mhurhangee/ep-ind-claims huggingface dataset:
A torsional vibration damper having a hub part (primary mass) which may be attached a drive shaft of a motor, and an inertia ring (secondary mass) which encloses the hub part in the radially outer region, wherein a fluid-filled gap and a sealing device to prevent the escape of fluid are provided between the hub part and the inertia ring, whereby two sealing devices are provided, whereby the sealing devices each have a first ring tightly connected to the hub part and a second ring tightly connected to the inertia ring, and an elastomer ring which is connected sealingly on one side to the first ring and on the other side to the second ring, whereby the respective elastomer ring is respective connected sealingly to axially and radially extending superficial regions of the first and second rings (6, 7), characterized in that, the elastomer rings, which are each sealingly connected to axially and radially extending flat regions of the first and second rings (6, 7), each extend at an angle to the first and second rings (6, 7). whereby two sealing devices are provided, whereby the sealing devices each have a first ring tightly connected to the hub part and a second ring tightly connected to the inertia ring, and an elastomer ring which is connected sealingly on one side to the first ring and on the other side to the second ring, whereby the respective elastomer ring is respective connected sealingly to axially and radially extending superficial regions of the first and second rings (6, 7), characterized in that, the elastomer rings, which are each sealingly connected to axially and radially extending flat regions of the first and second rings (6, 7), each extend at an angle to the first and second rings (6, 7).
Method for removing biofilms present on a substrate, characterized in that it comprises the following steps of: - a) providing a detergent component containing a sequestrant, a wetting agent and a dispersant and providing an enzymatic component containing at least one protease, at least one laccase and at least one polysaccharidase, - b) dilution of the detergent component into an aqueous phase, - c) dilution of the enzymatic component into the solution formed at step b) to form a solution of said composition for removing biofilms present on a substrate, said formed solution having a pH comprised between 6,5 and 7,5, or -b') dilution of the enzymatic component into an aqueous phase, -c') dilution of the detergent component into the solution formed at step b') to form a solution for removing biofilms, said formed solution having a pH comprised between 6,5 and 7,5, - d) applying the solution of said composition formed at step c) or c') on the substrate for a predetermined period of time, in particular from 15 minutes and 4 hours, - e) addition of a basic solution following to the application d) of the solution of said composition on said substrate during said predetermined period of time, to perform a pH jump up to approximatively 8 to 9. - a) providing a detergent component containing a sequestrant, a wetting agent and a dispersant and providing an enzymatic component containing at least one protease, at least one laccase and at least one polysaccharidase, - b) dilution of the detergent component into an aqueous phase, - c) dilution of the enzymatic component into the solution formed at step b) to form a solution of said composition for removing biofilms present on a substrate, said formed solution having a pH comprised between 6,5 and 7,5, or -b') dilution of the enzymatic component into an aqueous phase, -c') dilution of the detergent component into the solution formed at step b') to form a solution for removing biofilms, said formed solution having a pH comprised between 6,5 and 7,5, or -b') dilution of the enzymatic component into an aqueous phase, -c') dilution of the detergent component into the solution formed at step b') to form a solution for removing biofilms, said formed solution having a pH comprised between 6,5 and 7,5, - d) applying the solution of said composition formed at step c) or c') on the substrate for a predetermined period of time, in particular from 15 minutes and 4 hours, - e) addition of a basic solution following to the application d) of the solution of said composition on said substrate during said predetermined period of time, to perform a pH jump up to approximatively 8 to 9.
A display device comprising: a hinge module comprising a pair of hinge shafts arranged side by side, wherein the hinge shafts are configured to be rotated in opposite directions; a pair of hinge brackets each having one end that is coupled to a respective one of the hinge shafts and each having another end in which a slide slot is formed; a pair of slide brackets coupled to the slide slots, the slide brackets being horizontally movable along a longitudinal direction of the slide slots; and a pair of bodies coupled to the slide brackets, respectively; characterised by further comprising: a pair of rotary plates, each rotary plate being rotatable along a respective one of the hinge shafts, each of the rotary plates comprising a respective guide projection, the guide projections being projected in parallel; and a guide plate comprising a guide slot formed longitudinally with respect to the guide plate, wherein the guide projections are inserted in the guide slot and wherein when the rotary plates rotate the guide projections slide along the guide slot. a hinge module comprising a pair of hinge shafts arranged side by side, wherein the hinge shafts are configured to be rotated in opposite directions; a pair of hinge brackets each having one end that is coupled to a respective one of the hinge shafts and each having another end in which a slide slot is formed; a pair of slide brackets coupled to the slide slots, the slide brackets being horizontally movable along a longitudinal direction of the slide slots; and a pair of bodies coupled to the slide brackets, respectively; characterised by further comprising: a pair of rotary plates, each rotary plate being rotatable along a respective one of the hinge shafts, each of the rotary plates comprising a respective guide projection, the guide projections being projected in parallel; and a guide plate comprising a guide slot formed longitudinally with respect to the guide plate, wherein the guide projections are inserted in the guide slot and wherein when the rotary plates rotate the guide projections slide along the guide slot. a pair of rotary plates, each rotary plate being rotatable along a respective one of the hinge shafts, each of the rotary plates comprising a respective guide projection, the guide projections being projected in parallel; and a guide plate comprising a guide slot formed longitudinally with respect to the guide plate, wherein the guide projections are inserted in the guide slot and wherein when the rotary plates rotate the guide projections slide along the guide slot.
A method for producing a patterned layer made from first material on a surface of a substrate comprising the following successive steps: • arranging a particle on the surface of the substrate; • depositing a resin by spin coating on the surface of the substrate so as to form the patterned layer of first material and a hole passing through the layer of first material and opening onto the particle; • the material of the particle and the resin being chosen such that the particle exerts a repulsive interaction with respect to the resin. • arranging a particle on the surface of the substrate; • depositing a resin by spin coating on the surface of the substrate so as to form the patterned layer of first material and a hole passing through the layer of first material and opening onto the particle; • the material of the particle and the resin being chosen such that the particle exerts a repulsive interaction with respect to the resin.
A method for controlling an amount of power to be delivered from a wind turbine generator to a power grid during an abnormal power grid event, the method comprising the steps of 1) detecting an abnormal power grid event, wherein the abnormal power grid event involves a voltage change on the power grid; 2) shifting operation of the wind turbine generator from a power mode to a current mode; and 3) controlling an active current (IPREF) delivered to the power grid in response to a measured or determined total active current, wherein the step of controlling the active current comprises - an outer active closed control loop comprising an active current regulator, and - an inner active closed control loop comprising an active current rotor controller, wherein the active current regulator provides at least a portion of a control signal to the active current rotor controller; and 4) controlling a reactive current (I Qref) delivered to the power grid in response to a measured or determined total reactive current wherein the step of controlling the reactive current comprises - an outer reactive closed control loop comprising a reactive current regulator, and - an inner reactive closed control loop comprising a reactive current rotor controller, wherein the reactive current regulator provides at least a portion of a control signal to the reactive current rotor controller. 1) detecting an abnormal power grid event, wherein the abnormal power grid event involves a voltage change on the power grid; 2) shifting operation of the wind turbine generator from a power mode to a current mode; and 3) controlling an active current (IPREF) delivered to the power grid in response to a measured or determined total active current, wherein the step of controlling the active current comprises - an outer active closed control loop comprising an active current regulator, and - an inner active closed control loop comprising an active current rotor controller, wherein the active current regulator provides at least a portion of a control signal to the active current rotor controller; and - an outer active closed control loop comprising an active current regulator, and - an inner active closed control loop comprising an active current rotor controller, 4) controlling a reactive current (I Qref) delivered to the power grid in response to a measured or determined total reactive current wherein the step of controlling the reactive current comprises - an outer reactive closed control loop comprising a reactive current regulator, and - an inner reactive closed control loop comprising a reactive current rotor controller, wherein the reactive current regulator provides at least a portion of a control signal to the reactive current rotor controller. - an outer reactive closed control loop comprising a reactive current regulator, and - an inner reactive closed control loop comprising a reactive current rotor controller,
A polyphenylene sulfide resin composition, comprising: 5 to 50 parts by weight of a polyamide resin (b) and 50 to 250 parts by weight of a metal hydroxide (c) relative to 100 parts by weight of a polyphenylene sulfide resin (a), wherein the metal hydroxide is dispersed in the composition at an average secondary particle diameter equal to or less than 5 μm. 5 to 50 parts by weight of a polyamide resin (b) and 50 to 250 parts by weight of a metal hydroxide (c) relative to 100 parts by weight of a polyphenylene sulfide resin (a), wherein the metal hydroxide is dispersed in the composition at an average secondary particle diameter equal to or less than 5 μm.
A detector array, comprising: at least one direct conversion detector pixel (114 1 -114 M) configured to detect photons of poly-chromatic ionizing radiation, the pixel, comprising: a cathode layer; an anode layer including an anode electrode (118 1 -118 M) for each of the at least one detector pixels; a direct conversion material, disposed between the cathode layer and the anode layer; a gate electrode disposed in the direct conversion material, parallel to and between the cathode and anode layers; and characterized in that the detector array further comprises a pixel voltage controller in electrical communication with the gate electrode, wherein the pixel voltage controller is configured to alternatively apply one of two different voltages to the gate electrode during an imaging procedure based on a photon count rate over a predetermined counting period of time. at least one direct conversion detector pixel (114 1 -114 M) configured to detect photons of poly-chromatic ionizing radiation, the pixel, comprising: a cathode layer; an anode layer including an anode electrode (118 1 -118 M) for each of the at least one detector pixels; a direct conversion material, disposed between the cathode layer and the anode layer; a gate electrode disposed in the direct conversion material, parallel to and between the cathode and anode layers; and characterized in that the detector array further comprises a pixel voltage controller in electrical communication with the gate electrode, wherein the pixel voltage controller is configured to alternatively apply one of two different voltages to the gate electrode during an imaging procedure based on a photon count rate over a predetermined counting period of time. a cathode layer; an anode layer including an anode electrode (118 1 -118 M) for each of the at least one detector pixels; a direct conversion material, disposed between the cathode layer and the anode layer; a gate electrode disposed in the direct conversion material, parallel to and between the cathode and anode layers; and characterized in that the detector array further comprises a pixel voltage controller in electrical communication with the gate electrode, wherein the pixel voltage controller is configured to alternatively apply one of two different voltages to the gate electrode during an imaging procedure based on a photon count rate over a predetermined counting period of time.
System for the calibration of at least one parameter of a laser marker, characterized in that the laser marker comprises on one hand a marking system with a focusing lens positioned at a distance of the surface of a plastic card to be marked, the plastic card being made of at least one changing color component according to the energy provided by the laser marker, and on the other hand a vision system, wherein the marking system of the laser is arranged to mark a test card with a specific marked layout corresponding to variation of at least one parameter and wherein the vision system is connected to a comparison device of at least one measured marked parameter with a template value of at least one stored data in a memorisation device connected to a marking correction device.
A mechanism for transforming rotating to reciprocating motion, and vice versa, the mechanism comprising: a first cam unit, and a second cam unit opposing the first cam unit and in contact with the first cam unit, wherein the cam units (1,3) are identical and able to rotate in relation to each other around, and to reciprocate in relation to each other along, a longitudinal axis (ΔA), and the linear and the rotational relative movements are coupled to each other by the shape of the cam surfaces of the cam units (1,3), and the shape of each cam surface is defined by at least one crest and one valley, characterized in that: the at least one valley has the same geometrical shape as the at least one crest, scaled by a factor of 3, such that the curvature of the crest and valley is geometrically identical, but with the valley being larger with a ratio of 3:1, resulting in a trajectory of reciprocation being symmetric for both ends of the linear motion. a first cam unit, and a second cam unit opposing the first cam unit and in contact with the first cam unit, wherein the cam units (1,3) are identical and able to rotate in relation to each other around, and to reciprocate in relation to each other along, a longitudinal axis (ΔA), and the linear and the rotational relative movements are coupled to each other by the shape of the cam surfaces of the cam units (1,3), and the shape of each cam surface is defined by at least one crest and one valley, characterized in that: the at least one valley has the same geometrical shape as the at least one crest, scaled by a factor of 3, such that the curvature of the crest and valley is geometrically identical, but with the valley being larger with a ratio of 3:1, resulting in a trajectory of reciprocation being symmetric for both ends of the linear motion.
Device intended to provide the detachable connection of at least two profiles (P4, P5, P6), intended to be arranged in a crossed manner and in particular at right angles, and/or intended to be arranged in two substantially perpendicular planes comprising: - a web defining a plane and having four corners or angles; - at least two support elements, each capable of forming a means for receiving a profile, by engagement of the profile, and a surface for bearing and supporting said profile, the bearing surface being parallel to the web, each support element extending in two separate planes that are orthogonal to one another, characterised in that a square cut (26, 27, 28, 29), called a corner cut, is provided at each corner of the web, and in that pairs of V-shaped notches (35, 36; 37, 38) are present at each corner of said corner cuts. - a web defining a plane and having four corners or angles; - at least two support elements, each capable of forming a means for receiving a profile, by engagement of the profile, and a surface for bearing and supporting said profile, the bearing surface being parallel to the web, each support element extending in two separate planes that are orthogonal to one another,
Gliding board with a vertical movement damping system in the front or rear zone of the board, said system including an arm the first end of which is integral with an attaching point located in the front or rear zone of the board and whose second end is integral with the piston of a hydraulic device connected to the board near the attachment, said hydraulic device applying a retaining force during the movement of the second end of the arm in order to dissipate part of the kinetic energy from the front or rear zone of the board transmitted by said arm characterised in that, when the movement of the arm is consecutive to a downward movement of the attaching point corresponding to a counter-bending movement of the board, the hydraulic device applies a retaining force which is less than the force applied when the movement of the arm is consecutive to a movement of the attaching point upwards, corresponding to a board bending movement.
An unmanned aerial vehicle comprising: a power source; a propulsion system; a user-operated switch; and a system for controlling a power up sequence of the unmanned air vehicle, the system comprising: a remote user terminal; and a power sequence control interface including: a transceiver communicatively coupled to the remote user terminal; the user-operated switch; and a power controller configured to electrically couple the power source to the propulsion system in response to the user-operated switch being toggled on and the power sequence control interface receiving, via the transceiver, a power on signal from the remote user terminal. a power source; a propulsion system; a user-operated switch; and a system for controlling a power up sequence of the unmanned air vehicle, the system comprising: a remote user terminal; and a power sequence control interface including: a transceiver communicatively coupled to the remote user terminal; the user-operated switch; and a power controller configured to electrically couple the power source to the propulsion system in response to the user-operated switch being toggled on and the power sequence control interface receiving, via the transceiver, a power on signal from the remote user terminal. a remote user terminal; and a power sequence control interface including: a transceiver communicatively coupled to the remote user terminal; the user-operated switch; and a power controller configured to electrically couple the power source to the propulsion system in response to the user-operated switch being toggled on and the power sequence control interface receiving, via the transceiver, a power on signal from the remote user terminal. a transceiver communicatively coupled to the remote user terminal; the user-operated switch; and a power controller configured to electrically couple the power source to the propulsion system in response to the user-operated switch being toggled on and the power sequence control interface receiving, via the transceiver, a power on signal from the remote user terminal.
A computer-implemented method comprising: receiving an audio signal at a portable electronic device having a first microphone and a second microphone; receiving an input from a proximity detector associated with the portable electronic device; and controlling a processing component, including at least one speech detector, associated with at least one of the first microphone and the second microphone based upon, at least in part, the input from the proximity detector; wherein controlling includes deactivating the at least one speech detector, wherein the at least one speech detector includes one of a coherent-to-diffuse ratio, CDR, and a signal-to-power ratio, SPR. receiving an audio signal at a portable electronic device having a first microphone and a second microphone; receiving an input from a proximity detector associated with the portable electronic device; and controlling a processing component, including at least one speech detector, associated with at least one of the first microphone and the second microphone based upon, at least in part, the input from the proximity detector; wherein controlling includes deactivating the at least one speech detector, wherein the at least one speech detector includes one of a coherent-to-diffuse ratio, CDR, and a signal-to-power ratio, SPR.