mhurhangee/patent-ind-claim-en huggingface dataset:
Drivetrain having a hydrodynamic retarder which comprises a bladed rotor rotating about an axis of rotation and a bladed stator which, together with the rotor , forms a working chamber for the hydrodynamic transmission of power from the rotor to the stator ; having a power input for supplying drive power to the hydrodynamic retarder ; having a separating clutch in a drive connection between the power input and the rotor of the hydrodynamic retarder ; wherein the separating clutch is designed as a synchronized clutch with two clutch halves and with friction elements that can be brought into contact with one another and with mechanical blocking elements , the friction elements are configured to equalize the rotational speed between the coupling halves , and the blocking elements are configured to positively lock the two coupling halves to one another; and wherein the separating clutch comprises an actuator , displaceable along a displacement travel (w), which can be displaced over a first initial distance (I) in order to bring the friction elements into mutual contact and which can be displaced over a second distance (II) that follows the first distance (I) in order to synchronize the rotational speed of the two friction elements and thus of the coupling halves and to lock them to one another by means of the blocking elements ; characterized in that at least one travel sensor is provided which directly or indirectly detects the displacement travel (w) covered by the actuator and/or the position of the actuator on the displacement travel (w). having a power input for supplying drive power to the hydrodynamic retarder ; having a separating clutch in a drive connection between the power input and the rotor of the hydrodynamic retarder ; wherein the separating clutch is designed as a synchronized clutch with two clutch halves and with friction elements that can be brought into contact with one another and with mechanical blocking elements , the friction elements are configured to equalize the rotational speed between the coupling halves , and the blocking elements are configured to positively lock the two coupling halves to one another; and wherein the separating clutch comprises an actuator , displaceable along a displacement travel (w), which can be displaced over a first initial distance (I) in order to bring the friction elements into mutual contact and which can be displaced over a second distance (II) that follows the first distance (I) in order to synchronize the rotational speed of the two friction elements and thus of the coupling halves and to lock them to one another by means of the blocking elements ; characterized in that at least one travel sensor is provided which directly or indirectly detects the displacement travel (w) covered by the actuator and/or the position of the actuator on the displacement travel (w).
A method for creating a laminate composite structural component comprising: placing a dry fabric over a tool , the tool comprising a contour of at least a portion of the laminate composite structural component; pressing a first resin film over the dry fabric while the dry fabric is draped over the tool to create an outer layer of the laminate composite structural component; repeating the placing and pressing process until a desired thickness of the outer layer is achieved; compressing a second resin film and a dry fiber fabric between two rollers to tack the second resin film to the dry fiber fabric to create a resin-fabric sheet comprising a resin film layer and an dry fiber fabric layer; cutting the resin-fabric sheet to a pre-determined shape to create at least one resin-fabric preform; and draping the first resin-fabric preform over at least a portion of the outer layer, wherein one or more edges of the first resin-fabric preform overlap the outer layer to create an internal edge. placing a dry fabric over a tool , the tool comprising a contour of at least a portion of the laminate composite structural component; pressing a first resin film over the dry fabric while the dry fabric is draped over the tool to create an outer layer of the laminate composite structural component; repeating the placing and pressing process until a desired thickness of the outer layer is achieved; compressing a second resin film and a dry fiber fabric between two rollers to tack the second resin film to the dry fiber fabric to create a resin-fabric sheet comprising a resin film layer and an dry fiber fabric layer; cutting the resin-fabric sheet to a pre-determined shape to create at least one resin-fabric preform; and draping the first resin-fabric preform over at least a portion of the outer layer,
A method comprising: indicating a direction of a sound source with respect to a mobile platform by pointing the mobile platform in the direction of the sound source, and, with the mobile platform pointed towards the sound source, selecting the direction of the sound source for amplification through a quick movement of the mobile platform ; implementing beamforming with the mobile platform in the direction of the sound source to amplify audio information from the sound source; determining movement of the mobile platform with respect to the sound source; and using the determined movement to adjust the beamforming to continue to implement beamforming in the direction of the sound source after the mobile platform has moved with respect to the sound source. indicating a direction of a sound source with respect to a mobile platform by pointing the mobile platform in the direction of the sound source, and, with the mobile platform pointed towards the sound source, selecting the direction of the sound source for amplification through a quick movement of the mobile platform ; implementing beamforming with the mobile platform in the direction of the sound source to amplify audio information from the sound source; determining movement of the mobile platform with respect to the sound source; and using the determined movement to adjust the beamforming to continue to implement beamforming in the direction of the sound source after the mobile platform has moved with respect to the sound source.
Mobile device for the monitoring and/or maintenance of at least one equipment item in an airport zone, the said device being motorised without a crew and being adapted to move on an airport runway, the said device comprising: • a module for monitoring the location of the said device , • a navigation module adapted to determine at least one trajectory of the said device , towards or on the said at least one equipment item, which is defined as a function of the location (x R ,y R ) of the said device and the location (x F ,y F ) of at least one light source , • at least one module for monitoring and/or maintenance of the said at least one equipment item, comprising at least one articulated arm , the said device being characterised in that the said at least one articulated arm comprises at least one torque sensor and a screwing/unscrewing submodule, and in that it furthermore comprises an arm for gripping the said equipment item. • a module for monitoring the location of the said device , • a navigation module adapted to determine at least one trajectory of the said device , towards or on the said at least one equipment item, which is defined as a function of the location (x R ,y R ) of the said device and the location (x F ,y F ) of at least one light source , • at least one module for monitoring and/or maintenance of the said at least one equipment item, comprising at least one articulated arm ,
A cigarette holder, wherein the cigarette holder is a ternary composite holder, comprising a primary filter holder section, a filter and a secondary filter holder section in the listed sequence; and the filter comprises a shell and an impeller arranged inside the shell , the impeller comprises a central shaft and a plurality of blades arranged on the central shaft , an extension line of the central shaft extends toward the primary filter holder section and the secondary filter holder section, each blade is composed of a front end portion and a rear end portion , and the front end portion is heavier than the rear end portion ; and characterised by a support rod for being inserted into the central shaft is arranged on a central axis of the shell , and an end of the support rod is provided with a bulb having a diameter larger than a diameter of the support rod . the filter comprises a shell and an impeller arranged inside the shell , the impeller comprises a central shaft and a plurality of blades arranged on the central shaft , an extension line of the central shaft extends toward the primary filter holder section and the secondary filter holder section, each blade is composed of a front end portion and a rear end portion , and the front end portion is heavier than the rear end portion ; and characterised by a support rod for being inserted into the central shaft is arranged on a central axis of the shell , and an end of the support rod is provided with a bulb having a diameter larger than a diameter of the support rod .
A mulching machine with a device for monitoring vibrations of said mulching machine,the machine comprising a housing, in which a tube-like rotor is mounted via a shaft, and hammers arranged on the rotor for chopping and/or cutters for cutting incoming plant parts, characterized in that the device for monitoring time-dependent vibrations of the mulching machine comprises at least one sensor arranged on the housing for detecting vibrations, measuring their amplitudes in all three coordinate axes (x, y, z) at predetermined time intervals, a mathematical algorithm within the sensor to synthesize the amplitudes of detected vibrations into resultants to create a signal (S1), a transmitter for transmitting a signal (S 1) of the sensor, a smart mobile device, a signal receiver that is part of the smart mobile device and receives the signal (S1) from the sensor a processor installed within the smart mobile device that uses a mathematical algorithm to evaluate the signal (S1) as an amplitude of a vibration as a function of duration of the vibration, to compare the size of the amplitude of a vibration with the predetermined value of the amplitude, and if the predetermined value is reached or exceeded, to transmit the data on the value being achieved/exceeded, a data display that provides the user with the data on the size of the measured amplitude of the vibrations in a visual or acoustic way. machine,the machine comprising a housing, in which a tube-like rotor is mounted via a shaft, and hammers arranged on the rotor for chopping and/or cutters for cutting incoming plant parts, characterized in that the device for monitoring time-dependent vibrations of the mulching machine comprises at least one sensor arranged on the housing for detecting vibrations, measuring their amplitudes in all three coordinate axes (x, y, z) at predetermined time intervals, a mathematical algorithm within the sensor to synthesize the amplitudes of detected vibrations into resultants to create a signal (S1), a transmitter for transmitting a signal (S 1) of the sensor, a smart mobile device, a signal receiver that is part of the smart mobile device and receives the signal (S1) from the sensor a processor installed within the smart mobile device that uses a mathematical algorithm to evaluate the signal (S1) as an amplitude of a vibration as a function of duration of the vibration, to compare the size of the amplitude of a vibration with the predetermined value of the amplitude, and if the predetermined value is reached or exceeded, to transmit the data on the value being achieved/exceeded, a data display that provides the user with the data on the size of the measured amplitude of the vibrations in a visual or acoustic way.
Method for generating an acoustic feedback during a physical exercise of a person on a training apparatus, the training apparatus comprising adjustable resistance means, comprising the steps of: - continuously determining an actual position of a lever of the training apparatus during exercise using a position transducing means; - continuously generating a control signal for an audio device, the signal being at least partially based on the actual position of the lever of the training apparatus; - generating an audio signal, the audio signal being at least partially based on the generated control signal, wherein a volume or a pitch of the audio signal depends at least partially on the actual position of the lever of the training apparatus; and - outputting the audio signal, characterized in that the generated audio signal is merged with a second audio signal before it is put out, wherein the second audio signal is one of a prerecorded audio sequence, an audio sequence prerecorded by a user while exercising or audio feedback signals generated by users of other training apparatuses exercising in concert. - continuously determining an actual position of a lever of the training apparatus during exercise using a position transducing means; - continuously generating a control signal for an audio device, the signal being at least partially based on the actual position of the lever of the training apparatus; - generating an audio signal, the audio signal being at least partially based on the generated control signal, wherein a volume or a pitch of the audio signal depends at least partially on the actual position of the lever of the training apparatus; and - outputting the audio signal,
A powder pulverization method for pulverizing powder by causing high-pressure air to collide with powder introduced into a hermetically sealed pulverization container , and leading pulverized powder out from the pulverization container, characterized in that the method comprising performing the pulverization of powder while injecting air from a lined inner surface of the pulverization container .
A synchronous machine comprising: a plurality of stator phase windings ; a rotor ; a motor starter including: a plurality of wye semiconductor switches each coupled between a common node and a respective one of the plurality of stator phase windings of the plurality of stator phase windings , and a plurality of delta semiconductor switches each coupled between a respective pair of two stator phase windings of the plurality of stator phase windings; and a controller structured to couple the plurality of stator phase windings in a wye configuration in response to the angular speed of the rotor being equal to the synchronous speed, wherein the controller is structured to start the synchronous machine by arranging the plurality of stator phase windings in the wye configuration using the plurality of wye semiconductor switches and the plurality of delta semiconductor switches , determining a motor phase current is less than a delta current threshold, and then arranging the plurality of stator phase windings in the delta configuration using the plurality of wye semiconductor switches and the plurality of delta semiconductor switches until the angular speed of the rotor is equal to the synchronous speed. a plurality of stator phase windings ; a rotor ; a motor starter including: a plurality of wye semiconductor switches each coupled between a common node and a respective one of the plurality of stator phase windings of the plurality of stator phase windings , and a plurality of delta semiconductor switches each coupled between a respective pair of two stator phase windings of the plurality of stator phase windings; and a plurality of wye semiconductor switches each coupled between a common node and a respective one of the plurality of stator phase windings of the plurality of stator phase windings , and a plurality of delta semiconductor switches each coupled between a respective pair of two stator phase windings of the plurality of stator phase windings; and a controller structured to couple the plurality of stator phase windings in a wye configuration in response to the angular speed of the rotor being equal to the synchronous speed, wherein the controller is structured to start the synchronous machine by arranging the plurality of stator phase windings in the wye configuration using the plurality of wye semiconductor switches and the plurality of delta semiconductor switches , determining a motor phase current is less than a delta current threshold, and then arranging the plurality of stator phase windings in the delta configuration using the plurality of wye semiconductor switches and the plurality of delta semiconductor switches until the angular speed of the rotor is equal to the synchronous speed.
An elongate trailer container , in particular a 40-foot trailer container , characterised in that a car tyre washing system is installed therein, the car tyre washing system comprising at least one cleaning station , at least one switch cabinet and a car tyre conveying device with a car tyre loading station , several car tyre conveying stations and a car tyre discharge station , wherein each station forms at least one transport path section of a continuous transport path .
A rotor spinning device self-cleaning structure, comprising a spinning device which includes a cup insert for conveying cotton fibers, a rotor , which includes a condensing groove for forming a yarn, a cleaning rod which is designed to extend into and to clean the condensing groove of the rotor when the rotor is in a rotating operating state, and a driving device for driving the cleaning rod to operate, wherein the cleaning rod is made of a flexible material, characterized in that the cup insert is provided with a guide channel for the cleaning rod to extend into the rotor , whereby the guide channel includes an arc-shaped segment for guiding the cleaning rod to the condensing groove. a spinning device which includes a cup insert for conveying cotton fibers, a rotor , which includes a condensing groove for forming a yarn, a cleaning rod which is designed to extend into and to clean the condensing groove of the rotor when the rotor is in a rotating operating state, and a driving device for driving the cleaning rod to operate, wherein the cleaning rod is made of a flexible material, characterized in that the cup insert is provided with a guide channel for the cleaning rod to extend into the rotor , whereby the guide channel includes an arc-shaped segment for guiding the cleaning rod to the condensing groove.
A wall mounting apparatus for hanging a display, comprising: a base provided with a plurality of positioning holes ; one or more wall mounting pieces , each of said wall mounting pieces being detachably connected to one of said plurality of positioning holes ; one or more wall racks , each of said wall racks comprising at least two through holes that are separated from each other, said one or more wall racks being configured to be hanged on the base by means of a corresponding connection of said through hole and said wall mounting piece, each of the wall racks further comprising means for securing the display, wherein the base comprises a substrate and a front trim panel , the substrate and the front trim panel are detachably connected, characterized in that , the substrate and the front trim panel are plate-like and the front trim panel is secured to the substrate by a connection between the positioning holes and the wall mounting pieces . a base provided with a plurality of positioning holes ; one or more wall mounting pieces , each of said wall mounting pieces being detachably connected to one of said plurality of positioning holes ; one or more wall racks , each of said wall racks comprising at least two through holes that are separated from each other, said one or more wall racks being configured to be hanged on the base by means of a corresponding connection of said through hole and said wall mounting piece, each of the wall racks further comprising means for securing the display, wherein the base comprises a substrate and a front trim panel , the substrate and the front trim panel are detachably connected, characterized in that , the substrate and the front trim panel are plate-like and the front trim panel is secured to the substrate by a connection between the positioning holes and the wall mounting pieces .
A cooling device having a surface configured to allow the circulation of a heat-transfer fluid along the surface in a first direction (D1), an exchange of heat being able to take place by convection between the cooling device and the fluid , the device comprising: - n cooling fins , n being an integer greater than or equal to two, each cooling fin forming a protuberance of the device , extending primarily in a plane (P) containing the first direction (D1), - in each fin , at least two inserts having a tube form and a dimension characteristic of a section of the tube (D) and extending primarily in a second direction (D2) of the plane (P) distinct from the first direction (D1), the inserts having, over their greater length (L2), a thermal resistance lower than the thermal resistance of the cooling fin along the same length, the device being characterised in that each insert is distant in the first direction (D1) from another insert by a length equal to or greater than the characteristic dimension of the section of the tube (D) of the insert , in that the characteristic dimension of the section of the tube (D) of the insert is greater than a thickness (E) of the corresponding cooling fin defined outside of a section (P1) of the cooling fin at right angles to the first direction (D1) and passing through the insert , and in that the inserts are staggered between two adjacent fins. - n cooling fins , n being an integer greater than or equal to two, each cooling fin forming a protuberance of the device , extending primarily in a plane (P) containing the first direction (D1), - in each fin , at least two inserts having a tube form and a dimension characteristic of a section of the tube (D) and extending primarily in a second direction (D2) of the plane (P) distinct from the first direction (D1), the inserts having, over their greater length (L2), a thermal resistance lower than the thermal resistance of the cooling fin along the same length, the device being characterised in that each insert is distant in the first direction (D1) from another insert by a length equal to or greater than the characteristic dimension of the section of the tube (D) of the insert , in that the characteristic dimension of the section of the tube (D) of the insert is greater than a thickness (E) of the corresponding cooling fin defined outside of a section (P1) of the cooling fin at right angles to the first direction (D1) and passing through the insert , and in that the inserts are staggered between two adjacent fins.
A bimodal linear low density polyethylene composition comprising a lower molecular weight (LMW) polyethylene component and a higher molecular weight (HMW) polyethylene component, wherein each of the LMW and HMW polyethylene components comprises ethylene-derived monomeric units and (C 3 -C 20 )alpha-olefin-derived comonomeric units; and wherein the bimodal linear low density polyethylene composition is characterized by each of limitations (a) to (d): (a) a resolved bimodality showing in a chromatogram of gel permeation chromatography (GPC) of the bimodal linear low density polyethylene composition, wherein the chromatogram shows a peak representing the HMW polyethylene component, a peak representing the LMW polyethylene component, and a resolved bimodal molecular weight distribution characterized by a local minimum in a range of Log(molecular weight) ("Log(MW)") 1.5 to 5.0 between the peak representing the HMW polyethylene component and the peak representing the LMW polyethylene component, measured according to the Bimodality Test Method; (b) a molecular mass dispersity (M w /M n ), Ð M , from 5 to 30.1, measured according to the Gel Permeation Chromatography (GPC) Test Method; (c) no measurable, alternatively no detectable, amount of long chain branching per 1,000 carbon atoms ("LCB Index"), measured according to LCB Test Method and (d) a density from 0.9000 to less than (<) 0.930 gram per cubic centimeter (g/cm 3 ), measured according to ASTM D792-13 Method B.