mhurhangee/patent-ind-claim-en huggingface dataset:
Method for track position improvement using a rail tamping machine which can travel on a track and is fitted with a three-point-operating measuring system having three measuring carriages (A, B, C) and a chord tensioned therebetween, with a tamping unit , with a lifting and lining unit for tracks and in particular with an odometer, wherein the position of the track is recorded by a measuring system after the track tamping machine has done its correcting work, and wherein a computer (R) calculates the difference between a preset track target position and an actual position recorded by the measuring system, a residual error (K h ), characterised in that the position of the rear chord end on the rear measuring carriage (C) of the track tamping machine of the three-point-operating measuring system is continually corrected in such a way that the rear chord end is guided on the measuring carriage (C) at the track target position .
A floating rotating structure, comprising: a first hinge , wherein the first hinge has a penetrating first matching groove ; a second hinge , wherein a top of the second hinge has a matching portion placed in the first matching groove , a limiting structure provided between the first matching groove and the matching portion for preventing relative rotation is separable along a central axis of the first matching groove , and the matching portion is provided with a first central hole that penetrates to a bottom of the second hinge ; and an elastic member , wherein the elastic member penetrates the first matching groove and the first central hole of the second hinge , and two ends of the elastic member are configured to be pressed against two external components connected to the first hinge and the second hinge respectively. a first hinge , wherein the first hinge has a penetrating first matching groove ; a second hinge , wherein a top of the second hinge has a matching portion placed in the first matching groove , a limiting structure provided between the first matching groove and the matching portion for preventing relative rotation is separable along a central axis of the first matching groove , and the matching portion is provided with a first central hole that penetrates to a bottom of the second hinge ; and an elastic member , wherein the elastic member penetrates the first matching groove and the first central hole of the second hinge , and two ends of the elastic member are configured to be pressed against two external components connected to the first hinge and the second hinge respectively.
Probe for an overfill prevention system for tanks for transport of liquid fuels, comprising a level detector mounted on a support that is fixed on the tank (C) so that the detector is placed in the tank at a maximum permissible filling height involving a measuring sensor capable of providing a redundant level measurement, the sensor comprising at least one measuring assembly, each measuring assembly including at least two sets of electrodes , separated in pairs and defining detection zones (Z1, Z2) characterized in that the level detector includes means for measuring the dielectric permittivity of the fluid between the electrodes, the dielectric permittivity measuring means being capable of measuring the dielectric permittivity between the electrodes independently for each detection zone, and the sets of electrodes being separated by a common separating electrode .
Resetting apparatus for a steering-column switch device of a motor vehicle, having a triggering element by means of which an actuating lever of the steering-column switch device can be moved from an actuated position to an initial position, having an intermediate piece on which the triggering element is mounted so as to be pivotable about a pivot axis between an inoperative position and a triggering position in which the actuating lever can be moved to the initial position, wherein the triggering element is also mounted on the intermediate piece so as to be displaceable in a sliding direction perpendicular to the pivot axis , having a spring element for generating a spring force which acts parallel to the sliding direction and with which the triggering element is arranged under preload on the intermediate piece , and having a switch override protection device with at least one switch override spring which, in a switch override situation, permits a movement of the intermediate piece relative to the actuating lever , wherein the at least one switch override spring and the spring element are arranged next to one another in a direction perpendicular to the sliding direction , characterized in that the at least one switch override spring and the spring element are arranged parallel and next to one another.
A method performed by battery charger configured to charge a vehicle battery, the method comprising: initiating, at a first point in time (t_Bulk_Start), charging of the battery in a bulk charging mode, determining, at a second point in time (t_Bulk_End) subsequent to the first point in time (t_Bulk_Start), that the charging of the battery in the bulk charging mode is completed, estimating, at the second point in time (t_Bulk_End), a state of charge of the battery at the first point in time (t_Bulk_Start) when the charging of the battery in a bulk charging mode was initiated, initiating charging of the battery in a subsequent charging mode using the estimated state of charge (SoC_Bulk_Start), wherein the subsequent charging mode is selected from an absorption charging mode and a float charging mode, wherein initiating charging of the battery in a subsequent charging mode comprises: initiating charging of the battery in an absorption charging mode if the estimated state of charge (SoC_Bulk_Start) is less than a state of charge threshold (SoC_Lim), initiating charging of the battery in a float charging mode if the estimated state of charge (SoC_Bulk_Start) is equal to or greater than the state of charge threshold (SoC_Lim). initiating, at a first point in time (t_Bulk_Start), charging of the battery in a bulk charging mode, determining, at a second point in time (t_Bulk_End) subsequent to the first point in time (t_Bulk_Start), that the charging of the battery in the bulk charging mode is completed, estimating, at the second point in time (t_Bulk_End), a state of charge of the battery at the first point in time (t_Bulk_Start) when the charging of the battery in a bulk charging mode was initiated, initiating charging of the battery in a subsequent charging mode using the estimated state of charge (SoC_Bulk_Start), wherein the subsequent charging mode is selected from an absorption charging mode and a float charging mode, wherein initiating charging of the battery in a subsequent charging mode comprises: initiating charging of the battery in an absorption charging mode if the estimated state of charge (SoC_Bulk_Start) is less than a state of charge threshold (SoC_Lim), initiating charging of the battery in a float charging mode if the estimated state of charge (SoC_Bulk_Start) is equal to or greater than the state of charge threshold (SoC_Lim). initiating charging of the battery in an absorption charging mode if the estimated state of charge (SoC_Bulk_Start) is less than a state of charge threshold (SoC_Lim), initiating charging of the battery in a float charging mode if the estimated state of charge (SoC_Bulk_Start) is equal to or greater than the state of charge threshold (SoC_Lim).
A capacitive device, comprising: a first plurality of conductive plates coupled to a first node in a common package ; a second plurality of conductive plates coupled to a second node in the common package ; and a third plurality of conductive plates coupled to a third node in the common package ; wherein at least a first conductive plate of the first plurality of conductive plates is arranged between at least a first conductive plate of the second plurality of conductive plates and at least a first conductive plate of the third plurality of conductive plates ; characterized in that a dielectric material is included both between the first conductive plate of the first plurality of conductive plates and the first conductive plate of the second plurality of conductive plates , and between the first conductive plate of the first plurality of conductive plates and the first conductive plate of the third plurality of conductive plates ; and wherein the dielectric material includes at least a first dielectric material configured to shrink responsive to a negative voltage level change and expand responsive to a positive voltage level change, and a second dielectric material configured to shrink responsive to a positive voltage level change and expand responsive to a negative voltage level change. a first plurality of conductive plates coupled to a first node in a common package ; a second plurality of conductive plates coupled to a second node in the common package ; and a third plurality of conductive plates coupled to a third node in the common package ; wherein at least a first conductive plate of the first plurality of conductive plates is arranged between at least a first conductive plate of the second plurality of conductive plates and at least a first conductive plate of the third plurality of conductive plates ; characterized in that a dielectric material is included both between the first conductive plate of the first plurality of conductive plates and the first conductive plate of the second plurality of conductive plates , and between the first conductive plate of the first plurality of conductive plates and the first conductive plate of the third plurality of conductive plates ; and wherein the dielectric material includes at least a first dielectric material configured to shrink responsive to a negative voltage level change and expand responsive to a positive voltage level change, and a second dielectric material configured to shrink responsive to a positive voltage level change and expand responsive to a negative voltage level change.
A combined approach lamp and logo lamp apparatus for use in an external rear view assembly comprising at least one aperture , the apparatus comprising: a housing comprising a rear view face and a front face with the at least one aperture ; a printed circuit board (PCB) mounted adjacent the rear face , the printed circuit board further comprising a power connector and an electronic circuit ; a first light source mounted in a first location on the printed circuit board and a second light source mounted in a second location on the printed circuit board ; and a transparent lens component comprising a first lens portion and a second lens portion , wherein the housing and the lens component are formed, preferably as a two component moulded part, such that the first lens potion is orientated to focus light from the first light source and the second lens portion is orientated to focus light from the second light source via an optical assembly comprising a logo element , and with, in use, the housing being mounted so that the first lens portion and the second lens portion are adjacent the at least one aperture in the side mirror housing , characterized in that the PCB comprises the first light source and the second light source , and the first lens portion is angled relative to a plane containing the PCB surface so that the distance from the first light source to an outer surface of the first lens portion is less than the distance from the second light source to an outer surface of the second lens portion . a housing comprising a rear view face and a front face with the at least one aperture ; a printed circuit board (PCB) mounted adjacent the rear face , the printed circuit board further comprising a power connector and an electronic circuit ; a first light source mounted in a first location on the printed circuit board and a second light source mounted in a second location on the printed circuit board ; and a transparent lens component comprising a first lens portion and a second lens portion , wherein the housing and the lens component are formed, preferably as a two component moulded part, such that the first lens potion is orientated to focus light from the first light source and the second lens portion is orientated to focus light from the second light source via an optical assembly comprising a logo element , and with, in use, the housing being mounted so that the first lens portion and the second lens portion are adjacent the at least one aperture in the side mirror housing , characterized in that the PCB comprises the first light source and the second light source , and the first lens portion is angled relative to a plane containing the PCB surface so that the distance from the first light source to an outer surface of the first lens portion is less than the distance from the second light source to an outer surface of the second lens portion .
Motor-vehicle body-structure subassembly , comprising: - a metal body-structure portion forming a frame , - a molded part that defines a bearing surface of the tray or floor type and is configured to be fitted on the frame so as to be surrounded by the frame , the molded part comprising: - a central bearing surface , - a substantially flat supporting contour surrounding the central bearing surface , level with the central bearing surface or above the central bearing surface, characterized in that the supporting contour of the molded part is passed through by a series of fitting orifices formed during the molding of the part, the fitting orifices passing right through the thickness (Z) of the supporting contour , the fitting orifices having an elongate shape in the plane of the supporting contour and being dimensioned such that a central portion of each orifice has a sufficient width (d1) for welding together two sheets of the frame that are mutually superposed and superposed on the supporting contour . - a metal body-structure portion forming a frame , - a molded part that defines a bearing surface of the tray or floor type and is configured to be fitted on the frame so as to be surrounded by the frame , the molded part comprising: - a central bearing surface , - a substantially flat supporting contour surrounding the central bearing surface , level with the central bearing surface or above the central bearing surface, characterized in that the supporting contour of the molded part is passed through by a series of fitting orifices formed during the molding of the part, the fitting orifices passing right through the thickness (Z) of the supporting contour , the fitting orifices having an elongate shape in the plane of the supporting contour and being dimensioned such that a central portion of each orifice has a sufficient width (d1) for welding together two sheets of the frame that are mutually superposed and superposed on the supporting contour .
A composition capable of editing a PMP22 gene in a cell, comprising: a Cas9 protein originated from Streptococcus pyogenes, or a nucleic acid encoding the Cas9 protein; and a guide RNA or a nucleic acid encoding the guide RNA, wherein the guide RNA is in the form of chimeric single stranded RNA (sgRNA), wherein the guide RNA is capable of targeting a sequence of SEQ ID NOs: 14 to 17, which is a TATA-box site of a human PMP22 gene. a Cas9 protein originated from Streptococcus pyogenes, or a nucleic acid encoding the Cas9 protein; and a guide RNA or a nucleic acid encoding the guide RNA, wherein the guide RNA is in the form of chimeric single stranded RNA (sgRNA), wherein the guide RNA is capable of targeting a sequence of SEQ ID NOs: 14 to 17, which is a TATA-box site of a human PMP22 gene.
A method for producing a metal ingot by using an electron-beam melting furnace having an electron gun capable of controlling a radiation position of an electron beam and a hearth that accumulates a molten metal of a metal raw material , the metal ingot containing 50% by mass or more in total of at least one metallic element selected from a group consisting of titanium, tantalum, niobium, vanadium, molybdenum and zirconium, wherein: among a plurality of side walls of the hearth that accumulates the molten metal of the metal raw material , a first side wall is a side wall provided with a lip portion for causing the molten metal in the hearth to flow out into a mold , and a second side wall is at least one of the side walls other than the first side wall ; the metal raw material is supplied to a position on a supply line that is disposed along an inside face of the second side wall on a surface of the molten metal ; a first electron beam is radiated along a first irradiation line , the first irradiation line being disposed along the supply line and being closer to a central part of the hearth relative to the supply line on the surface of the molten metal ; and the radiation of the first electron beam along the first irradiation line increases a surface temperature (T2) of the molten metal at the first irradiation line above an average surface temperature (T0) of the entire surface of the molten metal in the hearth , and forms, in an outer layer of the molten metal , a first molten metal flow from the first irradiation line toward the supply line . among a plurality of side walls of the hearth that accumulates the molten metal of the metal raw material , a first side wall is a side wall provided with a lip portion for causing the molten metal in the hearth to flow out into a mold , and a second side wall is at least one of the side walls other than the first side wall ; the metal raw material is supplied to a position on a supply line that is disposed along an inside face of the second side wall on a surface of the molten metal ; a first electron beam is radiated along a first irradiation line , the first irradiation line being disposed along the supply line and being closer to a central part of the hearth relative to the supply line on the surface of the molten metal ; and the radiation of the first electron beam along the first irradiation line increases a surface temperature (T2) of the molten metal at the first irradiation line above an average surface temperature (T0) of the entire surface of the molten metal in the hearth , and forms, in an outer layer of the molten metal , a first molten metal flow from the first irradiation line toward the supply line .
An electro heating apparatus configured to cook döner kebab, the apparatus comprising; an insulating support onto which the shaped döner meat can be stacked on; electrodes; and connection cables which provide suitable voltage to be given to the electrodes , the apparatus being characterized in that the electrodes are two nested ring-shaped electrodes suitable to be placed on opposite top and bottom surfaces of the döner meat to enable to heat the desired section of the döner meat, wherein each of the nested ringshaped electrodes comprises an outermost electrode and inner electrodes, the outermost electrodes being configured to be located on the opposite outermost bottom and top sections of the döner meat and the inner electrodes being configured to be located on opposite inner bottom and top sections of the döner meat, and wherein the apparatus is configured to provide a current to the outermost electrodes located on the opposite outermost bottom and top sections when they are in contact with said döner meat, and to cut off the current from the outermost electrodes located on the opposite outermost bottom and top sections and allow a current to pass through the inner opposite electrodes when the outermost electrodes located on the opposite outermost bottom and top sections no longer contact the döner meat allowing gradual cooking of the döner meat with an ohmic method starting from the surface of said meat.
A micropump for delivery of a fluid, comprising: - a body comprising a metering chamber for receiving the fluid and a groove ; - a capillary for delivering the fluid into the metering chamber ; - a nozzle attached downstream of the metering chamber for delivering the fluid from the metering chamber therethrough; - a piston operable to move axially inside the metering chamber and having a piston face at a first end of the piston , wherein an axial movement of the piston face along a path between a second end and a first end of the metering chamber delivers the fluid through the nozzle ; wherein the groove radially surrounds the piston and has a common axis with the piston , wherein the groove comprises a sealing ring , wherein the axial size of the groove is greater than the axial size of the sealing ring so that the sealing ring is operable to move axially inside the groove based on the axial movement of the piston , and wherein the sealing ring is in contact with the piston and the body ; wherein the sealing ring comprises a rubber composition comprising: - hydrogenated nitrile butadiene rubber (HNBR), and - carbon black. - a body comprising a metering chamber for receiving the fluid and a groove ; - a capillary for delivering the fluid into the metering chamber ; - a nozzle attached downstream of the metering chamber for delivering the fluid from the metering chamber therethrough; - a piston operable to move axially inside the metering chamber and having a piston face at a first end of the piston , wherein an axial movement of the piston face along a path between a second end and a first end of the metering chamber delivers the fluid through the nozzle ; wherein the groove radially surrounds the piston and has a common axis with the piston , wherein the groove comprises a sealing ring , wherein the axial size of the groove is greater than the axial size of the sealing ring so that the sealing ring is operable to move axially inside the groove based on the axial movement of the piston , and wherein the sealing ring is in contact with the piston and the body ; wherein the sealing ring comprises a rubber composition comprising: - hydrogenated nitrile butadiene rubber (HNBR), and - carbon black. wherein the groove radially surrounds the piston and has a common axis with the piston , wherein the groove comprises a sealing ring , wherein the axial size of the groove is greater than the axial size of the sealing ring so that the sealing ring is operable to move axially inside the groove based on the axial movement of the piston , and wherein the sealing ring is in contact with the piston and the body ; wherein the sealing ring comprises a rubber composition comprising: - hydrogenated nitrile butadiene rubber (HNBR), and - carbon black. - hydrogenated nitrile butadiene rubber (HNBR), and - carbon black.