mhurhangee/ep-ind-claims huggingface dataset:
A method for supporting device management, comprising: providing a rich execution environment and a trusted execution environment on a device, the trusted execution environment being a secure area isolated from the rich execution environment and including a trusted operating system, trusted OS, which maintains a master key (310, 411); deploying a plurality of trusted applications (311, 312) in the trusted execution environment, wherein each trusted application is associated with a respective unique identifier (321, 322, 412) and binary code/data; the trusted OS using a key derivation function to derive one or more secrets, bound to a first one of the trusted applications, based on the master key (310, 411) and on the identifier and the binary code/data associated with the first trusted application, or, after an update of the first trusted application, on the binary code/data associated with an earlier version of the first trusted application, thereby preventing a second one of the trusted applications in the trusted execution environment from retrieving said one or more secrets using the same identifier. providing a rich execution environment and a trusted execution environment on a device, the trusted execution environment being a secure area isolated from the rich execution environment and including a trusted operating system, trusted OS, which maintains a master key (310, 411); deploying a plurality of trusted applications (311, 312) in the trusted execution environment, wherein each trusted application is associated with a respective unique identifier (321, 322, 412) and binary code/data; the trusted OS using a key derivation function to derive one or more secrets, bound to a first one of the trusted applications, based on the master key (310, 411) and on the identifier and the binary code/data associated with the first trusted application, or, after an update of the first trusted application, on the binary code/data associated with an earlier version of the first trusted application, thereby preventing a second one of the trusted applications in the trusted execution environment from retrieving said one or more secrets using the same identifier.
A simulated tissue structure, comprising: a support; an artificial anatomical portion configured to simulate a region of an abdominal wall; the anatomical portion being connected to the support such that the anatomical portion is penetrable from a first side to a second side of the anatomical portion; the anatomical portion including a plurality of simulated tissue layers arranged in juxtaposition with each other; the simulated tissue layers including a simulated skin layer located above the remaining layers; each of the remaining layers having an opening extending through the layer; the simulated skin layer having a top surface and a bottom surface; the top surface of the simulated skin layer defines a first side of the anatomical portion; a tubular structure having a proximal end and a distal opening at a distal end; the proximal end being connected to the simulated skin layer; the distal end of the tubular structure extending through one or more openings in the remaining layers. a support; an artificial anatomical portion configured to simulate a region of an abdominal wall; the anatomical portion being connected to the support such that the anatomical portion is penetrable from a first side to a second side of the anatomical portion; the anatomical portion including a plurality of simulated tissue layers arranged in juxtaposition with each other; the simulated tissue layers including a simulated skin layer located above the remaining layers; each of the remaining layers having an opening extending through the layer; the simulated skin layer having a top surface and a bottom surface; the top surface of the simulated skin layer defines a first side of the anatomical portion; a tubular structure having a proximal end and a distal opening at a distal end; the proximal end being connected to the simulated skin layer; the distal end of the tubular structure extending through one or more openings in the remaining layers.
A thermosetting electrolyte composition for a lithium secondary battery, comprising: LiPF 6 as a first lithium salt, a second lithium salt which does not include LiPF 6, a non-aqueous organic solvent, and a polymer or oligomer containing a unit represented by Formula 1: wherein, in Formula 1, R, R 1, and R 2 are each independently an unsubstituted alkylene group having 1 to 5 carbon atoms, R' is an unsubstituted alkyl group having 1 to 6 carbon atoms, R" is hydrogen or lithium (Li), and k, m, and n are the numbers of repeating units, wherein k is an integer of 1 to 15,000, m is an integer of 10 to 12,000, and n is an integer of 10 to 8,500. LiPF 6 as a first lithium salt, a second lithium salt which does not include LiPF 6, a non-aqueous organic solvent, and a polymer or oligomer containing a unit represented by Formula 1: wherein, in Formula 1, R, R 1, and R 2 are each independently an unsubstituted alkylene group having 1 to 5 carbon atoms, R' is an unsubstituted alkyl group having 1 to 6 carbon atoms, R" is hydrogen or lithium (Li), and k, m, and n are the numbers of repeating units, wherein k is an integer of 1 to 15,000, m is an integer of 10 to 12,000, and n is an integer of 10 to 8,500. R, R 1, and R 2 are each independently an unsubstituted alkylene group having 1 to 5 carbon atoms, R' is an unsubstituted alkyl group having 1 to 6 carbon atoms, R" is hydrogen or lithium (Li), and k, m, and n are the numbers of repeating units, wherein k is an integer of 1 to 15,000, m is an integer of 10 to 12,000, and n is an integer of 10 to 8,500.
A tapered roller bearing for an automobile, comprising: an inner ring comprising a raceway surface having a tapered shape on an outer periphery; an outer ring comprising a raceway surface having a tapered shape on an inner periphery; a plurality of tapered rollers incorporated into a space defined between the raceway surfaces (12a, 13a); and a retainer configured to receive the plurality of tapered rollers, wherein the inner ring and the outer ring are each made of carburized steel, wherein the raceway surfaces (12a, 13a) of the inner ring and the outer ring each have a straight generating line shape, wherein the tapered rollers each are made of high carbon chromium bearing steel, wherein the tapered rollers each have a rolling surface comprising: a straight portion, which is formed at a center portion in an axial direction; and crowning portions (16b, 16c), which extend from the straight portion to both end portions, and wherein the crowning portions (16b, 16c) are each formed of logarithmic crowning, and wherein a ratio Dr/Dw of a drop amount (Dr) of the crowning portion of the rolling surface to a roller diameter (Dw) falls within a range of from 0.003 to 0.03. an inner ring comprising a raceway surface having a tapered shape on an outer periphery; an outer ring comprising a raceway surface having a tapered shape on an inner periphery; a plurality of tapered rollers incorporated into a space defined between the raceway surfaces (12a, 13a); and a retainer configured to receive the plurality of tapered rollers, wherein the inner ring and the outer ring are each made of carburized steel, wherein the raceway surfaces (12a, 13a) of the inner ring and the outer ring each have a straight generating line shape, wherein the tapered rollers each are made of high carbon chromium bearing steel, wherein the tapered rollers each have a rolling surface comprising: a straight portion, which is formed at a center portion in an axial direction; and crowning portions (16b, 16c), which extend from the straight portion to both end portions, and a straight portion, which is formed at a center portion in an axial direction; and crowning portions (16b, 16c), which extend from the straight portion to both end portions, and wherein the crowning portions (16b, 16c) are each formed of logarithmic crowning, and
A system for providing intramedullary guidance to implant an ankle prosthesis, comprising: - a first tool sized and configured to form a passage between a tibia and a talus, a second tool sized and configured to create an intramedullary canal in a distal end of said tibia, wherein the second tool comprises modular broach components (650, 660, 700, 702) able to be coupled together to selectively enlarge or create the intramedullary canal, - a plurality of modular tibial rod components (102, 104) sized and configured to be disposed in said intramedullary canal and connected to each other in situ to form a single tibial rod component, - an alignment guide having two engaging members, the alignment guide having one or more pin holes for locating one or more fixation pins; - a base modular component on a distal end of said tibial rod component having a circumferential groove, the engaging members of the alignment guide configured to engage the circumferential groove, and - a cutting guide fixture (300, 400) having apertures for receiving the fixation pins, wherein said alignment guide is configured to translate coronal, transverse, and sagittal adjustments from the alignment guide to the cutting guide (300, 400). - a first tool sized and configured to form a passage between a tibia and a talus, a second tool sized and configured to create an intramedullary canal in a distal end of said tibia, wherein the second tool comprises modular broach components (650, 660, 700, 702) able to be coupled together to selectively enlarge or create the intramedullary canal, - a plurality of modular tibial rod components (102, 104) sized and configured to be disposed in said intramedullary canal and connected to each other in situ to form a single tibial rod component, - an alignment guide having two engaging members, the alignment guide having one or more pin holes for locating one or more fixation pins; - a base modular component on a distal end of said tibial rod component having a circumferential groove, the engaging members of the alignment guide configured to engage the circumferential groove, and - a cutting guide fixture (300, 400) having apertures for receiving the fixation pins, wherein said alignment guide is configured to translate coronal, transverse, and sagittal adjustments from the alignment guide to the cutting guide (300, 400).
A process for producing cyclohexylbenzene, the process comprising: (a) reacting benzene with cyclohexene under conditions effective to produce cyclohexylbenzene and at least one polycyclohexylbenzene; (b) supplying a feed comprising at least a portion of the cyclohexylbenzene and at least a portion of the at least one polycyclohexylbenzene to a fractionation device to separate the feed into at least a first fraction rich in cyclohexylbenzene and a second fraction rich in the at least one polycyclohexylbenzene; and (c) separately supplying at least one C 4 to C 6 hydrocarbon to the fractionation device at a location below where the feed in (b) is supplied to the fractionation device. (a) reacting benzene with cyclohexene under conditions effective to produce cyclohexylbenzene and at least one polycyclohexylbenzene; (b) supplying a feed comprising at least a portion of the cyclohexylbenzene and at least a portion of the at least one polycyclohexylbenzene to a fractionation device to separate the feed into at least a first fraction rich in cyclohexylbenzene and a second fraction rich in the at least one polycyclohexylbenzene; and (c) separately supplying at least one C 4 to C 6 hydrocarbon to the fractionation device at a location below where the feed in (b) is supplied to the fractionation device.
A method of testing a monument that is to be attached to a floor of an aircraft, the method comprising: receiving a compliance matrix of the floor of the aircraft and attachment points where a monument is to be attached to the floor of the aircraft; placing an extension member adjustable in length and a load cell on a test monument at attachment locations corresponding to the attachment points; during a test period, gradually applying a test load to the test monument; at a designated testing frequency during the test period and prior to reaching a predetermined test load: measuring with the load cells a reaction load at each of the attachment locations on the test monument; calculating a displacement of the floor at each of the attachment locations using the compliance matrix; and adjusting each of the extension members by the corresponding displacement. receiving a compliance matrix of the floor of the aircraft and attachment points where a monument is to be attached to the floor of the aircraft; placing an extension member adjustable in length and a load cell on a test monument at attachment locations corresponding to the attachment points; during a test period, gradually applying a test load to the test monument; at a designated testing frequency during the test period and prior to reaching a predetermined test load: measuring with the load cells a reaction load at each of the attachment locations on the test monument; calculating a displacement of the floor at each of the attachment locations using the compliance matrix; and adjusting each of the extension members by the corresponding displacement. measuring with the load cells a reaction load at each of the attachment locations on the test monument; calculating a displacement of the floor at each of the attachment locations using the compliance matrix; and adjusting each of the extension members by the corresponding displacement.
A pixel of a display, the pixel consisting of four sub-pixels, wherein the pixel comprises: a first organic light emitting device that emits red light having a peak wavelength in the visible spectrum of 600 - 700 nm, further comprising a first emissive layer having a first emissive material; a second organic light emitting device that emits green light having a peak wavelength in the visible spectrum of 500 - 600 nm, further comprising a second emissive layer having a second emissive material; a third organic light emitting device that emits light blue light having a peak wavelength in the visible spectrum of 400 - 500 nm, further comprising a third emissive layer having a third emissive material that emits light blue light; a fourth organic light emitting device that emits deep blue light having a peak wavelength in the visible spectrum of 400 to 500 nm, further comprising a fourth emissive layer having a fourth emissive material that emits deep blue light; the first organic light emitting device comprises an emissive layer having a phosphorescent emissive material, the second organic light emitting device comprises an emissive layer having a phosphorescent emissive material, the third organic light emitting device comprises an emissive layer having a fluorescent emissive material, and the peak wavelength in the visible spectrum of deep blue light emitted by the fourth organic light emitting device is at least 4 nm less than the peak wavelength in the visible spectrum of light blue light emitted by the third organic light emitting device. a first organic light emitting device that emits red light having a peak wavelength in the visible spectrum of 600 - 700 nm, further comprising a first emissive layer having a first emissive material; a second organic light emitting device that emits green light having a peak wavelength in the visible spectrum of 500 - 600 nm, further comprising a second emissive layer having a second emissive material; a third organic light emitting device that emits light blue light having a peak wavelength in the visible spectrum of 400 - 500 nm, further comprising a third emissive layer having a third emissive material that emits light blue light; a fourth organic light emitting device that emits deep blue light having a peak wavelength in the visible spectrum of 400 to 500 nm, further comprising a fourth emissive layer having a fourth emissive material that emits deep blue light; the first organic light emitting device comprises an emissive layer having a phosphorescent emissive material, the second organic light emitting device comprises an emissive layer having a phosphorescent emissive material, the third organic light emitting device comprises an emissive layer having a fluorescent emissive material, and the peak wavelength in the visible spectrum of deep blue light emitted by the fourth organic light emitting device is at least 4 nm less than the peak wavelength in the visible spectrum of light blue light emitted by the third organic light emitting device.
A device for separating mercury and/or mercury compounds from the filter dust that accumulates in the exhaust gas during cement clinker production, comprising a preheating stage, a feed for the raw materials (1, 3, 5) required for cement clinker production using the counter-current principle against the direction of the flow of the exhaust gases in the preheating stage, a rotary kiln for clinker production, and at least one filter stage for dedusting the mercury-containing exhaust gases before they escape into the atmosphere, wherein the filter stage provides mercury-laden filter dust, the filter stage is followed by a heater for heating the mercury-containing filter dust to at least 250 °C for the gaseous expulsion of the mercury from the filter dust, and the heater is configured to pass a carrier gas through the heater over the filter dust to discharge the gaseous mercury from the heater, characterized in that the heater is equipped with a peripheral loading opening and a central discharge opening for the filter dust obtained in the filter stage and comprises an indirectly heated plate inclined towards the center, which plate is rotatable about a vertical axis, the filter dust is transportable on the upper side of the rotatable, indirectly heatable plate through the heater from the loading opening in the direction of the central discharge opening, and in that at least one reactor is arranged downstream of the heater for separating mercury from the mercury-containing carrier gas. characterized in that the heater is equipped with a peripheral loading opening and a central discharge opening for the filter dust obtained in the filter stage and comprises an indirectly heated plate inclined towards the center, which plate is rotatable about a vertical axis, the filter dust is transportable on the upper side of the rotatable, indirectly heatable plate through the heater from the loading opening in the direction of the central discharge opening, and in that at least one reactor is arranged downstream of the heater for separating mercury from the mercury-containing carrier gas.
A method for assembling a modular lift apparatus, comprising the steps of: - placing a first lift shaft module including a lift shaft part and lift guiding means for guiding a lift car; - providing a lift car in the lift module, wherein the lift car has a roof such that an assembler person may stay inside the lift car; - placing a second lift module on top of the first lift module, the second lift module also including a lift shaft part and lift guiding means, the lift shaft parts (3a, 3b) of the modules (2a,2b) forming a continuous lift shaft section (3a, 3b); and - securing the second lift module to the first lift module by an assembler person using the roof of the lift car as a working platform, further comprising the step of: - raising the lift car to a working level, wherein the lift car is raised to the working level using - a separate hoisting apparatus, or - a driving mechanism provided on the modular lift apparatus, wherein the lift car is raised by driving a driving mechanism provided on the lift car, the driving mechanism including at least one gear wheel cooperating with a toothed rack extending in the continuous lift shaft section. - placing a first lift shaft module including a lift shaft part and lift guiding means for guiding a lift car; - providing a lift car in the lift module, wherein the lift car has a roof such that an assembler person may stay inside the lift car; - placing a second lift module on top of the first lift module, the second lift module also including a lift shaft part and lift guiding means, the lift shaft parts (3a, 3b) of the modules (2a,2b) forming a continuous lift shaft section (3a, 3b); and - securing the second lift module to the first lift module by an assembler person using the roof of the lift car as a working platform, - raising the lift car to a working level, - a separate hoisting apparatus, or - a driving mechanism provided on the modular lift apparatus, wherein the lift car is raised by driving a driving mechanism provided on the lift car, the driving mechanism including at least one gear wheel cooperating with a toothed rack extending in the continuous lift shaft section.
Retaining element for securing to an accumulator, with • a first side which comprises at least one fixing means (190, 195) for fixing to the accumulator, and • a second side opposite the first side and comprising: ∘ a first stop for engagement of a latch of a first retaining device, and ∘ a blocking element (150, 155), characterized in that the blocking element (150, 155) comprises: • a hook leading away from the second side for engagement on a second stop (180, 185) of the first retaining device, and • a springing effect perpendicularly towards the second side. • a first side which comprises at least one fixing means (190, 195) for fixing to the accumulator, and • a second side opposite the first side and comprising: ∘ a first stop for engagement of a latch of a first retaining device, and ∘ a blocking element (150, 155), ∘ a first stop for engagement of a latch of a first retaining device, and ∘ a blocking element (150, 155), • a hook leading away from the second side for engagement on a second stop (180, 185) of the first retaining device, and • a springing effect perpendicularly towards the second side.
Method for lowering a window pane of a vehicle door of a vehicle in order to make it easier for the vehicle occupant to enter and exit the vehicle, wherein the vehicle door has a door unlocking apparatus and a drive device for lowering and raising the window pane, the vehicle comprises an unlocking sensor, which registers the operation or the imminent operation of the door unlocking apparatus and converts said operation or imminent operation into corresponding unlocking signals (S E), door parameter determining means with which parameters relating to the vehicle door can be determined and the door parameter determining means generate corresponding door parameter signals (S T), and a control unit, which receives the unlocking signals (S E) and the door parameter signals (S T) and converts said signals into operating signals for triggering the drive device, and the method comprises the following steps: - checking, by means of the control unit, whether the door unlocking apparatus is operated or operation is imminent, wherein the method is characterized by: - determining the position of the window pane, in which position it is made easier for the vehicle occupant to enter and exit the vehicle, by means of the control unit, taking into account the door parameter signals (S T), and - if the door unlocking apparatus is operated or operation is imminent, triggering the drive device by means of the control unit in such a way that the window pane is lowered to the position determined by means of the control unit in which it is made easier for the vehicle occupant to enter and exit the vehicle. - checking, by means of the control unit, whether the door unlocking apparatus is operated or operation is imminent, - determining the position of the window pane, in which position it is made easier for the vehicle occupant to enter and exit the vehicle, by means of the control unit, taking into account the door parameter signals (S T), and - if the door unlocking apparatus is operated or operation is imminent, triggering the drive device by means of the control unit in such a way that the window pane is lowered to the position determined by means of the control unit in which it is made easier for the vehicle occupant to enter and exit the vehicle.