mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: generating, in a device, a representation of a configuration of a firmware environment of the device, the firmware environment configuration representation including a list of authorities identifying one or more authorities that digitally signed firmware components that were loaded on the device regardless of which firmware components those one or more authorities digitally signed and regardless of how many firmware components those one or more authorities digitally signed; obtaining a secret of the device; generating, based on both the firmware environment configuration representation and the secret of the device, a platform secret; generating one or more additional keys based on the platform secret; and using said one or more additional keys for encryption and/or decryption. generating, in a device, a representation of a configuration of a firmware environment of the device, the firmware environment configuration representation including a list of authorities identifying one or more authorities that digitally signed firmware components that were loaded on the device regardless of which firmware components those one or more authorities digitally signed and regardless of how many firmware components those one or more authorities digitally signed; obtaining a secret of the device; generating, based on both the firmware environment configuration representation and the secret of the device, a platform secret; generating one or more additional keys based on the platform secret; and using said one or more additional keys for encryption and/or decryption.
A layered micro-electronic structure in a wafer comprising alternating conductive and insulating layers, and having routing structures in selected layers for routing electrical signals or potentials to selected points or areas within a selected layer in said structure; characterized by at least a first electrically conductive layer, a second electrically conductive layer and a third electrically conductive layer and a first insulting layer provided between the first electrically conductive layer and the second electrically conductive layer and a second insulting layer provided between the second electrically conductive layer and the third electrically conductive layer, the first electrically conductive layer being an outer layer; a via in the outer, first electrically conductive, layer, said via comprising an insulated conductive connection made of wafer native material through the layer; an electrically conductive plug, defined by a hole extending straight through the third and second electrically conductive layers (32 and 31) and thus also through the second insulating layer as well as through the first insulating layer and a short distance into the via, wherein the conductive plug is provided by filling the hole with any of poly silicon, doped silicon, silicide or metal in order to provide conductivity through the layers; and an insulating enclosure surrounding said conductive plug in at least one selected layer of the first, second and third electrically conductive layer (30, 31, 32) for insulating said plug from the material in said selected layer, and with a geometry such that the enclosure extends laterally within the respective electrically conductive layer, thereby forming a routing structure for routing signals laterally within the respective electrically conductive layer, said enclosure being provided by insulating trenches, each trench running in a closed loop, forming routing channels within the respective electrically conductive layer in question, such that the via can be located at any point on the wafer and signals routed to another point; wherein said plug is uninsulated from surrounding material in at least one of the other electrically conductive layers.
Lighting system for lighting a room and for providing space delimiting elements extending over an area, in particular ceiling elements, radiating light into said room, wherein the system is designed for irradiating passive flat space delimiting elements from said room is designed for providing said space delimiting elements radiating light into said room for indirectly lighting said room, the system comprising at least two light source groups with optical means for defining the illumination area that can be illuminated by said light source groups, wherein each light source group comprises at least one light source, wherein each light source is assigned one light color with which all the light sources of the light source group emit light, wherein the light source groups differ with regard to their light color and can be switched and dimmed separately from one another, wherein the system includes a control unit for pre-programmable switching and dimming of said light source groups, characterized in that at least two of the light source groups have an illumination area which respectively lies in a same half-space, wherein the system for indirect lighting of the room can be arranged in a room in such a manner that the passive flat space delimiting elements lie in the first half-space and the two light source groups irradiate said passive flat space delimiting elements for indirectly lighting said room, wherein the illumination area of a first one of said two light group sources overlaps at least partially with the illumination area of a second one of said two light source groups in the first half-space, and wherein the system is designed for indirectly lighting said room with one of the light colors of one of said two light source groups or with a mixture of the light colors of said two light source groups, wherein at least some of the light sources of at least one of the light source groups are switchable or dimmable independently of one another, wherein said control unit is designed for controlling switching and/or dimming of these light sources independently of one another, wherein the system comprises at least one light source group whose illumination area lies in a second half-space that is situated completely outside of said first half-space.
A disk drive comprising: a disk; and an article enclosing at least one surface of the disk, wherein the article comprises a polyimide component selected from polyetherimides, polyetherimide sulfones, and combinations thereof, wherein the composition contains less than 5 ppb releasable phosphorous, and wherein the polyimide component is monoamine-endcapped. a disk; and an article enclosing at least one surface of the disk, wherein the article comprises a polyimide component selected from polyetherimides, polyetherimide sulfones, and combinations thereof, wherein the composition contains less than 5 ppb releasable phosphorous, and wherein the polyimide component is monoamine-endcapped.
Service switching device having a housing, having a screw-free clamping connection, having a clamping spring which has two adjacent clamping limbs (13, 14), having a terminal covering part which is coupled in a pivotable manner to the housing, characterized in that the clamping limbs (13, 14) are separated by a slot, and in that a separating plate is coupled to the terminal covering part which is coupled in a pivotable manner to the housing, the free end of the said separating plate being guided in the slot between the two clamping limbs (13, 14).
A method for producing an open-pored metal body in which an open-pored semi-finished product forming the core layer, consisting of Ni, Co, Fe, Cu, Ag or an alloy formed with one of these chemical elements, wherein in the alloy one of these chemical elements is contained with more than 40 at%, is coated on the surface with pure aluminium powder or a powder of an aluminium alloy containing at least 40 at% aluminium, and in a first heat treatment, a graded layer is formed on the surface of the semi-finished product, which layer is formed with intermetallic phase and/or mixed crystals of Al, and in a subsequent second heat treatment under oxidizing conditions with Al on the graded layer an aluminium oxide layer of pure α-Al 2 O 3 phase a temperature of at least 1200 °C is maintained. is coated on the surface with pure aluminium powder or a powder of an aluminium alloy containing at least 40 at% aluminium, and in a first heat treatment, a graded layer is formed on the surface of the semi-finished product, which layer is formed with intermetallic phase and/or mixed crystals of Al, and in a subsequent second heat treatment under oxidizing conditions with Al on the graded layer an aluminium oxide layer of pure α-Al 2 O 3 phase a temperature of at least 1200 °C is maintained.
A yarn winding machine comprising: a yarn supplying device (6, 7, 200) adapted to supply a yarn having a core yarn; a winding device adapted to wind the yarn into a package by forwardly rotating the package; a yarn joining device adapted to perform a yarn joining operation to join the yarn from the yarn supplying device (6, 7, 200) and the yarn from the package upon disconnection of the yarn; a yarn guiding device adapted to perform a yarn guiding operation to guide the yarn from the package to the yarn joining device while sucking the yarn from the package upon disconnection of the yarn; characterized in that the winding device is adapted to perform a first unwinding operation to unwind the yarn from the package by reversely rotating the package when the yarn guiding device is performing the yarn guiding operation, and to perform a second unwinding operation to unwind the yarn from the package by reversely rotating the package after the yarn guiding device finishes the yarn guiding operation and before the yarn joining device starts the yarn joining operation, and in that the yarn guiding device is adapted to suck the yarn from the package when the winding device is performing the second unwinding operation, and in that the yarn winding machine further comprises a yarn moving device adapted to perform a yarn moving operation to move the yarn from the package after the yarn guiding device finishes the yarn guiding operation and before the winding device starts the second unwinding operation. a yarn supplying device (6, 7, 200) adapted to supply a yarn having a core yarn; a winding device adapted to wind the yarn into a package by forwardly rotating the package; a yarn joining device adapted to perform a yarn joining operation to join the yarn from the yarn supplying device (6, 7, 200) and the yarn from the package upon disconnection of the yarn; a yarn guiding device adapted to perform a yarn guiding operation to guide the yarn from the package to the yarn joining device while sucking the yarn from the package upon disconnection of the yarn; characterized in that the winding device is adapted to perform a first unwinding operation to unwind the yarn from the package by reversely rotating the package when the yarn guiding device is performing the yarn guiding operation, and to perform a second unwinding operation to unwind the yarn from the package by reversely rotating the package after the yarn guiding device finishes the yarn guiding operation and before the yarn joining device starts the yarn joining operation, and in that the yarn guiding device is adapted to suck the yarn from the package when the winding device is performing the second unwinding operation, and in that the yarn winding machine further comprises a yarn moving device adapted to perform a yarn moving operation to move the yarn from the package after the yarn guiding device finishes the yarn guiding operation and before the winding device starts the second unwinding operation.
A safety arrangement for a motor vehicle having a battery and an occupant safety device, the arrangement comprising: a crash sensor responsive to acceleration, a battery sensor arranged to monitor a battery parameter indicative of the condition of the battery, a first actuator for activating the occupant safety device, and a control unit operable to receive and process signals (x,b) from both the crash sensor and the battery sensor, the control unit being operable to issue an actuating command to the first actuator to activate the occupant safety device in response to a signal x from the crash sensor, the arrangement further comprising a second actuator (23,24,25) for activating a battery safety device (20,21,22); and the control unit being operable to issue an actuating command to said second actuator to activate the battery safety device upon receipt of both i) a signal x from the crash sensor exceeding a predetermined threshold value X 1 and ii) a signal (b) from the battery sensor satisfying a predetermined criterion. a crash sensor responsive to acceleration, a battery sensor arranged to monitor a battery parameter indicative of the condition of the battery, a first actuator for activating the occupant safety device, and a control unit operable to receive and process signals (x,b) from both the crash sensor and the battery sensor, the control unit being operable to issue an actuating command to the first actuator to activate the occupant safety device in response to a signal x from the crash sensor, the arrangement further comprising a second actuator (23,24,25) for activating a battery safety device (20,21,22); and the control unit being operable to issue an actuating command to said second actuator to activate the battery safety device upon receipt of both i) a signal x from the crash sensor exceeding a predetermined threshold value X 1 and ii) a signal (b) from the battery sensor satisfying a predetermined criterion. i) a signal x from the crash sensor exceeding a predetermined threshold value X 1 and ii) a signal (b) from the battery sensor satisfying a
Kit of materials and apparatus for manufacturing physical assets for civil and/or industrial facilities on Moon, Mars and/or asteroid, comprising: a) at least a photovoltaic panel, at least an electrolyser, at least a voltage transformer and at least a fuel cell based on hydrogen/oxygen cycle; b) at least an excavator; c) at least a separator: i- for ion bombardment comprising at least a ionizing electrode consisting of a source of Po 210, and at least a static electrode; or ii- field induced comprising at least a rotor consisting of alternate ferromagnetic disks and non-magnetic material and at least one divider for particles separation; d) at least a mixer and aluminum powder for mixing the so enriched minerals with aluminum powder within the following weight ratios: - 75-78 wt% of Moon or asteroid regolith enriched with 40-66 wt% of ilmenite, and 22-25 wt% of aluminum powder; - 80-85 wt% of Martian regolith enriched with 45-65 wt% of iron oxides, and 15-20 wt% of aluminum powder; and e) at least a reaction chamber equipped with a sample holder, at least a mould for the confinement of the reaction mixture, at least two electrodes, and at least an electrical resistance consisting of a tungsten coil as trigger for inducing a self-propagating combustion reaction into the mixture; said resistance placed 2 mm above the reaction mixture. a) at least a photovoltaic panel, at least an electrolyser, at least a voltage transformer and at least a fuel cell based on hydrogen/oxygen cycle; b) at least an excavator; c) at least a separator: i- for ion bombardment comprising at least a ionizing electrode consisting of a source of Po 210, and at least a static electrode; or ii- field induced comprising at least a rotor consisting of alternate ferromagnetic disks and non-magnetic material and at least one divider for particles separation; i- for ion bombardment comprising at least a ionizing electrode consisting of a source of Po 210, and at least a static electrode; or ii- field induced comprising at least a rotor consisting of alternate ferromagnetic disks and non-magnetic material and at least one divider for particles separation; d) at least a mixer and aluminum powder for mixing the so enriched minerals with aluminum powder within the following weight ratios: - 75-78 wt% of Moon or asteroid regolith enriched with 40-66 wt% of ilmenite, and 22-25 wt% of aluminum powder; - 80-85 wt% of Martian regolith enriched with 45-65 wt% of iron oxides, and 15-20 wt% of aluminum powder; and - 75-78 wt% of Moon or asteroid regolith enriched with 40-66 wt% of ilmenite, and 22-25 wt% of aluminum powder; - 80-85 wt% of Martian regolith enriched with 45-65 wt% of iron oxides, and 15-20 wt% of aluminum powder; and e) at least a reaction chamber equipped with a sample holder, at least a mould for the confinement of the reaction mixture, at least two electrodes, and at least an electrical resistance consisting of a tungsten coil as trigger for inducing a self-propagating combustion reaction into the mixture; said resistance placed 2 mm above the reaction mixture.
A lighting system comprising (a) a light source configured to generate light source light and (b) a 3D printed item configured to transmit or reflect at least part of the light source light; and - wherein the 3D printed item comprises 3D printed thermoplastic polymer material, wherein the 3D printed thermoplastic polymer material comprises a thermoplastic material, wherein the 3D printed thermoplastic polymer material comprises particles embedded in the 3D printed thermoplastic polymer material, wherein the particles have a longest dimension length L1, a shortest dimension length L2, and an aspect ratio AR defined as the ratio of the longest dimension length L1 and the shortest dimension length L2, and wherein the 3D item comprises layers of the 3D printed thermoplastic polymer material with a layer height H, wherein 4≤AR≤10,000 and 0.001≤H/L1≤1. - wherein the 3D printed item comprises 3D printed thermoplastic polymer material, wherein the 3D printed thermoplastic polymer material comprises a thermoplastic material, wherein the 3D printed thermoplastic polymer material comprises particles embedded in the 3D printed thermoplastic polymer material, wherein the particles have a longest dimension length L1, a shortest dimension length L2, and an aspect ratio AR defined as the ratio of the longest dimension length L1 and the shortest dimension length L2, and wherein the 3D item comprises layers of the 3D printed thermoplastic polymer material with a layer height H, wherein 4≤AR≤10,000 and 0.001≤H/L1≤1.
A method for displaying a selection of products to be cooked or cooking programs during at least a part of a cooking process taking place in a cooking chamber of a cooking appliance, so that a suggestion for products to be cooked or cooking programs which can be selected is displayed to an operator of the cooking appliance, said cooking process being determined by a plurality of cooking programs taking place in parallel, at least temporarily, in the cooking chamber, characterized in that the suggestion depends on products to be cooked which have already been arranged in the cooking chamber or on cooking programs taking place in the cooking chamber and on the atmosphere in the cooking chamber, in that at least one parameter which is characteristic of the atmosphere in the cooking chamber during the cooking process is determined taking into account any change of at least one first parameter which is characteristic of the loading of the cooking chamber with products to be cooked during the cooking process in case a selection of products to be cooked is displayed or any change of at least one second parameter which is characteristic of cooking programs taking place in parallel, at least temporarily, during the cooking process in the cooking chamber in case a selection of cooking programs is displayed, wherein said parameter is determined based on the climate in the cooking chamber and/or based on microwaves in the cooking chamber, and the selection of products to be cooked or cooking programs which is displayed is adapted to any change of said parameter.
Method for operating at least one ultrasonic transducer (116; 144, 146), wherein the ultrasonic transducer (116; 144, 146) is excited at an excitation frequency to produce an emission of ultrasonic waves, wherein at least one received signal is registered by at least one control sensor, wherein the emission is regulated to at least one setpoint frequency by means of the received signal, characterized in that a phase or a phase profile of the received signal is used as a controlled variable for setting the excitation frequency, and wherein the phase or the phase profile of the received signal is determined by means of a demodulation method.
A pipe coupling make up assembly for connecting tubular sections at a well (12,14), the assembly comprising: a first tubular section; a second tubular section positioned relative to the first tubular section; a swaged die having an inner cylindrical surface matched to an outer surface of the first tubular section; a drive means to move the swaged die relative to the first and second tubular sections; characterised in that: the assembly further comprises: a first gripping means (68,70) to support the first tubular section; a second gripping means to position and support the second tubular section relative to the first tubular section; and the drive means comprises a plurality of pistons (94,98) to move the swaged die parallel to a longitudinal axis of the first and second tubular sections so as to force an expanded end of the first tubular section radially inwards and create a metal to metal seal between the first and second tubular sections. a first tubular section; a second tubular section positioned relative to the first tubular section; a swaged die having an inner cylindrical surface matched to an outer surface of the first tubular section; a drive means to move the swaged die relative to the first and second tubular sections; the assembly further comprises: a first gripping means (68,70) to support the first tubular section; a second gripping means to position and support the second tubular section relative to the first tubular section; and the drive means comprises a plurality of pistons (94,98) to move the swaged die parallel to a longitudinal axis of the first and second tubular sections so as to force an expanded end of the first tubular section radially inwards and create a metal to metal seal between the first and second tubular sections.