mhurhangee/patent-ind-claim-en huggingface dataset:
An electrical machine system comprising: a stator including a stator winding and a secondary transformer coil ; a rotor operatively connected to rotate relative to the stator, wherein the rotor includes a plurality of embedded permanent magnets; a primary transformer coil wound on the rotor and operatively connected to form a rotating transformer with the secondary transformer coil; and an inverter/active rectifier component operatively connected to the stator winding and the secondary transformer coil to control the stator winding based on a sense signal in the secondary transformer coil received from the primary transformer coil; wherein the inverter/active rectifier component includes a field oriented control, an adder, a PWM converter, a position velocity decoder , and an injection quadrature generator; wherein the position velocity decoder is connected to receive the sense signal from the secondary transformer coil and to output position and velocity feedback signals, and the field oriented control is operatively connected to receive the position feedback from the position velocity decoder . a stator including a stator winding and a secondary transformer coil ; a rotor operatively connected to rotate relative to the stator, wherein the rotor includes a plurality of embedded permanent magnets; a primary transformer coil wound on the rotor and operatively connected to form a rotating transformer with the secondary transformer coil; and an inverter/active rectifier component operatively connected to the stator winding and the secondary transformer coil to control the stator winding based on a sense signal in the secondary transformer coil received from the primary transformer coil; wherein the inverter/active rectifier component includes a field oriented control, an adder, a PWM converter, a position velocity decoder , and an injection quadrature generator; wherein the position velocity decoder is connected to receive the sense signal from the secondary transformer coil and to output position and velocity feedback signals, and the field oriented control is operatively connected to receive the position feedback from the position velocity decoder .
A collecting device for collecting samples dissected or ablated from an object with a collection container for collecting the dissected or ablated samples, and a pair of electrodes arranged on the side of the bottom of the collecting container facing away from the object or on or in the bottom itself, and with a power supply for applying a voltage to the electrodes of the electrode pair , wherein a concentrically arranged pair of electrodes is provided and the voltage applied to the pair of electrodes generates a divergent electric field at least in the region of the collecting container , characterised in that the concentrically arranged pair of electrodes comprises an inner electrode formed as an electrode tip. a collection container for collecting the dissected or ablated samples, and a pair of electrodes arranged on the side of the bottom of the collecting container facing away from the object or on or in the bottom itself, and with a power supply for applying a voltage to the electrodes of the electrode pair ,
A controller for an electric vehicle comprising: travel control means for calculating a target driving torque for an electric motor which drives said vehicle; and motor control means for calculating a final indication torque which has corrected said target driving torque based on information relating to the operation of the motor so that said electric motor can be suitably driven, and supplying electric power according to said final indication torque to said electric motor ; wherein said travel control means comprises target driving torque calculating means for calculating said target driving torque; characterized by final indication torque confirmation value calculating means for calculating a final indication torque confirmation value based on the calculated target driving torque, as with said motor control means ; and abnormality determining means for determining an abnormality of said motor control means based on a result of comparison between said final indication torque and said final indication torque confirmation value, wherein said final indication torque confirmation value calculating means calculates said final indication torque confirmation value from said target driving torque that was input to said motor control means before a delay time preset based on a communication speed between said travel control means and said motor control means from the present time. travel control means for calculating a target driving torque for an electric motor which drives said vehicle; and motor control means for calculating a final indication torque which has corrected said target driving torque based on information relating to the operation of the motor so that said electric motor can be suitably driven, and supplying electric power according to said final indication torque to said electric motor ; wherein said travel control means comprises target driving torque calculating means for calculating said target driving torque; characterized by final indication torque confirmation value calculating means for calculating a final indication torque confirmation value based on the calculated target driving torque, as with said motor control means ; and abnormality determining means for determining an abnormality of said motor control means based on a result of comparison between said final indication torque and said final indication torque confirmation value, wherein said final indication torque confirmation value calculating means calculates said final indication torque confirmation value from said target driving torque that was input to said motor control means before a delay time preset based on a communication speed between said travel control means and said motor control means from the present time.
Target (100, 100', 100"), comprising - at least one dummy depicting at least one part of the human body, wherein the dummy depicting at least one part of the human body comprises a plurality of sensors , which communicate with a sensor data evaluating apparatus for the registration of the sensors' data, characterized in that the sensor data evaluating apparatus determines by mathematical correlation of points in time (t 1 , t 2 , t 3 ) of a maximum pressure (Pmax 1 , Pmax 2 , Pmax 3 ) from sensor data of the plurality of sensors the point of entry T ⇀ and the trajectory of a projectile penetrating the dummy . - at least one dummy depicting at least one part of the human body, wherein the dummy depicting at least one part of the human body comprises a plurality of sensors , which communicate with a sensor data evaluating apparatus for the registration of the sensors' data, characterized in that
A connector arranged to attach a loading device to an in situ rock bolt or anchor bolt in a rock or concrete substrate, the connector including a body, wherein a first attachment means is arranged to attach the body to the in situ rock bolt or anchor bolt, and a loading device connection, wherein the loading device connection includes a second attachment means adapted to releasably attach the loading device to the body, characterised in that the body including multiple portions that are releasably connectable together by one or more integral or detachable fastening means, and the connector being vertically divided into two halves adapted to clasp around a head end of the rock bolt and a shaft of the loading device.
Method for the positionally accurate automatic addressing of bus subscribers in a differential two-wire data bus system , wherein the bus subscribers are linearly arranged along a two-wire data bus and are respectively connected to a first single-wire data bus or to a first supply line by way of a first connection and are connected to a second single-wire data bus of the two-wire data bus or to a second supply line by way of a second connection , and a bus master is arranged at the start of the two-wire data bus and a termination resistor is arranged at least at the end of the two-wire data bus , wherein the bus master and the termination resistor respectively connect the first single-wire data bus and the second single-wire data bus to one another, the method having the following steps of: - signalling, by means of the bus master , an auto addressing mode to the bus subscribers which set the auto addressing mode; - feeding a first addressing current into the first single-wire data bus or into the first supply line ; - measuring a first continuous voltage drop along the first single-wire data bus or along the first supply line from the bus master to the termination resistor ; and - capturing, by means of the respective bus subscriber, a differential voltage value from the first voltage drop with respect to a reference potential locally at the location of the bus subscribers , and - transmitting the differential voltage value to the bus master , wherein the differential voltage value is used to determine a position of the bus subscribers locally along the two-wire data bus and the bus master assigns a respective bus node address to the respective bus subscribers . - signalling, by means of the bus master , an auto addressing mode to the bus subscribers which set the auto addressing mode; - feeding a first addressing current into the first single-wire data bus or into the first supply line ; - measuring a first continuous voltage drop along the first single-wire data bus or along the first supply line from the bus master to the termination resistor ; and - capturing, by means of the respective bus subscriber, a differential voltage value from the first voltage drop with respect to a reference potential locally at the location of the bus subscribers , and - transmitting the differential voltage value to the bus master , wherein the differential voltage value is used to determine a position of the bus subscribers locally along the two-wire data bus and the bus master assigns a respective bus node address to the respective bus subscribers .
An unmanned helicopter platform comprising: a fuselage housing flight control electronics ; a tail coupled with the fuselage, the tail including a tail rotor and a tail rotor motor ; a main rotor assembly coupled with the fuselage and the flight control electronics, the main rotor assembly including a main rotor having an axis of rotation and a main rotor motor ; and a payload rail coupled with and extending along the fuselage, the payload rail allowing mechanical connection of a plurality of payloads to the fuselage, the payload rail allowing positioning of the plurality of payloads connected to the payload rail such that the center of gravity of the plurality of payloads is aligned with the axis of rotation of the main rotor, wherein the payload rail includes a fixed portion and one or more movable clamps that slide along the fixed portion, wherein the plurality of payloads are connected to the fixed portion, and clamped in place, via the one or more movable clamps. a fuselage housing flight control electronics ; a tail coupled with the fuselage, the tail including a tail rotor and a tail rotor motor ; a main rotor assembly coupled with the fuselage and the flight control electronics, the main rotor assembly including a main rotor having an axis of rotation and a main rotor motor ; and a payload rail coupled with and extending along the fuselage, the payload rail allowing mechanical connection of a plurality of payloads to the fuselage, the payload rail allowing positioning of the plurality of payloads connected to the payload rail such that the center of gravity of the plurality of payloads is aligned with the axis of rotation of the main rotor, wherein the payload rail includes a fixed portion and one or more movable clamps that slide along the fixed portion, wherein the plurality of payloads are connected to the fixed portion, and clamped in place, via the one or more movable clamps.
An aircraft engine having a fuel supply circuit and a lubrication circuit through which an oil flows, the lubrication circuit comprising a tank provided with at least one gauge for measuring liquid level in the tank , a heat exchanger where the supply circuit and the lubrication circuit are side by side, and the gauge comprising a float in the tank , characterised in that the float has a density greater than that of a mixture comprised, by volume, of X% of the fuel and (100 - X)% of the oil, where X is between 5 and 35.
A method for receiving a signal, comprising: receiving (S110, S311) a first configuration for a first common signal comprising a primary synchronization signal, PSS, a secondary synchronization signal, SSS, and a physical broadcast channel, PBCH, from a first base station, wherein the first configuration comprises information about a first time-frequency resource for sending the first common signal; receiving (S155) a second common signal before receiving the first configuration; and receiving (S120, S320) the first common signal based on the first configuration; wherein a reception of the second common signal uses a third configuration and a sending periodicity of the second common signal is greater than a common signal sending periodicity corresponding to the first configuration. receiving (S110, S311) a first configuration for a first common signal comprising a primary synchronization signal, PSS, a secondary synchronization signal, SSS, and a physical broadcast channel, PBCH, from a first base station, wherein the first configuration comprises information about a first time-frequency resource for sending the first common signal; receiving (S155) a second common signal before receiving the first configuration; and receiving (S120, S320) the first common signal based on the first configuration; wherein a reception of the second common signal uses a third configuration and a sending periodicity of the second common signal is greater than a common signal sending periodicity corresponding to the first configuration.
A nacelle of a wind turbine, the nacelle comprising a rear frame structure , the rear frame structure comprising: - a plurality of truss members , and - a plurality of joints , wherein each joint interconnects ends of at least two truss members , and wherein each joint comprises a central portion and at least two connecting portions extending away from the central portion , each connecting portion being arranged to form an interface towards a truss member , characterized in that each connecting portion is significantly more flexible than the central portion and significantly more flexible than the truss members . - a plurality of truss members , and - a plurality of joints ,
An image capturing apparatus for capturing an image of an object comprising: an image sensor ; flicker detection means configured to detect flicker that is a periodic change in a light amount of the object; determination means configured to determine a first shutter speed based on a light amount change frequency of the flicker detected by the flicker detection means, the first shutter speed being based on a reciprocal of the light amount change frequency of the detected flicker; and selection means configured to select a second shutter speed as a candidate for capturing an image of the object with reduced effect of the flicker, based on the first shutter speed determined by the determination means, characterized in that the determination means is configured to, if a third shutter speed of the image capturing apparatus is set in advance, determine a closer one of shutter speeds to the third shutter speed than the other shutter speeds as the first shutter speed, the shutter speeds being integer multiples of a shutter speed that is the reciprocal of the light amount change frequency of the flicker detected by the flicker detection means, and in that the selection means is configured to select one of settable shutter speeds of the image capturing apparatus as the second shutter speed, the selected one of the selectable shutter speeds having a smaller difference from the first shutter speed than the other shutter speeds. an image sensor ; flicker detection means configured to detect flicker that is a periodic change in a light amount of the object; determination means configured to determine a first shutter speed based on a light amount change frequency of the flicker detected by the flicker detection means, the first shutter speed being based on a reciprocal of the light amount change frequency of the detected flicker; and selection means configured to select a second shutter speed as a candidate for capturing an image of the object with reduced effect of the flicker, based on the first shutter speed determined by the determination means, characterized in that the determination means is configured to, if a third shutter speed of the image capturing apparatus is set in advance, determine a closer one of shutter speeds to the third shutter speed than the other shutter speeds as the first shutter speed, the shutter speeds being integer multiples of a shutter speed that is the reciprocal of the light amount change frequency of the flicker detected by the flicker detection means, and in that the selection means is configured to select one of settable shutter speeds of the image capturing apparatus as the second shutter speed, the selected one of the selectable shutter speeds having a smaller difference from the first shutter speed than the other shutter speeds.
A system comprising a stretcher and a transfer device comprising a transport vehicle with a coupling apparatus for transferring the stretcher from a first table of a diagnosis machine to a second table for radiation treatment of a person lying on the stretcher , wherein the stretcher comprises a flat, disc shaped stretcher body , a space being formed between the upper and lower abutting surfaces thereof for inserting a coupling part from below through the lower surface of the stretcher body and for positioning and holding the stretcher on the tables , wherein a tensioning element is present between the two surfaces with which the stretcher is able to be positionally accurately fixed to the tables of the diagnosis and therapy machines, characterized in that the stretcher has a coupling head detachably mounted at the end of the stretcher lying opposite the therapy region, said coupling head being connectible to the coupling apparatus of the transport vehicle.
A surface compactor machine, comprising: a cylindrical drum comprising a cylindrical drum shell and a cylindrical spool disposed within the cylindrical drum shell and supporting the cylindrical drum shell, the cylindrical drum shell and the cylindrical spool having an axis of rotation ; an eccentric assembly mechanically coupled to the cylindrical drum and arranged to impart vibration to the cylindrical drum when the eccentric assembly is rotated, wherein the cylindrical drum and the eccentric assembly form part of an unsprung mass having a combined first center of gravity; a head plate affixed to the cylindrical spool through a shock isolator ; and wherein the surface compactor machine further comprises: a sprung mass comprising a plurality of components having a combined second center of gravity that is lower than the first center of gravity when the surface compactor machine is in a stationary position; wherein the sprung mass comprises a traction system including a traction motor and a slewing gear coupled to the traction motor, wherein the traction system is configured to rotate the sprung mass relative to the unsprung mass about the axis of rotation, characterized in that the sprung mass is rotationally coupled to the head plate along the axis of rotation . a cylindrical drum comprising a cylindrical drum shell and a cylindrical spool disposed within the cylindrical drum shell and supporting the cylindrical drum shell, the cylindrical drum shell and the cylindrical spool having an axis of rotation ; an eccentric assembly mechanically coupled to the cylindrical drum and arranged to impart vibration to the cylindrical drum when the eccentric assembly is rotated, wherein the cylindrical drum and the eccentric assembly form part of an unsprung mass having a combined first center of gravity; a head plate affixed to the cylindrical spool through a shock isolator ; and wherein the surface compactor machine further comprises: a sprung mass comprising a plurality of components having a combined second center of gravity that is lower than the first center of gravity when the surface compactor machine is in a stationary position; wherein the sprung mass comprises a traction system including a traction motor and a slewing gear coupled to the traction motor, wherein the traction system is configured to rotate the sprung mass relative to the unsprung mass about the axis of rotation, characterized in that the sprung mass is rotationally coupled to the head plate along the axis of rotation .
A continuous cycle bottling line for containers of thermoplastic material, comprising: - at least one moulding unit for making parisons of thermoplastic material from the thermoplastic material in its raw form; - at least one blow-moulding unit configured to receive the parisons and to blow-mould them in such a way as to make containers designed to be filled; - at least one filling unit configured to receive the containers from the blow-moulding unit and to fill them with liquid or semi-liquid food products; - an automatic storage system internally defining a controlled atmosphere, configured to contain the parisons; - a parison thermal conditioning structure configured to receive the parisons from the moulding unit and to heat and cool the parisons, wherein the thermal conditioning structure includes at least one cooling module , connected downstream of the parison moulding unit to receive parisons to be cooled and to the storage system to transfer the cooled parisons, and at least one heating module connected to the storage system to receive previously stored parisons to be heated and connected upstream of the blow-moulding unit in order to feed it with heated parisons; - at least one sterilizing unit configured to sterilize objects processed by the line, wherein these objects include parisons or containers, wherein the continuous cycle bottling line is characterized in that the automatic storage system comprises a plurality of drawers; a structure defining a plurality of housings for the drawers, the housings being arranged in a plurality of juxtaposed columns; a lift, which includes a carriage designed to receive and move the drawers. - at least one moulding unit for making parisons of thermoplastic material from the thermoplastic material in its raw form; - at least one blow-moulding unit configured to receive the parisons and to blow-mould them in such a way as to make containers designed to be filled; - at least one filling unit configured to receive the containers from the blow-moulding unit and to fill them with liquid or semi-liquid food products; - an automatic storage system internally defining a controlled atmosphere, configured to contain the parisons; - a parison thermal conditioning structure configured to receive the parisons from the moulding unit and to heat and cool the parisons, wherein the thermal conditioning structure includes at least one cooling module , connected downstream of the parison moulding unit to receive parisons to be cooled and to the storage system to transfer the cooled parisons, and at least one heating module connected to the storage system to receive previously stored parisons to be heated and connected upstream of the blow-moulding unit in order to feed it with heated parisons; - at least one sterilizing unit configured to sterilize objects processed by the line, wherein these objects include parisons or containers, wherein the continuous cycle bottling line is characterized in that the automatic storage system comprises