mhurhangee/ep-ind-claims huggingface dataset:
A method of detecting one or more objects in a path of travel of a vehicle, the method comprising: generating a laser light having a radiated power; emitting the laser light in a direction of travel of the vehicle; receiving one or more reflections of the emitted laser light reflected from the one or more objects located in the direction of travel of the vehicle; generating a signal indicating that the one or more objects are in a path of the vehicle based on the received one or more reflections; and dynamically adjusting the radiated power of the laser light based on an input corresponding to one or more of (i) a current speed of the vehicle or (ii) a current position of the vehicle, wherein the current speed of the vehicle is a traveling speed of the vehicle and the current position of the vehicle is a geographic position of the vehicle, said method being characterized in that: as the current speed of the vehicle increases, the radiated power increases, and as the current speed of the vehicle decreases, the radiated power decreases, and in that: as the current position of the vehicle indicates that the vehicle is positioned on a road with a higher speed limit, the radiated power increases, and as the current position of the vehicle indicates that the vehicle is positioned on a road with a lower speed limit, the radiated power decreases. generating a laser light having a radiated power; emitting the laser light in a direction of travel of the vehicle; receiving one or more reflections of the emitted laser light reflected from the one or more objects located in the direction of travel of the vehicle; generating a signal indicating that the one or more objects are in a path of the vehicle based on the received one or more reflections; and dynamically adjusting the radiated power of the laser light based on an input corresponding to one or more of (i) a current speed of the vehicle or (ii) a current position of the vehicle, wherein the current speed of the vehicle is a traveling speed of the vehicle and the current position of the vehicle is a geographic position of the vehicle, said method being characterized in that: as the current speed of the vehicle increases, the radiated power increases, and as the current speed of the vehicle decreases, the radiated power decreases, and in that: as the current position of the vehicle indicates that the vehicle is positioned on a road with a higher speed limit, the radiated power increases, and as the current position of the vehicle indicates that the vehicle is positioned on a road with a lower speed limit, the radiated power decreases.
An apparatus for cleaning an internal combustion engine, fuel system and emission system comprising: a first vessel including a first cleaning fluid, the first vessel being in fluid communication with a first cleaning fluid flow path, wherein the first cleaning fluid includes at least one of: (a) an engine fuel component enriched in aromatic compounds and (b) an engine fuel component enriched in aliphatic compounds; a second vessel including a second different cleaning fluid, the second vessel being in fluid communication with a second different cleaning fluid flow path; and an electrode positioned in the second different cleaning fluid flow path, the electrode configured to apply an electrostatic charge to the second cleaning fluid, wherein both the first cleaning fluid flow path and the second different cleaning fluid flow path are in fluid communication with a same fluid delivery conduit configured to attach to a fuel line of the internal combustion engine, and wherein the apparatus is configured to deliver through the fluid delivery conduit both the first cleaning fluid and the electrostatically charged second cleaning fluid to the internal combustion engine in a fuel line and emission system cleaning process. a first vessel including a first cleaning fluid, the first vessel being in fluid communication with a first cleaning fluid flow path, wherein the first cleaning fluid includes at least one of: (a) an engine fuel component enriched in aromatic compounds and (b) an engine fuel component enriched in aliphatic compounds; a second vessel including a second different cleaning fluid, the second vessel being in fluid communication with a second different cleaning fluid flow path; and an electrode positioned in the second different cleaning fluid flow path, the electrode configured to apply an electrostatic charge to the second cleaning fluid, wherein both the first cleaning fluid flow path and the second different cleaning fluid flow path are in fluid communication with a same fluid delivery conduit configured to attach to a fuel line of the internal combustion engine, and wherein the apparatus is configured to deliver through the fluid delivery conduit both the first cleaning fluid and the electrostatically charged second cleaning fluid to the internal combustion engine in a fuel line and emission system cleaning process.
An apparatus for monitoring atmospheric characteristics and detecting fires, comprising an electronic unit having a means for detecting the presence of smoke in an environment to be protected, a means for detecting the quantity of carbon monoxide present in said environment, a means for detecting the temperature present in said environment; said electronic unit also comprising means for detecting the quantity of oxygen present in said environment, means for detecting the relative humidity present in said environment, means for detecting the differential pressure present in said environment, means for detecting the carbon dioxide present in said environment and means for detecting the quantity of volatile organic compounds present in said environment; said electronic unit being operatively connectable to a remote central control unit and being powered by a power source; said apparatus being characterized in that said means for detecting the quantity of oxygen comprises one or more sensors of the optical type and in that said means for detecting the quantity of volatile organic compounds comprises one or more VOC sensors; said electronic unit further comprising electronic control means adapted to process the data that arrive from said detection means (3, 4, 5, 6, 7, 8, 9, 10) and configured to: - acquiring the values related to a specific parameter detected by a plurality of sensors (3, 4, 5, 6, 7, 8, 9, 10) of the same type measuring said specific parameter; - comparing with each other the values detected by said sensors (3, 4, 5, 6, 7, 8, 9, 10); - determining a final value of said parameter if the values detected by said sensors (3, 4, 5, 6, 7, 8, 9, 10) substantially mutually agree with a predetermined tolerance, or determining a state of malfunction of said apparatus if said values detected by said sensors (3, 4, 5, 6, 7, 8, 9, 10) disagree with said predetermined tolerance. - acquiring the values related to a specific parameter detected by a plurality of sensors (3, 4, 5, 6, 7, 8, 9, 10) of the same type measuring said specific parameter; - comparing with each other the values detected by said sensors (3, 4, 5, 6, 7, 8, 9, 10); - determining a final value of said parameter if the values detected by said sensors (3, 4, 5, 6, 7, 8, 9, 10) substantially mutually agree with a predetermined tolerance, or determining a state of malfunction of said apparatus if said values detected by said sensors (3, 4, 5, 6, 7, 8, 9, 10) disagree with said predetermined tolerance.
A single-handed, single-operator controlled device for delivering fluid compositions to Schlemm's canal in an eye, the device comprising: a cannula including a distal curved portion which has a proximal end and a distal end and a radius of curvature defined between the ends; a slidable conduit coaxially disposed within a lumen of the cannula; and a handle coupled to the cannula and containing: a drive assembly that actuates movement of the slidable conduit; and a reservoir that becomes pressurized upon advancement or retraction of the slidable conduit by the drive assembly to inject fluid from the reservoir through the slidable conduit. a cannula including a distal curved portion which has a proximal end and a distal end and a radius of curvature defined between the ends; a slidable conduit coaxially disposed within a lumen of the cannula; and a handle coupled to the cannula and containing: a drive assembly that actuates movement of the slidable conduit; and a reservoir that becomes pressurized upon advancement or retraction of the slidable conduit by the drive assembly to inject fluid from the reservoir through the slidable conduit. a drive assembly that actuates movement of the slidable conduit; and a reservoir that becomes pressurized upon advancement or retraction of the slidable conduit by the drive assembly to inject fluid from the reservoir through the slidable conduit.
A manufacturing process for forming a porcelain insulator structure, comprising: providing a porcelain hollow or solid body, of the type used in a high voltage transmission application, the body having an end region configured for connection to a flange by insertion within the flange; providing a metal flange having an opening for receiving the end region of the porcelain into the flange along an interior metal surface thereof; inserting the end region of the porcelain body into the flange opening to place an exterior surface of the porcelain body end region adjacent the interior surface of the flange with a gap between a portion of the exterior surface of the porcelain body end region and the interior surface of the flange; providing an adhesive in the gap which fills voids and creates a bond between the porcelain and metal surfaces; installing a subassembly of electrically active components in a hollow region of the porcelain body; securing the subassembly of electrically active components in a hollow region within the porcelain insulator body; and after partial curing of the adhesive that sufficiently stabilizes the joint for movement of the structure, placing the structure in a heated environment to simultaneously dry the electrically active components and fully cure the adhesive to provide the bond. providing a porcelain hollow or solid body, of the type used in a high voltage transmission application, the body having an end region configured for connection to a flange by insertion within the flange; providing a metal flange having an opening for receiving the end region of the porcelain into the flange along an interior metal surface thereof; inserting the end region of the porcelain body into the flange opening to place an exterior surface of the porcelain body end region adjacent the interior surface of the flange with a gap between a portion of the exterior surface of the porcelain body end region and the interior surface of the flange; providing an adhesive in the gap which fills voids and creates a bond between the porcelain and metal surfaces; installing a subassembly of electrically active components in a hollow region of the porcelain body; securing the subassembly of electrically active components in a hollow region within the porcelain insulator body; and after partial curing of the adhesive that sufficiently stabilizes the joint for movement of the structure, placing the structure in a heated environment to simultaneously dry the electrically active components and fully cure the adhesive to provide the bond.
A method comprising: defining at least one modification period (721; 821); determining a system information change; and generating at least one first type of paging message indicator based on a paging message occurring within the at least one modification period (721; 821), characterized by defining at least one extended modification period (723; 823); and generating at least one second type of paging message indicator based on a paging message occurring within the at least one extended modification period (723; 823). defining at least one modification period (721; 821); determining a system information change; and generating at least one first type of paging message indicator based on a paging message occurring within the at least one modification period (721; 821), characterized by defining at least one extended modification period (723; 823); and generating at least one second type of paging message indicator based on a paging message occurring within the at least one extended modification period (723; 823).
Shaft for a bicycle pedal bearing having two radial bearings (3, 4) which are spaced apart from one another axially for mounting the shaft, characterized by - a securing element which is arranged axially between the radial bearings (3, 4) on the shaft and comprises at least two parts (7a, 7b), - a measuring transducer which is arranged on the said securing element, - the two parts (7a, 7b) being secured against axial displacement in each case by way of at least one positively locking connection to the shaft, and being coupled to the shaft in such a way that the measuring transducer is arranged between the two parts (7a, 7b) in the axial direction, and its axial position is limited by way of the two parts (7a, 7b). - a securing element which is arranged axially between the radial bearings (3, 4) on the shaft and comprises at least two parts (7a, 7b), - a measuring transducer which is arranged on the said securing element, - the two parts (7a, 7b) being secured against axial displacement in each case by way of at least one positively locking connection to the shaft, and being coupled to the shaft in such a way that
A method for a real-time service, performed by a load balancer, the method comprising - for a plurality of clients, obtaining information on a pattern of data transfers of the real-time service; - for at least one worker, obtaining information on run times, wherein a run time defines a time period during which the at least one worker processes data; - determining scheduling based at least on the obtained information on the pattern of data transfers and on the run times, wherein the scheduling comprises an offset modifying the pattern of data transfers; - sending the offset to one or more clients of the plurality of clients. - for a plurality of clients, obtaining information on a pattern of data transfers of the real-time service; - for at least one worker, obtaining information on run times, wherein a run time defines a time period during which the at least one worker processes data; - determining scheduling based at least on the obtained information on the pattern of data transfers and on the run times, wherein the scheduling comprises an offset modifying the pattern of data transfers; - sending the offset to one or more clients of the plurality of clients.
Magnetoelectronic angle sensor with an at least partially ferromagnetic stator and an at least partially ferromagnetic rotor which oppose each other by forming an annular air gap, wherein the magnetic resistance in the air gap changes periodically on account of a shaping of the rotor that varies over the circumference when the rotor rotates about an axis of rotation, with a magnetic flux transmitter which is arranged on the stator and generates via at least one pair of poles a predefined magnetic flux distribution in the air gap, with a magnetic flux receiver which is arranged on the stator and measures the intensity of the magnetic field via at least two pairs of signal poles arranged offset from one another at an angle, wherein an angle value for the position of the rotor in relation to the stator can be derived from the two receiver signals, the stator having distributed over the circumference a large number of teeth which are separated from one another by grooves, and the magnetic flux transmitter comprising at least two primary windings which are arranged in such a way that at least one of the teeth carries no primary windings, wherein the magnetic flux receiver has at least two sine secondary windings and at least two cosine secondary windings which are offset from the sine secondary windings by 90 electrical degrees, and wherein the rotor and the stator are constructed, with the magnetic fluxes occurring thereon, point-symmetrically in their cross section to the axis of rotation.
A discharge blocking device compatible with a firearm having a magazine housing and a trigger bar, the trigger bar having a range of motion between a forward released position and a rearward discharge position, the discharge blocking device comprising: a cover defining a longitudinal dimension configured to be removably received in the magazine housing; a locking mechanism connected to the cover; and a rotating locking element configured to rotate about an axis that is aligned with the longitudinal dimension and connected to the locking mechanism and having an end having a rotating projection configured to at least partially rotate between a locked state and an unlocked state, wherein the rotating projection is configured to prevent movement of the trigger bar to the reward discharge position and to prevent extraction of the discharge blocking device from the magazine housing when in the locked state, and wherein the rotating projection is configured to enable movement of the trigger bar to the reward discharge position and to enable extraction of the discharge blocking device from the magazine housing when in the unlocked state. a cover defining a longitudinal dimension configured to be removably received in the magazine housing; a locking mechanism connected to the cover; and a rotating locking element configured to rotate about an axis that is aligned with the longitudinal dimension and connected to the locking mechanism and having an end having a rotating projection configured to at least partially rotate between a locked state and an unlocked state, wherein the rotating projection is configured to prevent movement of the trigger bar to the reward discharge position and to prevent extraction of the discharge blocking device from the magazine housing when in the locked state, and wherein the rotating projection is configured to enable movement of the trigger bar to the reward discharge position and to enable extraction of the discharge blocking device from the magazine housing when in the unlocked state.
A device for operating a built-in kitchen appliance (2, 4) with 1.1. a central piece, 1.2. an operating element mounted rotatably on the central piece, 1.3. at least one position sensor, which is designed for sensing a rotational position of the operating element, 1.4. at least one touch and/or pressure sensitive sensor, 1.5. wherein the central piece is formed by a mounting box with an installation receiving space, for flexible arrangement in a front of a unit of furniture or a kitchen worktop, 1.6. wherein the central piece has a front covering, which forms an operating zone which is coupled to the at least one touch-sensitive and/or pressure-sensitive sensor, the operating zone being designed as a touch-sensitive screen, and 1.7. wherein the operating element is designed in the form of a ring and the operating zone is circumferentially surrounded by the operating element. 1.1. a central piece, 1.2. an operating element mounted rotatably on the central piece, 1.3. at least one position sensor, which is designed for sensing a rotational position of the operating element, 1.4. at least one touch and/or pressure sensitive sensor, 1.5. wherein the central piece is formed by a mounting box with an installation receiving space, for flexible arrangement in a front of a unit of furniture or a kitchen worktop, 1.6. wherein the central piece has a front covering, which forms an operating zone which is coupled to the at least one touch-sensitive and/or pressure-sensitive sensor, the operating zone being designed as a touch-sensitive screen, and 1.7. wherein the operating element is designed in the form of a ring and the operating zone is circumferentially surrounded by the operating element.
A communication method for reducing a communication delay and data redundancy applied to a distributed deep neural network, DNN, training process, comprising: receiving, by a network device, at least two packets from two different terminal devices, wherein messages to which the at least two packets separately belong have a same message index, the message index is used to index the messages to which the at least two packets separately belong, and parameter data in packets identified by a same message index is parameter data of a same location of a same DNN model; aggregating, by the network device, parameter data of the at least two packets to obtain aggregated packets, wherein the parameter data is obtained by training a DNN model; and sending, by the network device, the aggregated packets to the two different terminal devices, characterized in that in response to determining that a first packet is the 1 st packet of a message to which the first packet belongs, the first packet further comprises a first field, wherein the first field is used to indicate to perform aggregation processing on parameter data in the message to which the first packet belongs; and the first packet is any one of the at least two packets. receiving, by a network device, at least two packets from two different terminal devices, wherein messages to which the at least two packets separately belong have a same message index, the message index is used to index the messages to which the at least two packets separately belong, and parameter data in packets identified by a same message index is parameter data of a same location of a same DNN model; aggregating, by the network device, parameter data of the at least two packets to obtain aggregated packets, wherein the parameter data is obtained by training a DNN model; and sending, by the network device, the aggregated packets to the two different terminal devices, characterized in that in response to determining that a first packet is the 1 st packet of a message to which the first packet belongs, the first packet further comprises a first field, wherein the first field is used to indicate to perform aggregation processing on parameter data in the message to which the first packet belongs; and the first packet is any one of the at least two packets.
Linear actuator comprising a reversible electric motor, a transmission and a non-self-locking spindle, where the electric motor through the transmission drives the non-self-locking spindle, and where the linear actuator comprises a spindle nut on the spindle and an adjustment element secured against rotation, and where the adjustment element can be moved axially, in that it is connected to or integral with the spindle nut on the spindle, and where the linear actuator further comprises a quick release for disengagement of the adjustment element from the reversible electric motor and the part of the transmission extending from the reversible electric motor to the quick release, such that the spindle is rotated under the load on the adjustment element, and where the linear actuator comprises brake means for controlling the speed of the adjustment element under the external load when the quick release is activated, characterized in that the brake means are constituted by a rotary damper of the fluid type comprising an internal body located in a liquid-filled hollow in an outer body, where one body is in driving connection with the spindle or the part of the transmission, which extends from the spindle to the quick release, and where a viscous dampening effect, which dampens the speed of the spindle and thus the adjustment element, is generated when this body is rotated relative to the other body as a result of activation of the quick release.