mhurhangee/ep-ind-claims huggingface dataset:
A method of adding and shedding loads (L1-L4) that are connected to a generator, the method comprising: determining whether a plurality of loads (L1-L4) is being supplied with power by the generator; determining the load that the generator is supplying to the plurality of loads (L1-L4); determining whether to change a number of the loads (L1-L4) in the plurality of loads (L1-L4) based on the amount of load that is being supplied by the generator; and determining an amount of time in which to change the number of loads (L1-L4) in the plurality of loads (L1-L4) based on the amount of load that is being supplied by the generator, characterized in that, if the available load capacity of the generator is below a predetermined ratio lower than 100% and greater than 0%, the amount of time to increase the number of loads (L1-L4) will increase as the available load capacity decreases, wherein the available load capacity of the generator is a difference between a maximum loading threshold of the generator and the load that the generator is supplying at the particular point in time. determining whether a plurality of loads (L1-L4) is being supplied with power by the generator; determining the load that the generator is supplying to the plurality of loads (L1-L4); determining whether to change a number of the loads (L1-L4) in the plurality of loads (L1-L4) based on the amount of load that is being supplied by the generator; and determining an amount of time in which to change the number of loads (L1-L4) in the plurality of loads (L1-L4) based on the amount of load that is being supplied by the generator, characterized in that, if the available load capacity of the generator is below a predetermined ratio lower than 100% and greater than 0%, the amount of time to increase the number of loads (L1-L4) will increase as the available load capacity decreases, wherein the available load capacity of the generator is a difference between a maximum loading threshold of the generator and the load that the generator is supplying at the particular point in time.
A method comprising: - providing a high impact polystyrene (HIPS) reaction system, wherein the HIPS reaction system has a devolitalizer downstream of a reactor; - injecting a retarding agent into the HIPS reaction system prior to the devolitalizer, said retarding agent being: a tertiary amine oxide or an aromatic tertiary amine oxide or 2,6-di-tert-butyl-4(dimethylamino)methylphenol. - providing a high impact polystyrene (HIPS) reaction system, wherein the HIPS reaction system has a devolitalizer downstream of a reactor; - injecting a retarding agent into the HIPS reaction system prior to the devolitalizer, said retarding agent being: a tertiary amine oxide or an aromatic tertiary amine oxide or 2,6-di-tert-butyl-4(dimethylamino)methylphenol. a tertiary amine oxide or an aromatic tertiary amine oxide or 2,6-di-tert-butyl-4(dimethylamino)methylphenol.
A computer-implemented method comprising: receiving from a mobile client device of a first user, a first message updating the mobile client device's power state and radio network state; accessing one or more services indicating one or more outgoing messages for the first user; determining a transmit cost in energy consumption by the client device for receiving each outgoing message, based on the client device's current radio network state and respective size of the outgoing message determining, based on respective transmit costs of the one or more outgoing messages, a value of the one or more outgoing messages; and transmitting to the mobile client device at least one of the one or more outgoing messages based on the mobile device's power state and the respective values of the one or more outgoing messages. receiving from a mobile client device of a first user, a first message updating the mobile client device's power state and radio network state; accessing one or more services indicating one or more outgoing messages for the first user; determining a transmit cost in energy consumption by the client device for receiving each outgoing message, based on the client device's current radio network state and respective size of the outgoing message determining, based on respective transmit costs of the one or more outgoing messages, a value of the one or more outgoing messages; and transmitting to the mobile client device at least one of the one or more outgoing messages based on the mobile device's power state and the respective values of the one or more outgoing messages.
A method performed by radio network node for paging a user equipment, UE, in a wireless communication network, the method comprising - transmitting a second paging signal on a carrier to the UE, wherein the carrier is associated with the second paging signal for a second type of UEs, wherein a first number of carriers are configured for a first paging signal for a first type of UEs and a second number of carriers are configured for the second paging signal for the second type of UEs, wherein the first paging signal comprises a first wake-up signal, WUS, and wherein the second paging signal comprises a group wake up signal, GWUS, for a group of UEs of the second type of UEs, wherein the second type of UEs has capability to support the GWUS and the first type of UEs does not have capability to support the GWUS. - transmitting a second paging signal on a carrier to the UE, wherein the carrier is associated with the second paging signal for a second type of UEs, wherein a first number of carriers are configured for a first paging signal for a first type of UEs and a second number of carriers are configured for the second paging signal for the second type of UEs, wherein the first paging signal comprises a first wake-up signal, WUS, and wherein the second paging signal comprises a group wake up signal, GWUS, for a group of UEs of the second type of UEs, wherein the second type of UEs has capability to support the GWUS and the first type of UEs does not have capability to support the GWUS.
A lyophilized formulation comprising: a hepatic growth factor; trehalose; and one or more compounds selected from the group consisting of arginine, histidine, lysine, meglumine, glutamic acid, aspartic acid, proline, creatine, creatinine, tris(hydroxymethyl)aminomethane, and pharmaceutically acceptable salts thereof. a hepatic growth factor; trehalose; and one or more compounds selected from the group consisting of arginine, histidine, lysine, meglumine, glutamic acid, aspartic acid, proline, creatine, creatinine, tris(hydroxymethyl)aminomethane, and pharmaceutically acceptable salts thereof.
A method for selectively enhancing the bioavailability of a hydrophobic drug selected from the group consisting of tacrolimus, sirolimus, everolimus and cyclosporin over that of metabolites of the hydrophobic drug, the method comprising: (a) providing in combination in a medium: (i) a whole blood sample, (ii) a releasing agent for releasing the hydrophobic drug and the metabolites from endogenous binding moieties wherein the releasing agent is an ester of the hydrophobic drug, and (iii) a selective solubility agent for the hydrophobic drug wherein the selective solubility agent comprises a water miscible, non-volatile organic solvent selected from the group consisting of dimethyl sulfoxide and 1-methoxy-2-propanol, or a combination thereof wherein the concentration of the selective solubility agent in the medium is 10% to 30% by volume, and (b) incubating the medium under conditions for enhancing the bioavailability of the hydrophobic drug over that of the metabolites in the medium. (a) providing in combination in a medium: (i) a whole blood sample, (ii) a releasing agent for releasing the hydrophobic drug and the metabolites from endogenous binding moieties wherein the releasing agent is an ester of the hydrophobic drug, and (iii) a selective solubility agent for the hydrophobic drug wherein the selective solubility agent comprises a water miscible, non-volatile organic solvent selected from the group consisting of dimethyl sulfoxide and 1-methoxy-2-propanol, or a combination thereof wherein the concentration of the selective solubility agent in the medium is 10% to 30% by volume, and (i) a whole blood sample, (ii) a releasing agent for releasing the hydrophobic drug and the metabolites from endogenous binding moieties wherein the releasing agent is an ester of the hydrophobic drug, and (iii) a selective solubility agent for the hydrophobic drug wherein the selective solubility agent comprises a water miscible, non-volatile organic solvent selected from the group consisting of dimethyl sulfoxide and 1-methoxy-2-propanol, or a combination thereof wherein the concentration of the selective solubility agent in the medium is 10% to 30% by volume, and (b) incubating the medium under conditions for enhancing the bioavailability of the hydrophobic drug over that of the metabolites in the medium.
A terminal block assembly consisting of at least two or more terminal blocks (2a, 2b,...; 28a, 28b,...; 43) which are stackable side-by-side, a) which comprise at least one or more conductor or plug connections (3a, 3b, 4a,...) for electrical conductors or plugs, and b) several busbars (3c, 4c,...) which conductively connect the conductor or plug connections to each other and which are arranged at least partly on top of each other in respective connection planes, c) as well as at least one or several slots (9, 11,...) for accommodating at least one or more of the first connectors for the conductive connection of busbars in the stacking direction for transversely distributing one or several potentials in the stacking direction beyond several terminal blocks, characterized by d) further slots (10, 12,...) and/or a configuration of the slots for accommodating at least one pluggable further connector or several pluggable further connectors for distributing one or several of the potentials within the respective terminal blocks, wherein e) the at least one or the further connectors (17, 18) are mountable on the terminal blocks perpendicularly to the stacking direction, and a further connector connects different slots for the conductive connection of busbars to each other which are arranged in different connection planes. a) which comprise at least one or more conductor or plug connections (3a, 3b, 4a,...) for electrical conductors or plugs, and b) several busbars (3c, 4c,...) which conductively connect the conductor or plug connections to each other and which are arranged at least partly on top of each other in respective connection planes, c) as well as at least one or several slots (9, 11,...) for accommodating at least one or more of the first connectors for the conductive connection of busbars in the stacking direction for transversely distributing one or several potentials in the stacking direction beyond several terminal blocks, d) further slots (10, 12,...) and/or a configuration of the slots for accommodating at least one pluggable further connector or several pluggable further connectors for distributing one or several of the potentials within the respective terminal blocks, wherein e) the at least one or the further connectors (17, 18) are mountable on the terminal blocks perpendicularly to the stacking direction, and a further connector connects different slots for the conductive connection of busbars to each other which are arranged in different connection planes.
Washing machine, in particular a domestic dishwasher, comprising a washing/rinsing container which provides a washing/rinsing chamber and is used to receive items to be washed/rinsed, and to which insulation is attached to at least one washing/rinsing container wall, in particular a lateral, top or bottom wall, on the outside, and comprising a component which is arranged outside the washing/rinsing container and emits heat at least temporarily during operation of the washing machine, characterised in that the insulation has a recess adjacent to the heat-emitting component for the passage of the thermal radiation emitted by the component.
Pallet container having a thin-walled inner container made of thermoplastic material for the storage and transportation of liquid or free-flowing contents, having a lattice-profile supporting casing, which, as supporting casing, closely encloses the inner container, and having a base pallet, on which the inner container rests and to which the lattice-profile supporting casing is fixed, wherein the lattice-profile supporting casing comprises crossing-over vertical and horizontal profile bars, which are connected at their crossover-joint locations (24, 26) by mechanical joining without any preliminary perforation of the profile bars (20, 22), that is to say, for example, by means of clinching, punch riveting using a semi-tubular rivet or punch riveting using a solid rivet, characterized in that the crossing-over vertical and horizontal profile bars are fixed to one another in a form-fitting manner at their crossover points by means of a mechanical form fit and thus are fixed in a rotationally secure manner by mechanical locking, wherein the vertical profile bars on their side which is directed towards the horizontal profile bars each have, at their crossover points, a bearing region (42, 43) which is deformed for the mechanical form fit and the vertical profile bars - in respect of their respective positioning in the lattice-profile supporting casing - on their side which is directed towards the horizontal profile bars, or the horizontal profile bars on their side which is directed towards the vertical profile bars, each have a bearing region (42, 43, 44, 45, 46, 47, 48) which is deformed for relieving the joint connections of loading in the region of the crossover-joint locations (24, 26) and, in addition, the profile bars (20, 22) are connected in their crossover points by mechanical joining without any preliminary perforation of the profile bars (20, 22), that is to say, for example, by means of clinching, punch riveting using a semi-tubular rivet or punch riveting using a solid rivet.
A battery assembly comprising: a plurality of batteries arranged in a given direction; a battery holder disposed between the respective batteries; a pair of end plates (5, 6) disposed on an outside of batteries, which are located at both ends of the plurality of batteries; and a clamp fixing means configured to fix the plurality of batteries via the pair of end plates, characterized in that at least one of the pair of end plates (5, 6) comprises: a metal plate (51, 61); and an insulating plate (52, 62) integrally fixed to an inner side of the metal plate (51,61), the insulating plate (52, 62) comprises holding portions (52b, 62b) that hold, on one side of the insulating plate, corner portions or side edges of the battery, which is located at an end in the arrangement direction of the batteries and fitted into the holding portions (52b, 62b), and restrict movement of said end battery in directions perpendicular to the arrangement direction of the batteries, and the holding portions hold, on another side of the insulating plate, the metal plate (51, 61) that is fitted into the holding portions (52b, 62b). a plurality of batteries arranged in a given direction; a battery holder disposed between the respective batteries; a pair of end plates (5, 6) disposed on an outside of batteries, which are located at both ends of the plurality of batteries; and a clamp fixing means configured to fix the plurality of batteries via the pair of end plates, characterized in that at least one of the pair of end plates (5, 6) comprises: a metal plate (51, 61); and an insulating plate (52, 62) integrally fixed to an inner side of the metal plate (51,61), the insulating plate (52, 62) comprises holding portions (52b, 62b) that hold, on one side of the insulating plate, corner portions or side edges of the battery, which is located at an end in the arrangement direction of the batteries and fitted into the holding portions (52b, 62b), and restrict movement of said end battery in directions perpendicular to the arrangement direction of the batteries, and the holding portions hold, on another side of the insulating plate, the metal plate (51, 61) that is fitted into the holding portions (52b, 62b). a metal plate (51, 61); and an insulating plate (52, 62) integrally fixed to an inner side of the metal plate (51,61), the insulating plate (52, 62) comprises holding portions (52b, 62b) that hold, on one side of the insulating plate, corner portions or side edges of the battery, which is located at an end in the arrangement direction of the batteries and fitted into the holding portions (52b, 62b), and restrict movement of said end battery in directions perpendicular to the arrangement direction of the batteries, and the holding portions hold, on another side of the insulating plate, the metal plate (51, 61) that is fitted into the holding portions (52b, 62b).
A service processing method, comprising: receiving, by a broadcast multimedia service center, a service request message sent by a service capability exposure function, wherein the service request message carries identification information of a terminal device and service requirement information of the terminal device; and determining, by the broadcast multimedia service center, based on, the identification information of the terminal device and the service requirement information of the terminal device, a service data transmission mode to be one of unicast transmission and multicast transmission. receiving, by a broadcast multimedia service center, a service request message sent by a service capability exposure function, wherein the service request message carries identification information of a terminal device and service requirement information of the terminal device; and determining, by the broadcast multimedia service center, based on, the identification information of the terminal device and the service requirement information of the terminal device, a service data transmission mode to be one of unicast transmission and multicast transmission.
A vibration-proofing device comprising: a first mounting member connected to one of a vibration generation unit and a vibration reception unit, and a second mounting member connected to the other thereof; an actuator which dampens and absorbs input vibration by reciprocally moving a movable element in accordance with input vibration; an actuator case which houses the actuator therein and includes a main body portion and a lid body; and a relay connector which is mounted on the actuator case and electrically connects a connector of the actuator and an external power source, wherein the relay connector includes a terminal which connects the connector of the actuator and the external power supply, and a housing in which the terminal is installed, the actuator case is formed with an insertion hole through which the terminal is inserted, and a mounting cylinder surrounding the insertion hole is provided and protrudes from the actuator case, the housing is airtightly fitted to the inside of the mounting cylinder via a packing, and the lid body has an outer portion located outside the mounting cylinder, and the mounting cylinder protrudes from both front and back surfaces of the outer portion of the lid body to the inside and to the outside of the actuator case. a first mounting member connected to one of a vibration generation unit and a vibration reception unit, and a second mounting member connected to the other thereof; an actuator which dampens and absorbs input vibration by reciprocally moving a movable element in accordance with input vibration; an actuator case which houses the actuator therein and includes a main body portion and a lid body; and a relay connector which is mounted on the actuator case and electrically connects a connector of the actuator and an external power source, wherein the relay connector includes a terminal which connects the connector of the actuator and the external power supply, and a housing in which the terminal is installed, the actuator case is formed with an insertion hole through which the terminal is inserted, and a mounting cylinder surrounding the insertion hole is provided and protrudes from the actuator case, the housing is airtightly fitted to the inside of the mounting cylinder via a packing, and the lid body has an outer portion located outside the mounting cylinder, and the mounting cylinder protrudes from both front and back surfaces of the outer portion of the lid body to the inside and to the outside of the actuator case.
A joint orthosis for supporting articulated bone members comprising at least one support splint structured into at least two segments, the support splint having at least one guide per segment to receive a stiffening element for longitudinal coupling of the at least two segments, characterized in that the support splint comprises coupling means (11, 21, 18, 32) for transverse coupling of said support splint to at least one further and neighbouring support splint.
A set of reservoirs (A, B) comprising a large reservoir containing a first liquid product and a small reservoir containing a second liquid product, capable of being assembled by screwing for forming a cartridge (1a, 1b) of binary explosive in such a manner that: - said screwing accomplishes the piercing of two portions of walls (3d, 4c) of the respectively two reservoirs, thus allowing an explosive mixture of said first and second liquid products, and characterized in that: - after said assembly by screwing, the small reservoir is located entirely contained in a cavity of a wall of the large reservoir, thus forming a cylindrical cartridge of which the external cylindrical shell consists of the wall of the large reservoir, - said cartridge comprising at each longitudinal end threaded elements (5-2, 7-1) capable of allowing the assembly of a train of a plurality of cartridges (1a, 1b) assembled end to end. - said screwing accomplishes the piercing of two portions of walls (3d, 4c) of the respectively two reservoirs, thus allowing an explosive mixture of said first and second liquid products, and characterized in that: - after said assembly by screwing, the small reservoir is located entirely contained in a cavity of a wall of the large reservoir, thus forming a cylindrical cartridge of which the external cylindrical shell consists of the wall of the large reservoir, - said cartridge comprising at each longitudinal end threaded elements (5-2, 7-1) capable of allowing the assembly of a train of a plurality of cartridges (1a, 1b) assembled end to end.
Unit for filling sealed packages, formed starting from a heat-sealable sheet material and intended to be filled with a substance, in particular a solid substance in powder or granules, said unit comprising an assembly for filling the package and an assembly for feeding the substance, said filling assembly and feeding assembly cooperating to insert a predefined quantity of substance inside said package, wherein said filling assembly comprises shaped support members, able to support the sheet material in order to confer on the latter a desired arched shape intended to define one of the lateral walls of the package, so as to define an internal volume for the passage of the substance to be inserted into the package, wherein said support members have one or more cooling channels for the passage of a cooling fluid configured to lap at least one internal wall of said support members, said internal wall being intended to be exposed, on its internal surface, to said sheet material, so that said support members allow to prevent undesired temperature rises which can affect the sheet material and/or the substance, said unit being characterized in that said support members have at least one internal cavity defining means for the passage of a drying fluid configured to lap at least one external wall of said support members.