mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a sign pertinence receiving system on-board a first vehicle for enabling said first vehicle to discard non-pertinent road sign information, said first vehicle being adapted for presenting extracted sign information within said first vehicle and/or adapting one or more vehicle functions based on detected sign information captured by means of one or more image capturing devices on-board said first vehicle from at least a portion of sign information presented on a road sign detectable by said first vehicle, said method comprising: capturing first detected sign information from a first road sign and additionally first detected supplementary information from at least a portion of supplementary sign information assigned to said first road sign, said supplementary sign information comprising one or more restrictions of said first road sign; receiving a most likely supplementary information estimate indicating supplementary information deemed to pertain to said first road sign, which most likely supplementary information estimate is based on detected supplementary information captured by at least one second vehicle from said supplementary sign information, wherein a correctness confidence value associated with said most likely supplementary information estimate exceeds a minimum correctness confidence threshold; determining whether said most likely supplementary information estimate pertains to said first vehicle; and refraining from said presenting extracted sign information and/or from said adapting one or more vehicle functions, provided that said most likely supplementary information estimate is determined to not pertain to said first vehicle and provided that a detection confidence value associated with said first detected supplementary information is below a minimum detection confidence threshold. capturing first detected sign information from a first road sign and additionally first detected supplementary information from at least a portion of supplementary sign information assigned to said first road sign, said supplementary sign information comprising one or more restrictions of said first road sign; receiving a most likely supplementary information estimate indicating supplementary information deemed to pertain to said first road sign, which most likely supplementary information estimate is based on detected supplementary information captured by at least one second vehicle from said supplementary sign information, wherein a correctness confidence value associated with said most likely supplementary information estimate exceeds a minimum correctness confidence threshold; determining whether said most likely supplementary information estimate pertains to said first vehicle; and refraining from said presenting extracted sign information and/or from said adapting one or more vehicle functions, provided that said most likely supplementary information estimate is determined to not pertain to said first vehicle and provided that a detection confidence value associated with said first detected supplementary information is below a minimum detection confidence threshold.
Actuating system for a movable part, in particular a door or a flap, of a vehicle, preferably in the form of an access system to a vehicle interior, a functional space or a functional element of the vehicle, comprising: at least one UWB sensor unit, wherein the UWB sensor unit is designed to perform a detection of a movement pattern of a user, in particular of a body part (B1, B2), preferably a foot or a hand, of the user, and wherein the UWB sensor unit is adapted to perform communication with a user-side mobile device, in order to transmit at least one result of the detection and/or communication to the control unit on the vehicle and to actuate the movable part depending on the result. at least one UWB sensor unit, wherein the UWB sensor unit is designed to perform a detection of a movement pattern of a user, in particular of a body part (B1, B2), preferably a foot or a hand, of the user, and wherein the UWB sensor unit is adapted to perform communication with a user-side mobile device, in order to transmit at least one result of the detection and/or communication to the control unit on the vehicle and to actuate the movable part depending on the result.
A particle beam therapy system comprising a plurality of treatment rooms, wherein each room has a respiratory induction apparatus for instructing a patient in respiration timing, wherein the plurality of treatment rooms are divided into a plurality of groups based on respective phases of the respiration timings, determined in such a way as to be shifted from one another, and wherein particle beams are concurrently irradiated in a time-sharing manner onto patients in the respective treatment rooms selected from the plurality of groups, - wherein a controller is provided that is adapted to perform a step in which a single treatment room, as an irradiation subject of time-sharing irradiation, is selected from a group having a plurality of treatment rooms among the plurality of groups, - wherein the controller is adapted to score respective irradiation preparation degrees of the treatment rooms in said group having a plurality of treatment rooms and select the single treatment room, based on the scored values. - wherein a controller is provided that is adapted to perform a step in which a single treatment room, as an irradiation subject of time-sharing irradiation, is selected from a group having a plurality of treatment rooms among the plurality of groups, - wherein the controller is adapted to score respective irradiation preparation degrees of the treatment rooms in said group having a plurality of treatment rooms and select the single treatment room, based on the scored values.
A lithographic apparatus, configured to project a patterned beam of radiation onto a substrate, the apparatus comprising: a measurement system, configured to provide measurement data related to a thickness of a resist layer on the substrate; and a controller, configured to control the operation of the lithographic apparatus such that a radiation intensity level in the patterned beam to be projected onto the substrate is controlled based on the measurement data; characterised in that the measurement system is configured to provide measurement data related to the thickness of the resist layer on the substrate in a first region on the substrate based on a measurement taken while the patterned beam of radiation is projected onto the first region; and the controller is configured to control the operation of the lithographic apparatus based on measurement data for the first region when the patterned beam of radiation is subsequently projected onto a second region of the substrate. a measurement system, configured to provide measurement data related to a thickness of a resist layer on the substrate; and a controller, configured to control the operation of the lithographic apparatus such that a radiation intensity level in the patterned beam to be projected onto the substrate is controlled based on the measurement data; characterised in that the measurement system is configured to provide measurement data related to the thickness of the resist layer on the substrate in a first region on the substrate based on a measurement taken while the patterned beam of radiation is projected onto the first region; and the controller is configured to control the operation of the lithographic apparatus based on measurement data for the first region when the patterned beam of radiation is subsequently projected onto a second region of the substrate.
A method of operating a Substation Automation SA system with a standardized configuration description, with a first and second Intelligent Electronic Device IED (21, 30) connected to a communication network, and further adapted to operate a substation of an electric power system with first and second primary devices (111, 111'), comprising - representing in the SA system, exclusively by the second IED, a second primary device of the substation which is disconnected from the SA system, the representation including i) simulating operational data comprising status information or process values from the second primary device, as well as ii) generating and transmitting over the communication network, a multicast network message including the simulated operational data, and - receiving and evaluating, by the first IED, the network message, and controlling a first switching device of the substation in response thereto. - representing in the SA system, exclusively by the second IED, a second primary device of the substation which is disconnected from the SA system, the representation including i) simulating operational data comprising status information or process values from the second primary device, as well as ii) generating and transmitting over the communication network, a multicast network message including the simulated operational data, and i) simulating operational data comprising status information or process values from the second primary device, as well as ii) generating and transmitting over the communication network, a multicast network message including the simulated operational data, and - receiving and evaluating, by the first IED, the network message, and controlling a first switching device of the substation in response thereto.
Continuous casting mould for casting a strand of metal, comprising a mould cavity having a pouring opening for liquid metal and an outlet opening for a cast strand, said mould cavity having a cross section in correspondence to a basic shape of the cast strand, wherein the cross-section is at least partially superimposed by a profiling (8, 8', 8", 8") that extends in a casting direction, wherein that the profiling (8, 8', 8", 8") is configured as a corrugation which comprises several channels extending in substantial parallel relationship from the pouring opening to the outlet opening of the mould cavity, wherein a ratio of an inner circumference of the mould cavity to a width of each of the channels is greater than 30 and wherein the width of the channel is in the range of 1.5 mm to 30 mm, characterized in that the mould cavity is of rectangular shape with a plurality of substantially uniform parallel channels, wherein the width and the depth of the channels are calculated according to the following equation: W = K × SR K 2 wherein K = constant factor K2 = constant factor SR = L1/L2, with L1 = length of a longer side of the mould cavity L2 = length of a shorter side of the mould cavity, wherein K at amplitudes in the range of 0.5 to 1.5 mm is in the range of 3 to 12, wherein K at amplitudes in the range of 1.5 to 2.5 mm is in the range of 6 to 13, wherein K at amplitudes in the range of 2.5 to 3.5 mm is in the range of 11 to 14, wherein K2 is in the range of 0.6 to 0.9 in relation to the longer side of the mould cavity and falls in the range of -0.3 to -0.6 in relation to the shorter side of the mould cavity.. wherein K = constant factor K2 = constant factor SR = L1/L2, with L1 = length of a longer side of the mould cavity L2 = length of a shorter side of the mould cavity,
A monitoring system, for monitoring a felt and its environment, the monitoring system comprising: - at least one independent measuring unit (g) fixed to the felt or on a support structure (a) of the felt, comprising at least one of the following sensors: temperature, humidity, pH, pressure or air flow; - a central acquisition (d) unit comprising at least a microcontroller, a real-time clock, a first communication transceiver for connecting to the at least one independent measuring unit, an inertial sensor for detecting movement of factory equipment, and a second communication transceiver for connecting to a computing device and - a polymeric encapsulation material layer (b), wherein the polymeric encapsulation material layer (b) has a maximum operating temperature between -5°C to 275°C, has a thermal conductivity between 0,18 and 0,68 W/mK, a viscosity between 2.000 and 10.000 mPa.s, and a thickness between 2 and 6 mm; characterized in that said central acquisition unit (d) is configured to set the system in standby status if detecting that the inertial sensor does not sense movement for a specific time and disabling the acquisition and transmission of data from the at least one independent measuring unit (g) fixed in the felt or on its support structure (a). - at least one independent measuring unit (g) fixed to the felt or on a support structure (a) of the felt, comprising at least one of the following sensors: temperature, humidity, pH, pressure or air flow; - a central acquisition (d) unit comprising at least a microcontroller, a real-time clock, a first communication transceiver for connecting to the at least one independent measuring unit, an inertial sensor for detecting movement of factory equipment, and a second communication transceiver for connecting to a computing device and - a polymeric encapsulation material layer (b), wherein the polymeric encapsulation material layer (b) has a maximum operating temperature between -5°C to 275°C, has a thermal conductivity between 0,18 and 0,68 W/mK, a viscosity between 2.000 and 10.000 mPa.s, and a thickness between 2 and 6 mm;
A mechanical circulatory support system, comprising: an implantable blood pump for generating a blood flow in a patient in which the blood pump is implanted; an implantable prosthetic rib assembly including a prosthetic rib segment and a percutaneous electrical connector mounted to the prosthetic rib segment, the prosthetic rib segment being configured to be mounted to a rib of the patient in place of a segment of the rib, the percutaneous electrical connector including a skin interface portion configured to interface with an edge of a skin aperture through a skin portion of the patient, the electrical connector being configured to expose a connection port of the electrical connector via the skin aperture; and an implantable power cable connected with or configured to be connected with each of the blood pump and the percutaneous electrical connector for transferring electric power received by the percutaneous electrical connector to the blood pump. an implantable blood pump for generating a blood flow in a patient in which the blood pump is implanted; an implantable prosthetic rib assembly including a prosthetic rib segment and a percutaneous electrical connector mounted to the prosthetic rib segment, the prosthetic rib segment being configured to be mounted to a rib of the patient in place of a segment of the rib, the percutaneous electrical connector including a skin interface portion configured to interface with an edge of a skin aperture through a skin portion of the patient, the electrical connector being configured to expose a connection port of the electrical connector via the skin aperture; and an implantable power cable connected with or configured to be connected with each of the blood pump and the percutaneous electrical connector for transferring electric power received by the percutaneous electrical connector to the blood pump.
A method for determining the concentration of particulates to be contained in a drilling fluid, the method comprising the steps of: (i) providing a test base drilling fluid having a first normal stress difference N 1, adding a first concentration of test particulates to the test base drilling fluid, and adjusting the concentration of the test particulates in the test base drilling fluid so as to achieve a minimum concentration of test particulates which enables the fluid to cause plugging of a tapered slot in a particle plugging apparatus, wherein the test base drilling fluid containing the minimum concentration of test particulates has a first normal stress difference N 1; (ii) calculating the ΔN 1 value of the test base drilling fluid, wherein ΔN 1 = |N 1 | - |N 1 |; and (iii) providing a drilling fluid comprising a base drilling fluid and a plurality of particulates, and adjusting the concentration of particulates contained in the drilling fluid based on a comparison between the ΔN 1 value of the drilling fluid and the ΔN 1 value of the test drilling fluid calculated in step (ii), such that the drilling fluid satisfies ΔN 1 ≥ ΔN 1; wherein ΔN 1 = |N 1 | - |N 1 |, N 1 is the first normal stress difference of the drilling fluid containing the particulates, and N 1 is the first normal stress difference of the drilling fluid in the absence of the particulates; and wherein each first normal stress difference is determined by rotational rheometry using a parallel plate geometry at 25°C, 101,325 Pa (1 atm) and a plate gap of 1 mm, and the first normal stress differences apply to shear rates greater than 5 s -1. (i) providing a test base drilling fluid having a first normal stress difference N 1, adding a first concentration of test particulates to the test base drilling fluid, and adjusting the concentration of the test particulates in the test base drilling fluid so as to achieve a minimum concentration of test particulates which enables the fluid to cause plugging of a tapered slot in a particle plugging apparatus, wherein the test base drilling fluid containing the minimum concentration of test particulates has a first normal stress difference N 1; (ii) calculating the ΔN 1 value of the test base drilling fluid, wherein ΔN 1 = |N 1 | - |N 1 |; and (iii) providing a drilling fluid comprising a base drilling fluid and a plurality of particulates, and adjusting the concentration of particulates contained in the drilling fluid based on a comparison between the ΔN 1 value of the drilling fluid and the ΔN 1 value of the test drilling fluid calculated in step (ii), such that the drilling fluid satisfies ΔN 1 ≥ ΔN 1;
A process, comprising, as process steps a) Provision of a sheet-like composite, comprising i) A composite layer sequence, comprising A) a composite carrier layer, and B) a composite barrier layer, comprising a barrier plastic for at least 70% by weight relative to the weight of the composite barrier layer, ii) an edge region, and iii) an inner region, abutting against the edge region; b) Reduction of the layer thickness of the composite carrier layer in the edge region; c) Creation of a fold in the edge region to obtain a first edge fold region and a further edge fold region, wherein the first edge fold region and the further edge fold region abut against each other along the fold; d) Bringing the first edge fold region into contact with a first part of the further edge fold region; e) Creation of a further fold in the inner region to obtain a first composite fold region and a further composite fold region, wherein the further composite fold region comprises the edge region; and f) Connecting the first composite fold region to the first part of the further edge fold region and a further part of the further edge fold region. a) Provision of a sheet-like composite, comprising i) A composite layer sequence, comprising A) a composite carrier layer, and B) a composite barrier layer, comprising a barrier plastic for at least 70% by weight relative to the weight of the composite barrier layer, ii) an edge region, and iii) an inner region, abutting against the edge region; i) A composite layer sequence, comprising A) a composite carrier layer, and B) a composite barrier layer, comprising a barrier plastic for at least 70% by weight relative to the weight of the composite barrier layer, A) a composite carrier layer, and B) a composite barrier layer, comprising a barrier plastic for at least 70% by weight relative to the weight of the composite barrier layer, ii) an edge region, and iii) an inner region, abutting against the edge region; b) Reduction of the layer thickness of the composite carrier layer in the edge region; c) Creation of a fold in the edge region to obtain a first edge fold region and a further edge fold region, wherein the first edge fold region and the further edge fold region abut against each other along the fold; d) Bringing the first edge fold region into contact with a first part of the further edge fold region; e) Creation of a further fold in the inner region to obtain a first composite fold region and a further composite fold region, wherein the further composite fold region comprises the edge region; and f) Connecting the first composite fold region to the first part of the further edge fold region and a further part of the further edge fold region.
An aquarium luminaire having at least one non-white LED, characterised in that the at least one non-white LED comprises at least two peaks (36,38) at wavelengths between 350nm≤λ≤750nm in the emission spectrum of the LED, wherein a dominant peak of the at least two peaks (36,38) is at between 390nm≤λ≤490nm.
A walk behind mower including a driven wheel rotatably supported by a body frame, a power source for selectively driving the driven wheel, a dog clutch provided in a power transmission path between the power source and the driven wheel, and a clutch actuating mechanism interposed between the power source and the dog clutch for selectively disengaging the dog clutch; wherein the dog clutch includes an input end consisting of a first clutch half provided with teeth, an output end consisting of a second clutch half provided with teeth configured to selectively mesh with the teeth of the first clutch half, and a spring member interposed between the first clutch half and the second clutch half to normally urge the two clutch halves away from each other; wherein the clutch actuating mechanism is configured to displace the two clutch halves toward each other against a biasing force of the spring member by using a drive force transmitted from the power source to the clutch actuating mechanism; wherein the walk behind mower further includes an axle shaft rotatably supported by the body frame and having a pair of driven wheels fixedly attached to either end thereof, a driven gear rotatably supported by an intermediate part of the axle shaft, and a drive gear rotatably supported by the body frame and connected to an output end of the power source; and wherein the dog clutch is coaxially mounted on the axle shaft in such a manner that the second clutch half is fixedly secured to the axle shaft and the first clutch half is rotatably supported on the axle shaft, characterized in that the clutch actuating mechanism comprises at least one projection projecting from one of the first clutch half and the driven gear, and at least one recess provided in the other of the first clutch half and the driven gear, a cam mechanism being formed between the projection and the recess in such a manner that the first clutch half is displaced toward the second clutch half against a biasing force of the spring member when the drive force transmitted from the power source is transmitted to the clutch actuating mechanism.
A control device for preventing inadmissibly high tilting moments (M A) in a mobile working machine equipped with an operating arm that is variable, in particular in its insert length, and that can be moved by at least one actuating device, a bearing of the operating arm that can be turned in at least one direction being assigned to at least one moving part of the mobile working machine, characterised in that at least one load sensor is provided for determining a bearing load (F 1) on at least one of the moving parts and at least one angle sensor is provided for determining at least one of the angular positions of the operating arm relative to the moving part, that an evaluation and control apparatus with a computing unit is present for evaluating the signals from the respective load sensor and the respective angle sensor and/or for activating the respective actuating device, that the evaluation and control apparatus is used, at least by processing the incoming signals from the load sensor and the angle sensor, to determine a maximum possible movement speed (V max) for the moving operating arm which prevents the inadmissible tilting moment (M A) in each case, and that the respective actuating device thus activates the operating arm such that the maximum movement speed (V max) determined for each displacement position of the operating arm is not exceeded.