mhurhangee/ep-ind-claims huggingface dataset:
A method of determining a target position of a track, defined by a fixed point located next to a track, with the aid of a laser transmitter which is mobile on the track and by means of which the position of the fixed point relative to the track is surveyed and a possible deviation of the target position with regard to an actual position of the track is registered, characterized by the following steps: a) each fixed point is connected to a three-dimensionally formed scanning aid which has a preferably spherical shape distinctly differing from a track environment and spatially enlarging the fixed point, b) the track environment is constantly scanned by a rotary laser, moved continuously along the track, and registered as a point cloud, c) with the aid of a software, the characteristic shape of the scanning aid is determined from the point cloud, and there follows an automatic computation of the position of the associated fixed point with respect to the track as well as the registering of possible correction values as the difference between the target- and actual position of the track. a) each fixed point is connected to a three-dimensionally formed scanning aid which has a preferably spherical shape distinctly differing from a track environment and spatially enlarging the fixed point, b) the track environment is constantly scanned by a rotary laser, moved continuously along the track, and registered as a point cloud, c) with the aid of a software, the characteristic shape of the scanning aid is determined from the point cloud, and there follows an automatic computation of the position of the associated fixed point with respect to the track as well as the registering of possible correction values as the difference between the target- and actual position of the track.
A method for detecting animals and/or obstacles on an area to be processed by an agricultural field processing machine, with a drone system which has at least one aerial drone with a sensor which operates in a contactless manner for detecting the animals or obstacles, characterized in that the drone system and the field processing machine are in data contact with a superordinate management system and area data (11 - 14) are exchanged between the management system and the drone system on the one side and the management system and the field processing machine on the other side, wherein the drone system supplements area data received from the management system with information regarding detected animals and/or obstacles and sends them back to the management system as enriched area data, wherein the management system sends the enriched area data or enriched area data based on the enriched area data to the field processing machine, wherein the field processing machine controls processing of the area as a function of the enriched area data (12, 13).
A thermoplastic film, comprising: a biaxially-oriented polyethylene terephthalate layer; a tensile strength in the longitudinal direction of about 2000 kg/cm 2 (2 Pa) or more; a tensile strength in the transverse direction of about 3000 kg/cm 2 (3 Pa) or more; and a tear force in the longitudinal direction that is about 1.5 times as large as a tear force in the transverse direction, wherein the film comprises two or more layers. a biaxially-oriented polyethylene terephthalate layer; a tensile strength in the longitudinal direction of about 2000 kg/cm 2 (2 Pa) or more; a tensile strength in the transverse direction of about 3000 kg/cm 2 (3 Pa) or more; and a tear force in the longitudinal direction that is about 1.5 times as large as a tear force in the transverse direction, wherein the film comprises two or more layers.
A method for mitigating noise generated by a rotor blade of a wind turbine during high wind speed conditions, the rotor blade comprising an outboard region extending from about 0% to about 5% from a blade tip of the rotor blade in a span-wise direction, the method comprising: providing a backward twist to the outboard region of the rotor blade having an angle of 0° to 2° degrees; and reducing a tip chord taper ranging from -0.25 meter/meter span to -0.75 meter/meter span within at least a portion of the outboard region of the rotor blade. providing a backward twist to the outboard region of the rotor blade having an angle of 0° to 2° degrees; and reducing a tip chord taper ranging from -0.25 meter/meter span to -0.75 meter/meter span within at least a portion of the outboard region of the rotor blade.
Method for cleaning degraded oil comprising oil-soluble degradation products, the method comprising the steps of - receiving an inlet flow (1, 1a, 1b) of degraded oil, - precipitating oil-soluble degradation products from the degraded oil by cooling the degraded oil to a precipitation regime and by keeping the degraded oil in the precipitation regime for a dwell-time, - passing the cooled degraded oil as a filtration flow (3, 3a, 3b) through a filter (104, 204, 304) so as to retain the precipitated degradation products in the filter, - discharging an outlet flow (2, 2a, 2b) of cleaned oil, wherein the degraded oil is cooled prior to filtration, this cooling comprises - cooling the oil downstream of the filter to a temperature below that of the degraded oil in the inlet flow, - dividing the filtration flow at a branching point (207, 307) downstream of the filter into the outlet flow discharged through the outlet and a recirculation flow (6, 6a, 6b), - feeding the recirculation flow back to a recombination point (208, 308) upstream of the filter, and - recombining the recirculation flow with the inlet flow. - receiving an inlet flow (1, 1a, 1b) of degraded oil, - precipitating oil-soluble degradation products from the degraded oil by cooling the degraded oil to a precipitation regime and by keeping the degraded oil in the precipitation regime for a dwell-time, - passing the cooled degraded oil as a filtration flow (3, 3a, 3b) through a filter (104, 204, 304) so as to retain the precipitated degradation products in the filter, - discharging an outlet flow (2, 2a, 2b) of cleaned oil, wherein the degraded oil is cooled prior to filtration, this cooling comprises - cooling the oil downstream of the filter to a temperature below that of the degraded oil in the inlet flow, - dividing the filtration flow at a branching point (207, 307) downstream of the filter into the outlet flow discharged through the outlet and a recirculation flow (6, 6a, 6b), - feeding the recirculation flow back to a recombination point (208, 308) upstream of the filter, and - recombining the recirculation flow with the inlet flow. - cooling the oil downstream of the filter to a temperature below that of the degraded oil in the inlet flow, - dividing the filtration flow at a branching point (207, 307) downstream of the filter into the outlet flow discharged through the outlet and a recirculation flow (6, 6a, 6b), - feeding the recirculation flow back to a recombination point (208, 308) upstream of the filter, and - recombining the recirculation flow with the inlet flow.
Method for transferring power from a primary circuit, comprising an inverter and a resonant circuit including a primary coil (BP N), to a secondary circuit comprising a secondary coil, intended to contactlessly charge an electrical battery of an electric or hybrid motor vehicle in motion, an electrical power being transferred between said transmitting primary coil (BP N), which is arranged in a stretch of road, and said receiving secondary coil, which is aboard said vehicle and is connected to said battery, by induction, said primary coil (BP N) being part of a network of at least two successive primary coils arranged in a stretch of road, each primary coil being connected to the inverter associated with the resonant circuit that includes it, and the spacing between two primary coils being less than half the length of one primary coil, said method comprising steps of: - transferring power between said primary coil (BPn) and the vehicle, - transferring power between the next primary coil (BP N+1) and the vehicle, characterized in that said method moreover comprises - a step of shorting the next primary coil (BPn+i) by means of the associated inverter, - a step of detecting when an induced current strength threshold or power threshold is exceeded in the next primary coil, before the transition between said power transfer involving the primary coil (BP N) and said power transfer involving the next primary coil (BP N+1). - transferring power between said primary coil (BPn) and the vehicle, - transferring power between the next primary coil (BP N+1) and the vehicle, characterized in that said method moreover comprises - a step of shorting the next primary coil (BPn+i) by means of the associated inverter, - a step of detecting when an induced current strength threshold or power threshold is exceeded in the next primary coil, before the transition between said power transfer involving the primary coil (BP N) and said power transfer involving the next primary coil (BP N+1).
A software update method for a software program for monitoring an elongate structure which uses resilient wave guides, the software program being installed on-board an electronic device which is installed along the elongate structure, which communicates with a remote server in a nominal operating mode which enables messages to be exchanged with the remote server in accordance with a low-speed long-range communication protocol, the messages containing data for analysing the state of the elongate structure, the method being implemented by a computer and comprising at least steps involving: - receiving via the low-speed long-range communication protocol an activation message for activating a high-speed short-range communication protocol at the electronic device; - activating a temporary operating mode of the electronic device which enables messages to be exchanged in accordance with the high-speed short-range communication protocol, and deactivating the nominal operating mode in order to stop the low-speed long-range communications with the remote server; - updating the on-board software program with a software update which is received via the high-speed short-range communication protocol; - deactivating the temporary high-speed short-range operating mode; and - reactivating the nominal operating mode. - receiving via the low-speed long-range communication protocol an activation message for activating a high-speed short-range communication protocol at the electronic device; - activating a temporary operating mode of the electronic device which enables messages to be exchanged in accordance with the high-speed short-range communication protocol, and deactivating the nominal operating mode in order to stop the low-speed long-range communications with the remote server; - updating the on-board software program with a software update which is received via the high-speed short-range communication protocol; - deactivating the temporary high-speed short-range operating mode; and - reactivating the nominal operating mode.
A system for optimizing a patient's basal insulin dosage regimen over time, comprising: - a blood glucose meter (110, 210) for receiving a patient blood sample and generating a blood glucose data set corresponding to a blood glucose value of the patient blood sample, - detecting means for detecting when a patient-actuated operation is performed, the operation being indicative of the administration of a dose of an insulin containing drug, - memory means adapted to store (a) blood glucose data sets corresponding to a plurality of blood glucose values as a function of time, (b) data representing detected patient-actuated operations as a function of time, and (c) data representing an initial basal insulin dosage regimen, - a processor operatively connected to the memory means, the processor being programmed to determine on the basis of the blood glucose data sets determined at a plurality of times whether and by how much to vary a component in the patient's present insulin dosage regimen in order to maintain the patient's future blood-glucose-level measurements within a predefined range, and - output means for communicating to the patient a component in the patient's insulin dosage regimen, characterized in that - a given blood glucose data set is disregarded by the processor if no patient-actuated operation has been detected in a pre-defined amount of time prior to the generation of the given data set. - a blood glucose meter (110, 210) for receiving a patient blood sample and generating a blood glucose data set corresponding to a blood glucose value of the patient blood sample, - detecting means for detecting when a patient-actuated operation is performed, the operation being indicative of the administration of a dose of an insulin containing drug, - memory means adapted to store (a) blood glucose data sets corresponding to a plurality of blood glucose values as a function of time, (b) data representing detected patient-actuated operations as a function of time, and (c) data representing an initial basal insulin dosage regimen, - a processor operatively connected to the memory means, the processor being programmed to determine on the basis of the blood glucose data sets determined at a plurality of times whether and by how much to vary a component in the patient's present insulin dosage regimen in order to maintain the patient's future blood-glucose-level measurements within a predefined range, and - output means for communicating to the patient a component in the patient's insulin dosage regimen, - a given blood glucose data set is disregarded by the processor if no patient-actuated operation has been detected in a pre-defined amount of time prior to the generation of the given data set.
A synergistic microbicidal composition comprising: (a) 3,5-dimethyl-1,3,5-thiadiazinane-2-thione; and (b) dimethylol-dimethylhydantoin; wherein a weight ratio of dimethylol-dimethylhydantoin to 3,5-dimethyl-1,3,5-thiadiazinane-2-thione is from 20:1 to 1:6.4.
Underframe for a vehicle, in particular a rail vehicle or a truck, having a frame structure which is aligned along a longitudinal axis (x) and comprises two outer supporting structures (2A, 2B) which are connected to one another by a connecting structure, the outer supporting structures (2A, 2B) are constructed as spatial or planar truss structures which comprise serially interconnected truss profiles (24, 25) which interconnect an upper longitudinal girder and a lower longitudinal girder in such a way that in each case two adjacent truss profiles (24, 25) together with the upper or lower longitudinal girder (21; 22) form a triangle (D1 A1, D2 A1; D1 A2, D2 A2) with three nodes, characterised in that the connecting structure is a spatial truss structure.
System for the processing of organic waste and products, comprising at least one horizontal cylindrical cavity of treatment, which includes: - A loading area for the product to be treated, near one of the bases of the cylindrical cavity; - An unloading area for the exit of the treated product, near the opposite base of the cylindrical cavity; - An entrance for the feeding of saturated water vapour, near the loading area; - A vapour exit, near the unloading area; - A dragging spindle installed in an axial way within the cylindrical cavity, with a direction of advance from the loading area to the unloading area; - A number of mixing blades installed in the very same axis of the dragging spindle, each one arranged in a step of the helix of the aforesaid spindle; - External mechanisms of operation of the spindle, situated from one of the bases of the cylindrical cavity on, and mechanisms of control of the injected vapour said system for the processing of organic waste and products characterized in that the mixing blades present a curvature opposite to that of the helix of the dragging spindle, conforming together a mixing helix with a direction of advance opposite to that one of the helix of the dragging spindle. - A loading area for the product to be treated, near one of the bases of the cylindrical cavity; - An unloading area for the exit of the treated product, near the opposite base of the cylindrical cavity; - An entrance for the feeding of saturated water vapour, near the loading area; - A vapour exit, near the unloading area; - A dragging spindle installed in an axial way within the cylindrical cavity, with a direction of advance from the loading area to the unloading area; - A number of mixing blades installed in the very same axis of the dragging spindle, each one arranged in a step of the helix of the aforesaid spindle; - External mechanisms of operation of the spindle, situated from one of the bases of the cylindrical cavity on, and mechanisms of control of the injected vapour
A powder container for supplying coating powder to a powder coating system, wherein the powder container comprises a powder chamber for coating powder delimited by side walls, wherein an outlet opening is provided in a side wall of the powder container via which the powder chamber is fluidly connected or connectable to an inlet of a powder separation system (46, 48, 56), characterized in that the effective flow cross section of the fluidic connection between the outlet opening and the inlet of the powder separation system (46, 48, 56) is variably adjustable.
Fitting for a horizontally displaceable wing of windows or doors, capable of being moved by means of displacement devices (6, 7) of the fitting, from a movement directed towards the plane of the wall opening, out of a closed position, e.g. from a fixed installed wing, capable of being displaced at least approximately parallel, and in this parallel displacement position, capable of displacement in a movement parallel to the plane of the wall opening, wherein at least one displacement device of the fitting, which can be arranged on the lower transverse spar of the wing, is supported by a carriage of the fitting on a rail, parallel to the opening and/or the frame, and in each case, by means of a rotatably mounted displacement arm of the displacement device, delimits the parallel displaced opening width with a detachable blocking device, of the displacement device, of the control arm of the displacement device, wherein the blocking device consists of a locking element interacting with a latch accommodation, and can be detached by the slide-closure movement of the wing in relation to the fixed frame by means of a fixed-position abutment, wherein the control arm is articulated on a displacement arm, in particular on the closure side, forming an axis of rotation, wherein the latch accommodation is located on the carriage and the locking element on the control arm, and the fixed-position abutment in the slide-closure movement interacts with the control arm, and wherein the latch accommodation transfers in a first slot arm of a control slot of the fitting extending in the displacement direction of the wing, the second slot arm of which forms the latch accommodation with its free end, characterized in that an energy storage device consisting of a tension spring is arranged in the displacement device, and with one end, close to the axis of rotation between the displacement arm and control arm, is secured to the control arm, and with the other end, close to a wing-side rotary bearing, between the wing and the displacement arm, is connected to the displacement arm, wherein the energy storage device, with the increasing movement of the wing into the parallel stop position, is spaced away from the components of the displacement device, and can be transferred into an actuation area, and counteracts the movement of the wing, wherein the energy storage device exerts a force onto the wing in the parallel stop position, which speeds this in the movement into the closed position, wherein the wing, on reaching the closed position, is securely held in the closed position by the energy storage device itself or in conjunction with a latch-catch device arranged such as to be covered and automatically taking effect independent of the fitting.
A method comprising: converting a first portion of a set of bits that are to be encoded to a first orthogonal frequency-division multiplexing symbol to be transmitted during a first portion of a time-division multiple access time slot; converting a second portion of the set of bits that are to be encoded to a second orthogonal frequency-division multiplexing symbol to be transmitted during a second portion of the time-division multiple access time slot; wherein converting the first portion of the set of bits to the first orthogonal frequency-division multiplexing symbol comprises mapping the first portion of the set of bits to one or more symbols represented by one or more modulated sub-carriers; characterized in that an amplitude of the one or more modulated subcarriers near an edge of a transmission band of the slot are attenuated compared to an amplitude of the one or more modulated subcarriers near a middle of the transmission band; and the sub-carriers are modulated across the transmission band according to different modulation schemes depending on sub-carrier position within the transmission band with respect to edges of transmission band; wherein the differed modulation schemes are applied using a variable modulation symbol mapper. converting a first portion of a set of bits that are to be encoded to a first orthogonal frequency-division multiplexing symbol to be transmitted during a first portion of a time-division multiple access time slot; converting a second portion of the set of bits that are to be encoded to a second orthogonal frequency-division multiplexing symbol to be transmitted during a second portion of the time-division multiple access time slot; wherein converting the first portion of the set of bits to the first orthogonal frequency-division multiplexing symbol comprises mapping the first portion of the set of bits to one or more symbols represented by one or more modulated sub-carriers; characterized in that an amplitude of the one or more modulated subcarriers near an edge of a transmission band of the slot are attenuated compared to an amplitude of the one or more modulated subcarriers near a middle of the transmission band; and the sub-carriers are modulated across the transmission band according to different modulation schemes depending on sub-carrier position within the transmission band with respect to edges of transmission band; wherein the differed modulation schemes are applied using a variable modulation symbol mapper.