mhurhangee/patent-ind-claim-en huggingface dataset:
Vehicle for passenger transportation, comprising: - a main chassis with a longitudinal axle (X); - multiple seats , comprising one driver-seat ; - at least two longitudinal rows of wheels , where each row comprises more than two wheels ; - at least two longitudinal rows (F1, F2) of support assemblies of the wheels ; each support assembly supporting a wheel ; said support assemblies being revolvingly mounted around a vertical axis relative to said main chassis ; - a steering device disposed in front of said driver-seat ; - propulsion means to move the vehicle; - at least two transmission means (M1, M2), each of them being associated with one of the two rows (F1, F2) of support assemblies to connect said steering device to each support assembly ; said transmission means (M1, M2) being configured in such a way to cause the simultaneous rotation of said support assemblies and of the wheels by a different angle following to the actuation of the steering device ; characterized in that said propulsion means comprise at least one pair of pedals ; at least one support assembly is associated with said at least one pair of pedals and to one of said seats , in such a way that said at least one pair of pedals and said seat integrally revolve around said at least one support assembly around a vertical axis relative to the main chassis . - a main chassis with a longitudinal axle (X); - multiple seats , comprising one driver-seat ; - at least two longitudinal rows of wheels , where each row comprises more than two wheels ; - at least two longitudinal rows (F1, F2) of support assemblies of the wheels ; each support assembly supporting a wheel ; said support assemblies being revolvingly mounted around a vertical axis relative to said main chassis ; - a steering device disposed in front of said driver-seat ; - propulsion means to move the vehicle; - at least two transmission means (M1, M2), each of them being associated with one of the two rows (F1, F2) of support assemblies to connect said steering device to each support assembly ; said transmission means (M1, M2) being configured in such a way to cause the simultaneous rotation of said support assemblies and of the wheels by a different angle following to the actuation of the steering device ;
An arc fault circuit interrupter device having: a controller ; nonvolatile and volatile memories ; an arc detection algorithm and a plurality of Look Up Tables including a default Look Up Table and a second Look Up Table (LUT); the volatile memory storing the default Look Up Table during arc detection calculations; a Look Up Table identifier for indicating to a user the default Look Up Table; and a Look Up Table selector mechanism for changing between the plurality of stored Look Up Tables to select a default Look Up Table for use with the detection algorithm; the arc fault interrupter device being characterized by : each Look Up Table storing pre-computed detection parameters for a different particular load configuration/profiles, the plurality of Look Up Tables being stored separately from the arc detection algorithm in the non-volatile memory . a controller ; nonvolatile and volatile memories ; an arc detection algorithm and a plurality of Look Up Tables including a default Look Up Table and a second Look Up Table (LUT); the volatile memory storing the default Look Up Table during arc detection calculations; a Look Up Table identifier for indicating to a user the default Look Up Table; and a Look Up Table selector mechanism for changing between the plurality of stored Look Up Tables to select a default Look Up Table for use with the detection algorithm; the arc fault interrupter device being characterized by : each Look Up Table storing pre-computed detection parameters for a different particular load configuration/profiles, the plurality of Look Up Tables being stored separately from the arc detection algorithm in the non-volatile memory .
A drying air filter for a laundry dryer comprising a) at least one filter mesh b) at least one supporting grid provided for supporting the filter mesh and comprising at least one supporting rib and supporting grid openings , which are at least partially separated from each other by at least one or more of the at least one supporting rib and which define an air passage area for passing through of the drying air (A), c) at least one propping grid provided for propping up the at least one supporting grid , the at least one propping grid comprising at least one propping rib and propping grid openings , which are at least partially separated from each other by at least one or more of the propping ribs and which are at least partially provided for passing through of the drying air (A), characterized in that d) at least one contact portion (45, 47, X1, X3, X6, XA, XB, XC) is arranged to provide contact between at least one supporting rib and at least one propping rib in order to prop up the respective supporting rib , wherein at least one contact portion (45, 47, X1, X3, X6, XA, XB, XC) comprises at least one protrusion at the respective supporting rib and/or the respective propping rib, wherein the at least one contact portion is arranged within an inner area of the air passage area defined by the support grid openings of at least one supporting grid. a) at least one filter mesh b) at least one supporting grid provided for supporting the filter mesh and comprising at least one supporting rib and supporting grid openings , which are at least partially separated from each other by at least one or more of the at least one supporting rib and which define an air passage area for passing through of the drying air (A), c) at least one propping grid provided for propping up the at least one supporting grid , the at least one propping grid comprising at least one propping rib and propping grid openings , which are at least partially separated from each other by at least one or more of the propping ribs and which are at least partially provided for passing through of the drying air (A), characterized in that d) at least one contact portion (45, 47, X1, X3, X6, XA, XB, XC) is arranged to provide contact between at least one supporting rib and at least one propping rib in order to prop up the respective supporting rib , wherein at least one contact portion (45, 47, X1, X3, X6, XA, XB, XC) comprises at least one protrusion at the respective supporting rib and/or the respective propping rib, wherein the at least one contact portion is arranged within an inner area of the air passage area defined by the support grid openings of at least one supporting grid.
A colored radiation-sensitive composition for a color filter, comprising (A) a pigment, (B) a photopolymerization initiator, and (C) a polymerizable compound, wherein: (A) the pigment comprises (A-1) at least one of an azo yellow pigment or an isoindoline yellow pigment and (A-2) a dioxazine violet pigment, wherein the content of (A-1) the at least one of an azo yellow pigment or an isoindoline yellow pigment is from 25% by mass to 50% by mass with respect to a total content of (A-1) the at least one of an azoyellow pigment or an isoindoline yellow pigment and (A-2) the dioxazine violet pigment; the total content of (A) the pigment is from 5% by mass to 50% by mass with respect to a total solid content of the colored radiation-sensitive composition; and the colored radiation-sensitive composition satisfies the following conditions: when a colored radiation-sensitive composition layer is formed from the colored radiation-sensitive composition such that spectral transmittance at 600 nm becomes 30%, the colored radiation-sensitive composition layer comprises the following characteristics: spectral transmittance at 400 nm is 20% or less; spectral transmittance at 550 nm is 10% or less; spectral transmittance at 700 nm is 70% or more; a wavelength resulting in 50% spectral transmittance is in a range of from 650 nm to 680 nm; and a film thickness of the colored radiation-sensitive composition layer is in a range of from 0.55 μm to 1.8 μm. (A) the pigment comprises (A-1) at least one of an azo yellow pigment or an isoindoline yellow pigment and (A-2) a dioxazine violet pigment, wherein the content of (A-1) the at least one of an azo yellow pigment or an isoindoline yellow pigment is from 25% by mass to 50% by mass with respect to a total content of (A-1) the at least one of an azoyellow pigment or an isoindoline yellow pigment and (A-2) the dioxazine violet pigment; the total content of (A) the pigment is from 5% by mass to 50% by mass with respect to a total solid content of the colored radiation-sensitive composition; and the colored radiation-sensitive composition satisfies the following conditions: when a colored radiation-sensitive composition layer is formed from the colored radiation-sensitive composition such that spectral transmittance at 600 nm becomes 30%, the colored radiation-sensitive composition layer comprises the following characteristics: spectral transmittance at 400 nm is 20% or less; spectral transmittance at 550 nm is 10% or less; spectral transmittance at 700 nm is 70% or more; a wavelength resulting in 50% spectral transmittance is in a range of from 650 nm to 680 nm; and a film thickness of the colored radiation-sensitive composition layer is in a range of from 0.55 μm to 1.8 μm. spectral transmittance at 400 nm is 20% or less; spectral transmittance at 550 nm is 10% or less; spectral transmittance at 700 nm is 70% or more; a wavelength resulting in 50% spectral transmittance is in a range of from 650 nm to 680 nm; and a film thickness of the colored radiation-sensitive composition layer is in a range of from 0.55 μm to 1.8 μm.
An online dynamic decision-making method of generator start-up, comprising the following steps: selecting a black start unit and units that need to be started from all units; generating a labeled training set that covers different possible states of generator start-up; utilizing deep learning to establish a value network based on the training set; obtaining real-time data of generator start-up including blackout area, the state of power system, the availability of equipment in power system and the characteristics of generators waiting to be restored; searching and evaluating all alternative lines to be restored in next step with Monte Carlo tree search and value network; checking voltage, frequency and power flow variations caused by the restoration of different alternative lines; summarizing results of Monte Carlo tree search to determine the corresponding transmission line to be restored. selecting a black start unit and units that need to be started from all units; generating a labeled training set that covers different possible states of generator start-up; utilizing deep learning to establish a value network based on the training set; obtaining real-time data of generator start-up including blackout area, the state of power system, the availability of equipment in power system and the characteristics of generators waiting to be restored; searching and evaluating all alternative lines to be restored in next step with Monte Carlo tree search and value network; checking voltage, frequency and power flow variations caused by the restoration of different alternative lines; summarizing results of Monte Carlo tree search to determine the corresponding transmission line to be restored.
A power supply apparatus comprising: a resonant circuit adapted to determine a resonant frequency, and comprising a power supply coil ; a drive unit adapted to drive the resonant circuit; and a controller adapted to cause the resonant frequency to change between a first resonant frequency and a second resonant frequency, characterized in that the first resonant frequency is higher than a frequency of a drive signal of the drive unit, the second resonant frequency is lower than the frequency of the drive signal, and the controller is adapted to cause the resonant frequency to change between the first resonant frequency and the second resonant frequency after a phase difference between a phase of the drive signal and a phase of at least one of a current and a voltage flowing in the power supply coil becomes zero. a resonant circuit adapted to determine a resonant frequency, and comprising a power supply coil ; a drive unit adapted to drive the resonant circuit; and a controller adapted to cause the resonant frequency to change between a first resonant frequency and a second resonant frequency, the first resonant frequency is higher than a frequency of a drive signal of the drive unit, the second resonant frequency is lower than the frequency of the drive signal, and the controller is adapted to cause the resonant frequency to change between the first resonant frequency and the second resonant frequency after a phase difference between a phase of the drive signal and a phase of at least one of a current and a voltage flowing in the power supply coil becomes zero.
A downhole tool comprising: an electrical power source ; a positive electrode and a negative electrode configured to generate an electric field between the positive electrode and the negative electrode with an electric charge from the electrical power source and discharge the electric charge through a downhole formation ; and at least two sensors configured to detect quantum particles or information about quantum particles dislocated from the downhole formation by at least one of the electric field and the discharged electric charge to determine downhole information from at least one of a travel time of the quantum particles, a composition of the quantum particles, a quantity of the quantum particles, a charge of the quantum particles, and a change in dimensional space; characterised in that the at least two sensors includes a first sensor configured to interpret the quantum particles in a plasma zone and a second sensor configured to interpret the quantum particles in a high energy zone wherein the quantum particles in the high energy zone have an energy that is less than an energy of the quantum particles in the plasma zone . an electrical power source ; a positive electrode and a negative electrode configured to generate an electric field between the positive electrode and the negative electrode with an electric charge from the electrical power source and discharge the electric charge through a downhole formation ; and at least two sensors configured to detect quantum particles or information about quantum particles dislocated from the downhole formation by at least one of the electric field and the discharged electric charge to determine downhole information from at least one of a travel time of the quantum particles, a composition of the quantum particles, a quantity of the quantum particles, a charge of the quantum particles, and a change in dimensional space; characterised in that the at least two sensors includes a first sensor configured to interpret the quantum particles in a plasma zone and a second sensor configured to interpret the quantum particles in a high energy zone wherein the quantum particles in the high energy zone have an energy that is less than an energy of the quantum particles in the plasma zone .
A semiconductor device comprising: a terminal electrode ; a heat dissipating substrate ; an insulating substrate arranged on the heat dissipating substrate and including a wiring layer; a plurality of semiconductor elements arranged on the insulating substrate ; and a conductive block electrically connected to a front surface electrode of the semiconductor element, wherein the conductive block has a convex portion , wherein the convex portion is bonded to the insulating substrate , wherein the conductive block is bonded to each of the plurality of semiconductor elements , and characterised in that the plurality of semiconductor elements are all capable of switching on/off current and arranged to be substantially equally spaced with respect to a bonding portion between the convex portion of the conductive block and the terminal electrode . a terminal electrode ; a heat dissipating substrate ; an insulating substrate arranged on the heat dissipating substrate and including a wiring layer; a plurality of semiconductor elements arranged on the insulating substrate ; and a conductive block electrically connected to a front surface electrode of the semiconductor element, wherein the conductive block has a convex portion , wherein the convex portion is bonded to the insulating substrate , wherein the conductive block is bonded to each of the plurality of semiconductor elements , and characterised in that the plurality of semiconductor elements are all capable of switching on/off current and arranged to be substantially equally spaced with respect to a bonding portion between the convex portion of the conductive block and the terminal electrode .
A fibrous structure comprising a plurality of water-soluble fibrous elements and one or more active agent-containing particles present within the fibrous structure; wherein the fibrous elements comprise one or more filaments; wherein at least one fibrous element comprises one or more filament-forming materials; wherein the active agent-containing particles comprise water-soluble, active agent-containing particles; and wherein at least one of the water-soluble, active agent-containing particles is present as a discrete particle within the fibrous structure; wherein formation of the fibrous structure comprises combining the one or more active agent-containing particles in direct contact with the plurality of water-soluble fibrous elements.
Cableway vehicle for a cableway , characterized in that a crossover apparatus is provided on the cableway vehicle for the crossover of persons from the cableway vehicle to an access unit of a cableway support of the cableway , the crossover apparatus being displaceable relative to the cableway vehicle between a stowage position in which the crossover apparatus is stowed on the cableway vehicle and a deployed position intended for carrying out the crossover, wherein a fastening section is provided on the crossover apparatus to releasably couple the crossover apparatus to the access unit of the cableway support in the deployed position.
An indoor safety device for a liquefied fuel gas system , wherein the liquefied fuel gas system comprises at least one storage device storing liquefied fuel gas; a vent member arranged in fluid communication with the gas inside the storage device ; and at least one safety valve arranged to evacuate gas from the storage device when the pressure inside the storage device exceeds a predetermined first value, characterized in that the indoor safety device comprises: a vent coupling ; a pressure relief valve adapted to be arranged downstream of the vent coupling; and a conduit for conveying gas, adapted to be connected to the pressure relief valve , wherein the indoor safety device is adapted to be removably connected to the liquefied fuel gas system by connecting the vent coupling to the vent member , and wherein the pressure relief valve is configured to open when the pressure inside the storage device exceeds a predetermined second value, wherein the second value is lower than the first value. characterized in that the indoor safety device comprises: a vent coupling ; a pressure relief valve adapted to be arranged downstream of the vent coupling; and a conduit for conveying gas, adapted to be connected to the pressure relief valve , a vent coupling ; a pressure relief valve adapted to be arranged downstream of the vent coupling; and a conduit for conveying gas, adapted to be connected to the pressure relief valve , wherein the indoor safety device is adapted to be removably connected to the liquefied fuel gas system by connecting the vent coupling to the vent member , and wherein the pressure relief valve is configured to open when the pressure inside the storage device exceeds a predetermined second value, wherein the second value is lower than the first value.
A swing door operator for moving a swing door leaf between an open and closed position, the swing door operator comprising at least one drive unit that comprises at least one motor and at least one spring , the motor and spring being arranged to interact to enable moving the swing door leaf between the open and closed position, the swing door operator further comprising a control unit being operatively connected to the drive unit and the motor , the control unit comprising a memory , and the swing door operator further comprising at least one internal and/or external sensor and a user interface , wherein the control unit is adapted with a setup mode of the swing door operator , which can be initiated via the user interface , wherein the at least one internal and/or external sensor is adapted for detection and/or measurement, and registering, in the setup mode, of a force and/or torque of the motor required to bias the spring , while driving the motor and moving the swing door leaf without the swing door leaf being affected by any external force (Fext) in the memory, wherein the control unit : - in a first mode is configured to regulate the drive unit to move the swing door leaf between the open and closed position, and - in a second mode is configured to control the motor of the drive unit to counteract the force of the spring , using the registered spring force of the spring determined in the setup mode, such that the swing door leaf is configured to be moved in a free swing mode. wherein the control unit is adapted with a setup mode of the swing door operator , which can be initiated via the user interface , wherein the at least one internal and/or external sensor is adapted for detection and/or measurement, and registering, in the setup mode, of a force and/or torque of the motor required to bias the spring , while driving the motor and moving the swing door leaf without the swing door leaf being affected by any external force (Fext) in the memory, wherein the control unit : - in a first mode is configured to regulate the drive unit to move the swing door leaf between the open and closed position, and - in a second mode is configured to control the motor of the drive unit to counteract the force of the spring , using the registered spring force of the spring determined in the setup mode, such that the swing door leaf is configured to be moved in a free swing mode. - in a first mode is configured to regulate the drive unit to move the swing door leaf between the open and closed position, and - in a second mode is configured to control the motor of the drive unit to counteract the force of the spring , using the registered spring force of the spring determined in the setup mode, such that the swing door leaf is configured to be moved in a free swing mode.