mhurhangee/ep-ind-claims huggingface dataset:
An electricity management device, comprising: a charging electricity accumulator (105, 106, 107) which, when charging a rechargeable battery of an electric vehicle from grid power that is supplied from an electrical grid, is configured to increase a counter value by adding an amount of electricity that is supplied from an electrical grid, and a discharging electricity accumulator (105, 106, 107) which, when discharging the rechargeable battery of the electric vehicle into a house, is configured to reduce the counter value by subtracting an amount of electricity in the rechargeable battery of the electric vehicle discharged into the house, characterized in that the charging electricity accumulator (105, 106, 107) is configured to retain the counter value when the rechargeable battery of the electric vehicle is charged from electricity that is generated by a electricity generation device in the house, which generation process thereof does not produce CO 2, wherein the electricity management device further comprises a controller which is configured to perform control so that the electricity in the rechargeable battery of the electric vehicle is discharged into the house until the counter value becomes a predetermined target value, wherein the predetermined target value is set to 0, and the controller is configured to perform control so that the electricity in the rechargeable battery of the electric vehicle is discharged into the house until the counter value becomes 0. a charging electricity accumulator (105, 106, 107) which, when charging a rechargeable battery of an electric vehicle from grid power that is supplied from an electrical grid, is configured to increase a counter value by adding an amount of electricity that is supplied from an electrical grid, and a discharging electricity accumulator (105, 106, 107) which, when discharging the rechargeable battery of the electric vehicle into a house, is configured to reduce the counter value by subtracting an amount of electricity in the rechargeable battery of the electric vehicle discharged into the house, characterized in that the charging electricity accumulator (105, 106, 107) is configured to retain the counter value when the rechargeable battery of the electric vehicle is charged from electricity that is generated by a electricity generation device in the house, which generation process thereof does not produce CO 2, wherein the electricity management device further comprises a controller which is configured to perform control so that the electricity in the rechargeable battery of the electric vehicle is discharged into the house until the counter value becomes a predetermined target value, wherein the predetermined target value is set to 0, and the controller is configured to perform control so that the electricity in the rechargeable battery of the electric vehicle is discharged into the house until the counter value becomes 0.
Use of a removable pressure-sensitive adhesive sheet for protecting a surface of an optical member which sheet is provided on one side of a base material layer with a pressure-sensitive adhesive layer and on the other side thereof with an antistatic layer, wherein the antistatic layer comprises a polymeric antistatic agent comprising an olefin block and a hydrophilic block.
A transport vehicle with at least three axles (14, 24, 26), the transport vehicle being intended for the transport of rollable goods or vehicles, in particular of motor vehicles, passenger vehicles, or the like, with a driver's cab arranged at the front end above a steerable front axle, as well as a transport area arranged therebehind and/or extending over the driver's cab and comprising at least two support surfaces or loading decks (20, 22), which are, at least in sections, arranged on top of one another, the transport area being connected hingeless to a chassis of the tractor unit, with which transport area a steerable rear axle for load support is associated at the rear end, characterised in that a centre distance between the steered front axle and the driven centre axle is approximately between two and three metres, and in that the centre distance of the driven rigid centre axle with centre differential to the steerable front axle is less than half of the centre distance to the steerable rear axle.
A collapsible shower cubicle comprising: a pair of side panels (53, 54) movable between extended positions and retracted positions, a ceiling unit movable between a raised extended position and a lowered retracted position, and a base unit movable between a lowered extended position and a raised retracted position, wherein the shower cubicle is in an erected state when the side panels (53, 54), the ceiling unit and the base unit are in their extended positions, and the shower cubicle is in a collapsed state when the side panels (53, 54), the ceiling unit and the base unit are in their retracted positions, whereby the collapsible shower cubicle further comprises an upper link member pivotably attached to the ceiling unit; a lower link member pivotably attached to the base unit; and a door frame pivotably attached to the upper and lower link members (16, 28), and a door connected to the door frame for entry into the collapsible shower cubicle, wherein when the collapsible shower cubicle is moved from its erected state to its collapsed state, the side panels (53, 54) are moved towards their retracted positions before the base unit is moved to its retracted position. whereby the collapsible shower cubicle further comprises an upper link member pivotably attached to the ceiling unit; a lower link member pivotably attached to the base unit; and a door frame pivotably attached to the upper and lower link members (16, 28), and a door connected to the door frame for entry into the collapsible shower cubicle, wherein when the collapsible shower cubicle is moved from its erected state to its collapsed state, the side panels (53, 54) are moved towards their retracted positions before the base unit is moved to its retracted position.
A chair having a vertically adjustably seat, said chair in the orientation intended for use comprises: - a first side panel and a second side panel, said first side panel and said second side panel being vertically arranged; - a seat support having a top side and a bottom side; and - a seat having a top side and a bottom side; wherein said first side panel comprises two or more through-going holes (18a,18b,18c,18d,18e,18f), said through-going holes being oblong in a horizontal direction; and wherein said two or more through-going holes being vertically displaced; wherein said second side panel comprises two or more through-going holes (18a',18b',18c',18d',18c',18f'), said through-going holes being oblong in a horizontal direction; and wherein said through-going holes being vertically displaced; wherein the height of location of each through-going holes (18a,18b,18c,18d,18e,18f) of said first side panel corresponds to the height of location of a through-going holes (18a',18b',18c',18d',18e',18f') of said second side panel; wherein said seat support is having dimensions which allows said seat support to be inserted and accommodated into one of the through-going holes (18a,18b,18c,18d,18e,18f) in said first side panel as well as into one of the through-going holes (18a',18b',18c',18d',18e',18f') in said second side panel in such a way that said seat support rests in said through-going holes; wherein said seat support is comprising a first set of locking means and wherein said seat is comprising a second set of locking means; said first set of locking means and said second set of locking means being adapted to be engaged into each other; thereby allowing locking of said seat between said first side panel and said second side panel; characterized in that the first set of locking means in said seat support is comprising one or more recesses provided in the top side of said seat support; and in that said second set of locking means in said seat is comprising one or more protrusions provided in the bottom side of said seat. - a first side panel and a second side panel, said first side panel and said second side panel being vertically arranged; - a seat support having a top side and a bottom side; and - a seat having a top side and a bottom side;
A method for the operation a redox flow battery, the redox flow battery comprising: one or more battery modules each including a battery cell, electrolyte tanks, an electrolyte path, a separator, a separation plate, an electrode, a collector plate and at least one fluid control unit configured to transmit externally generated pressure to the electrolyte path, wherein each battery module or a predetermined number of battery modules is/are configured to independently circulate an electrolyte to perform charging/discharging operations, wherein the method satisfies the following Equations 1 and 2: Vh ≥ 0.05 Vc, and 0.05 sec ≤ T ≤ Vh / Qmin, wherein in Equations 1 and 2, Vh is a maximum volume of the electrolyte introduced into the fluid control unit, Qmin is a critical flow rate at which a volume of the electrolyte flowing per minute corresponds to 3% of a reaction volume Vc, and T is an operating cycle of the fluid control unit, wherein the reaction volume means a product of an area of the smallest component on the basis of the separator, the separation plate, the electrode, and a collector plate that are the components of the battery cell in paths with which the electrolyte is in direct contact, and a length of the path that is the shortest in facing distance among the paths of the electrolyte. one or more battery modules each including a battery cell, electrolyte tanks, an electrolyte path, a separator, a separation plate, an electrode, a collector plate and at least one fluid control unit configured to transmit externally generated pressure to the electrolyte path, wherein each battery module or a predetermined number of battery modules is/are configured to independently circulate an electrolyte to perform charging/discharging operations, wherein the method satisfies the following Equations 1 and 2: Vh ≥ 0.05 Vc, and 0.05 sec ≤ T ≤ Vh / Qmin, wherein in Equations 1 and 2, Vh is a maximum volume of the electrolyte introduced into the fluid control unit, Qmin is a critical flow rate at which a volume of the electrolyte flowing per minute corresponds to 3% of a reaction volume Vc, and T is an operating cycle of the fluid control unit, wherein the reaction volume means a product of an area of the smallest component on the basis of the separator, the separation plate, the electrode, and a collector plate that are the components of the battery cell in paths with which the electrolyte is in direct contact, and a length of the path that is the shortest in facing distance among the paths of the electrolyte.
A method for providing quality of service, QoS, for a stream of protocol data units via a single transport layer connection traversing an intermediate device between a sender and a receiver, wherein the stream of protocol data units comprises a plurality of packets, each carrying one or more protocol data units from a sender, each protocol data unit of the plurality of protocol data units identifying a priority, at least one or more of the plurality of protocol data units comprising a first priority different than a second priority of other protocol data units of the plurality of protocol data units; the method comprising: receiving, by the device intermediary to the sender and the receiver, via the single transport layer connection between the sender and receiver, the plurality of packets; determining, by the device, for a predetermined window of protocol data units in the stream of protocol data units, an average priority for the protocol data units within the predetermined window based on averaging the individual priorities of the respective protocol data units in the window; assigning, by the device, the average priority as a connection priority of the single transport layer connection to the packets carrying the protocol data units within the predetermined window from the device to the receiver by setting a QoS field in the transport layer; and (b) transmitting, by the device via the single transport layer connection to the receiver, the plurality of packets carrying those protocol data units within the predetermined window of protocol data units by providing QoS corresponding to the assigned connection priority. receiving, by the device intermediary to the sender and the receiver, via the single transport layer connection between the sender and receiver, the plurality of packets; determining, by the device, for a predetermined window of protocol data units in the stream of protocol data units, an average priority for the protocol data units within the predetermined window based on averaging the individual priorities of the respective protocol data units in the window; assigning, by the device, the average priority as a connection priority of the single transport layer connection to the packets carrying the protocol data units within the predetermined window from the device to the receiver by setting a QoS field in the transport layer; and (b) transmitting, by the device via the single transport layer connection to the receiver, the plurality of packets carrying those protocol data units within the predetermined window of protocol data units by providing QoS corresponding to the assigned connection priority.
Steel structure, especially wind turbine, comprising at least two structure elements, especially turbine elements (2, 5, 6, 7), each having a conical connection interface (16, 18), which elements are connected by a slip joint connection by means of their connection interfaces (16, 18), wherein an elastic damping means is arranged between the adjacent connection interfaces (16, 18), wherein the damping means is made of one or more mats comprising at least one layer of an elastic material, characterised in that the or each mat comprises one elastic layer sandwiched between two outer layers of another material.
A connector comprising: a card edge connector having an insertion/extraction board portion; a first cable which is drawn out from the card edge connector in a first direction; a first terminal which is disposed in the card edge connector and which is connected to the first cable; a receptacle into and from which the card edge connector is inserted and extracted; a second cable which is drawn out from the receptacle in a second direction; and a second terminal which is disposed in the receptacle and which is connected to the second cable, wherein when the card edge connector is inserted into the receptacle, the first terminal is electrically connected to the second terminal, insertion/extraction directions of the card edge connector are substantially perpendicular to both the first direction and the second direction, the insertion/extraction board portion of the card edge connector includes a first end face which is substantially parallel to the insertion/extraction directions, the receptacle includes a first wall face which is substantially parallel to the insertion/extraction directions, and in a state where the card edge connector and the receptacle are coupled to each other, the first end face and the first wall face are in contact with each other so as to receive at least one of a pulling force of the first cable in the first direction and a pulling force of the second cable in the second direction. a card edge connector having an insertion/extraction board portion; a first cable which is drawn out from the card edge connector in a first direction; a first terminal which is disposed in the card edge connector and which is connected to the first cable; a receptacle into and from which the card edge connector is inserted and extracted; a second cable which is drawn out from the receptacle in a second direction; and a second terminal which is disposed in the receptacle and which is connected to the second cable, wherein when the card edge connector is inserted into the receptacle, the first terminal is electrically connected to the second terminal, insertion/extraction directions of the card edge connector are substantially perpendicular to both the first direction and the second direction, the insertion/extraction board portion of the card edge connector includes a first end face which is substantially parallel to the insertion/extraction directions, the receptacle includes a first wall face which is substantially parallel to the insertion/extraction directions, and in a state where the card edge connector and the receptacle are coupled to each other, the first end face and the first wall face are in contact with each other so as to receive at least one of a pulling force of the first cable in the first direction and a pulling force of the second cable in the second direction.
Adjuvant composition comprising a) one or more polyalkylene glycol ether sulfate salts or polyalkylene glycol ether sulfonate salts, b) water, and c) one or more electrolytes dissociated into ions, which electrolytes are selected from the group of the water-soluble active ingredients, wherein component a) comprises repeat structural units from the group of ethylene oxide units, propylene oxide units and/or butylene oxide units. a) one or more polyalkylene glycol ether sulfate salts or polyalkylene glycol ether sulfonate salts, b) water, and c) one or more electrolytes dissociated into ions, which electrolytes are selected from the group of the water-soluble active ingredients, wherein component a) comprises repeat structural units from the group of ethylene oxide units, propylene oxide units and/or butylene oxide units.
An arrangement for a switching function unit for Ethernet characterised by:, at least two active components 32 of the Ethernet which are combined to form a functional unit by means of the switching function unit 34; and at least three mutually independent power supplies 40, 41, 42 for supplying power to the active components 32, a first of the at least three power supplies 40, 41, 42 being designed as a local power supply 40 of the switching function unit 34, a second of the at least three power supplies 40, 41, 42 being designed as a first extraneous power supply over Ethernet 42 of the switching function unit 34 which is provided from a first unidirectional Ethernet cable 30 which supplies power in a first direction and to which is connected a first part of the at least two active components 32, and a third of the at least three power supplies being designed as a second extraneous power supply over Ethernet 41 of the switching function unit 34 which is provided from a second unidirectional Ethernet cable 30 which supplies power in a second direction and to which is connected a second part of the at least two active components 32. at least two active components 32 of the Ethernet which are combined to form a functional unit by means of the switching function unit 34; and at least three mutually independent power supplies 40, 41, 42 for supplying power to the active components 32, a first of the at least three power supplies 40, 41, 42 being designed as a local power supply 40 of the switching function unit 34, a second of the at least three power supplies 40, 41, 42 being designed as a first extraneous power supply over Ethernet 42 of the switching function unit 34 which is provided from a first unidirectional Ethernet cable 30 which supplies power in a first direction and to which is connected a first part of the at least two active components 32, and a third of the at least three power supplies being designed as a second extraneous power supply over Ethernet 41 of the switching function unit 34 which is provided from a second unidirectional Ethernet cable 30 which supplies power in a second direction and to which is connected a second part of the at least two active components 32.
Clamping carrier element for flat assemblies having a housing, wherein the clamping carrier element is configured on the upper face of the housing in such a manner that a plurality of clamping carrier elements can be stacked one above the other by means of a connection technique, wherein the clamping carrier elements can be clamped into one another by means of a clamping operation, characterised in that a contact interface, which allows the electrical contact to branch into other regions of an electrical device, is configured for electrical contact on the housing of the clamping carrier element.
A method of making a library of circular single stranded target nucleic acid molecules from a sample comprising a plurality of double-stranded target nucleic acid molecules, the method comprising: a. ligating an adaptor to each end of the double-stranded target molecule, thereby forming an adaptor-ligated double-stranded molecule; b. denaturing the adaptor-ligated double-stranded molecule, thereby forming two strands of the adaptor-ligated molecule; c. annealing a capture molecule to each strand of the adaptor-ligated molecule, wherein the capture molecule is a circular single-stranded nucleic acid molecule comprising two sequences complementary to at least a portion of the adaptor, thereby forming a hybrid molecule comprising the capture molecule hybridized to the adaptor sequences at the 5'-end and the 3'-end of the strand of the adaptor-ligated molecule; d. extending the 3'-end of the strand of the adaptor-ligated molecule to reach the 5'-end of the strand of the adaptor-ligated molecule; e. ligating the 5'-end and the 3'-end of the strand of the adaptor-ligated molecule, thereby forming a hybrid molecule comprising the capture molecule and a circularized strand of the adaptor-ligated molecule; f. separating the capture molecule from the circularized strand of the adaptor-ligated molecule, thereby forming a library of circular single stranded target nucleic acid molecules. a. ligating an adaptor to each end of the double-stranded target molecule, thereby forming an adaptor-ligated double-stranded molecule; b. denaturing the adaptor-ligated double-stranded molecule, thereby forming two strands of the adaptor-ligated molecule; c. annealing a capture molecule to each strand of the adaptor-ligated molecule, wherein the capture molecule is a circular single-stranded nucleic acid molecule comprising two sequences complementary to at least a portion of the adaptor, thereby forming a hybrid molecule comprising the capture molecule hybridized to the adaptor sequences at the 5'-end and the 3'-end of the strand of the adaptor-ligated molecule; d. extending the 3'-end of the strand of the adaptor-ligated molecule to reach the 5'-end of the strand of the adaptor-ligated molecule; e. ligating the 5'-end and the 3'-end of the strand of the adaptor-ligated molecule, thereby forming a hybrid molecule comprising the capture molecule and a circularized strand of the adaptor-ligated molecule; f. separating the capture molecule from the circularized strand of the adaptor-ligated molecule, thereby forming a library of circular single stranded target nucleic acid molecules.
A method comprising: towing a streamer behind a survey vessel in a body of water, wherein the streamer comprises rotation sensors and streamer rotation devices, receiving data from at least one rotation sensor indicative of streamer twist; and rotating a portion of the streamer with at least one streamer rotation device to reduce the streamer twist based, at least in part on the data, characterized in that the rotation sensors are not co-located with the streamer rotation devices, and wherein the rotation sensors have a spacing on the streamer of about 2 meters to about 50 meters. towing a streamer behind a survey vessel in a body of water, wherein the streamer comprises rotation sensors and streamer rotation devices, receiving data from at least one rotation sensor indicative of streamer twist; and rotating a portion of the streamer with at least one streamer rotation device to reduce the streamer twist based, at least in part on the data, characterized in that the rotation sensors are not co-located with the streamer rotation devices, and wherein the rotation sensors have a spacing on the streamer of about 2 meters to about 50 meters.