mhurhangee/ep-ind-claims huggingface dataset:
Method for managing a petrol internal combustion engine, said engine comprising an engine block connected to an intake circuit comprising a compressor and an exhaust circuit comprising a turbine which drives the compressor, said engine further comprising a water cooler connected to the intake circuit and arranged between the compressor and the engine block, and an exhaust gas recirculation circuit, the method comprising, when the engine has an operating parameter that reaches a threshold limit at which pinking occurs, a step of modifying a quantity of gas originating from the recirculation circuit injected into the supply circuit, the recirculation circuit being connected to the exhaust circuit downstream of the turbine and to the intake circuit upstream of the compressor, via a valve comprising a control member connected to an engine control unit in order to control a gas flow rate in the recirculation circuit, characterised in that, when the threshold at which pinking occurs is reached, the control unit 22 activates the intake of a larger quantity of exhaust gas in the recirculation circuit and the method comprises the step of maintaining the spark advance at a value that is at least equal to the current value thereof while keeping the mixture composition at stoichiometric proportions.
A wearable electric field detector comprising: a battery; an electric field detection component configured (i) to detect an electric field having a magnitude that is greater than or equal to a first threshold magnitude and (ii) to provide at least one output indicative of a magnitude of a detected electric field when the magnitude of the detected electric field is greater than or equal to the first threshold magnitude; the electric field detection component further configured to (iii) detect an electric field having a magnitude that is greater than or equal to a second threshold magnitude and (iv) to provide at least one output indicative of a magnitude of a detected electric field when the magnitude of the detected electric field is greater than or equal to the second threshold magnitude; a communication interface configured to communicate with a remote device; and a controller configured to cause the communication interface to periodically transmit a heartbeat signal and transmit a first and second alarm signal, wherein the first and second alarm signal is transmitted in response to the electric field detection component providing the at least one output corresponding to a first and second threshold, respectively, wherein the first and second alarm signal includes data indicative of the magnitude of the detected electrical field, wherein the heartbeat signal provides an indication of the electric field detector being coupled to the remote device, and wherein the heartbeat signal comprises information indicative of a charge level of the battery. a battery; an electric field detection component configured (i) to detect an electric field having a magnitude that is greater than or equal to a first threshold magnitude and (ii) to provide at least one output indicative of a magnitude of a detected electric field when the magnitude of the detected electric field is greater than or equal to the first threshold magnitude; the electric field detection component further configured to (iii) detect an electric field having a magnitude that is greater than or equal to a second threshold magnitude and (iv) to provide at least one output indicative of a magnitude of a detected electric field when the magnitude of the detected electric field is greater than or equal to the second threshold magnitude; a communication interface configured to communicate with a remote device; and a controller configured to cause the communication interface to periodically transmit a heartbeat signal and transmit a first and second alarm signal, wherein the first and second alarm signal is transmitted in response to the electric field detection component providing the at least one output corresponding to a first and second threshold, respectively, wherein the first and second alarm signal includes data indicative of the magnitude of the detected electrical field, wherein the heartbeat signal provides an indication of the electric field detector being coupled to the remote device, and wherein the heartbeat signal comprises information indicative of a charge level of the battery.
Turbine casing for a turbine, in particular a steam turbine, having a front casing segment, configured about a turbine longitudinal axis, having a first front casing sub-segment as well as a second front casing sub-segment, and a rear casing segment, configured about the turbine longitudinal axis, having a first rear casing sub-segment as well as a second rear casing sub-segment, wherein the rear casing segment in the flow direction is disposed behind the front casing segment and, while configuring a split cross joint, by way of a rear vertical flange of the rear casing segment is fastened to a front vertical flange of the front casing segment on the front casing segment, wherein a protrusion that on the front casing segment surrounds the turbine longitudinal axis is configured in a region of the front vertical flange, said protrusion extending parallel or at least substantially parallel to the turbine longitudinal axis and in the flow direction protruding beyond the front vertical flange, characterized in that an encircling sealing device which seals the protrusion in relation to the rear casing segment is disposed on an external side of the protrusion that faces away from the turbine longitudinal axis. a protrusion that on the front casing segment surrounds the turbine longitudinal axis is configured in a region of the front vertical flange, said protrusion extending parallel or at least substantially parallel to the turbine longitudinal axis and in the flow direction protruding beyond the front vertical flange, characterized in that an encircling sealing device which seals the protrusion in relation to the rear casing segment is disposed on an external side of the protrusion that faces away from the turbine longitudinal axis.
A computer-implemented method for determining sets of service links for a plurality of service demands in a data communication network, the method comprising: identifying a plurality of connected components in a service demand graph, wherein each of the connected components is formed by one or more edges and one or more vertices, wherein an edge is a direct connection between two vertices, and the number of edges included in each of the plurality of connected components is less than or equal to a predetermined size threshold; calculating a cost associated with each of the plurality of connected components; determining sets of service demands based on the plurality of connected components and the calculated cost; and determining the sets of service links for the plurality of service demands based on the sets of service demands, wherein each service link is a service path in a network graph in the data communication network and a path of service links refers to a series of service paths in which an end vertex of a service path is the beginning vertex of a next service path, and wherein a path of a service links satisfies a service demand <x,y> when the beginning vertex of the first service path is x and the end vertex of the last service path is y. identifying a plurality of connected components in a service demand graph, wherein each of the connected components is formed by one or more edges and one or more vertices, wherein an edge is a direct connection between two vertices, and the number of edges included in each of the plurality of connected components is less than or equal to a predetermined size threshold; calculating a cost associated with each of the plurality of connected components; determining sets of service demands based on the plurality of connected components and the calculated cost; and determining the sets of service links for the plurality of service demands based on the sets of service demands, wherein each service link is a service path in a network graph in the data communication network and a path of service links refers to a series of service paths in which an end vertex of a service path is the beginning vertex of a next service path, and wherein a path of a service links satisfies a service demand <x,y> when the beginning vertex of the first service path is x and the end vertex of the last service path is y.
A housing for a rear view element of a rear view device for a vehicle, preferably a motor vehicle, comprising: a scalp portion comprising a first joint section at a first circumferential edge extending at least partially around an opening of the scalp portion; and a bezel portion comprising a second joint section at a second circumferential edge extending at least partially around the bezel section, wherein the first joint section of the scalp portion and the second joint section of the bezel portion are connectable to each other at a separation edge, where the first joint section and the second joint section are connectable to each other by a clamping connection, characterized in that the first joint section comprising at least a continuous clamp extending at least partly along the first circumferential edge and/or the second joint section comprising at least a continuous protrusion extending at least partly along the second circumferential edge, and the clamp being adapted to at least partly overlap the protrusion to obtain a flush surface at the separation edge, which is located at least partly at an inside panel of the bezel portion. a scalp portion comprising a first joint section at a first circumferential edge extending at least partially around an opening of the scalp portion; and a bezel portion comprising a second joint section at a second circumferential edge extending at least partially around the bezel section, wherein the first joint section of the scalp portion and the second joint section of the bezel portion are connectable to each other at a separation edge, where the first joint section and the second joint section are connectable to each other by a clamping connection, characterized in that the first joint section comprising at least a continuous clamp extending at least partly along the first circumferential edge and/or the second joint section comprising at least a continuous protrusion extending at least partly along the second circumferential edge, and the clamp being adapted to at least partly overlap the protrusion to obtain a flush surface at the separation edge, which is located at least partly at an inside panel of the bezel portion.
A plantable device with a frame body in which a plurality of planting openings are formed, arranged one above the other in a vertical direction, the frame body having a receiving space which can be filled with a substrate which is accessible via the plurality of planting openings, characterized in that the frame body is formed from a plurality of surface elements (15, 18, 19) which are detachably fitted into one another via recesses introduced into the edges of the surface elements (15, 18, 19), and wherein the surface elements (15, 18, 19) are fitted together in such a way that the frame body is formed by helical windings.
Device for the transfer of objects comprising: - a star wheel turning exclusively in one direction and having a plurality of receiving pockets, the receiving pockets being arranged in a first receiving area and a second receiving area along the circumference of the star wheel, wherein empty areas (23, 24) without receiving pockets are arranged between the two receiving areas (21, 22), - a first gripping unit with a first drive unit, and - a second gripping unit with a second drive unit, - wherein the first gripping unit and the second gripping unit are provided at the star wheel opposite to one another, and each are arranged for executing a linear movement in a first direction and a linear movement in a second direction which is perpendicular to the first direction, and to pick up the objects and to hand them over, wherein the linear movement of the second gripping unit when picking up the objects is linearly opposite to the first direction (s) of the first gripping unit when picking up the objects, wherein the objects are already received in the two receiving areas (21, 22) of the star wheel and the handover to the first and second gripping unit (3, 4) is about to be performed. - a star wheel turning exclusively in one direction and having a plurality of receiving pockets, the receiving pockets being arranged in a first receiving area and a second receiving area along the circumference of the star wheel, wherein empty areas (23, 24) without receiving pockets are arranged between the two receiving areas (21, 22), - a first gripping unit with a first drive unit, and - a second gripping unit with a second drive unit, - wherein the first gripping unit and the second gripping unit are provided at the star wheel opposite to one another, and each are arranged for executing a linear movement in a first direction and a linear movement in a second direction which is perpendicular to the first direction, and to pick up the objects and to hand them over, wherein the linear movement of the second gripping unit when picking up the objects is linearly opposite to the first direction (s) of the first gripping unit when picking up the objects, wherein the objects are already received in the two receiving areas (21, 22) of the star wheel and the handover to the first and second gripping unit (3, 4) is about to be performed.
Housing for a cable-less, optoelectronic communications port which can be carried by a person, having a lower part and a cover which form the wall of the housing and are detachably latched together via a dust-proof and water-proof closure, wherein the housing wall is provided with at least one translucent region, wherein - the closure is a double labyrinth closure, - the housing is produced from an at least partially light-permeable, dielectric insulation material, - at least one magnet element is incorporated in the housing and is accommodated in a trough which is arranged in the lower part, - and a translucent region is located in the lower part. - the closure is a double labyrinth closure, - the housing is produced from an at least partially light-permeable, dielectric insulation material, - at least one magnet element is incorporated in the housing and is accommodated in a trough which is arranged in the lower part, - and a translucent region is located in the lower part.
Device for processing a belt or plate-like metal workpiece, in particular for deburring cut edges and/or for grinding surfaces of the workpiece, comprising at least one processing unit, by means of which a driven, circulating processing belt can be driven at least approximately linearly past the workpiece obliquely or perpendicularly to a feed direction of the workpiece in an operating area of the machining belt and the workpiece can be processed on one operating side of the processing belt, wherein pressure elements provided on a movable support element act on a rear side of the processing belt in order to influence the contact necessary for processing between the operating side of the processing belt and the workpiece, wherein a drive arrangement is provided, by means of which the support element can be motor-driven so that the support element moves at least in the operating area of the processing belt essentially parallel to the direction of movement of the processing belt, characterised in that the support element is designed as a circulating endless element on which pressure elements are provided such that the pressure elements press on the rear side of the processing belt intermittently, wherein the pressure elements on a front side of the endless element aligned relative to the proceeding belt comprise at least one detachable pressure element.
Display device of the weather on demand for a timepiece, this timepiece comprising at least an hour hand and a minute hand; said display device comprising at least: - one first indicator member: said at least one first indicator member being the hour hand or the minute hand movably mounted and, including at least one representation of the sun; - one second indicator member: said at least one second indicator member being the hour hand or the minute hand movably mounted and, including at least one concealing element configured to conceal said at least one representation of the sun; - one first driver: said at least one first driver configured to drive said at least one first indicator member and said at least one second indicator member; and - one control unit: said at least one control unit being configured to control, according to a set of data, said at least one first driver so as to drive and/or to superimpose said at least one first indicator member and said at least one second indicator member in such a way that said at least one representation of the sun is totally or partly concealed by said at least one concealing element. - one first indicator member: said at least one first indicator member being the hour hand or the minute hand movably mounted and, including at least one representation of the sun; - one second indicator member: said at least one second indicator member being the hour hand or the minute hand movably mounted and, including at least one concealing element configured to conceal said at least one representation of the sun; - one first driver: said at least one first driver configured to drive said at least one first indicator member and said at least one second indicator member; and - one control unit: said at least one control unit being configured to control, according to a set of data, said at least one first driver so as to drive and/or to superimpose said at least one first indicator member and said at least one second indicator member in such a way that said at least one representation of the sun is totally or partly concealed by said at least one concealing element.
A trigger system for an implant delivery system, the implant delivery system including an implant disposed within a distal end portion of an outer tubular member and positioned to be engaged by a distal end portion of an inner shaft member when the inner shaft member is moved distally relative to the outer tubular member, the inner shaft member being disposed within the outer tubular member and movable distally and proximally relative to the outer tubular member and an actuation assembly configured to urge the implant out of the delivery system, the trigger system comprising: a trigger functionally connected to the actuation assembly by a driving rack; and a gear train functionally disposed between the trigger and the driving rack; wherein the gear train comprises a trigger gear sector, a trigger pinion operatively meshed with the trigger gear sector, a slide pinion operatively coupled to the trigger pinion, and a slide rack disposed on a slide coupled to the driving rack and operatively meshed with the trigger pinion, characterised by: a ratchet mechanism functionally coupled to the trigger. a trigger functionally connected to the actuation assembly by a driving rack; and a gear train functionally disposed between the trigger and the driving rack; wherein the gear train comprises a trigger gear sector, a trigger pinion operatively meshed with the trigger gear sector, a slide pinion operatively coupled to the trigger pinion, and a slide rack disposed on a slide coupled to the driving rack and operatively meshed with the trigger pinion, characterised by: a ratchet mechanism functionally coupled to the trigger. a trigger gear sector, a trigger pinion operatively meshed with the trigger gear sector, a slide pinion operatively coupled to the trigger pinion, and a slide rack disposed on a slide coupled to the driving rack and operatively meshed with the trigger pinion, characterised by: a ratchet mechanism functionally coupled to the trigger.
A pressure-resistant explosion-proof container comprising: a container made of metal; a slit, which is configured for functioning as an explosion-proof clearance that is formed by penetrating a wall surface of the container; a first cavity resonator that is provided in the container and in which a first antenna is built, wherein the first antenna is configured to transmit and receive a high frequency signal by using the slit as a waveguide; a second cavity resonator in which a second antenna is built, the second cavity resonator being provided on an outer wall surface of the container to be opposed to the first cavity resonator, a third antenna, which is provided in an outer space of the second cavity resonator, and a high frequency cable connecting the second antenna and the third antenna. a container made of metal; a slit, which is configured for functioning as an explosion-proof clearance that is formed by penetrating a wall surface of the container; a first cavity resonator that is provided in the container and in which a first antenna is built, wherein the first antenna is configured to transmit and receive a high frequency signal by using the slit as a waveguide; a second cavity resonator in which a second antenna is built, the second cavity resonator being provided on an outer wall surface of the container to be opposed to the first cavity resonator, a third antenna, which is provided in an outer space of the second cavity resonator, and a high frequency cable connecting the second antenna and the third antenna.
An active material composite particle comprising an oxide active material of rock salt bed type and a coat layer containing lithium niobate formed on a surface of the oxide active material, characterized in that a thickness of the coat layer is in the range of 25 nm to 94 nm, in that the coat layer contains nitrogen, and in that a ratio (C N /C Nb) of a nitrogen concentration (C N) relative to a niobium concentration (C Nb) is in the range of 0.33 to 0.53 on a surface of the coat layer.
A module (40, 140, 240) for powering an electronic smoking device portion (10, 12, 14, 100), the module (40, 140, 240) comprising: a first coupling element adapted to connect to the electronic smoking device portion (10, 12, 14, 100), a second coupling element adapted to connect to a portable electronic device, a power supply element adapted for powering the electronic smoking device portion (10, 12, 14, 100), wherein the power supply element comprises an energy storage, wherein the module (40, 140, 240) is adapted to supply energy, received from the portable electronic device via the second coupling element, to the energy storage, a controller unit configured to communicate with the portable electronic device, and characterized in that the controller is adapted to control charging of a battery of an electronic smoking device portion (10, 100) between puffs and to directly power an atomizer/liquid reservoir portion of the electronic smoking device portion (10, 100) during a puff. a first coupling element adapted to connect to the electronic smoking device portion (10, 12, 14, 100), a second coupling element adapted to connect to a portable electronic device, a power supply element adapted for powering the electronic smoking device portion (10, 12, 14, 100), wherein the power supply element comprises an energy storage, wherein the module (40, 140, 240) is adapted to supply energy, received from the portable electronic device via the second coupling element, to the energy storage, a controller unit configured to communicate with the portable electronic device, and characterized in that the controller is adapted to control charging of a battery of an electronic smoking device portion (10, 100) between puffs and to directly power an atomizer/liquid reservoir portion of the electronic smoking device portion (10, 100) during a puff.