to equalise the exit temperature of the first mass flow with the exit temperature of the second mass flow.
A lighter than air vehicle comprising: a front portion and a rear portion, each comprising a lighter than air gas, the front portion being rotatably coupled to the rear portion and comprising: a first envelope, a portion of the first envelope being a first pellucid portion through which light is able to pass; a second envelope located inside the first envelope, a portion of the second envelope being a second pellucid portion through which light is able to pass; a tube connecting the first envelope to the second envelope; at least one light-receiving device located within the second envelope; and a mirror disposed on an inside surface of the first envelope, the mirror being arranged to reflect light onto the at least one light-receiving device; wherein the first envelope and the second envelope are spaced apart so as to define a chamber between the first envelope and the second envelope; the chamber is filled with the lighter than air gas; a first opening of the tube is located at an external surface of the first envelope; and a second opening of the tube is located at an internal surface of the second envelope, the second opening of the tube being at an opposite end of the tube to the first opening of the tube, thereby to allow ventilation of the at least one light-receiving device, and wherein the front portion is rotatable relative to the rear portion such that the mirror is directed towards the sun. a first envelope, a portion of the first envelope being a first pellucid portion through which light is able to pass; a second envelope located inside the first envelope, a portion of the second envelope being a second pellucid portion through which light is able to pass; a tube connecting the first envelope to the second envelope; at least one light-receiving device located within the second envelope; and a mirror disposed on an inside surface of the first envelope, the mirror being arranged to reflect light onto the at least one light-receiving device; wherein the first envelope and the second envelope are spaced apart so as to define a chamber between the first envelope and the second envelope; the chamber is filled with the lighter than air gas; a first opening of the tube is located at an external surface of the first envelope; and a second opening of the tube is located at an internal surface of the second envelope, the second opening of the tube being at an opposite end of the tube to the first opening of the tube, thereby to allow ventilation of the at least one light-receiving device, and wherein the front portion is rotatable relative to the rear portion such that the mirror is directed towards the sun.
A cleaning device comprising an expandable member, a means for expanding the expandable member, and a connection means comprising a first tube member for connecting the expandable member and the means for expanding the expandable member characterized in that the connection means further comprises a length measuring means, wherein the length measuring means comprises a second tube member extending from the expandable member and said second tube member being adapted for engagement with the first tube member.
An apparatus for interfacing an AC bus and DC bus, comprising: a set of one or more transistors coupled to the AC bus and coupled to the DC bus; a set of one or more diodes (622, 822) coupled to the AC bus and coupled to the DC bus; and a microcontroller coupled to the set of one or more transistors configured to regulate the current flow through the set of one or more transistors and to regulate the current flow through the set of one or more diodes by controlling the set of one or more transistors to regulate the voltage on the DC bus such that substantially all power flows through the set of one or more transistors when the power load of the DC bus is within a first power range, which is between zero and a first level that is selected, in part, based on a first total power capacity of the set of one or more transistors, and such that power flows through the set of one more transistors and the set of one or more diodes when the power load of the DC bus is above the first level. a set of one or more transistors coupled to the AC bus and coupled to the DC bus; a set of one or more diodes (622, 822) coupled to the AC bus and coupled to the DC bus; and a microcontroller coupled to the set of one or more transistors configured to regulate the current flow through the set of one or more transistors and to regulate the current flow through the set of one or more diodes by controlling the set of one or more transistors to regulate the voltage on the DC bus such that substantially all power flows through the set of one or more transistors when the power load of the DC bus is within a first power range, which is between zero and a first level that is selected, in part, based on a first total power capacity of the set of one or more transistors, and such that power flows through the set of one more transistors and the set of one or more diodes when the power load of the DC bus is above the first level.
A switchable pressure sensitive adhesive composition comprising a mixture, in proportions by weight based on the weight of the composition, of: 2% to 80% of curable molecules that are curable by free radical polymerisation, and 0.05% to 10% of photoinitiator, balance, a base adhesive polymer constituent and incidental impurities; wherein the weight proportion of the base adhesive is calculated on the basis of its dry weight and wherein said composition includes an internal cross-linker that is curable by a mechanism other than free radical polymerisation for cross-linking the adhesive during drying to provide a cohesive strength of between 5 and 100 N/12.7x12.7mm measured according to FINAT test method No. 18. 2% to 80% of curable molecules that are curable by free radical polymerisation, and 0.05% to 10% of photoinitiator, balance, a base adhesive polymer constituent and incidental impurities; wherein the weight proportion of the base adhesive is calculated on the basis of its dry weight and wherein said composition includes an internal cross-linker that is curable by a mechanism other than free radical polymerisation for cross-linking the adhesive during drying to provide a cohesive strength of between 5 and 100 N/12.7x12.7mm measured according to FINAT test method No. 18.
An assembly to be installed in an aircraft cabin, comprising - a passenger seat, in particular a multi-seat, provided with a structural element, and - an aircraft crew seat comprising: - a seat structure, - a backrest and a seating part mechanically connected to the seat structure, - said seating part being movable between a position folded against the backrest and an extended position, - wherein the seat structure comprises mechanical connecting means for the connection with the structural element of the adjacent passenger seat, characterized in that the aircraft crew seat further comprises a guiding system for guiding a movement of the assembly formed by the seating part and the backrest between a use position and a stored position at least partly under the passenger seat. - a passenger seat, in particular a multi-seat, provided with a structural element, and - an aircraft crew seat comprising: - a seat structure, - a backrest and a seating part mechanically connected to the seat structure, - said seating part being movable between a position folded against the backrest and an extended position, - wherein the seat structure comprises mechanical connecting means for the connection with the structural element of the adjacent passenger seat, characterized in that the aircraft crew seat further comprises a guiding system for guiding a movement of the assembly formed by the seating part and the backrest between a use position and a stored position at least partly under the passenger seat. - a seat structure, - a backrest and a seating part mechanically connected to the seat structure, - said seating part being movable between a position folded against the backrest and an extended position, - wherein the seat structure comprises mechanical connecting means for the connection with the structural element of the adjacent passenger seat, characterized in that the aircraft crew seat further comprises a guiding system for guiding a movement of the assembly formed by the seating part and the backrest between a use position and a stored position at least partly under the passenger seat.
Polymer film for the embedding of a medical technology product to be implanted in a human organism, wherein a) the polymer film comprises, as main constituent, a polymer of natural origin that is biodegradable, namely an atelocollagen, which is absorbable by the human body, and the polymer film has a polymer content, b) the polymer film comprises, as further constituents, at least two antimicrobial active ingredients having a different mechanism of action in each case and the polymer film has a total active-ingredient content, c) wherein the ratio of the total active-ingredient content to the polymer content is at least 15 %, but the polymer content is greater than the total active-ingredient content, d) the polymer film is bendable and modulable, so that the polymer film can be applied closely to the medical technology product, wherein the polymer film at least mostly matches itself to the contours of the medical technology product, e) the polymer film is uninterrupted, f) the polymer forms a polymer matrix in which the at least two antimicrobial active ingredients are embedded in a homogeneously distributed manner, and g) the polymer film has, for each of the at least two antimicrobial active ingredients, an individual active-ingredient content in each case, the individual active-ingredient contents deviating from one another by at most 20 %. a) the polymer film comprises, as main constituent, a polymer of natural origin that is biodegradable, namely an atelocollagen, which is absorbable by the human body, and the polymer film has a polymer content, b) the polymer film comprises, as further constituents, at least two antimicrobial active ingredients having a different mechanism of action in each case and the polymer film has a total active-ingredient content, c) wherein the ratio of the total active-ingredient content to the polymer content is at least 15 %, but the polymer content is greater than the total active-ingredient content, d) the polymer film is bendable and modulable, so that the polymer film can be applied closely to the medical technology product, wherein the polymer film at least mostly matches itself to the contours of the medical technology product, e) the polymer film is uninterrupted, f) the polymer forms a polymer matrix in which the at least two antimicrobial active ingredients are embedded in a homogeneously distributed manner, and g) the polymer film has, for each of the at least two antimicrobial active ingredients, an individual active-ingredient content in each case, the individual active-ingredient contents deviating from one another by at most 20 %.
An article, said article being moveable between a first position and a second position and biased to the second position, said article being retained in the first position by retaining means until a predetermined condition is met, wherein when said predetermined condition is met biasing means exert a biasing force to move the article from the first position to the second position, said predetermined condition being met when at least one formation, located on at least one face of the article, is moved from a first position to a second position, thereby releasing said retaining means and permitting movement of the article from the first position to the second position, and characterized in that said at least one formation is one of a plurality of formations which are movable from first to second positions, by being urged inwardly of the article.
Device for collecting and utilizing energy generated by the sun, suitable for a roof-covering, comprising a layered construction provided with a substrate layer (4,5) and a cover layer comprising a curable mortar, wherein there is arranged on the substrate layer a tube system through which a fluid can be transported in order to regulate the temperature in the tube system, this tube system being at least partially embedded in the mortar; wherein the mortar of the cover layer comprises cement, water and additives; wherein the substrate layer comprises thermally insulating elements which are embedded at least partially in a mortar; characterized in that the mortar of the cover layer further comprises insulating granules; in that the tube system is arranged on a surface of the substrate layer (4,5) without sinking into this substrate layer or without sinking in predefined recesses in the substrate layer; and in that the thermally insulating elements are placed at a mutual distance from each other, and the space between the thermally insulating elements is filled by means of the mortar.
Method for identifying a fault in a system segment of an electrical power supply system, in which - a protection device is used to sense the current flowing in a supply line of the system segment to form current measured values, - the current measured values are compared with a current threshold value, and - if the current threshold value is exceeded then the protection device produces a fault signal that indicates a fault in the system segment, - the system segment of the power supply system contains at least one power generator (36a-e) that feeds electric power into the system segment at a feed point, - a piece of current information is sensed that comprises a statement about the current instantaneously flowing at the feed point, - the piece of current information is transmitted to the protection device, and - the protection device uses the piece of current information to identify the fault, characterized in that - the protection device produces the fault signal even when the current threshold value has been exceeded and the piece of current information from the at least one power generator (36a-e) reveals an excess of electric power fed into the system segment; and - when the fault signal is produced the protection device outputs a switch-on command to the at least one power generator (36a-e), which switch-on command prompts the at least one power generator (36a-e) to continue its feed of electric power into the system segment. - a protection device is used to sense the current flowing in a supply line of the system segment to form current measured values, - the current measured values are compared with a current threshold value, and - if the current threshold value is exceeded then the protection device produces a fault signal that indicates a fault in the system segment, - the system segment of the power supply system contains at least one power generator (36a-e) that feeds electric power into the system segment at a feed point, - a piece of current information is sensed that comprises a statement about the current instantaneously flowing at the feed point, - the piece of current information is transmitted to the protection device, and - the protection device uses the piece of current information to identify the fault, - the protection device produces the fault signal even when the current threshold value has been exceeded and the piece of current information from the at least one power generator (36a-e) reveals an excess of electric power fed into the system segment; and - when the fault signal is produced the protection device outputs a switch-on command to the at least one power generator (36a-e), which switch-on command prompts the at least one power generator (36a-e) to continue its feed of electric power into the system segment.
A block copolymer comprising a first block and a second block, the first block comprising a polyester polymer, wherein the polyester polymer is a reaction product of a reaction mixture comprising one or more monomers of Formula (Ia): and one or more monomers of Formula (Ib): wherein: R 1 is -OH or -OR 3; R 2 is -O-(C 1-6 alkyl); R 3 is C 1-6 alkyl or C 1-6 oxyalkyl; X 1 is C 4-10 alkylene; R 11 is -OH or -OR 13; R 12 is -O-(C 1-6 alkyl); R 13 is C 1-6 alkyl or C 1-6 oxyalkyl; and X 11 is C 4-10 alkylene, wherein the second block comprises a poly(alkylene oxide); and oxyalkyl is as defined in the description. R 1 is -OH or -OR 3; R 2 is -O-(C 1-6 alkyl); R 3 is C 1-6 alkyl or C 1-6 oxyalkyl; X 1 is C 4-10 alkylene; R 11 is -OH or -OR 13; R 12 is -O-(C 1-6 alkyl); R 13 is C 1-6 alkyl or C 1-6 oxyalkyl; and X 11 is C 4-10 alkylene, wherein the second block comprises a poly(alkylene oxide); and oxyalkyl is as defined in the description.
An ophthalmic composition comprising: Chlorhexidine digluconate as a therapeutic active agent in an amount of from 0.05 % w/v - 0.5 % w/v, prednisolone acetate, and a pharmaceutically acceptable carrier. Chlorhexidine digluconate as a therapeutic active agent in an amount of from 0.05 % w/v - 0.5 % w/v, prednisolone acetate, and a pharmaceutically acceptable carrier.
A method for producing a dry yeast containing S-adenosyl-L-methionine using a yeast having production capability of S-adenosyl-L-methionine, in which an ascorbic acid or a salt thereof, or an ascorbic acid derivative or a salt thereof, this ascorbic acid derivative being ascorbic acid 2-glucoside, ascorbic acid phosphate ester, ascorbic acid palmitate ester, or ascorbic acid stearate ester, is added to a yeast concentrate separated from a fungus culture liquid of the yeast, and the concentrate is then dried.
A base station in a wireless communication system, wherein the wireless communication system comprises at least one first cell and one or more second cells, and at least one of the one or more second cells operates in an unlicensed frequency band, wherein the electronic device comprises: one or more processing circuits (110, 111, 112) configured to: configure, for a user equipment, the at least one second cell operating in the unlicensed frequency band, for carrier aggregation communication; and generate dynamically or semi-statically energy detection threshold information for each of the at least one second cell operating in the unlicensed frequency band, in order that the user equipment performs energy detection on the unlicensed frequency band based on the energy detection threshold information, the energy detection threshold information being adjusted on a basis of the user equipment in accordance with an energy detection report being provided by the user equipment; and transmitting the energy detection threshold information to the user equipment. configure, for a user equipment, the at least one second cell operating in the unlicensed frequency band, for carrier aggregation communication; and generate dynamically or semi-statically energy detection threshold information for each of the at least one second cell operating in the unlicensed frequency band, in order that the user equipment performs energy detection on the unlicensed frequency band based on the energy detection threshold information, the energy detection threshold information being adjusted on a basis of the user equipment in accordance with an energy detection report being provided by the user equipment; and transmitting the energy detection threshold information to the user equipment.