mhurhangee/ep-ind-claims huggingface dataset:
A door and suspension mechanism assembly for use at or near an end of an elongated housing, said door and suspension mechanism assembly comprising a door, an elongated housing and a suspension mechanism allowing a linear movement of said door relative to said elongated housing and said suspension mechanism allowing a pivoting movement of said door relative to said elongated housing, wherein said suspension mechanism comprises a pivot hinge and a support arm (8,38), the support arm (8,38) having a variable length, the pivot hinge connecting said door pivotally to a first end of the support arm (8,38), the assembly being characterized in that said door comprises a part of one or more openings that allow one or more cables to extend from the outside into said elongated housing, said part of the openings of the door being configured to form, in a closed position of the door, a complete opening with another part of the openings provided at an edge of an opening around a cavity in the elongated housing wherein said one or more openings extend in the longtudinal direction of the elongated housing.
A method of wireless communication, the method comprising: selecting a precoder mode for a transmission; changing a cyclic prefix, CP length based on the selected precoder mode; and transmitting a signal that includes the changed CP length. selecting a precoder mode for a transmission; changing a cyclic prefix, CP length based on the selected precoder mode; and transmitting a signal that includes the changed CP length.
Steel substrate provided with a Zn-based corrosion resistant coating, characterized in that the Zn-based coating has a melting temperature above 600°C and wherein the Zn-based coating is a Zn-Sr coating with a Sr content in the range of 9 - 14 wt% or a Zn-Ca coating with a Ca content in the range of 5 - 24 wt%.
A conductive coating composition comprising a) a polyolefin copolymer resin comprising an olefin monomer and acrylic acid comonomer or (meth)acrylic acid comonomer; b) a plurality of anisotropic nanoparticles; and c) at least one solvent. a) a polyolefin copolymer resin comprising an olefin monomer and acrylic acid comonomer or (meth)acrylic acid comonomer; b) a plurality of anisotropic nanoparticles; and c) at least one solvent.
A method of providing a set of feature descriptors configured to be used in matching at least one feature of an object in an image of a camera, comprising the steps of: a) providing at least two images of a first object or of multiple instances of a first object, wherein the multiple instances provide different appearances or different versions of an object, b) extracting features from the at least two images, c) storing at least one descriptor for each of the extracted features in a first set of descriptors, d) generating a second set of descriptors, wherein generating the second set of descriptors comprises: e) matching each descriptor of the first set of descriptors against at least each other descriptor of the first set of descriptors, f) computing a score parameter for each descriptor of the first set of descriptors based on the result of the matching process, g) selecting among the descriptors of the first set of descriptors at least one descriptor with a highest score parameter indicative of the highest number of matches in comparison with score parameters of other descriptors_of the first set of descriptors, h) adding the selected at least one descriptor to the second set of descriptors, i) reducing the score parameter of the selected at least one descriptor, and j) performing steps g), h), and i) again, and k) utilizing the second set of descriptors to identify the first object in an additional image. a) providing at least two images of a first object or of multiple instances of a first object, wherein the multiple instances provide different appearances or different versions of an object, b) extracting features from the at least two images, c) storing at least one descriptor for each of the extracted features in a first set of descriptors, d) generating a second set of descriptors, wherein generating the second set of descriptors comprises: e) matching each descriptor of the first set of descriptors against at least each other descriptor of the first set of descriptors, f) computing a score parameter for each descriptor of the first set of descriptors based on the result of the matching process, g) selecting among the descriptors of the first set of descriptors at least one descriptor with a highest score parameter indicative of the highest number of matches in comparison with score parameters of other descriptors_of the first set of descriptors, h) adding the selected at least one descriptor to the second set of descriptors, i) reducing the score parameter of the selected at least one descriptor, and j) performing steps g), h), and i) again, and k) utilizing the second set of descriptors to identify the first object in an additional image.
An antiplaque and desensitizing oral composition comprising: an active ingredient comprising a zinc citrate agent and a potassium citrate agent; and a copolymer of maleic anhydride and vinyl methyl ether, and a polyphosphate. an active ingredient comprising a zinc citrate agent and a potassium citrate agent; and a copolymer of maleic anhydride and vinyl methyl ether, and a polyphosphate.
A power tool, comprising: a main body housing comprising a power unit configured at a distance from a trimmer assembly by a support member having a support member axis; said trimmer assembly having a motor unit powered by said power unit and configured to drive a trimmer unit having a trimmer axle about which a trimmer head having at least one of a trimmer blade can be rotated by an operator to configure said at least one trimmer blade at a desired trimmer angle; and characterised in that: said motor unit and said trimmer unit are generally in balance with one another about the support member axis belonging to a balance plane; and said motor unit and trimmer unit are on opposing sides of the balance plane, wherein the balance plane is perpendicular to a trim plane of the at least one trimmer blade. a main body housing comprising a power unit configured at a distance from a trimmer assembly by a support member having a support member axis; said trimmer assembly having a motor unit powered by said power unit and configured to drive a trimmer unit having a trimmer axle about which a trimmer head having at least one of a trimmer blade can be rotated by an operator to configure said at least one trimmer blade at a desired trimmer angle; and characterised in that: said motor unit and said trimmer unit are generally in balance with one another about the support member axis belonging to a balance plane; and said motor unit and trimmer unit are on opposing sides of the balance plane, wherein the balance plane is perpendicular to a trim plane of the at least one trimmer blade. said motor unit and said trimmer unit are generally in balance with one another about the support member axis belonging to a balance plane; and said motor unit and trimmer unit are on opposing sides of the balance plane, wherein the balance plane is perpendicular to a trim plane of the at least one trimmer blade.
A method for determining the wear rate of a spark plug electrode of an ignition system, the method comprising: determining a risetime number indicating a time required for raising a primary current and hence an ignition energy which is supplied to an ignition coil of the spark plug from an inactive level to a predetermined level, determining an operating condition indicator indicating an operating condition of the ignition system, and determining a first spark plug state indicator indicating a state of the spark plug electrode at a first time instance and a second spark plug state indicator indicating a state of the spark plug electrode at a second time instance, wherein the first time instance and the second time instance are separated by a predetermined time interval and the spark plug state indicators are determined as values based on the determined risetime number and the determined operating condition indicator, characterized by the further step determining a wear rate of the spark plug electrode based on a difference of the first spark plug state indicator and the second spark plug state indicator, wherein the risetime number is determined based on a risetime mean value and a risetime standard deviation. determining a risetime number indicating a time required for raising a primary current and hence an ignition energy which is supplied to an ignition coil of the spark plug from an inactive level to a predetermined level, determining an operating condition indicator indicating an operating condition of the ignition system, and determining a first spark plug state indicator indicating a state of the spark plug electrode at a first time instance and a second spark plug state indicator indicating a state of the spark plug electrode at a second time instance, wherein the first time instance and the second time instance are separated by a predetermined time interval and the spark plug state indicators are determined as values based on the determined risetime number and the determined operating condition indicator, characterized by the further step determining a wear rate of the spark plug electrode based on a difference of the first spark plug state indicator and the second spark plug state indicator, wherein the risetime number is determined based on a risetime mean value and a risetime standard deviation.
An emergency lighting arrangement for an aircraft with an onboard power system, at least one emergency light with at least one respective emergency light source for a failure of the onboard power system, at least one capacitor for storing power for the at least one emergency light so that it can be operated for a specified time period, and a control means in each emergency light, which is connected to the at least one emergency light source, to the onboard power system, and to the at least one capacitor and which, in the event of a failure of the onboard power system, connects the at least one emergency light source to the at least one capacitor, characterized in that the emergency lighting arrangement has a plurality of light sources for normal operation and that the control means - during normal operation of the onboard power system, connects the light sources for normal operation to the onboard power system and maintains the at least one capacitor in a charged state, and - when the onboard power system resumes operation, recharges the at least one capacitor by means of a charging voltage from the onboard power system so that the onboard power system is not overloaded. - during normal operation of the onboard power system, connects the light sources for normal operation to the onboard power system and maintains the at least one capacitor in a charged state, and - when the onboard power system resumes operation, recharges the at least one capacitor by means of a charging voltage from the onboard power system so that the onboard power system is not overloaded.
A method performed by at least one processor, comprising: determining, based on a relationship between a baseline condition and measurement data from a sensor, a load status of a platform, wherein the baseline condition is a condition that indicates a specific load status of the moveable platform; responsive to the determining that the load status specifies that the platform is empty, refining the baseline condition based on the measurement data from the sensor using a baseline estimator to produce a refined baseline condition; responsive to determining that the load status specifies that the platform is not empty, declining to refine the baseline condition using the baseline estimator, and determining, based on further measurement data and the refined baseline condition, a further load status of the platform. determining, based on a relationship between a baseline condition and measurement data from a sensor, a load status of a platform, wherein the baseline condition is a condition that indicates a specific load status of the moveable platform; responsive to the determining that the load status specifies that the platform is empty, refining the baseline condition based on the measurement data from the sensor using a baseline estimator to produce a refined baseline condition; responsive to determining that the load status specifies that the platform is not empty, declining to refine the baseline condition using the baseline estimator, and determining, based on further measurement data and the refined baseline condition, a further load status of the platform.
An exhaust device of an internal combustion engine provided with a plurality of cylinders (#1, #2, #3; #1, #2, #3, #4) arranged in a straight line, exhaust ports (9a, 9b) of a pair of cylinders (#1, #3; #1, #4) positioned at two ends and an exhaust port (9a, 9b) of a center cylinder (#2; #2, #3) positioned between the pair of cylinders (#1, #3; #1, #4) being merged at an exhaust merging portion formed in a cylinder head, and an exhaust outlet opening of the exhaust merging portion being formed on a cylinder head side wall positioned outside of the exhaust merging portion, wherein a sensor having a sensing part liable to be damaged by deposition of moisture is arranged at an exhaust inlet part of an exhaust flow passage connected to said exhaust outlet opening, and the exhaust device causes, in use, water droplets to be formed on an inner wall of the exhaust port (9a, 9b) of the center cylinder (#2; #2, #3) and to splash along an extended tubular shaped surface (Ya, Yb) of an opening part (Xa, Xb) of the exhaust port (9a, 9b) of the center cylinder (#2; #2, #3) to the exhaust merging portion, characterized in that the exhaust port (9a, 9b) of the center cylinder (#2; #2, #3) is formed so that the sensing part of the sensor is not contained in the extended tubular shaped surface (Ya, Yb) of the opening part (Xa, Xb) along which said water droplets splash in use.
A personal protective mask, comprising: a main body having a top end, a bottom end, an inside surface, an outside surface, a middle section, and an outer periphery; an adhesive material that is disposed along the inside surface of the body along the outer periphery; an expandable section, configured to transition between an expanded orientation and a contracted orientation, that is positioned along the middle section; characterized by at least one resilient retention member, disposed along the expandable section, configured such that the expandable section defaults to the contracted orientation in a resting state. a main body having a top end, a bottom end, an inside surface, an outside surface, a middle section, and an outer periphery; an adhesive material that is disposed along the inside surface of the body along the outer periphery; an expandable section, configured to transition between an expanded orientation and a contracted orientation, that is positioned along the middle section; characterized by at least one resilient retention member, disposed along the expandable section, configured such that the expandable section defaults to the contracted orientation in a resting state.
A camber control device, characterized by comprising: a body of a vehicle; a plurality of vehicle wheels (WLF, WRF, WLB, WRB) provided rotatable relative to the body; an actuator (31, 32, 33, 34), provided between a prescribed vehicle wheel among the vehicle wheels (WLF, WRF, WLB, WRB) and the body, for applying and canceling application of a camber angle to the prescribed vehicle wheel; first actuator drive processing means for applying the camber angle to the prescribed vehicle wheel by driving the actuator (31, 31, 33, 34) if a camber angle application condition is established; and second actuator drive processing means for canceling the camber angle applied to the prescribed vehicle wheel by driving the actuator (31, 31, 33, 34) if a camber angle application cancellation condition is established, characterized in that an actuation speed for driving the actuator (31, 31, 33, 34) by the first actuator drive processing means is higher than an actuation speed for driving the actuator by the second actuator drive processing means. a body of a vehicle; a plurality of vehicle wheels (WLF, WRF, WLB, WRB) provided rotatable relative to the body; an actuator (31, 32, 33, 34), provided between a prescribed vehicle wheel among the vehicle wheels (WLF, WRF, WLB, WRB) and the body, for applying and canceling application of a camber angle to the prescribed vehicle wheel; first actuator drive processing means for applying the camber angle to the prescribed vehicle wheel by driving the actuator (31, 31, 33, 34) if a camber angle application condition is established; and second actuator drive processing means for canceling the camber angle applied to the prescribed vehicle wheel by driving the actuator (31, 31, 33, 34) if a camber angle application cancellation condition is established, characterized in that an actuation speed for driving the actuator (31, 31, 33, 34) by the first actuator drive processing means is higher than an actuation speed for driving the actuator by the second actuator drive processing means.
A bulk coin dispenser 101, comprising: a base 214 containing drive and control electronics 411; and a coin bin 201 mounted on and removable from the base, the coin bin configured to hold nonaligned coins and urge the coins toward an outlet, the bin including a rotor assembly 205 secured to the bin at the outlet and remaining secured to the coin bin when the coin bin is removed from the base, the rotor assembly configured to selectively pass coins from the coin bin through a coin discharge slot 211 by rotation of a member 210 within the rotor assembly., the coin discharge slot formed by a portion of the base and a portion of the rotor assembly, wherein a change of an angular position of the rotor assembly relative to the base before it is mounted thereon changes the size of the coin discharge slot, and wherein the coin bin may be removed from the base while retaining coins therein. a base 214 containing drive and control electronics 411; and a coin bin 201 mounted on and removable from the base, the coin bin configured to hold nonaligned coins and urge the coins toward an outlet, the bin including a rotor assembly 205 secured to the bin at the outlet and remaining secured to the coin bin when the coin bin is removed from the base, the rotor assembly configured to selectively pass coins from the coin bin through a coin discharge slot 211 by rotation of a member 210 within the rotor assembly., the coin discharge slot formed by a portion of the base and a portion of the rotor assembly, wherein a change of an angular position of the rotor assembly relative to the base before it is mounted thereon changes the size of the coin discharge slot, and wherein the coin bin may be removed from the base while retaining coins therein.
An electrochemical device comprising: a positive electrode having a positive electrode material layer containing a conductive polymer doped with a first anion and a second anion; a negative electrode having a negative electrode material layer storing and releasing lithium ions; and a nonaqueous electrolytic solution having lithium ionic conductivity, wherein: the second anion is more easily dedoped from the conductive polymer than the first anion, characterised in that, at an end period of charge of the electrochemical device, a number of moles M1 of the first anion and a number of moles M2 of the second anion respectively doped in the conductive polymer satisfy a relationship of M1 < M2, and at an end period of discharge of the electrochemical device, a number of moles M3 of the first anion and a number of moles M4 of the second anion respectively doped in the conductive polymer satisfy a relationship of M3 > M4. a positive electrode having a positive electrode material layer containing a conductive polymer doped with a first anion and a second anion; a negative electrode having a negative electrode material layer storing and releasing lithium ions; and a nonaqueous electrolytic solution having lithium ionic conductivity, wherein: the second anion is more easily dedoped from the conductive polymer than the first anion, characterised in that, at an end period of charge of the electrochemical device, a number of moles M1 of the first anion and a number of moles M2 of the second anion respectively doped in the conductive polymer satisfy a relationship of M1 < M2, and at an end period of discharge of the electrochemical device, a number of moles M3 of the first anion and a number of moles M4 of the second anion respectively doped in the conductive polymer satisfy a relationship of M3 > M4. at an end period of charge of the electrochemical device, a number of moles M1 of the first anion and a number of moles M2 of the second anion respectively doped in the conductive polymer satisfy a relationship of M1 < M2, and at an end period of discharge of the electrochemical device, a number of moles M3 of the first anion and a number of moles M4 of the second anion respectively doped in the conductive polymer satisfy a relationship of M3 > M4.
Multiphase rotating electrical machine having a rotor, which rotates about an axis and is surrounded concentrically by a stator having a stator winding inserted into a stator body, the stator winding comprising, in a concentric arrangement, a lower layer, which is more remote from the axis, and an upper layer, which is closer to the axis, of axially extending winding bars, which emerge from the stator body at the ends of the stator and are arranged, within an end winding, with their bar ends, on two concentric circles in pairs one above the other in the radial direction, wherein the winding bars of a pair run substantially parallel to one another within the end winding, characterized in that, in those winding bars of a pair which belong to different phases within a phase segregation, radial splaying of the bar ends is provided so as to increase the radial distance between the different phases, which the radial splaying is brought about by an edgewise bend at the bar end of the winding bars of a pair.
A non-aqueous electrolyte secondary battery, comprising: a wound electrode assembly in which a band-shaped positive electrode and a band-shaped negative electrode are wound with a separator interposed therebetween; and a metallic exterior housing body that houses the electrode assembly, wherein the positive electrode or the negative electrode is exposed on an outermost circumference surface of the electrode assembly, and a fixing tape having a substrate layer and an adhesive layer is attached to the positive electrode or the negative electrode by means of the adhesive layer; the fixing tape is attached so as to cover at least a part of a winding terminal end part of the positive electrode or the negative electrode exposed on the outermost circumference surface of the electrode assembly; and the substrate layer has a surface roughness (Sa) of 40 μm or more on a region having a width of at least 1 mm from the end part, where the surface roughness is defined by ISO25178. a wound electrode assembly in which a band-shaped positive electrode and a band-shaped negative electrode are wound with a separator interposed therebetween; and a metallic exterior housing body that houses the electrode assembly, wherein the positive electrode or the negative electrode is exposed on an outermost circumference surface of the electrode assembly, and a fixing tape having a substrate layer and an adhesive layer is attached to the positive electrode or the negative electrode by means of the adhesive layer; the fixing tape is attached so as to cover at least a part of a winding terminal end part of the positive electrode or the negative electrode exposed on the outermost circumference surface of the electrode assembly; and the substrate layer has a surface roughness (Sa) of 40 μm or more on a region having a width of at least 1 mm from the end part, where the surface roughness is defined by ISO25178.