mhurhangee/patent-ind-claim-en huggingface dataset:
An adjustable dumbbell , comprising: a first weight ; and a handle assembly comprising: a shaft ; a handle comprising a rotatable member operatively associated with the shaft to rotate about a longitudinal axis of the shaft; and at least one disc attached to the rotatable member rotatable about the longitudinal axis of the shaft ; characterised in that the adjustable dumbbell further comprises: a supplemental weight supported by the first weight ; wherein the at least one disc fixedly joins the first weight and/or the supplemental weight to the handle assembly depending upon a rotational orientation of the at least one disc ; and wherein the first weight and the supplemental weight are arranged such that the supplemental weight can be fixedly joined to the handle assembly without fixedly joining the first weight to the handle assembly while the first weight cannot be fixedly joined to the handle assembly without also fixedly joining the supplemental weight to the handle assembly . a first weight ; and a handle assembly comprising: a shaft ; a handle comprising a rotatable member operatively associated with the shaft to rotate about a longitudinal axis of the shaft; and at least one disc attached to the rotatable member rotatable about the longitudinal axis of the shaft ; a shaft ; a handle comprising a rotatable member operatively associated with the shaft to rotate about a longitudinal axis of the shaft; and at least one disc attached to the rotatable member rotatable about the longitudinal axis of the shaft ; characterised in that the adjustable dumbbell further comprises: a supplemental weight supported by the first weight ; wherein the at least one disc fixedly joins the first weight and/or the supplemental weight to the handle assembly depending upon a rotational orientation of the at least one disc ; and wherein the first weight and the supplemental weight are arranged such that the supplemental weight can be fixedly joined to the handle assembly without fixedly joining the first weight to the handle assembly while the first weight cannot be fixedly joined to the handle assembly without also fixedly joining the supplemental weight to the handle assembly . a supplemental weight supported by the first weight ; wherein the at least one disc fixedly joins the first weight and/or the supplemental weight to the handle assembly depending upon a rotational orientation of the at least one disc ; and wherein the first weight and the supplemental weight are arranged such that the supplemental weight can be fixedly joined to the handle assembly without fixedly joining the first weight to the handle assembly while the first weight cannot be fixedly joined to the handle assembly without also fixedly joining the supplemental weight to the handle assembly .
A circuit-breaker switch (100; 200) comprising: a first solid state switch configured and adapted to connect to a positive terminal of a high voltage direct current (HVDC) power source; a second solid state switch in series with the first solid state switch and configured and adapted to connect to a return terminal of the HVDC power source; a free-wheeling diode connected between the first and second solid state switches and configured and adapted to limit voltage transients across a load at turn-off conditions; and wherein the free-wheeling diode provides the only pathway between the first and second solid state switches ; and characterized in that the second solid state switch comprises a MOSFET device and an IGBT device connected in parallel to reduce overvoltage stress during device turnoff. a first solid state switch configured and adapted to connect to a positive terminal of a high voltage direct current (HVDC) power source; a second solid state switch in series with the first solid state switch and configured and adapted to connect to a return terminal of the HVDC power source; a free-wheeling diode connected between the first and second solid state switches and configured and adapted to limit voltage transients across a load at turn-off conditions; and
An electrical power system , comprising: a power converter comprising: a line-side converter ; a DC link ; and a rotor-side converter comprising one or more switching elements , the rotor-side converter configured to convert a DC power on the DC link to an AC signal for a rotor bus ; a control system comprising one or more control devices, the one or more control devices configured to operate the one or more switching elements in an overmodulation regime to provide the AC signal for the rotor bus , wherein operating the one or more switching elements in the overmodulation regime comprises comparing a modulating wave to a carrier wave, wherein a maximum amplitude of the modulating wave is greater than a maximum amplitude of the carrier wave, and wherein the control system is further configured to toggle the one or more switching elements whenever the carrier wave and the modulating wave intersect; a transformer electrically coupled to a power grid and the power converter ; a doubly-fed induction generator comprising a stator electrically coupled to the transformer via a stator bus , and a rotor electrically coupled to the rotor side converter via the rotor bus ; and an active filter electrically coupled to the transformer and configured to reduce at least one harmonic caused by operating the one or more switching elements in the overmodulation regime, and only activated when the at least one harmonic does not satisfy a threshold. a line-side converter ; a DC link ; and a rotor-side converter comprising one or more switching elements , the rotor-side converter configured to convert a DC power on the DC link to an AC signal for a rotor bus ; a control system comprising one or more control devices, the one or more control devices configured to operate the one or more switching elements in an overmodulation regime to provide the AC signal for the rotor bus , wherein operating the one or more switching elements in the overmodulation regime comprises comparing a modulating wave to a carrier wave, wherein a maximum amplitude of the modulating wave is greater than a maximum amplitude of the carrier wave, and wherein the control system is further configured to toggle the one or more switching elements whenever the carrier wave and the modulating wave intersect; a transformer electrically coupled to a power grid and the power converter ; a doubly-fed induction generator comprising a stator electrically coupled to the transformer via a stator bus , and a rotor electrically coupled to the rotor side converter via the rotor bus ; and an active filter electrically coupled to the transformer and configured to reduce at least one harmonic caused by operating the one or more switching elements in the overmodulation regime, and only activated when the at least one harmonic does not satisfy a threshold.
An article comprising a photocurable resin composition on a plastic substrate, the photocurable resin composition comprising an allylic polymer (A), the allylic polymer (A) being produced by polymerization of an allylic compound represented by the following formula (I): wherein R 1 and R 2 each represent H or CH 3 ; X represents an a-valent group having an unsubstituted saturated or partially unsaturated four- to eight-membered cyclic structure; and a represents 2 or 3, wherein the allylic compound represented by formula (I) is diallyl 1,2-cyclohexanedicarboxylate and wherein the amount of the monomer unit based on the allylic compound of formula (I), based on 100% by weight of the allylic polymer (A), is 98% by weight or more.
A logo lamp assembly to be mounted on a vehicle, comprising, at least one first logo lamp having a fixed image output as light projection configured to be turned on or off; characterized by at least one second logo lamp having an at least partially animated image output as light projection, where the second logo lamp comprises at least one microLED having a lower resolution image output compared to the image output of the first logo lamp, and being configured to be controlled dependent on at least one of • the fixed image output and • a signal, in particular an external signal from a control unit, such that the logo lamp assembly is a hybrid animated logo lamp assembly. at least one first logo lamp having a fixed image output as light projection configured to be turned on or off; characterized by at least one second logo lamp having an at least partially animated image output as light projection, where the second logo lamp comprises at least one microLED having a lower resolution image output compared to the image output of the first logo lamp, and being configured to be controlled dependent on at least one of • the fixed image output and • a signal, in particular an external signal from a control unit, • the fixed image output and • a signal, in particular an external signal from a control unit, such that the logo lamp assembly is a hybrid animated logo lamp assembly.
A vehicle control device for applying a steering force to a steering wheel of a vehicle according to a vehicle traveling condition, comprising: a steering-force generator configured to generate the steering force to be applied to the steering wheel ; a lane detector configured to detect a lane (LN) on which the vehicle travels; a vehicle-speed detector configured to detect a vehicle speed (V); and a controller configured to output a command signal to the steering-force generator based on detection results of the lane detector and the vehicle-speed detector , wherein said controller is configured to apply a first steering force (ST1) to the steering wheel by means of said steering-force generator and apply a second steering force (ST2) to the steering wheel by means of said steering-force generator , said first steering force (ST1) is based on or determined by a first steering characteristic (CT1, CH1A - CH1J) which is operable or operative to make the vehicle travel at a center (CLN) of the lane (LN), and said second steering force (ST2) is based on or determined by a second steering characteristic (CT2, CH2A - CH2G), which is different from the first steering characteristic (CH1, CH1A - CH1J), and which is operable or operative to prevent the vehicle from deviating from the lane (LN), characterized in that said controller is configured to set said first steering characteristic (CH1, CH1A - CH1J) such that the higher the vehicle speed (V) is, the smaller a magnitude of the first steering force (ST1) is. a steering-force generator configured to generate the steering force to be applied to the steering wheel ; a lane detector configured to detect a lane (LN) on which the vehicle travels; a vehicle-speed detector configured to detect a vehicle speed (V); and a controller configured to output a command signal to the steering-force generator based on detection results of the lane detector and the vehicle-speed detector , wherein said controller is configured to apply a first steering force (ST1) to the steering wheel by means of said steering-force generator and apply a second steering force (ST2) to the steering wheel by means of said steering-force generator , said first steering force (ST1) is based on or determined by a first steering characteristic (CT1, CH1A - CH1J) which is operable or operative to make the vehicle travel at a center (CLN) of the lane (LN), and said second steering force (ST2) is based on or determined by a second steering characteristic (CT2, CH2A - CH2G), which is different from the first steering characteristic (CH1, CH1A - CH1J), and which is operable or operative to prevent the vehicle from deviating from the lane (LN), characterized in that said controller is configured to set said first steering characteristic (CH1, CH1A - CH1J) such that the higher the vehicle speed (V) is, the smaller a magnitude of the first steering force (ST1) is.
An abnormality diagnosis device for an in-cylinder pressure sensor (SW6) attached to an engine of an automobile and configured to detect pressure inside a combustion chamber, comprising: a processor configured to execute a sensor diagnosing module to carry out a performance determination in which a performance quality of the in-cylinder pressure sensor (SW6) is determined based on an electric signal inputted from the in-cylinder pressure sensor (SW6), the sensor diagnosing module configured to carry out: a first determination in which the performance determination is performed at a given timing; a performance recovery in which a given deposit removal control is executed in which a deposit accumulated inside the combustion chamber is removed when the performance quality of the in-cylinder pressure sensor (SW6) is determined to fall below a given reference value; characterized in that a second determination in which the performance determination is carried out again after the performance recovery, wherein in the second determination, the in-cylinder pressure sensor (SW6) is diagnosed as abnormal when the performance quality of the in-cylinder pressure sensor (SW6) is determined to fall below the given reference value. a first determination in which the performance determination is performed at a given timing; a performance recovery in which a given deposit removal control is executed in which a deposit accumulated inside the combustion chamber is removed when the performance quality of the in-cylinder pressure sensor (SW6) is determined to fall below a given reference value; characterized in that a second determination in which the performance determination is carried out again after the performance recovery, wherein in the second determination, the in-cylinder pressure sensor (SW6) is diagnosed as abnormal when the performance quality of the in-cylinder pressure sensor (SW6) is determined to fall below the given reference value.
A drum lid of a drum , rotatable about a centrifuge axis of a solid bowl screw centrifuge, having - a first drum lid section in which outlet openings are situated where a clarified medium from the inside the drum may flow in each case over a weir edge to the outside of the drum , - a second drum lid section which, as seen in the axial direction , is situated outside of the first drum lid section and is configured to support the drum rotatably, and - at least one third drum lid section, via which the first drum lid section and the second drum lid section are statically connected, wherein the at least one third drum lid section (82; 86; 94), as seen in the radial direction , is situated radially outside with respect to the weir edges , characterized in that there, radially outside of the weir edges , free spaces are also left despite of the third drum lid section (82; 86; 94), through which the clarified medium may then flow out radially to the outside. - a first drum lid section in which outlet openings are situated where a clarified medium from the inside the drum may flow in each case over a weir edge to the outside of the drum , - a second drum lid section which, as seen in the axial direction , is situated outside of the first drum lid section and is configured to support the drum rotatably, and - at least one third drum lid section, via which the first drum lid section and the second drum lid section are statically connected,
A sole structure (14, 14a - 14d) for an article of footwear (10, 10a - 10d), the sole structure (14, 14a - 14d) comprising: a first midsole portion (36, 36a - 36d) including a first sidewall; a second midsole portion (44, 44a - 44d) including a second sidewall; and a sheet disposed between the first midsole portion (36, 36a - 36d) and the second midsole portion (44, 44a - 44d) and extending from the first sidewall and the second sidewall, the sheet formed of a mesh textile and extending at least partially over the second sidewall, wherein the sheet includes at least one aperture, the at least one aperture formed through the sheet in an area of the sheet located between the first midsole portion (36, 36a - 36d) and the second midsole portion (44, 44a - 44d), wherein the sheet (i) at least partially covers an outer surface of an upper (12, 12a - 12d) of the article of footwear (10, 10a - 10d); or (ii) forms at least a portion of an upper (12, 12a - 12d) of the article of footwear (10, 10a - 10d), and wherein the first midsole portion (36, 36a - 36d) defines at least one first contact region and the second midsole portion (44, 44a - 44d) defines at least one second contact region, the at least one first contact region in contact with the at least one second contact region at the at least one aperture. a first midsole portion (36, 36a - 36d) including a first sidewall; a second midsole portion (44, 44a - 44d) including a second sidewall; and a sheet disposed between the first midsole portion (36, 36a - 36d) and the second midsole portion (44, 44a - 44d) and extending from the first sidewall and the second sidewall, the sheet formed of a mesh textile and extending at least partially over the second sidewall, wherein the sheet includes at least one aperture, the at least one aperture formed through the sheet in an area of the sheet located between the first midsole portion (36, 36a - 36d) and the second midsole portion (44, 44a - 44d), wherein the sheet (i) at least partially covers an outer surface of an upper (12, 12a - 12d) of the article of footwear (10, 10a - 10d); or (ii) forms at least a portion of an upper (12, 12a - 12d) of the article of footwear (10, 10a - 10d), and wherein the first midsole portion (36, 36a - 36d) defines at least one first contact region and the second midsole portion (44, 44a - 44d) defines at least one second contact region, the at least one first contact region in contact with the at least one second contact region at the at least one aperture.
Composition for oral use in granular or microgranular form consisting of coenzyme Q10 and/or ubiquinol in a weight percentage from 10% to 20 %, piperine in a weight percentage from 0.02% to 0.5% , optionally curcumin in a weight percentage from 2% to 50% and maltodextrin as a suitable nutritionally acceptable excipient, in the absence of other excipients.
A catheter comprising: a body including at least a first oil lumen and one or more second oil lumens , at least the second oil lumens being bounded at least in part by an outer wall of the body, the outer wall being made of a material selected to allow oil to leach through the outer wall of the body and onto the outer surface of the outer wall of the body, to form a coating on the outer surface of the body, the body being provided with a lower manifold such that oil from the first oil lumen reaches the lower manifold and flows into the second oil lumens , and the body being further provided with an air vent including a lumen joined to one or more of the second oil lumens by an upper manifold to allow air to escape from the first and second oil lumens as the first and second oil lumens are being filled with oil from the oil port .
A system for producing oil from an oil reservoir having a well , the system comprising: a support module comprising an air module , a water module , and a fuel module ; a steam module comprising a system casing , and a mixer portion disposed within the system casing , the mixer portion comprising: a housing , a conduit centrally disposed within the housing , an outside periphery of the conduit and the inside periphery of the housing cooperating to define a hollow interior portion , the conduit having a plurality of openings disposed about a periphery of one end of the conduit , the plurality of openings arranged to fluidly couple the hollow interior portion with an interior portion of the conduit ; a first inlet on one end of the housing arranged to fluidly couple the fuel module to the hollow interior portion , and a second inlet on the end of the housing arranged to fluidly couple the air module to the hollow interior portion . a support module comprising an air module , a water module , and a fuel module ; a steam module comprising a system casing , and a mixer portion disposed within the system casing , the mixer portion comprising: a housing , a conduit centrally disposed within the housing , an outside periphery of the conduit and the inside periphery of the housing cooperating to define a hollow interior portion , the conduit having a plurality of openings disposed about a periphery of one end of the conduit , the plurality of openings arranged to fluidly couple the hollow interior portion with an interior portion of the conduit ; a first inlet on one end of the housing arranged to fluidly couple the fuel module to the hollow interior portion , and a second inlet on the end of the housing arranged to fluidly couple the air module to the hollow interior portion . a housing , a conduit centrally disposed within the housing , an outside periphery of the conduit and the inside periphery of the housing cooperating to define a hollow interior portion , the conduit having a plurality of openings disposed about a periphery of one end of the conduit , the plurality of openings arranged to fluidly couple the hollow interior portion with an interior portion of the conduit ; a first inlet on one end of the housing arranged to fluidly couple the fuel module to the hollow interior portion , and a second inlet on the end of the housing arranged to fluidly couple the air module to the hollow interior portion .
A method for processing data, implemented by a smart device located in a local area network, LAN, and comprising a first microcontroller unit, MCU, wherein the smart device is provided with a Wireless Fidelity, Wi-Fi, module, said module comprising a Wi-Fi chip and a second MCU configured to communicate with the first MCU and other devices via the Wi-Fi chip, the method comprising: receiving, at the Wi-Fi chip, a control command sent from a terminal; converting, at the second MCU in an defined protocol format, the control command into a binary coded string identifiable by the first MCU; sending, at the second MCU, the binary coded string to the first MCU through a serial port, causing the first MCU to execute a corresponding function to realize control of the smart device by the terminal; acquiring , at the second MCU, data streams transmitted between the second MCU and the first MCU; packing , at the second MCU, the acquired data streams into data packets; adding , at the second MCU, respective serial numbers to the data packets; and sending the data packets added with the respective serial numbers to the terminal in the LAN in a wireless communication manner. receiving, at the Wi-Fi chip, a control command sent from a terminal; converting, at the second MCU in an defined protocol format, the control command into a binary coded string identifiable by the first MCU; sending, at the second MCU, the binary coded string to the first MCU through a serial port, causing the first MCU to execute a corresponding function to realize control of the smart device by the terminal; acquiring , at the second MCU, data streams transmitted between the second MCU and the first MCU; packing , at the second MCU, the acquired data streams into data packets; adding , at the second MCU, respective serial numbers to the data packets; and sending the data packets added with the respective serial numbers to the terminal in the LAN in a wireless communication manner.