mhurhangee/ep-ind-claims huggingface dataset:
A brass alloy, characterized in that the brass alloy contains copper in a range of 60 to 69 wt%, silicon in a range of 0.5 to 2.0 wt%, and an alloying element of arsenic in a range of 0.005 to 0.015 wt%, or the alloying element is a combination of the arsenic in a range of 0.005 to 0.015 wt% and phosphorus in a range of 0.005 to 0.02 wt%, the remaining wt% amount of the brass alloy is zinc.
A method of scheduling requests in a storage system, the method comprising: receiving, at a scheduler, an input/output, I/O, request associated with a first storage device; receiving, at the scheduler, task information from a neural network circuit, the task information being associated with a background task performed by the first storage device; and modifying a processing of the request at the first storage device based on the task information, wherein the task information comprises an indication that the first storage device has a probability of performing the background task that exceeds a threshold, wherein: a) when the request comprises a read request, the modifying the processing of the request at the first storage device comprises: prefetching data from the first storage device based on the task information, storing the data at a buffer associated with the scheduler, and retrieving at least a portion of the data from the buffer based on the request and based on the task information; and b) when the request comprises a write request, and the modifying the processing of the request at the first storage device comprises rerouting the processing of the request from the first storage device to a second storage device based on the task information. receiving, at a scheduler, an input/output, I/O, request associated with a first storage device; receiving, at the scheduler, task information from a neural network circuit, the task information being associated with a background task performed by the first storage device; and modifying a processing of the request at the first storage device based on the task information, wherein the task information comprises an indication that the first storage device has a probability of performing the background task that exceeds a threshold, wherein: a) when the request comprises a read request, the modifying the processing of the request at the first storage device comprises: prefetching data from the first storage device based on the task information, storing the data at a buffer associated with the scheduler, and retrieving at least a portion of the data from the buffer based on the request and based on the task information; and b) when the request comprises a write request, and the modifying the processing of the request at the first storage device comprises rerouting the processing of the request from the first storage device to a second storage device based on the task information. a) when the request comprises a read request, the modifying the processing of the request at the first storage device comprises: prefetching data from the first storage device based on the task information, storing the data at a buffer associated with the scheduler, and retrieving at least a portion of the data from the buffer based on the request and based on the task information; and b) when the request comprises a write request, and the modifying the processing of the request at the first storage device comprises rerouting the processing of the request from the first storage device to a second storage device based on the task information.
An elevator device, comprising: a car; a mount fixed to an upper portion of the car, the mount including a pair of receiving portions arranged at an interval in a horizontal direction; a cleat device comprising: a hanger member including a pair of opposed portions individually inserted below the respective receiving portions, the hanger member being capable of being displaced in an up and down direction with respect to the mount; a pair of urging bodies individually arranged between the opposed portions and the receiving portions, the urging bodies urging the opposed portions and the receiving portions in such a direction as to resist displacement of the opposed portions and the receiving portions in a mutually approaching direction thereof; and a shackle arranged between the receiving portions and connected to the hanger member; and suspension means connected to the shackle, for suspending the car, characterised in that the car includes: a car room including: a car room floor portion; a car room body portion provided on the car room floor portion; and a car room ceiling portion provided on an upper end portion of the car room body portion; and a car frame including: a lower frame on which the car room is placed; an upper frame surrounding an outer circumference of the car room ceiling portion; and longitudinal frames connecting the lower frame and the upper frame to each other. a car; a mount fixed to an upper portion of the car, the mount including a pair of receiving portions arranged at an interval in a horizontal direction; a cleat device comprising: a hanger member including a pair of opposed portions individually inserted below the respective receiving portions, the hanger member being capable of being displaced in an up and down direction with respect to the mount; a pair of urging bodies individually arranged between the opposed portions and the receiving portions, the urging bodies urging the opposed portions and the receiving portions in such a direction as to resist displacement of the opposed portions and the receiving portions in a mutually approaching direction thereof; and a shackle arranged between the receiving portions and connected to the hanger member; and suspension means connected to the shackle, for suspending the car, a car room including: a car room floor portion; a car room body portion provided on the car room floor portion; and a car room ceiling portion provided on an upper end portion of the car room body portion; and a car frame including: a lower frame on which the car room is placed; an upper frame surrounding an outer circumference of the car room ceiling portion; and longitudinal frames connecting the lower frame and the upper frame to each other.
An information processing method comprising: receiving, from an autonomous moving body, a first processing result that is a result of first preprocessing and sensing data received by the autonomous moving body from a sensor included in the autonomous moving body or a sensor provided in another vehicle or a traffic light, the first preprocessing being preprocessing of travel control processing in autonomous movement processing of the autonomous moving body and executed based on the sensing data by a first computer included in the autonomous moving body; executing second preprocessing based on the sensing data to receive a second processing result, the second preprocessing being more advanced than the first preprocessing and executed by a second computer provided outside the autonomous moving body, connected to the autonomous moving body via a network, and having a processing power higher than a processing power of the first computer; determining a difference between the first processing result and the second processing result; and outputting, to the autonomous moving body in accordance with the difference determined, a change request to change the first processing result to a third processing result, the third processing result being the second processing result or the first processing result corrected based on the difference. receiving, from an autonomous moving body, a first processing result that is a result of first preprocessing and sensing data received by the autonomous moving body from a sensor included in the autonomous moving body or a sensor provided in another vehicle or a traffic light, the first preprocessing being preprocessing of travel control processing in autonomous movement processing of the autonomous moving body and executed based on the sensing data by a first computer included in the autonomous moving body; executing second preprocessing based on the sensing data to receive a second processing result, the second preprocessing being more advanced than the first preprocessing and executed by a second computer provided outside the autonomous moving body, connected to the autonomous moving body via a network, and having a processing power higher than a processing power of the first computer; determining a difference between the first processing result and the second processing result; and outputting, to the autonomous moving body in accordance with the difference determined, a change request to change the first processing result to a third processing result, the third processing result being the second processing result or the first processing result corrected based on the difference.
A sheet folding apparatus comprising: a sheet folding unit disposed to fold a sheet; and a conveyance unit disposed to feed the sheet to the sheet folding unit in a feed direction orthogonal to a fold direction of the sheet folding unit while correcting a skew of the sheet, the conveyance unit including: an elongated reference guide; a conveyance mechanism disposed to convey the sheet in the feed direction while exerting a force on the sheet toward the reference guide, the skew of the sheet being corrected by the reference guide and the conveyance mechanism; characterized by an adjustment mechanism disposed to adjust an inclination of the reference guide with respect to the feed direction, the sheet folding apparatus further comprising: an input unit through which a user inputs a folding misalignment amount (d, d') of the sheet folded by the sheet folding unit, the inclination of the reference guide being corrected by the adjustment mechanism based on at least the folding misalignment amount (d, d') inputted through the input unit. a sheet folding unit disposed to fold a sheet; and a conveyance unit disposed to feed the sheet to the sheet folding unit in a feed direction orthogonal to a fold direction of the sheet folding unit while correcting a skew of the sheet, the conveyance unit including: an elongated reference guide; a conveyance mechanism disposed to convey the sheet in the feed direction while exerting a force on the sheet toward the reference guide, the skew of the sheet being corrected by the reference guide and the conveyance mechanism; characterized by an adjustment mechanism disposed to adjust an inclination of the reference guide with respect to the feed direction, an elongated reference guide; a conveyance mechanism disposed to convey the sheet in the feed direction while exerting a force on the sheet toward the reference guide, the skew of the sheet being corrected by the reference guide and the conveyance mechanism; characterized by an adjustment mechanism disposed to adjust an inclination of the reference guide with respect to the feed direction, the sheet folding apparatus further comprising: an input unit through which a user inputs a folding misalignment amount (d, d') of the sheet folded by the sheet folding unit, the inclination of the reference guide being corrected by the adjustment mechanism based on at least the folding misalignment amount (d, d') inputted through the input unit.
Liquid-liquid extraction process, comprising: - the provision of a main input liquid stream, comprising at least one compound of interest and an excess compound; - the provision of a liquid scrubbing stream; - the extraction of the excess compound from the main input liquid stream by contact with the liquid scrubbing stream, making it possible to collect a main output liquid stream, depleted in excess compound with respect to the main input liquid stream; in which: - the main input liquid stream and the liquid scrubbing stream exhibit a difference in density of less than or equal to 50 kg/m 3 and also an interfacial tension of less than or equal to 3 dyn/cm; and - the extraction stage is carried out in a packed contactor with a ratio by weight as input liquid scrubbing stream / main liquid stream ranging from 0.3 to 0.5. - the provision of a main input liquid stream, comprising at least one compound of interest and an excess compound; - the provision of a liquid scrubbing stream; - the extraction of the excess compound from the main input liquid stream by contact with the liquid scrubbing stream, making it possible to collect a main output liquid stream, depleted in excess compound with respect to the main input liquid stream; - the main input liquid stream and the liquid scrubbing stream exhibit a difference in density of less than or equal to 50 kg/m 3 and also an interfacial tension of less than or equal to 3 dyn/cm; and - the extraction stage is carried out in a packed contactor with a ratio by weight as input liquid scrubbing stream / main liquid stream ranging from 0.3 to 0.5.
A linear motion actuation system for moving a server blade within a server rack, the system comprising: a controller; a linear motion assembly comprising a frame and configured for fastening relative to a server blade and configured for linear motion with the server blade, the linear motion assembly configured to accommodate at least a front portion of the server blade within at least a front face of the frame; a bracket configured for fastening relative to the server rack; and at least one linear motion actuator comprising: a first component comprising a housing rigidly secured with the frame of the linear motion assembly; and a second component movably secured with the first component and rigidly secured with the bracket, wherein the second component is configured for at least linear movement relative to the first component; wherein the at least one linear motion actuator is configured to, upon receipt of a signal from the controller, move the second component in an at least linear direction relative to the first component to move the housing and the server blade relative to the server rack in the at least linear direction. a controller; a linear motion assembly comprising a frame and configured for fastening relative to a server blade and configured for linear motion with the server blade, the linear motion assembly configured to accommodate at least a front portion of the server blade within at least a front face of the frame; a bracket configured for fastening relative to the server rack; and at least one linear motion actuator comprising: a first component comprising a housing rigidly secured with the frame of the linear motion assembly; and a second component movably secured with the first component and rigidly secured with the bracket, wherein the second component is configured for at least linear movement relative to the first component; wherein the at least one linear motion actuator is configured to, upon receipt of a signal from the controller, move the second component in an at least linear direction relative to the first component to move the housing and the server blade relative to the server rack in the at least linear direction. a first component comprising a housing rigidly secured with the frame of the linear motion assembly; and a second component movably secured with the first component and rigidly secured with the bracket, wherein the second component is configured for at least linear movement relative to the first component; wherein the at least one linear motion actuator is configured to, upon receipt of a signal from the controller, move the second component in an at least linear direction relative to the first component to move the housing and the server blade relative to the server rack in the at least linear direction.
A device (300; 400) comprising: a determination unit (333; 433) configured to determine either a use setting of a frequency resource by a wireless communication device or a use setting of a network resource by a logical network deployed on a physical network to which the wireless communication device connects, for providing a wireless communication service by the wireless communication device, wherein the use setting of the frequency resource is a resource setting of the frequency resource which can be used by the wireless communication device for providing the wireless communication service, and wherein the use setting of the network resource is a resource setting of a logical network to which the wireless communication device connects; characterized by a request unit (335; 435) configured to request another device to determine a use setting of a resource that has not been determined on a basis of a determination result by the determination unit (333; 433). a determination unit (333; 433) configured to determine either a use setting of a frequency resource by a wireless communication device or a use setting of a network resource by a logical network deployed on a physical network to which the wireless communication device connects, for providing a wireless communication service by the wireless communication device, wherein the use setting of the frequency resource is a resource setting of the frequency resource which can be used by the wireless communication device for providing the wireless communication service, and wherein the use setting of the network resource is a resource setting of a logical network to which the wireless communication device connects; characterized by a request unit (335; 435) configured to request another device to determine a use setting of a resource that has not been determined on a basis of a determination result by the determination unit (333; 433).
An automatic regeneration controller for a particulate filter wherein an oxidation catalyst and the particulate filter are sequentially arranged in an exhaust pipe of an industrial engine for driving a work unit using engine power to conduct various works, fuel being added to an exhaust gas upstream of the oxidation catalyst with a load being forcedly applied to said work unit to intently increase an engine load and increase an exhaust temperature by said increased load, said added fuel undergoing oxidation reaction on the oxidation catalyst and resultant reaction heat burning captured particulates in the particulate filter just behind to thereby conduct regeneration of said particulate filter, comprising an engine controller for outputting a fuel injection signal to said industrial engine when an estimated accumulation amount of said particulates is determined to exceed a set value; and a unit controller for outputting a unit control signal to said work unit for collaborative control thereof, collaborative control signals being mutually inputted and outputted between said unit and engine controllers (9 and 8), characterized in that it further comprises a load application cancelation switch for outputting a cancellation signal to said unit controller depending upon a situation of said work unit to stop the forced load application to said work unit, the automatic regeneration controller being configured such that, with the regeneration of the particulate filter being started by determination of captured particulate accumulation, with an idling or light-load operation being conducted, and with load request to said work unit being outputted from said engine controller to said unit controller, determination is made on whether load application is possible or not and when the load application is not possible or the load application cancelation switch is on and, in addition, maintaining of an exhaust temperature with no load application is not possible, then a regeneration stop signal is outputted from said unit controller to said engine controller to conduct a regeneration stop signal reception process in said engine controller to thereby stop, with no forced load application to the work unit, the fuel addition to stop the automatic regeneration control.
An information processing device for executing calculation of a neural network, the device comprising: a position setting unit configured to set a division position for quantization of a variable to be used for the calculation so that a quantization error based on a difference between the variable before the quantization and the variable after the quantization is reduced; and a quantizer configured to quantize the variable based on the division position set by the position setting unit, wherein the position setting unit is configured to: sequentially change the division position and calculate the quantization error for each of changes in the division position; and set the division position that causes the quantization error to be smallest as the division position to be used for the quantization. a position setting unit configured to set a division position for quantization of a variable to be used for the calculation so that a quantization error based on a difference between the variable before the quantization and the variable after the quantization is reduced; and a quantizer configured to quantize the variable based on the division position set by the position setting unit, wherein the position setting unit is configured to: sequentially change the division position and calculate the quantization error for each of changes in the division position; and set the division position that causes the quantization error to be smallest as the division position to be used for the quantization. sequentially change the division position and calculate the quantization error for each of changes in the division position; and set the division position that causes the quantization error to be smallest as the division position to be used for the quantization.
A prosthesis (10, 200), comprising: a tubular graft main body (20, 220) including a sidewall (25, 225) extending between an inflow end (27, 227) and an outflow end (28, 228), and a main lumen (26, 226) extending between the outflow and inflow ends about a graft longitudinal axis, the graft main body including an inflow end segment (20A, 220A), an outflow end segment (20C, 220C), and an intermediate tapered segment (20B, 220B) interconnecting the inflow end and the outflow end segments, wherein the inflow end segment (20A, 220A) has a larger cross-sectional area than the outflow end segment (20C, 220C); a trough (50, 250) extending radially inward from the sidewall (25, 225) along the intermediate tapered segment (20B, 220B); and a tubular graft branch having a branch lumen (66, 266) extending therein, characterised by the graft branch (60, 260) extending from the trough (50, 250) within the main lumen (26, 226) in a helical pattern in a direction away from the inflow (27, 227) end of the main body, wherein the trough (50, 250), the branch lumen (66, 266), and the main lumen (26, 226) are in fluid communication.
A case for storing and delivering doses of medications to be administered, comprising a body including a compartment for storing a plurality of pillboxes each comprising cells wherein doses of medication are placed and each corresponding to a time interval, in particular a day, for taking medication, each pillbox corresponding to a time for taking medication in said time intervals, and means for closing the compartment, the closing means comprising a set of closing elements (9a, 9b, 9c, 9d, 9e, 9f, 9g) movable independently of each other, at least part of the closing elements (9a, 9b, 9c, 9d, 9e, 9f, 9g) being movable between closing and opening positions of an area of the compartment corresponding to an interval for taking medication, and the body comprising two branches (3, 4) joined at their top and the free ends of which constitute feet for the case.