mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for economically charging an electric vehicle, the apparatus comprising: an input unit configured to receive an input of charge state information of a vehicle from a charger, wherein the charge state information comprises a remaining charge amount of a battery; a storage unit configured to store the charge state information and a charge schedule a control unit configured to control the charger in accordance with the charge schedule, characterized in that the control unit is further configured to control the charger to charge the battery for a preset predetermined amount of time and to calculate a charge slope of the vehicle, wherein the charge slope is calculated based on remaining charge amount of the battery before and after the battery is charged for the predetermined amount of time; and to compute the charge schedule based on the charge slope and a power rate for each time slot, wherein the charge schedule is set such that the battery is fully charged within an end-of charge time, and the power rate required to fully charge the battery when charging the battery in accordance with the charge schedule is the minimum. an input unit configured to receive an input of charge state information of a vehicle from a charger, wherein the charge state information comprises a remaining charge amount of a battery; a storage unit configured to store the charge state information and a charge schedule a control unit configured to control the charger in accordance with the charge schedule, characterized in that the control unit is further configured to control the charger to charge the battery for a preset predetermined amount of time and to calculate a charge slope of the vehicle, wherein the charge slope is calculated based on remaining charge amount of the battery before and after the battery is charged for the predetermined amount of time; and to compute the charge schedule based on the charge slope and a power rate for each time slot, wherein the charge schedule is set such that the battery is fully charged within an end-of charge time, and the power rate required to fully charge the battery when charging the battery in accordance with the charge schedule is the minimum.
A method of controlling a poly-phase switched reluctance motor assembly, the poly-phase switched reluctance motor assembly including a plurality of stator teeth and a plurality of rotor poles forming rotor teeth that extend out from a central rotor core, wherein a width of a rotor tooth is approximately equal to a width of a stator tooth plus two times a width of a gap between two stator teeth of the plurality of stator teeth, the poly-phase switched reluctance motor assembly also including a distributed winding configuration comprising at least three phases, the method comprising: during each conduction period energizing a first phase with a negative direction current, energizing a second phase with a positive direction current and having at least one non-energized phase; and during each commutation period switching off one of the first phase or the second phase to a non-energized state and switching on one of the non-energized phases to an energized state with a same direction current as the first or second phase that was switched off. during each conduction period energizing a first phase with a negative direction current, energizing a second phase with a positive direction current and having at least one non-energized phase; and during each commutation period switching off one of the first phase or the second phase to a non-energized state and switching on one of the non-energized phases to an energized state with a same direction current as the first or second phase that was switched off.
A molding machine , comprising: a cylinder ; a pressurization portion , applying pressure to resin for releasing the resin filled in the cylinder to the outside of the cylinder ; and an ultrasonic viscosity sensor , comprising a base , an oscillator embedded in the base , and an ultrasonic vibration portion installed on one end of the oscillator and in contact with the resin filled in the cylinder , and the ultrasonic vibration portion protrudes from the base into a gap filled with the resin in the cylinder , such that the ultrasonic vibration portion is physically and directly in contact with the resin. a cylinder ; a pressurization portion , applying pressure to resin for releasing the resin filled in the cylinder to the outside of the cylinder ; and an ultrasonic viscosity sensor , comprising a base , an oscillator embedded in the base , and an ultrasonic vibration portion installed on one end of the oscillator and in contact with the resin filled in the cylinder , and the ultrasonic vibration portion protrudes from the base into a gap filled with the resin in the cylinder , such that the ultrasonic vibration portion is physically and directly in contact with the resin.
A light emitting device comprising: light emitting diode, i.e. LED, semiconductor layers comprising an N-type layer , an active layer emitting blue primary light, and a P-type layer ; and luminescent sapphire affixed to the semiconductor layers, the LED semiconductor layers and the luminescent sapphire being part of an LED die, the luminescent sapphire containing oxygen vacancies resulting in F 2 2+ centers having defined optical absorption and luminescence emission bands; the luminescent sapphire absorbing a portion of the blue primary light and down-converting the primary light to emit green secondary light, via the F 2 2+ centers, such that an emission from the LED die includes at least a combination of the blue primary light and the green secondary light. light emitting diode, i.e. LED, semiconductor layers comprising an N-type layer , an active layer emitting blue primary light, and a P-type layer ; and luminescent sapphire affixed to the semiconductor layers, the LED semiconductor layers and the luminescent sapphire being part of an LED die, the luminescent sapphire containing oxygen vacancies resulting in F 2 2+ centers having defined optical absorption and luminescence emission bands; the luminescent sapphire absorbing a portion of the blue primary light and down-converting the primary light to emit green secondary light, via the F 2 2+ centers, such that an emission from the LED die includes at least a combination of the blue primary light and the green secondary light.
A packaged deodorant stick product having an oval cross-section and comprising a deodorant stick composition mounted on an axially immobile retaining member , the retaining member being reversibly connected to a holder enabling the deodorant stick product to be held in the human hand, the retaining member comprising arcuate bridge structures separated by holes, the bridge structures arcing into the deodorant stick composition and being embedded therein, wherein there is a strengthening strut running between the mid-points of each of the arcuate bridge structures in a direction orthogonal to their long axis and wherein the deodorant stick composition does not have a central spindle running through it, characterised in that the arcuate bridge structures and holes therebetween pass across the breadth of the retaining member in a direction parallel to the minor axis of the oval-cross-section of the product .
A method for ramping a switched capacitor power amplifier , wherein the switched capacitor power amplifier comprises a plurality of capacitors in a capacitor bank, wherein a number of the capacitors in the capacitor bank are activated, an activated capacitor being configured to be repeatedly switched between being connected to ground and connected to a supply, said method comprising: ramping the switched capacitor power amplifier, said ramping being performed by: changing a number of capacitors in the capacitor bank being activated; maintaining the number of capacitors in the capacitor bank activated for a period of time between successive steps of changing the number of capacitors in the capacitor bank being activated; and repeating said changing and maintaining, until a desired number of capacitors in the capacitor bank are activated, wherein a length of the period of time is varied over repetitions of said maintaining. ramping the switched capacitor power amplifier, said ramping being performed by: changing a number of capacitors in the capacitor bank being activated; maintaining the number of capacitors in the changing a number of capacitors in the capacitor bank being activated; maintaining the number of capacitors in the capacitor bank activated for a period of time between successive steps of changing the number of capacitors in the capacitor bank being activated; and repeating said changing and maintaining, until a desired number of capacitors in the capacitor bank are activated, wherein a length of the period of time is varied over repetitions of said maintaining.
A water-based adhesive composition, comprising: at least one interpolymer dispersed within an aqueous medium, the interpolymer comprising at least one unsaturated monomer including acrylates and at least one compound selected from the group consisting of at least one conjugated acid, at least one ester of a conjugated acid, and mixtures thereof; wherein the at least one conjugated acid is derived from tung oil; wherein the at least one ester is tung oil; and wherein the at least one compound comprises from 0.01 to 5 percent by weight of the interpolymer. at least one interpolymer dispersed within an aqueous medium, the interpolymer comprising at least one unsaturated monomer including acrylates and at least one compound selected from the group consisting of at least one conjugated acid, at least one ester of a conjugated acid, and mixtures thereof; wherein the at least one conjugated acid is derived from tung oil; wherein the at least one ester is tung oil; and wherein the at least one compound comprises from 0.01 to 5 percent by weight of the interpolymer.
A fuel cell assembly with a membrane electrode assembly , which comprises a membrane and a first electrode that is arranged on a first side of the membrane and to which a first gas diffusion layer is associated, whereas the membrane electrode assembly comprises a second electrode that is arranged on a second side opposite the first side , whereas the second electrode is associated with a second gas diffusion layer , and with a frame , whereas on an edge region of the membrane electrode assembly , the membrane electrode assembly is directly connected to the frame at least in certain regions via an adhesive layer , characterized in that the adhesive layer penetrates the first electrode , whereas the membrane is directly connected to the frame by virtue of this penetration, and that the adhesive layer comprises a first binding portion , which binds the membrane of the membrane electrode assembly at the edge region to the frame , and a second binding portion , which binds the membrane of the membrane electrode assembly at the edge region to the second gas diffusion layer .
A Hall sensor integrated circuit, IC, for a camera system , the Hall sensor IC comprising: at least three Hall sensors spaced apart from each other in a non-aligned configuration, and configured to measure a magnetic field generated by one magnet at a position of the one magnet arranged in the camera system, wherein the one magnet is arranged inside a housing and facing the Hall sensor IC, and wherein one of the Hall sensor IC and the one magnet is arranged on a first inner side of the housing and the other one of the Hall sensor IC and the one magnet is arranged on a first side of a lens module facing the first inner side of the housing; a control unit configured to control Hall sensor IC to determine the position of the one magnet based on a combination of the magnetic fields measured by the at least three Hall sensors at each position of the at least three Hall sensors , wherein the combination is based on each position of the at least three Hall sensor ; and a memory in communication with Hall sensor IC configured to store information required to obtain the position of the one magnet , wherein the control unit determines the position of the one magnet based on the combination of the magnetic fields measured by the at least three Hall sensors , wherein a distance between an edge of the one magnet closest to the Hall sensor IC and the Hall sensor IC is not greater than 2 millimetres. at least three Hall sensors spaced apart from each other in a non-aligned configuration, and configured to measure a magnetic field generated by one magnet at a position of the one magnet arranged in the camera system, wherein the one magnet is arranged inside a housing and facing the Hall sensor IC, and wherein one of the Hall sensor IC and the one magnet is arranged on a first inner side of the housing and the other one of the Hall sensor IC and the one magnet is arranged on a first side of a lens module facing the first inner side of the housing; a control unit configured to control Hall sensor IC to determine the position of the one magnet based on a combination of the magnetic fields measured by the at least three Hall sensors at each position of the at least three Hall sensors , wherein the combination is based on each position of the at least three Hall sensor ; and a memory in communication with Hall sensor IC configured to store information required to obtain the position of the one magnet , wherein the control unit determines the position of the one magnet based on the combination of the magnetic fields measured by the at least three Hall sensors , wherein a distance between an edge of the one magnet closest to the Hall sensor IC and the Hall sensor IC is not greater than 2 millimetres.
A consumable polymeric based powder mixture, the mixture comprising a plurality of polymeric based particles, wherein at least 80% of the plurality of polymeric based particles have a generally cylindrical shape and wherein the plurality of polymeric based particles have a particle length distribution span (PLDS) of not greater than 1.2, where PLDS is equal to (L 80 - L 20 )/L 50 , determined as described in the description.
A method of disengaging an axle disconnect system , which comprises: providing an actuator comprising: a coil having a plurality of copper windings, a housing at least partially surrounding said coil , an armature slidably disposed within said housing and said coil , wherein said actuator includes a first axial position of said armature and a second axial position of said armature , a magnetic circuit comprising at least one of said housing and said armature , and applying a current to said coil , whereby said armature is actuated from said first axial position to said second axial position; developing an uninterrupted magnetic flux through said magnetic circuit, ceasing flow of said current to said coil ; maintaining said armature in said second axial position via said uninterrupted magnetic flux; and applying an alternating current having decreasing amplitude over time to said coil such that said magnetic flux through said magnetic circuit is decreased. providing an actuator comprising: a coil having a plurality of copper windings, a housing at least partially surrounding said coil , an armature slidably disposed within said housing and said coil , wherein said actuator includes a first axial position of said armature and a second axial position of said armature , a magnetic circuit comprising at least one of said housing and said armature , and a coil having a plurality of copper windings, a housing at least partially surrounding said coil , an armature slidably disposed within said housing and said coil , wherein said actuator includes a first axial position of said armature and a second axial position of said armature , a magnetic circuit comprising at least one of said housing and said armature , and applying a current to said coil , whereby said armature is actuated from said first axial position to said second axial position; developing an uninterrupted magnetic flux through said magnetic circuit, ceasing flow of said current to said coil ; maintaining said armature in said second axial position via said uninterrupted magnetic flux; and applying an alternating current having decreasing amplitude over time to said coil such that said magnetic flux through said magnetic circuit is decreased.
A straddled vehicle comprising: an internal combustion engine ; an exhaust pipe connected to the internal combustion engine ; a silencer disposed rearward of the exhaust pipe and connected to the exhaust pipe ; a fan disposed outward of the internal combustion engine in a vehicle width direction; a fan cover disposed outward of the fan in the vehicle width direction and having an opening ; a silencer cover disposed outward of the silencer in the vehicle width direction; an oxygen sensor including a sensor element disposed inside the exhaust pipe , a heater that heats the sensor element , and a cylindrical case located outside the exhaust pipe , the oxygen sensor being attached to the exhaust pipe ; and a sensor cover integrally formed with the fan cover , located outward of the oxygen sensor in the vehicle width direction, overlapping at least a portion of the cylindrical case of the oxygen sensor in a vehicle side view, and extending outward in the vehicle width direction and rearward in a vehicle fore-and-aft direction, wherein the silencer cover has a front portion located outward of the oxygen sensor in the vehicle width direction and extending outward in the vehicle width direction and rearward in the vehicle fore-and-aft direction, and in a vehicle plan view, a distance (ΔA) between a rear end of the sensor cover and a front end of the front portion of the silencer cover in the vehicle fore-and-aft direction is smaller than a distance (ΔB) between a rear end of the fan cover and a front end of the silencer . an internal combustion engine ; an exhaust pipe connected to the internal combustion engine ; a silencer disposed rearward of the exhaust pipe and connected to the exhaust pipe ; a fan disposed outward of the internal combustion engine in a vehicle width direction; a fan cover disposed outward of the fan in the vehicle width direction and having an opening ; a silencer cover disposed outward of the silencer in the vehicle width direction; an oxygen sensor including a sensor element disposed inside the exhaust pipe , a heater that heats the sensor element , and a cylindrical case located outside the exhaust pipe , the oxygen sensor being attached to the exhaust pipe ; and a sensor cover integrally formed with the fan cover , located outward of the oxygen sensor in the vehicle width direction, overlapping at least a portion of the cylindrical case of the oxygen sensor in a vehicle side view, and extending outward in the vehicle width direction and rearward in a vehicle fore-and-aft direction, wherein the silencer cover has a front portion located outward of the oxygen sensor in the vehicle width direction and extending outward in the vehicle width direction and rearward in the vehicle fore-and-aft direction, and in a vehicle plan view, a distance (ΔA) between a rear end of the sensor cover and a front end of the front portion of the silencer cover in the vehicle fore-and-aft direction is smaller than a distance (ΔB) between a rear end of the fan cover and a front end of the silencer .
Pitch bearing comprising at least two rings , each of the at least two rings being adapted to be attached to a wind turbine component , being a first wind turbine component a blade and a second wind turbine component a hub , and further comprising at least one bearing reinforcement attached to at least one of the two rings ; wherein the at least one bearing reinforcement comprises a bearing reinforcement thickness (RT) that is variable along a circumferential direction of the pitch bearing , wherein the at least one bearing reinforcement comprises two ends and a central part disposed between the ends in a circumferential direction of the pitch bearing wherein the bearing reinforcement thickness (RT) of the at least one bearing reinforcement is variable along the circumferential direction of the pitch bearing from the ends towards the central part of the at least one bearing reinforcement , characterized in that the at least one bearing reinforcement is attached to at least one of the two rings such that, in use, the at least one of the two rings is disposed, along the axial direction of the pitch bearing , between the at least one bearing reinforcement and the wind turbine component to which the at least one of the two rings is attached.
A head-mounted display (HMD) apparatus comprising: a head attachment unit comprising a first attachment member configured to attach the HMD to a user's head when the HMD is worn by the user and a first element having an adjustable weight distribution; and an adjustment unit configured to adjust a distribution of the weight of the HMD based on stored user profile information associated with the user, wherein the adjustment unit is configured to adjust the weight distribution of the first element of the HMD based on the user profile information by adjusting a configuration of one or more mobile components of the first element without adjusting a position or an orientation of the first element with respect to the HMD, wherein the user profile information comprises information indicative of one or more characteristics of the user comprising one or more from the list consisting of: a head size of the user; an average head movement of the user; and an average head orientation of the user, and the adjustment unit is configured to adjust the distribution of the weight of the first element of the HMD based on one or more of the characteristics of the user. a head attachment unit comprising a first attachment member configured to attach the HMD to a user's head when the HMD is worn by the user and a first element having an adjustable weight distribution; and an adjustment unit configured to adjust a distribution of the weight of the HMD based on stored user profile information associated with the user, wherein the adjustment unit is configured to adjust the weight distribution of the first element of the HMD based on the user profile information by adjusting a configuration of one or more mobile components of the first element without adjusting a position or an orientation of the first element with respect to the HMD, wherein the user profile information comprises information indicative of one or more characteristics of the user comprising one or more from the list consisting of: a head size of the user; an average head movement of the user; and an average head orientation of the user, and the adjustment unit is configured to adjust the distribution of the weight of the first element of the HMD based on one or more of the characteristics of the user. a head size of the user; an average head movement of the user; and an average head orientation of the user, and the adjustment unit is configured to adjust the distribution of the weight of the first element of the HMD based on one or more of the characteristics of the user.