mhurhangee/ep-ind-claims huggingface dataset:
A method for issuing preemption requests, comprising: determining, by an on-vehicle circuit arrangement, a location and a heading of a vehicle; determining, by the on-vehicle circuit arrangement, boundaries of a geo-window in response to the determined location and heading; determining (232,242), by the on-vehicle circuit arrangement, whether or not any one of a plurality of intersections is located within the boundaries of the geo-window; in response to determining that one of the plurality of intersections is located within the boundaries of the geo-window, transmitting a preemption request from the vehicle to an intersection controller at the one of the plurality of intersections; periodically determining a heading of the vehicle by the on-vehicle circuit arrangement; and periodically adjusting boundaries of the geo-window in response to the determined heading of the vehicle. determining, by an on-vehicle circuit arrangement, a location and a heading of a vehicle; determining, by the on-vehicle circuit arrangement, boundaries of a geo-window in response to the determined location and heading; determining (232,242), by the on-vehicle circuit arrangement, whether or not any one of a plurality of intersections is located within the boundaries of the geo-window; in response to determining that one of the plurality of intersections is located within the boundaries of the geo-window, transmitting a preemption request from the vehicle to an intersection controller at the one of the plurality of intersections; periodically determining a heading of the vehicle by the on-vehicle circuit arrangement; and periodically adjusting boundaries of the geo-window in response to the determined heading of the vehicle.
An engine-waste-heat utilization device, comprising: a Rankine cycle which includes a heat exchanger through which cooling water coming out from an engine flows to recover waste-heat of the engine to refrigerant, an expander which generates power using the refrigerant coming out from the heat exchanger, a condenser which condenses the refrigerant coming out from the expander and a refrigerant pump which supplies the refrigerant coming out from the condenser to the heat exchanger, wherein a temperature of the engine cooling water is set to be higher when the Rankine cycle is operated after the warm-up of the engine is completed than when the Rankine cycle is not operated. a Rankine cycle which includes a heat exchanger through which cooling water coming out from an engine flows to recover waste-heat of the engine to refrigerant, an expander which generates power using the refrigerant coming out from the heat exchanger, a condenser which condenses the refrigerant coming out from the expander and a refrigerant pump which supplies the refrigerant coming out from the condenser to the heat exchanger, wherein a temperature of the engine cooling water is set to be higher when the Rankine cycle is operated after the warm-up of the engine is completed than when the Rankine cycle is not operated.
Method for operating a binaural hearing system that has a left-hand hearing device and a right-hand hearing device, by - providing a left-hand internal input signal (ls) in the left-hand hearing device, - providing a right-hand internal input signal (rs) in the right-hand hearing device, - engaging a sending mode of the left-hand hearing device and/or of the right-hand hearing device and - disengaging the sending mode, - the sending mode being engaged in one of the hearing devices automatically in dependence on the respective internal input signal (ls, rs), and - the sending mode being disengaged in one of the hearing devices automatically in dependence on the respective internal input signal (ls, rs) and a communication signal received from the respective other hearing device, wherein the communication signal is the internal input signal (ls, rs) of the respective other hearing device, characterized in that - a decision by one of the hearing devices (10, 11) regarding engaging the sending mode is transmitted to the respective other hearing device, so that the other hearing device engages the sending mode in dependence on the decision received. - providing a left-hand internal input signal (ls) in the left-hand hearing device, - providing a right-hand internal input signal (rs) in the right-hand hearing device, - engaging a sending mode of the left-hand hearing device and/or of the right-hand hearing device and - disengaging the sending mode, - the sending mode being engaged in one of the hearing devices automatically in dependence on the respective internal input signal (ls, rs), and - the sending mode being disengaged in one of the hearing devices automatically in dependence on the respective internal input signal (ls, rs) and a communication signal received from the respective other hearing device, wherein the communication signal is the internal input signal (ls, rs) of the respective other hearing device, - a decision by one of the hearing devices (10, 11) regarding engaging the sending mode is transmitted to the respective other hearing device, so that the other hearing device engages the sending mode in dependence on the decision received.
A fan rotor for a turbomachine, this rotor having an axis of rotation and comprising: - a fan disc, - fan blades comprising roots press-fitted in sockets in the periphery of said disc, each blade comprising an intrados, an extrados, a leading edge and a trailing edge, - platforms interposed between the fan blades and fixed to the periphery of the disc, each platform comprising an aerodynamic surface extending along said axis substantially from the leading edges to the trailing edges of the blades between which this platform is mounted, characterized in that said aerodynamic surface comprises an upstream longitudinal portion located on the side of the leading edges of the blades and a downstream longitudinal portion, independent of the upstream longitudinal portion, located on the side of the trailing edges of the blades, the upstream longitudinal portion being supported by a first member of the platform which is fixed to said disc and the downstream longitudinal portion being supported by a second member of the platform which is independent of said first member and which is fixed to said disc. - a fan disc, - fan blades comprising roots press-fitted in sockets in the periphery of said disc, each blade comprising an intrados, an extrados, a leading edge and a trailing edge, - platforms interposed between the fan blades and fixed to the periphery of the disc, each platform comprising an aerodynamic surface extending along said axis substantially from the leading edges to the trailing edges of the blades between which this platform is mounted, characterized in that said aerodynamic surface comprises an upstream longitudinal portion located on the side of the leading edges of the blades and a downstream longitudinal portion, independent of the upstream longitudinal portion, located on the side of the trailing edges of the blades, the upstream longitudinal portion being supported by a first member of the platform which is fixed to said disc and the downstream longitudinal portion being supported by a second member of the platform which is independent of said first member and which is fixed to said disc.
A process for producing an aircraft component having integral structural features which comprises the sequential steps of: (a) providing a flat plate; (b) placing the flat plate on a forming tool defining a curved surface which approximates a final curved shape of the aircraft component; (c) subjecting the flat plate on the forming tool to creep age forming in an autoclave to produce a curved component preform thereof; the process being characterised by (d) machining the curved component preform to form the integral features and thereby produce the aircraft component. (a) providing a flat plate; (b) placing the flat plate on a forming tool defining a curved surface which approximates a final curved shape of the aircraft component; (c) subjecting the flat plate on the forming tool to creep age forming in an autoclave to produce a curved component preform thereof; the process being characterised by (d) machining the curved component preform to form the integral features and thereby produce the aircraft component.
A method for wireless communication, comprising: receiving a first frame comprising a first Clear to Send, CTS, portion and a first beam training sequence from a first device; configuring an antenna in a first configuration based on the first beam training sequence; generating a second frame; and outputting the second frame for transmission to a second device via the antenna while the antenna is being configured in the first configuration; and wherein the first configuration comprises the antenna configured to generate an antenna radiation pattern with a null aimed substantially at the first device; and further comprising: determining a duration in which the first device will be communicating with a third device based on the first CTS portion of the first frame; reconfiguring the antenna in a second configuration if the determination indicates that the first device is not communicating with the third device because the duration has expired; generating a third frame; and outputting the third frame for transmission to the second device via the antenna while the antenna is being configured in the second configuration; and wherein the second configuration comprises the antenna configured to generate an antenna radiation pattern without a null aimed at the first device. receiving a first frame comprising a first Clear to Send, CTS, portion and a first beam training sequence from a first device; configuring an antenna in a first configuration based on the first beam training sequence; generating a second frame; and outputting the second frame for transmission to a second device via the antenna while the antenna is being configured in the first configuration; and wherein the first configuration comprises the antenna configured to generate an antenna radiation pattern with a null aimed substantially at the first device; and further comprising: determining a duration in which the first device will be communicating with a third device based on the first CTS portion of the first frame; reconfiguring the antenna in a second configuration if the determination indicates that the first device is not communicating with the third device because the duration has expired; generating a third frame; and outputting the third frame for transmission to the second device via the antenna while the antenna is being configured in the second configuration; and determining a duration in which the first device will be communicating with a third device based on the first CTS portion of the first frame; reconfiguring the antenna in a second configuration if the determination indicates that the first device is not communicating with the third device because the duration has expired; generating a third frame; and outputting the third frame for transmission to the second device via the antenna while the antenna is being configured in the second configuration; and wherein the second configuration comprises the antenna configured to generate an antenna radiation pattern without a null aimed at the first device.
A vision testing apparatus comprising: a viewing assembly including at least one front lens (26, 28) and an image display inside a light occluding casing, the at least one front lens allowing a user to look into said viewing assembly; an optical path created within said viewing assembly, said optical path optically connecting said image display to said at least one front lens (26, 28); a transparent panel (65, 66) intersecting said optical path, said transparent panel selectively operable to obscure at least a portion of said image display, said transparent panel including a plurality of selectively operable pixels; and characterised in that a control board for controlling said transparent panel to highlight or isolate characters presented in said image display to a patient. a viewing assembly including at least one front lens (26, 28) and an image display inside a light occluding casing, the at least one front lens allowing a user to look into said viewing assembly; an optical path created within said viewing assembly, said optical path optically connecting said image display to said at least one front lens (26, 28); a transparent panel (65, 66) intersecting said optical path, said transparent panel selectively operable to obscure at least a portion of said image display, said transparent panel including a plurality of selectively operable pixels; and characterised in that a control board for controlling said transparent panel to highlight or isolate characters presented in said image display to a patient.
A battery module, comprising: - a housing having a first cover and a second cover, wherein the housing comprises an electronics compartment, a cell receptacle, and an internal partition separating the electronics compartment from the cell receptacle; - a plurality of lithium-ion (Li-ion) electrochemical cells disposed in the housing adjacent to the second cover; and - a reinforcement column disposed within the housing and extending along a direction from the second cover to the first cover, wherein the reinforcement column is positioned against the first cover and is coupled to the internal partition between the first cover and the second cover, and wherein the reinforcement column is configured to enhance a load bearing capacity of the battery module, and wherein the reinforcement column extends from the internal partition to the first cover. - a housing having a first cover and a second cover, wherein the housing comprises an electronics compartment, a cell receptacle, and an internal partition separating the electronics compartment from the cell receptacle; - a plurality of lithium-ion (Li-ion) electrochemical cells disposed in the housing adjacent to the second cover; and - a reinforcement column disposed within the housing and extending along a direction from the second cover to the first cover, wherein the reinforcement column is positioned against the first cover and is coupled to the internal partition between the first cover and the second cover, and wherein the reinforcement column is configured to enhance a load bearing capacity of the battery module, and wherein the reinforcement column extends from the internal partition to the first cover.
Device for the releasable connection of a furniture drawer, movably guided in a furniture carcass of a piece of furniture via a guide unit, with the guide unit, with a base part on which is mounted an adjusting device, belonging to the device and comprising several components movable relative to one another, and by means of which a position of the furniture drawer connected to the guide unit relative to the guide unit may be set in at least one spatial direction relative to the guide unit, and wherein there are provided stop means which limit a positioning path of the adjusting device, wherein the stop means are spring-elastic and wherein the adjusting device has a side adjusting unit for setting the position of the furniture drawer relative to the guide unit transversely to a longitudinal direction of the guide unit, wherein the components of the side adjusting unit include a positioning element in the form of a positioning wheel and a coupling element, movable relative to the positioning element and coupled or able to be coupled to the guide unit for side adjustment of the furniture drawer relative to the guide unit, wherein the coupling element has a base section for coupling to am assigned section of the guide unit, together with a threaded shank, onto which the positioning wheel is screwed, characterised in that the base section is in the form of a hollow body which is reinforced by ribs extending in the longitudinal direction of the threaded shank.
Oxygen reduced stored blood for use in the treatment of low mean arterial pressure in a subject in need thereof comprising administering stored oxygen reduced blood to said subject, said oxygen reduced blood having an initial oxygen saturation of 20% or less and maintained at an oxygen saturation of 20% or less for a storage period.
A light receiving element, comprising: an on-chip lens; a wiring layer; and a semiconductor layer arranged between the on-chip lens and the wiring layer, wherein the semiconductor layer includes, a first voltage application unit to which a first voltage is applied, a second voltage application unit to which a second voltage is applied, the second voltage being different from the first voltage, a first charge detection unit arranged around the first voltage application unit, and a second charge detection unit arranged around the second voltage application unit, the wiring layer includes, at least one layer including first voltage application wiring (814, 816) configured to supply the first voltage, second voltage application wiring (814, 816) configured to supply the second voltage, and a reflection member (631, 815), characterised in that the reflection member (631, 815) is provided to overlap with the first charge detection unit or the second charge detection unit, in plan view, wherein the reflection member (631, 815) is symmetrically arranged in a region on the first charge detection unit side and a region on the second charge detection unit side, or wherein the reflection member (631, 815) is arranged in a lattice-shaped pattern, or wherein the reflection member (631, 815) is arranged in a stripe-shaped pattern, or wherein the reflection member (631, 815) is arranged only in a pixel center region. an on-chip lens; a wiring layer; and a semiconductor layer arranged between the on-chip lens and the wiring layer, wherein the semiconductor layer includes, a first voltage application unit to which a first voltage is applied, a second voltage application unit to which a second voltage is applied, the second voltage being different from the first voltage, a first charge detection unit arranged around the first voltage application unit, and a second charge detection unit arranged around the second voltage application unit, the wiring layer includes, at least one layer including first voltage application wiring (814, 816) configured to supply the first voltage, second voltage application wiring (814, 816) configured to supply the second voltage, and a reflection member (631, 815), characterised in that the reflection member (631, 815) is provided to overlap with the first charge detection unit or the second charge detection unit, in plan view, wherein the reflection member (631, 815) is symmetrically arranged in a region on the first charge detection unit side and a region on the second charge detection unit side, or wherein the reflection member (631, 815) is arranged in a lattice-shaped pattern, or wherein the reflection member (631, 815) is arranged in a stripe-shaped pattern, or wherein the reflection member (631, 815) is arranged only in a pixel center region.
Delivery device for delivering liquid reducing agent, having at least one first compensation element, wherein for delivering, conducting and metering a reducing agent, the delivery device comprises a reducing agent tank, a delivery unit and also a reducing agent line and a metering unit, which together have an overall volume that can be filled with reducing agent, wherein the at least one first compensation element is suitable for reducing the size of the overall volume when a negative pressure prevails in the delivery device, characterized in that the first compensation element is designed such that, when a positive pressure prevails in the delivery device, substantially no increase of the overall volume is realized by way of the first compensation element, and in that there is at least one second compensation element which is suitable for increasing the size of the overall volume when a threshold positive pressure is reached in the delivery device, wherein when a pressure below the threshold positive pressure prevails, the at least one second compensation element permits substantially no increase in size of the overall volume.
A control apparatus of a vehicle, the vehicle comprising: an internal combustion engine; a supercharging system including a first supercharger and a second supercharger each of which is driven by an exhaust of the internal combustion engine; and at least one changeover valve (210, 216, 218) which is placed in at least one of an intake passage (215, 217) and an exhaust passage of the internal combustion engine and which is configured to change a supercharging mode associated with the supercharging system among a plurality of supercharging modes including a single supercharging mode for performing supercharging only with the first supercharger and a twin supercharging mode for performing supercharging with both the first and second superchargers, in accordance with an opening / closing state, said control apparatus comprising: a first controlling device for controlling the changeover valve when engine stop of the internal combustion engine is requested such that the opening / closing state is an opening / closing state corresponding to the twin supercharging mode; and a second controlling device for controlling the changeover valve when engine start of the internal combustion engine is requested such that the opening / closing state is an opening / closing state corresponding to the single supercharging mode. an internal combustion engine; a supercharging system including a first supercharger and a second supercharger each of which is driven by an exhaust of the internal combustion engine; and at least one changeover valve (210, 216, 218) which is placed in at least one of an intake passage (215, 217) and an exhaust passage of the internal combustion engine and which is configured to change a supercharging mode associated with the supercharging system among a plurality of supercharging modes including a single supercharging mode for performing supercharging only with the first supercharger and a twin supercharging mode for performing supercharging with both the first and second superchargers, in accordance with an opening / closing state, said control apparatus comprising: a first controlling device for controlling the changeover valve when engine stop of the internal combustion engine is requested such that the opening / closing state is an opening / closing state corresponding to the twin supercharging mode; and a second controlling device for controlling the changeover valve when engine start of the internal combustion engine is requested such that the opening / closing state is an opening / closing state corresponding to the single supercharging mode. a first controlling device for controlling the changeover valve when engine stop of the internal combustion engine is requested such that the opening / closing state is an opening / closing state corresponding to the twin supercharging mode; and a second controlling device for controlling the changeover valve when engine start of the internal combustion engine is requested such that the opening / closing state is an opening / closing state corresponding to the single supercharging mode.