mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: a powered device configured for receiving power from a power source device via a channel , the powered device comprising a base load and one or more optional loads ; the system being characterized by a sub-system configured for: determining one of a resistance of the channel or a maximum power that can be safely provided to the powered device over the channel of a determined channel type; determining a respective power requirement for each of the one or more optional loads , and based on one of the determined resistance of the channel or the determined maximum power that can be safely provided to the powered device over the channel of a determined channel type and based on the respective power requirements for the one or more optional loads , configuring the powered device to operate the base load and all or a subset of the one or more optional loads . a powered device configured for receiving power from a power source device via a channel , the powered device comprising a base load and one or more optional loads ; the system being characterized by a sub-system configured for: determining one of a resistance of the channel or a maximum power that can be safely provided to the powered device over the channel of a determined channel type; determining a respective power requirement for each of the one or more optional loads , and based on one of the determined resistance of the channel or the determined maximum power that can be safely provided to the powered device over the channel of a determined channel type and based on the respective power requirements for the one or more optional loads , configuring the powered device to operate the base load and all or a subset of the one or more optional loads . determining one of a resistance of the channel or a maximum power that can be safely provided to the powered device over the channel of a determined channel type; determining a respective power requirement for each of the one or more optional loads , and based on one of the determined resistance of the channel or the determined maximum power that can be safely provided to the powered device over the channel of a determined channel type and based on the respective power requirements for the one or more optional loads , configuring the powered device to operate the base load and all or a subset of the one or more optional loads .
A method of operating a security server to perform query transactions via a network, comprising: receiving, at the security server from a user network device via the network, a request of a user to activate a secure communications channel over the network between the user network device and the security server; transmitting, by the security server in response to the received activation request, an activation code for delivery to the user via another network; receiving, at the security server from the user network device via the network, an activation code; comparing, at the security server, the received activation code with the transmitted activation code to validate the received activation code; activating the secure communications channel based on the validation of the received activation code; receiving, at the security server from a network server representing an enterprise via the network, a query including a question for the user, wherein the correct answer to the question having been previously agreed to by the user and the enterprise; transmitting, from the security server to the user network device via the secure communications channel, the received enterprise query; receiving, at the security server from the user network device via the secure communications channel, a user answer to the transmitted enterprise query; and transmitting the received user answer, from the security server to the enterprise network server via the network to further authenticate the user to the enterprise. receiving, at the security server from a user network device via the network, a request of a user to activate a secure communications channel over the network between the user network device and the security server; transmitting, by the security server in response to the received activation request, an activation code for delivery to the user via another network; receiving, at the security server from the user network device via the network, an activation code; comparing, at the security server, the received activation code with the transmitted activation code to validate the received activation code; activating the secure communications channel based on the validation of the received activation code; receiving, at the security server from a network server representing an enterprise via the network, a query including a question for the user, wherein the correct answer to the question having been previously agreed to by the user and the enterprise; transmitting, from the security server to the user network device via the secure communications channel, the received enterprise query; receiving, at the security server from the user network device via the secure communications channel, a user answer to the transmitted enterprise query; and transmitting the received user answer, from the security server to the enterprise network server via the network to further authenticate the user to the enterprise.
A plant for the additive production of three-dimensional objects, comprising one or more workstations , which are set up to carry out at least one work process in the context of the additive production of three-dimensional objects, characterized by - at least one freely positionable mobile storage unit , which comprises a shelf-like storage device , which comprises at least one storage room , which is set up for storage of at least one powder module for the purpose of transporting the powder module between different work stations of the plant , - at least one driverless freely movable mobile conveying unit comprising a receiving device which is set up for receiving at least one freely positionable mobile storage unit for the purpose of transporting the storage unit between different work stations of the plant , wherein the at least one driverless freely movable mobile conveying unit comprises at least one drive device which can be supplied with energy via an energy storage device, which is configured to generate a drive force, and a power transmission device coupled to the drive device, which is configured to transfer the drive force generated by the drive device to a substrate for generating a movement of the conveying unit relative to the substrate, wherein the at least one driverless freely movable mobile conveying unit is automatically movable in arbitrarily configurable motion paths, wherein the storage space is formed by a defining the outer shape of the storage unit , several, in particular wall-like, frame structure sections comprising frame structure , wherein the frame structure comprises first frame structure sections which limit the storage space , and, in particular foot-like, second frame structure sections , over which the bearing unit can be placed on a substrate, wherein at the first frame structure portions a support device is arranged or formed, which is arranged for holding at least one powder module in the storage space , wherein the support device and a support device of the storage unit , in particular respective bearing units picked up on a conveying unit , fluctuate to each other, so that a continuous transport path extending between the storage unit and the working station results. - at least one freely positionable mobile storage unit , which comprises a shelf-like storage device , which comprises at least one storage room , which is set up for storage of at least one powder module for the purpose of transporting the powder module between different work stations of the plant , - at least one driverless freely movable mobile conveying unit comprising a receiving device which is set up for receiving at least one freely positionable mobile storage unit for the purpose of transporting the storage unit between different work stations of the plant , wherein
A method for controlling a lock (12a-d) configured to control access to a restricted physical space (16a-d), the method being performed in a lock controller (18a-d) connected to the lock, the lock being one of a plurality of locks, wherein there is a respective active space associated with each one of the plurality of locks, the method being performed by the lock controller (18a-d) and comprising the steps of: entering a sleep state , in which the lock controller is unable to receive an activation signal; entering a communication state , in which the lock controller is able to receive an activation signal; receiving , while in the communication state , an activation signal from an activation device, the activation signal indicating that a portable key device is located within the active space associated with the lock, based on a first indication of position of the portable key device obtained from a first positioning procedure; obtaining an indication that the portable key device is granted access to the lock; determining a second indication of position of the portable key device using a second positioning procedure, wherein the second positioning procedure is more accurate than the first positioning procedure; determining a threshold of intent based on the identity of the portable key device, wherein the threshold of intent is expressed as a distance of the portable key device from the lock controller and/or a duration of the portable key device being within communication range; determining intent to open based on the second indication of position and the threshold of intent; and transmitting an unlock signal to the lock associated with the lock controller. entering a sleep state , in which the lock controller is unable to receive an activation signal; entering a communication state , in which the lock controller is able to receive an activation signal; receiving , while in the communication state , an activation signal from an activation device, the activation signal indicating that a portable key device is located within the active space associated with the lock, based on a first indication of position of the portable key device obtained from a first positioning procedure; obtaining an indication that the portable key device is granted access to the lock; determining a second indication of position of the portable key device using a second positioning procedure, wherein the second positioning procedure is more accurate than the first positioning procedure; determining a threshold of intent based on the identity of the portable key device, wherein the threshold of intent is expressed as a distance of the portable key device from the lock controller and/or a duration of the portable key device being within communication range; determining intent to open based on the second indication of position and the threshold of intent; and transmitting an unlock signal to the lock associated with the lock controller.
A regulating valve , comprising an internally hollow housing allowing fluid communication between at least two ports of the housing , and which housing comprises a circumferential inner wall having a rotational symmetrical cylindrical extension as seen along a longitudinal centre axis (L), said circumferential inner wall having an opening to each port, and wherein the cross-sectional area of the opening is arranged to be regulated for controlling fluid communication through the opening ; an obturator which is rotatable about a rotational axis in relation to the opening to be regulated, said rotational axis coinciding with the longitudinal centre axis (L) of the housing , and wherein the obturator comprises a support member having a surface extension in the circumferential direction and in the axial direction; a thin walled sealing member made of stainless steel and having a surface extension in the circumferential direction and in the axial direction, wherein said surface extension delimits a sealing area exceeding the cross sectional area of the opening of the housing to be regulated; and a biasing member being arranged in a position between the support member and a rear wall of the thin walled sealing member ; wherein the thin walled sealing member is supported by the support member and biased by the biasing member in the radial direction with regards to the longitudinal centre axis (L) of the housing to thereby sealingly abut the circumferential inner wall of the housing ; characterized in that , the regulating valve is dimensioned for a pressure difference of 10 bar (1000 kPa) and the outer diameter of the obturator is in the range of 15-100 mm; the thin walled sealing member has a thickness of 0.1-0.5 mm and more preferred 0.15-0.35 mm; and the biasing member is separate from the thin walled sealing member .
An engine system comprising: a variable compression device having a fluid chamber (R3) to which a pressurized working fluid is supplied so that a piston rod connected to a piston is moved in a high compression ratio direction; a supply device that supplies a lubricating fluid to a cylinder portion on which the piston slides; a detection device that outputs a signal including position information of the piston ; and a control device that controls the supply device based on the signal, wherein the control device changes a supply timing of the lubricating fluid of the supply device , when the piston rod is moved in the high compression ratio direction, characterized in that the control device adjusts a supply amount per unit time of the lubricating fluid in accordance with a preset compression ratio (ε), when the piston rod is moved in the high compression ratio direction. a variable compression device having a fluid chamber (R3) to which a pressurized working fluid is supplied so that a piston rod connected to a piston is moved in a high compression ratio direction; a supply device that supplies a lubricating fluid to a cylinder portion on which the piston slides; a detection device that outputs a signal including position information of the piston ; and a control device that controls the supply device based on the signal, wherein the control device changes a supply timing of the lubricating fluid of the supply device , when the piston rod is moved in the high compression ratio direction, characterized in that the control device adjusts a supply amount per unit time of the lubricating fluid in accordance with a preset compression ratio (ε), when the piston rod is moved in the high compression ratio direction.
A printing device (102; 302), comprising: a processor resource (104; 204); an output roller (354; 454; 554) from a print zone ; and a non-transitory memory resource (106; 206) storing machine-readable instructions stored thereon that, when executed, cause the processor resource to: estimate a drying time of a print medium (356; 456; 556) received at the output roller; activate the output roller at a first speed to move the print medium to an output tray (358; 458; 558) in response to receiving the print medium from the print zone; alter a direction of the output roller to move the print medium toward a turn roller at a second speed based on the drying time of the print medium; and stop the output roller to prevent the print medium from reaching the turn roller for a period of time based on the drying time. a processor resource (104; 204); an output roller (354; 454; 554) from a print zone ; and a non-transitory memory resource (106; 206) storing machine-readable instructions stored thereon that, when executed, cause the processor resource to: estimate a drying time of a print medium (356; 456; 556) received at the output roller; activate the output roller at a first speed to move the print medium to an output tray (358; 458; 558) in response to receiving the print medium from the print zone; alter a direction of the output roller to move the print medium toward a turn roller at a second speed based on the drying time of the print medium; and stop the output roller to prevent the print medium from reaching the turn roller for a period of time based on the drying time. estimate a drying time of a print medium (356; 456; 556) received at the output roller; activate the output roller at a first speed to move the print medium to an output tray (358; 458; 558) in response to receiving the print medium from the print zone; alter a direction of the output roller to move the print medium toward a turn roller at a second speed based on the drying time of the print medium; and stop the output roller to prevent the print medium from reaching the turn roller for a period of time based on the drying time.
An illumination device comprising: a light source device including a first light-emitting element configured to emit a first pencil of rays (LB1); and a light shaping optical system including a lens having a first lens surface on which the first pencil of rays is incident, and characterized in that , the first lens surface includes a first free-form surface represented by Expression in which x and y are used as variables, m and n are integers equal to or greater than 0, m 1 and n 1 are respectively upper limits of m and n, k is a conic constant, c is a curvature, c j is a coefficient of x m y n , j=[(m+n) 2 +m+3n]/2+1, S=[(m 1 +n 1 ) 2 +m 1 +3n 1 ]/2+1, and r=(x 2 +y 2 ) 1/2 , and when m=2h and n=2h, where h is set to a positive integer in the Expression , a C j coefficient of an x 2h term is different from a coefficient C j of a y 2h term z = cr 2 1 + 1 − 1 + k c 2 r 2 + ∑ j = 2 s c j x m y n wherein the lens further includes a second lens surface that is a plane refractive surface configured to deflect a direction of travel of the first pencil of rays, and Expression includes at least one x p y q term, in a case where p and q are set to positive integers. a light source device including a first light-emitting element configured to emit a first pencil of rays (LB1); and a light shaping optical system including a lens having a first lens surface on which the first pencil of rays is incident, and characterized in that , the first lens surface includes a first free-form surface represented by Expression in which x and y are used as variables, m and n are integers equal to or greater than 0, m 1 and n 1 are respectively upper limits of m and n, k is a conic constant, c is a curvature, c j is a coefficient of x m y n , j=[(m+n) 2 +m+3n]/2+1, S=[(m 1 +n 1 ) 2 +m 1 +3n 1 ]/2+1, and r=(x 2 +y 2 ) 1/2 , and when m=2h and n=2h, where h is set to a positive integer in the Expression , a C j coefficient of an x 2h term is different from a coefficient C j of a y 2h term z = cr 2 1 + 1 − 1 + k c 2 r 2 + ∑ j = 2 s c j x m y n wherein the lens further includes a second lens surface that is a plane refractive surface configured to deflect a direction of travel of the first pencil of rays, and Expression includes at least one x p y q term, in a case where p and q are set to positive integers.
An ibuprofen ester derivative, a racemate, stereoisomer, pharmaceutically acceptable salt or solvate thereof, or a solvate of a pharmaceutically acceptable salt thereof, wherein the ibuprofen ester derivative is a compound represented by Structural Formula :
A method for attachment of a wireless device to a mobile network operator, MNO , the method being performed by the wireless device , the method comprising: providing (S102) an authorization token to an access and mobility management function, AMF, node of the MNO in conjunction with authenticating with the AMF node , wherein the authorization token comprises information identifying which service the wireless device is authorized for; and completing (S106) attachment to the MNO upon successful validation of the authorization token by the AMF node , wherein completing attachment to the MNO comprises obtaining (S106a) information about a provisioning server from the AMF node , from which provisioning server operational subscription credentials are downloadable to the wireless device . providing (S102) an authorization token to an access and mobility management function, AMF, node of the MNO in conjunction with authenticating with the AMF node , wherein the authorization token comprises information identifying which service the wireless device is authorized for; and completing (S106) attachment to the MNO upon successful validation of the authorization token by the AMF node , wherein completing attachment to the MNO comprises obtaining (S106a) information about a provisioning server from the AMF node , from which provisioning server operational subscription credentials are downloadable to the wireless device .
Surface-finished steel sheet, preferably cold-rolled thin steel sheet, having a metallic corrosion-resistant layer which defines a surface of the surface-finished steel sheet and contains, inter alia, aluminium and iron, wherein the aluminium content of the corrosion-resistant layer is more than 40 wt%, preferably more than 45 wt%, particularly preferably more than 50 wt%, wherein the metallic corrosion-resistant layer additionally contains nickel, and wherein nickel-containing phases are formed at the transition of the corrosion-resistant layer to the base material of the steel sheet, characterised in that the nickel content of the corrosion-resistant layer is in the range from 10 to 30 wt%, and that the metallic corrosion-resistant layer has a thickness in the range from 8 to 15 μm.
A charging handle for a firearm comprising: a charging handle base (24; 40) having a first end and a second end; the first end arranged for positioning within the firearm ; the second end having a charging handle latch (25; 90) pivotably attached thereto, the charging handle latch (25; 90) arranged to engage a receiver of the firearm to retain the second end in position; whereby a pivoting charging handle removal lever (56; 256; 356; 456) is coupled to the charging handle base (24; 40), the pivoting charging handle removal lever (56; 256; 356; 456) having three separate locations to achieve a mechanical advantage: (a) a first location which engages the charging handle base (24; 40) or the charging handle latch (25; 90), (b) a second location which engages a different part of the firearm than the charging handle base (24; 40) or the charging handle latch (25; 90), and (c) a third location exposed for application of manual force and positioned to achieve a mechanical advantage for releasing the charging handle (20; 38) when stuck in the firearm . a charging handle base (24; 40) having a first end and a second end; the first end arranged for positioning within the firearm ; the second end having a charging handle latch (25; 90) pivotably attached thereto, the charging handle latch (25; 90) arranged to engage a receiver of the firearm to retain the second end in position; whereby a pivoting charging handle removal lever (56; 256; 356; 456) is coupled to the charging handle base (24; 40), the pivoting charging handle removal lever (56; 256; 356; 456) having three separate locations to achieve a mechanical advantage: (a) a first location which engages the charging handle base (24; 40) or the charging handle latch (25; 90), (b) a second location which engages a different part of the firearm than the charging handle base (24; 40) or the charging handle latch (25; 90), and (c) a third location exposed for application of manual force and positioned to achieve a mechanical advantage for releasing the charging handle (20; 38) when stuck in the firearm . (a) a first location which engages the charging handle base (24; 40) or the charging handle latch (25; 90), (b) a second location which engages a different part of the firearm than the charging handle base (24; 40) or the charging handle latch (25; 90), and (c) a third location exposed for application of manual force and positioned to achieve a mechanical advantage for releasing the charging handle (20; 38) when stuck in the firearm .