mhurhangee/ep-ind-claims huggingface dataset:
Method for determining parameters for regulating an HVAC system comprising thermal elements designed to be controlled by regulation loops, characterized in that it comprises at least the following steps: - simulation in steady state of the thermal and electrical behaviour of the HVAC system modelled by mathematical models of the thermal and electrical behaviour of the thermal elements of the HVAC system, computing the energy consumption of the HVAC system, modelled for various values of physical magnitudes influencing the energy performance of the thermal elements, and various values of set points designed to be applied as input of the regulation loops, - determination of the values of the set points for which the energy consumption of the modelled HVAC system is the lowest, - simulation in dynamic state of the thermal and electrical behaviour of the modelled HVAC system, computing the values of output physical magnitudes of the thermal elements, - computation, based on said values of output physical magnitudes and for each of the regulation loops, of the parameter values of the regulation loops. - simulation in steady state of the thermal and electrical behaviour of the HVAC system modelled by mathematical models of the thermal and electrical behaviour of the thermal elements of the HVAC system, computing the energy consumption of the HVAC system, modelled for various values of physical magnitudes influencing the energy performance of the thermal elements, and various values of set points designed to be applied as input of the regulation loops, - determination of the values of the set points for which the energy consumption of the modelled HVAC system is the lowest, - simulation in dynamic state of the thermal and electrical behaviour of the modelled HVAC system, computing the values of output physical magnitudes of the thermal elements, - computation, based on said values of output physical magnitudes and for each of the regulation loops, of the parameter values of the regulation loops.
A pharmaceutical composition for transdermal delivery comprising • from 0.1% to 10% by weight of one or more physiologically active agents selected from testosterone and fentanyl; • from 0.1% to 10% by weight of one or more dermal penetration enhancers, wherein the dermal penetration enhancer is a non-volatile lipophilic liquid having a vapour pressure below 10mm Hg at atmospheric pressure and at a temperature of 32°C, said dermal penetration enhancer having a molecular weight in the range of from 200 to 400 Daltons; and • from 85% to 99.8% by weight of a volatile solvent selected from the group consisting of ethanol, isopropanol or a mixture thereof; and wherein the combination of physiologically active agent and dermal penetration enhancer are such that, upon evaporation of the volatile solvent, the composition forms a deposit within the stratum corneum having at least 10% amorphous phase, said deposit containing the dermal penetration enhancer and the physiologically active agent; and wherein formation of the amorphous deposit is determined by in vitro DSC and Brightfield Microscopy; wherein the DSC is performed after allowing the volatile solvent to evaporate from a 5 μl sample of the composition, re-applying further 5 μl samples until a sufficient quantified residue of physiologically active agent and dermal penetration enhancer remain, maintaining the ambient temperature and 33% relative humidity for 24 hours; and wherein the Brightfield Microscopy is performed after evaporation of the volatile solvent for 24 hours from a 5 μl sample of the composition pipetted onto a glass slide at 32°C and ambient relative humidity. • from 0.1% to 10% by weight of one or more physiologically active agents selected from testosterone and fentanyl; • from 0.1% to 10% by weight of one or more dermal penetration enhancers, wherein the dermal penetration enhancer is a non-volatile lipophilic liquid having a vapour pressure below 10mm Hg at atmospheric pressure and at a temperature of 32°C, said dermal penetration enhancer having a molecular weight in the range of from 200 to 400 Daltons; and • from 85% to 99.8% by weight of a volatile solvent selected from the group consisting of ethanol, isopropanol or a mixture thereof; allowing the volatile solvent to evaporate from a 5 μl sample of the composition, re-applying further 5 μl samples until a sufficient quantified residue of physiologically active agent and dermal penetration enhancer remain, maintaining the ambient temperature and 33% relative humidity for 24 hours; and
A method of generating motion vector predictors for a block to decode forming part of a current video frame that is to be decoded, wherein the number of temporal motion vector predictors generated is not more than one and the number of spatial motion vector predictors generated is at least one, the method comprising, generating the one temporal motion vector predictor by, if available, selecting as the one temporal motion vector predictor the motion vector associated with a top left position in a block of the reference frame neighboring and diagonally below and to the right of a block of the reference frame collocated with said block to decode, said block of the reference frame having the same position and the same size as the block to decode.
Cement truck comprising a motor vehicle and a drum kit connected through connection means; wherein - said motor vehicle comprises a vehicle and at least a first drive system to drive the vehicle; - said drum kit comprises a rotating drum and at least a second drive system to drive the rotating drum; - said connection means comprise at least electric connection means; wherein - the first drive system of the vehicle is a first electric drive system comprising at least a first battery kit; - the second drive system of the rotating drum is a second electric drive system comprising at least a second battery kit; - the electric connection means comprise at least one connection circuit which connects the first and the second electric drive system (22, 32); said cement truck also comprising at least one control system configured to monitor the functioning of the first and second electric drive systems (22, 32) and to manage the energy flows between the first and the second electric drive system (22, 32), and by which the first and the second electric drive system (22, 32) are governed; wherein the first and second battery kits (22C, 32C) are connected to each other through the connection circuit, and the control system is configured to regulate the energy flows from the first battery kit to the second battery kit in order to recharge the second battery kit using the voltage of the first battery kit, and vice versa. - said motor vehicle comprises a vehicle and at least a first drive system to drive the vehicle; - said drum kit comprises a rotating drum and at least a second drive system to drive the rotating drum; - said connection means comprise at least electric connection means; wherein - the first drive system of the vehicle is a first electric drive system comprising at least a first battery kit; - the second drive system of the rotating drum is a second electric drive system comprising at least a second battery kit; - the electric connection means comprise at least one connection circuit which connects the first and the second electric drive system (22, 32); said cement truck also comprising at least one control system configured to monitor the functioning of the first and second electric drive systems (22, 32) and to manage the energy flows between the first and the second electric drive system (22, 32), and by which the first and the second electric drive system (22, 32) are governed; wherein the first and second battery kits (22C, 32C) are connected to each other through the connection circuit, and the control system is configured to regulate the energy flows from the first battery kit to the second battery kit in order to recharge the second battery kit using the voltage of the first battery kit, and vice versa.
A motor comprising: a motor housing having a substantially cylindrical body and at least one open end; a stator disposed within the motor housing, the stator including a stator core, a plurality of stator windings, and an end insulator including a plurality of teeth configured to electrically insulate the stator core from the plurality of stator windings and an annular body extending away from the stator core; a rotor rotatably received within the stator and including a rotor shaft extending along a longitudinal axis and a plurality of permanent magnets; and a bearing bridge including a center pocket arranged to support a bearing of the rotor shaft, wherein the bearing bridge is received at least partially within the end insulator, wherein the annular body of the end insulator includes at least one peripheral opening located within the motor housing, and the bearing bridge is radially piloted relative to the motor housing via a retaining member received through the at least one peripheral opening, characterized in that the retaining member is received radially into the peripheral opening. a motor housing having a substantially cylindrical body and at least one open end; a stator disposed within the motor housing, the stator including a stator core, a plurality of stator windings, and an end insulator including a plurality of teeth configured to electrically insulate the stator core from the plurality of stator windings and an annular body extending away from the stator core; a rotor rotatably received within the stator and including a rotor shaft extending along a longitudinal axis and a plurality of permanent magnets; and a bearing bridge including a center pocket arranged to support a bearing of the rotor shaft, wherein the bearing bridge is received at least partially within the end insulator, wherein the annular body of the end insulator includes at least one peripheral opening located within the motor housing, and the bearing bridge is radially piloted relative to the motor housing via a retaining member received through the at least one peripheral opening, characterized in that the retaining member is received radially into the peripheral opening.
An electrolytic plate suitable as a substrate for the electrodeposition of a metal, said plate being at least partially comprised of duplex stainless steel, said plate having at least one surface for electrodeposition of said metal thereupon with a modified surface finish, said surface having a surface roughness to produce the adhesion necessary to allow operational adherence of an electrodeposit and subsequent handling thereof, said adhesion being insufficiently strong to prevent the mechanical separation of said electrodeposit from the surface, wherein said modified finish is defined by a surface roughness Ra typically within the approximate range 0.6 to 2.5 μm.
A network system for connecting devices via a global virtual network, comprising: an endpoint device comprising at least one tunnel manager, wherein each tunnel manager is configured to build new tunnels, a first virtual interface and a further virtual interface; a plurality of access point servers each comprising at least one tunnel listener and a second virtual interface, wherein each tunnel listener is configured to open ports for building tunnels upon; a plurality of communication paths each comprising one or more tunnels, wherein each tunnel connects one tunnel manager and one tunnel listener; wherein the first virtual interface provides the endpoint device a logical point of access to the plurality of communication paths, and wherein the first virtual interface has an associated list of IP addresses corresponding to a first region; wherein the second virtual interface provides the respective access point server a logical point of access to the plurality of communication paths; and a routing module configured to manage routing over the plurality of communication paths between the endpoint device and the plurality of access point servers; wherein the first virtual interface is configured to route traffic having an IP address matching the list of IP addresses down an active tunnel of one of the plurality of communication paths, and to route traffic having an IP address that does not match the list of IP addresses to the further virtual interface. an endpoint device comprising at least one tunnel manager, wherein each tunnel manager is configured to build new tunnels, a first virtual interface and a further virtual interface; a plurality of access point servers each comprising at least one tunnel listener and a second virtual interface, wherein each tunnel listener is configured to open ports for building tunnels upon; a plurality of communication paths each comprising one or more tunnels, wherein each tunnel connects one tunnel manager and one tunnel listener; wherein the first virtual interface provides the endpoint device a logical point of access to the plurality of communication paths, and wherein the first virtual interface has an associated list of IP addresses corresponding to a first region; wherein the second virtual interface provides the respective access point server a logical point of access to the plurality of communication paths; and a routing module configured to manage routing over the plurality of communication paths between the endpoint device and the plurality of access point servers; wherein the first virtual interface is configured to route traffic having an IP address matching the list of IP addresses down an active tunnel of one of the plurality of communication paths, and to route traffic having an IP address that does not match the list of IP addresses to the further virtual interface.
Method to add heat from a waste stream to a liquid stream wherein the liquid stream is first thermally pre-treated by adding a first part of the heat of the waste stream to the liquid stream by means of a heat exchanger and next heat is added to the pre-treated liquid stream by means of a heat pump, wherein the heat which is released to the liquid stream by means of the heat pump is substantially derived from the second part of the heat of the waste stream, the heat pump comprising a closed liquid circuit which transfers heat from the waste stream to an evaporator in the heat pump, the closed liquid circuit transferring heat from the waste stream to the evaporator in the heat pump by means of an indirect heat exchanger, characterized in that the indirect heat exchanger absorbs heat from the waste stream at a heat-receiving position in the closed liquid circuit and releases this heat to the evaporator at a heat release position, other than the heat-receiving position, in the closed liquid circuit.
A method performed by one or more computing systems for ensuring privacy of a dynamic electronic document, the method comprising: creating a dynamic electronic document having machine-readable instructions for performing permissible actions applicable to the dynamic electronic document, the dynamic electronic document further comprising an electronic signature or a public or private key of a first and a second party having permission to access the dynamic electronic document; storing the dynamic electronic document in a database at a node of a private distributed ledger; generating by the first party a proposed change to the state of the dynamic electronic document, the proposed change comprising as an input a first input state and as an output a transaction command to alter the state resulting in an output state for the dynamic electronic document, the proposed change being verified as valid by the first and second party and signing by electronic signature the transaction after confirming that the transaction is valid; wherein the verification includes screening privacy data from the transaction and input state objects, wherein privacy data includes party identity or other data marked as private; sending the proposed change to a verification service to verify that the proposed change is signed by the first party and the second party and that the input state is not in a register of consumed input states maintained by the verification service, and to sign the transaction establishing that the transaction is verified; and storing the verified transaction to record a new state for the dynamic electronic document. creating a dynamic electronic document having machine-readable instructions for performing permissible actions applicable to the dynamic electronic document, the dynamic electronic document further comprising an electronic signature or a public or private key of a first and a second party having permission to access the dynamic electronic document; storing the dynamic electronic document in a database at a node of a private distributed ledger; generating by the first party a proposed change to the state of the dynamic electronic document, the proposed change comprising as an input a first input state and as an output a transaction command to alter the state resulting in an output state for the dynamic electronic document, the proposed change being verified as valid by the first and second party and signing by electronic signature the transaction after confirming that the transaction is valid; wherein the verification includes screening privacy data from the transaction and input state objects, wherein privacy data includes party identity or other data marked as private; sending the proposed change to a verification service to verify that the proposed change is signed by the first party and the second party and that the input state is not in a register of consumed input states maintained by the verification service, and to sign the transaction establishing that the transaction is verified; and storing the verified transaction to record a new state for the dynamic electronic document.
A lithium secondary battery comprising: an electrode assembly comprising a cathode, an anode, and a separator disposed between the cathode and the anode; and an electrolyte, wherein the anode comprises a lithium titanium oxide being represented by Formula 1 below as an anode active material, wherein the capacity of the anode is lower than or identical to the capacity of the cathode, so that the lithium secondary battery has a charge cut-off voltage of 3.3 to 4 V and, when the charge cut-off voltage is reached, the anode has a potential of 0.75 to 1.545 V within a range within which a potential of the cathode does not exceed 4.95 V, characterized in that the capacity of the anode is 90 to 100% the capacity of the cathode, and in that the cathode comprises a spinel-structure lithium manganese composite oxide being a lithium nickel manganese composite oxide represented by Formula 3 below as a cathode active material: Li a Ti b O 4 wherein 0.5≤a≤3, and 1≤b≤2.5, Li x Ni y Mn 2-y O 4 wherein 0.9≤x≤1.2 and 0.4≤y≤0.5.
A winding device comprising: a cradle adapted to rotatably support a package; a roller adapted to rotate while making contact with the package to assist winding of a yarn; and a lift mechanism (Rm) adapted to swing the cradle to a contacting state in which the package is made into contact with the roller or a separated state in which the package is separated from the roller, the lift mechanism (Rm) includes a fluid actuator adapted to swing the cradle, and an electromagnetic valve adapted to switch a supply state of fluid to the fluid actuator, characterized in that the electromagnetic valve has a lock function for maintaining each of the states even after electric power for exciting a coil (123, 124) of the electromagnetic valve is stopped or attenuated, and the electromagnetic valve is adapted to supply fluid to the fluid actuator to swing the cradle from the contacting state in which the package makes contact with the roller to the separated state in which the package is separated from the roller, and to maintain the separated state while holding the supply state of the fluid by the lock function. a cradle adapted to rotatably support a package; a roller adapted to rotate while making contact with the package to assist winding of a yarn; and a lift mechanism (Rm) adapted to swing the cradle to a contacting state in which the package is made into contact with the roller or a separated state in which the package is separated from the roller, the lift mechanism (Rm) includes a fluid actuator adapted to swing the cradle, and an electromagnetic valve adapted to switch a supply state of fluid to the fluid actuator, characterized in that the electromagnetic valve has a lock function for maintaining each of the states even after electric power for exciting a coil (123, 124) of the electromagnetic valve is stopped or attenuated, and the electromagnetic valve is adapted to supply fluid to the fluid actuator to swing the cradle from the contacting state in which the package makes contact with the roller to the separated state in which the package is separated from the roller, and to maintain the separated state while holding the supply state of the fluid by the lock function.
A mobile station apparatus configured to communicate with a base station apparatus, the mobile station apparatus comprising: a transmission section configured to transmit uplink control information on a physical uplink control channel, and transmit a first reference signal based on detection of a physical downlink control channel, characterized in that: the transmission section is configured not to transmit the first reference signal in a case that the transmission of the uplink control information on the physical uplink control channel and the transmission of the first reference signal happen to coincide in the same timing, a component carrier that performs the transmission of the uplink control information is different from a component carrier that performs the transmission of the first reference signal, and a sum of a transmit power of the physical uplink control channel and a transmit power of the first reference signal exceeds a maximum transmit power of the mobile station apparatus. a transmission section configured to transmit uplink control information on a physical uplink control channel, and transmit a first reference signal based on detection of a physical downlink control channel, characterized in that: the transmission section is configured not to transmit the first reference signal in a case that the transmission of the uplink control information on the physical uplink control channel and the transmission of the first reference signal happen to coincide in the same timing, a component carrier that performs the transmission of the uplink control information is different from a component carrier that performs the transmission of the first reference signal, and a sum of a transmit power of the physical uplink control channel and a transmit power of the first reference signal exceeds a maximum transmit power of the mobile station apparatus. the transmission section is configured not to transmit the first reference signal in a case that the transmission of the uplink control information on the physical uplink control channel and the transmission of the first reference signal happen to coincide in the same timing, a component carrier that performs the transmission of the uplink control information is different from a component carrier that performs the transmission of the first reference signal, and a sum of a transmit power of the physical uplink control channel and a transmit power of the first reference signal exceeds a maximum transmit power of the mobile station apparatus.