mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling a pressure inside a fuel tank system on board a vehicle, the fuel tank system comprising a fuel tank and a venting circuit having at least one controllable pressure relief valve (43, 44), the vehicle comprising a source of energy adapted to activate said at least one pressure relief valve so as to move it from a closed position to a pressure relief position, wherein the method comprises: - detecting a key off event indicative of the vehicle shut-down; - determining an amount of energy available at the source of energy; - starting at least one pressure relief operation comprising the steps of: (i) verifying whether the amount of energy available is lower than a first predetermined threshold amount; (ii) if said verifying (i) is positive, activating said at least one pressure relief valve; - terminating said at least one pressure relief operation. - detecting a key off event indicative of the vehicle shut-down; - determining an amount of energy available at the source of energy; - starting at least one pressure relief operation comprising the steps of: (i) verifying whether the amount of energy available is lower than a first predetermined threshold amount; (ii) if said verifying (i) is positive, activating said at least one pressure relief valve; (i) verifying whether the amount of energy available is lower than a first predetermined threshold amount; (ii) if said verifying (i) is positive, activating said at least one pressure relief valve; - terminating said at least one pressure relief operation.
Treatment and/or coating apparatus comprising a treatment chamber, in which substrates 43/53/63 having a surface to be treated are arranged in at least one substrate holding system 3 placed inside of the chamber, wherein at least one source 5/45/55/65 for producing surface treatment agents is arranged in the interior of the chamber for carrying out one or more surface treatments on the substrates arranged in the holding system, wherein the substrate holding system comprises at least one shutter system 47/57/67 comprising at least one movable shutter element 1 to be arranged around of at least a portion of the holder system for shielding at least some of the substrates arranged in the holding system in such a manner that the surface of the shielded substrates cannot be treated during the execution of the one or more surface treatments or at least during a part of the execution of the one or more surface treatments because the movable shutter element interrupts at least partially or avoid completely the surface treatment of the shielded substrates, and wherein the at least one movable shutter element is a rotatable shutter element having a half tube form which allows covering at least an extension of 180° of the transversal section of the substrate holder system characterized in that: the holder system comprises more than one holder tree 3/41/51/61 and each holder tree comprises a shutter system, preferably four holder trees, wherein the holder trees are arranged in a carrousel 40/50/60 which is arranged in the middle of the treatment chamber and wherein: • the shutter system comprises two shutter elements, 1 and 1' each one of the shutter elements has a half tube form, and preferably each one of the shutter elements can cover an extension of 180 ° of the transversal section of the holder tree, so that it is possible to cover the holder tree completely, so that it is possible to cover 360 ° of the transversal section of the holder tree, and • the at least one source is an arc or sputtering target placed in a lateral area of the chamber, and • the holder tree can remain in front of the source and rotate on its own axis, such that the held substrates can be only temporarily in front of the target during the rotation of the holder tree. • the shutter system comprises two shutter elements, 1 and 1' each one of the shutter elements has a half tube form, and preferably each one of the shutter elements can cover an extension of 180 ° of the transversal section of the holder tree, so that it is possible to cover the holder tree completely, so that it is possible to cover 360 ° of the transversal section of the holder tree, and • the at least one source is an arc or sputtering target placed in a lateral area of the chamber, and • the holder tree can remain in front of the source and rotate on its own axis, such that the held substrates can be only temporarily in front of the target during the rotation of the holder tree.
A cosmetic composition for lightening a skin and/or hair of a subject, the composition comprising a lignin peroxidase, a hydrogen peroxide-producing enzyme, and a substrate of said hydrogen peroxide-producing enzyme, wherein said hydrogen peroxide-producing enzyme comprises glucose oxidase and said substrate comprises D-glucose, and wherein a concentration of said glucose oxidase is in a range of from 1.25 to 125 units/gram and a concentration of said D-glucose is in a range of from 0.175 μmole/gram to 17.5 μmole/gram.
A variable displacement bi-directional hydraulic motor comprising a rotatable member that has an axis of rotation and defines a plurality of cylinder bores, respective pistons received in said bores and a part defining a bearing surface that is engaged by respective bearing members carried at an end of the pistons that project from the cylinder bores, said part being mounted for pivoting movement about a pivot axis to allow a swash angle (α) of said bearing surface to be varied, whereby the displacement of the motor can be controllably varied and the direction of rotation of the motor can be changed and the arrangement being such that said bearing surface is inclined at an angle (β) in a plane perpendicular to the plane of said swash angle (α).
Process for the preparation of Latanoprostene bunod of formula which meets the following quality requirements: Latanoprostene bunod Related impurities (HPLC) 15S-Latanoprostene bunod ≤ 0.50 % 5,6-trans-Latanoprostene bunod ≤ 3.5 % Latanoprost ≤ 0.50 Latanoprost acid ≤ 0.50 % Non-identified impurities individually ≤ 0.10 % Non-identified impurities, total ≤ 0.30 % Sum of impurities ≤ 5.0 % characterized in that the crude Latanoprostene bunod of formula is purified by chromatography, applying normal phase gravity silica gel column chromatography, using as silica gel a.) normal phase, irregular silica gel of particle size 63-200 micron, or b.) normal phase spherical silica gel of particle size 50-150 micron, and as eluent, an eluent mixture consisting of an apolar solvent selected from straightor branched-chain aliphatic, cyclic or aromatic hydrocarbons, halogenated aliphatic hydrocarbons or ether-type solvents and a polar solvent selected from alcohol-, ester- or ketone-type solvent containing straight- or branched-chain alkyl group, and if desired, impurities arising from the eluents used for purification chromatography of compound of formula are removed by silica gel filtration chromatography. using as silica gel a.) normal phase, irregular silica gel of particle size 63-200 micron, or b.) normal phase spherical silica gel of particle size 50-150 micron, and a.) normal phase, irregular silica gel of particle size 63-200 micron, or b.) normal phase spherical silica gel of particle size 50-150 micron, and as eluent, an eluent mixture consisting of an apolar solvent selected from straightor branched-chain aliphatic, cyclic or aromatic hydrocarbons, halogenated aliphatic hydrocarbons or ether-type solvents and a polar solvent selected from alcohol-, ester- or ketone-type solvent containing straight- or branched-chain alkyl group, and if desired, impurities arising from the eluents used for purification chromatography of compound of formula are removed by silica gel filtration chromatography.
Driver device for driving and fastening a work piece inserted between two points, including a driver case which can be connected with a propulsion unit around an axis of rotation for propulsion, further including multiple drive elements, each of which is adjustably located in a drive element duct and which are meshable with an open driver end with a front side of a work piece or with an interim element that inserts into the front side, distinguished by the fact that the driver elements exhibit two separate driver element sections (36, 38) that are led along the leading axle within the driver element duct and which exhibit two contact surfaces (46, 48) facing each other that are slanted relative to the leading axle.
A medical tracking system comprising at least two sensor devices (1, 2) which are independently maneuverable and can be positioned in a fixed position relative to targets (10, 13, 15), characterized by each sensor device (1, 2) comprising a marker device (9, 14), an orientation sensor for determining sensor data and a camera (6, 7), the system further comprising a control unit configured to receive and combine the at least two sensor data of the at least two sensor devices (1, 2) in order to determine a relative position between at least two of the at least two sensor devices (1, 2) and configured to identify markers in the output image of the camera in order to determine the position of the marker.
A vehicle (100, 200, 300, 400), comprising: - a chassis (110, 210, 310, 410); - a gas storage tank (120, 220, 320, 420) for a gas; and - a first weighing device (140, 240, 340, 440) arranged between the chassis (110, 210, 310, 410) and the gas storage tank (120, 220, 320, 420) and connected to the chassis (110, 210, 310, 410) and the gas storage tank (120, 220, 320, 420), the first weighing device (140, 240, 340, 440) being configured to measure a force exerted by the gas storage tank (120, 220, 320, 420) on the first weighing device (140, 240, 340, 440); and - a bearing arrangement for the gas storage tank (120, 220, 320, 420) which is connected to the chassis (110, 210, 310, 410) and can be temporarily fixed and/or stiffened. - a chassis (110, 210, 310, 410); - a gas storage tank (120, 220, 320, 420) for a gas; and - a first weighing device (140, 240, 340, 440) arranged between the chassis (110, 210, 310, 410) and the gas storage tank (120, 220, 320, 420) and connected to the chassis (110, 210, 310, 410) and the gas storage tank (120, 220, 320, 420), the first weighing device (140, 240, 340, 440) being configured to measure a force exerted by the gas storage tank (120, 220, 320, 420) on the first weighing device (140, 240, 340, 440); and - a bearing arrangement for the gas storage tank (120, 220, 320, 420) which is connected to the chassis (110, 210, 310, 410) and can be temporarily fixed and/or stiffened.
A system comprising a plurality of building blocks, each building block comprising: a plurality of faces; a plurality of coupling elements, wherein a first coupling element is adjacent to a first face and a second coupling element is adjacent to a second face and wherein the plurality of coupling elements comprises a plurality of antennas or a plurality of electrodes; an RF switch configured to selectively couple two of the plurality of coupling elements together; a processor having an identifier and arranged to control the RF switch in response to signals received from a transceiver module; and a sensing and switching arrangement configured to selectively connect the processor to the first or second coupling element based on a detected orientation of the block. a plurality of faces; a plurality of coupling elements, wherein a first coupling element is adjacent to a first face and a second coupling element is adjacent to a second face and wherein the plurality of coupling elements comprises a plurality of antennas or a plurality of electrodes; an RF switch configured to selectively couple two of the plurality of coupling elements together; a processor having an identifier and arranged to control the RF switch in response to signals received from a transceiver module; and a sensing and switching arrangement configured to selectively connect the processor to the first or second coupling element based on a detected orientation of the block.
A juice extractor, comprising: a housing having a juice discharge port formed in a lower part thereof and an interior space defined therein; a strainer placed in the interior space of the housing and having both a crushing part and a discharging net, a feed screw placed in the strainer and rotated in such a way that a rotating screw bar, which has spiral teeth on a periphery thereof, of the feed screw can be rotated horizontally and a housing cap assembled with a control cap, further comprising: a soft elastic body installed between an end of the feed screw and a cylindrical control part of the control cap through which a residue is discharged, and wherein the cylindrical control part is in direct contact with the soft elastic body and configured to compress the surface of the soft elastic body by a rotation of the control cap; wherein the rotation of the control cap controls an elastic force of the soft elastic body such that a force at which the residue is discharged is controlled, wherein a shape of the soft elastic body is a ring shape, and wherein the end of the strainer is provided with a side ring for holding the soft elastic body. a housing having a juice discharge port formed in a lower part thereof and an interior space defined therein; a strainer placed in the interior space of the housing and having both a crushing part and a discharging net, a feed screw placed in the strainer and rotated in such a way that a rotating screw bar, which has spiral teeth on a periphery thereof, of the feed screw can be rotated horizontally and a housing cap assembled with a control cap, further comprising: a soft elastic body installed between an end of the feed screw and a cylindrical control part of the control cap through which a residue is discharged, and wherein the cylindrical control part is in direct contact with the soft elastic body and configured to compress the surface of the soft elastic body by a rotation of the control cap; wherein the rotation of the control cap controls an elastic force of the soft elastic body such that a force at which the residue is discharged is controlled, wherein a shape of the soft elastic body is a ring shape, and wherein the end of the strainer is provided with a side ring for holding the soft elastic body. a soft elastic body installed between an end of the feed screw and a cylindrical control part of the control cap through which a residue is discharged, and wherein the cylindrical control part is in direct contact with the soft elastic body and configured to compress the surface of the soft elastic body by a rotation of the control cap; wherein the rotation of the control cap controls an elastic force of the soft elastic body such that a force at which the residue is discharged is controlled, wherein a shape of the soft elastic body is a ring shape, and wherein the end of the strainer is provided with a side ring for holding the soft elastic body.
An apparatus for detecting fatigue induced failure of one or more flexible elements of an assembly having a series of flexible elements stacked in juxtaposed engagement, for transmitting power from one component to another, the assembly having a cyclic operating speed frequency, said apparatus comprising; at least one sensor configured to be mounted in proximity to said assembly, the sensor providing an analogue signal corresponding to an airborne acoustic signal emitted by the assembly; means for amplifying the analogue signal; filter means to reduce background noise in the analogue signal; an analogue to digital converter for converting the analogue signal to a digital signal; characterised in that the sensor provides a signal corresponding to acoustic signals in the frequency range 25 to 90kHz; means is provided for splitting the digital signal into two sets; means is provided for sampling one set of the digital signal using a Fast Fourier Transformation process to calculate the frequency components of the signal and provide a frequency domain signal in a Fast Fourier Transformation spectrum; and means is provided for analysing the other set of the digital signal and the frequency domain signal and providing an output indicative of the failure of one or more of the flexible elements upon the detection of harmonic frequencies of the operating speed frequency of the assembly in the Fast Fourier Transformation spectrum in an operating cycle.
System for manufacturing a three-dimensional object by solidifying, in particular in layers or continuously, a material that is solidifiable under the action of radiation, which system comprises a device for manufacturing a three-dimensional object by solidifying, in particular in layers or continuously, a material that is solidifiable under the action of radiation, which system comprises a carrier arrangement for holding the three-dimensional object that has been solidified from the solidifiable material, wherein on the one hand the carrier arrangement and/or a part thereof, and on the other the device, are formed such that they are detachably connectable to one another, in particular for the purpose of separation once the solidified three-dimensional object has been formed, wherein the carrier arrangement comprises a carrier base body and two carrier elements, and wherein the carrier base body and the two carrier elements are formed such that they are detachably connectable to one another, wherein the carrier arrangement defines a carrier surface on which the solidified three-dimensional object is held, and wherein the two carrier elements define the carrier surface, characterized in that the two carrier elements are each in the form of flat, C-shaped plates engaging in one another.
A method performed in a communication device for handling a resume procedure from a power saving mode of operation to a connected mode of operation, wherein the communication device is configured with multi-radio dual connectivity, MR-DC, with a first cell group and a second cell group in a wireless communication network, characterized by the method comprising initiating a resume procedure when there is an uplink, UL, data, available at the communication device while it is in the power saving mode of operation; setting (13050, 13060) an UL data indication indicating whether the UL data is available for the first cell group or the second cell group; and transmitting the UL data indication to a network node (1211, 1212). initiating a resume procedure when there is an uplink, UL, data, available at the communication device while it is in the power saving mode of operation; setting (13050, 13060) an UL data indication indicating whether the UL data is available for the first cell group or the second cell group; and transmitting the UL data indication to a network node (1211, 1212).
A heater assembly for an aerosol-generating device, the heater assembly comprising: a bushing defining an aperture at a first end of the bushing and a cavity at a second end of the bushing; a potting compound positioned within the cavity; and an elongate electrical heater extending from the first end of the bushing, wherein a portion of the elongate electrical heater extends through the aperture and into the cavity. a bushing defining an aperture at a first end of the bushing and a cavity at a second end of the bushing; a potting compound positioned within the cavity; and an elongate electrical heater extending from the first end of the bushing, wherein a portion of the elongate electrical heater extends through the aperture and into the cavity.
Hard shell cell housing for an individual alkali metal cell, comprising - a housing main body with an interior space for accommodating the cell components of an individual alkali metal cell, and - a housing cover for closing off the interior space of the housing main body, wherein the housing main body is formed at least substantially from plastic and comprises at least one vapor barrier layer, characterized in that the housing main body and the housing cover have connecting elements which are designed to form a tongue-and-groove plug-in connection when the housing is closed off, wherein the connecting elements for forming the tongue-and-groove plug-in connection run around the opening of the interior space in the housing main body, wherein the connecting elements for forming the tongue-and-groove plug-in connection are covered with the vapor barrier layer or provided with a vapor barrier layer integrated therein, and wherein, when the housing is closed off or when the tongue-and-groove plug-in connection is formed, the vapor barrier layers covering the connecting elements are pressed against one another. - a housing main body with an interior space for accommodating the cell components of an individual alkali metal cell, and - a housing cover for closing off the interior space of the housing main body, wherein the housing main body is formed at least substantially from plastic and comprises at least one vapor barrier layer, characterized in that the housing main body and the housing cover have connecting elements which are designed to form a tongue-and-groove plug-in connection when the housing is closed off, wherein the connecting elements for forming the tongue-and-groove plug-in connection run around the opening of the interior space in the housing main body, wherein the connecting elements for forming the tongue-and-groove plug-in connection are covered with the vapor barrier layer or provided with a vapor barrier layer integrated therein, and wherein, when the housing is closed off or when the tongue-and-groove plug-in connection is formed, the vapor barrier layers covering the connecting elements are pressed against one another.
Wheel disk assembly, having a wheel disk, a plurality of blade devices, which are fastened along the outer circumference of the wheel disk, and a plurality of sealing plates, which are retained in two annular grooves (5, 6) spaced apart from each other radially, wherein the first annular groove is provided in the wheel disk and is bounded axially outward by an annular projection, and wherein the second annular groove is defined by a multiplicity of adjacently arranged annular groove segments, which are each provided in the individual blade devices, wherein the first annular groove is of undercut design and, when viewed in cross section, has at least one axially protruding retaining projection, which is provided with a contact surface, and that the sealing plates, when viewed in cross section, each have at least one axially protruding support projection in the region of the inside diameter, said support projection being designed to correspond to the at least one retaining projection and being provided with a support surface, wherein the contact surface of the at least one retaining projection, the support surface of the at least one support projection and the height of the sealing plates are designed in such a way that the support surfaces of the sealing plates are supported against the contact surface of the at least one retaining projection under the action of a centrifugal force during the operation of the wheel disk assembly as intended, characterized in that the first annular groove, when viewed in cross section, has two retaining projections, which are situated axially opposite each other, are directed toward each other and are each provided with a contact surface, and in that the sealing plates, when viewed in cross section, comprise two support projections in the region of the inside diameter, which are designed to correspond to the retaining projections, are situated axially opposite each other and are directed away from each other, each of said projections being provided with a support surface, wherein the contact surfaces and the support surfaces are designed in such a way that the support surfaces of the sealing plates are supported against the contact surfaces of the retaining projections under the action of a centrifugal force during the operation of the wheel disk assembly as intended.