mhurhangee/ep-ind-claims huggingface dataset:
Shading device (D.1, D.2) configured to be integrated into a facade of a building, wherein the shading device (D.1, D.2) comprises an imaging system configured to create images of an outside view of the building, wherein the imaging system is integrated in the shading device (D.1, D.2), characterized in that the outside view comprises a sky portion and a landscape portion, the imaging system comprises a lens and a processor, and the imaging system is configured to determine a directional luminance distribution of the outside view. the outside view comprises a sky portion and a landscape portion, the imaging system comprises a lens and a processor, and the imaging system is configured to determine a directional luminance distribution of the outside view.
A grilling set, in particular for a gas cooker, comprising - at least one housing and - at least one carrier for food to be cooked which may be mounted on or in the housing, wherein the housing has at least one peripheral edge which spatially defines an interior of the housing, wherein the housing at a lower end has at least one recess, the housing being able to be positioned thereby on a burner device of a gas cooker, such that thermal energy generated by means of the burner device is able to enter the interior of the housing through the recess, wherein the grilling set comprises a flame guard which is assigned to the recess and which is able to be positioned on a burner device of a gas cooker, wherein the flame guard has a base element as well as a peripheral collar element which extends out from the base element and which protrudes over a base plane of the base element, characterized in that the flame guard is configured to be movable relative to the housing, such that the flame guard is able to be transferred between a baking position and a grilling position, wherein the collar element, when the flame guard is in its baking position, extends out from the base plane of the base element in the direction away from an upper face of the housing and, when the flame guard is in its grilling position, the collar element extends out from the base plane in the direction of the upper face of the housing. - at least one housing and - at least one carrier for food to be cooked which may be mounted on or in the housing, wherein the housing has at least one peripheral edge which spatially defines an interior of the housing, wherein the housing at a lower end has at least one recess, the housing being able to be positioned thereby on a burner device of a gas cooker, such that thermal energy generated by means of the burner device is able to enter the interior of the housing through the recess, wherein the grilling set comprises a flame guard which is assigned to the recess and which is able to be positioned on a burner device of a gas cooker, wherein the flame guard has a base element as well as a peripheral collar element which extends out from the base element and which protrudes over a base plane of the base element, characterized in that the flame guard is configured to be movable relative to the housing, such that the flame guard is able to be transferred between a baking position and a grilling position, wherein the collar element, when the flame guard is in its baking position, extends out from the base plane of the base element in the direction away from an upper face of the housing and, when the flame guard is in its grilling position, the collar element extends out from the base plane in the direction of the upper face of the housing.
A protective coating composition for molten aluminum and alkali metal environments, comprising on a dry weight basis: 20% or more by weight Al 2 O 3; 15% to 55% by weight SiO 2; and 1% to 15% by weight of a metallic non-wetting agent; wherein the metallic non-wetting agent is non-wetting to molten aluminum and alkali metals and vapors and resists wetting by these metals; wherein the Al 2 O 3, SiO 2, and non-wetting agent together constitute at least 90% by weight of the protective coating composition; and some or all of the Al 2 O 3 and some of the SiO 2 have the chemical formula 3Al 2 O 3 •2SiO 2 being provided in the form of mullite, the 3Al 2 O 3 •2SiO 2 constituting 30% to 70% by weight of the protective coating composition. 20% or more by weight Al 2 O 3; 15% to 55% by weight SiO 2; and 1% to 15% by weight of a metallic non-wetting agent; wherein the metallic non-wetting agent is non-wetting to molten aluminum and alkali metals and vapors and resists wetting by these metals; wherein the Al 2 O 3, SiO 2, and non-wetting agent together constitute at least 90% by weight of the protective coating composition; and some or all of the Al 2 O 3 and some of the SiO 2 have the chemical formula 3Al 2 O 3 •2SiO 2 being provided in the form of mullite, the 3Al 2 O 3 •2SiO 2 constituting 30% to 70% by weight of the protective coating composition.
A method for transaction log recovery, wherein a non-volatile memory is configured to store a logical address table (234, 234-C, 336) and a transaction log, the method characterised by comprising the following steps which are performed by controller means (108; 208): examining information in a number of entries saved in the transaction log (238, 338) that indicates where data has been written in the memory to determine a write pattern (780, 782); reading pages in the memory (110, 210) in an order based on the write pattern; updating the transaction log (238, 338) with information associated with the pages read from the memory (110, 210) based on the write pattern; and updating a logical address table (234, 234-C, 336) using the transaction log (238, 338). examining information in a number of entries saved in the transaction log (238, 338) that indicates where data has been written in the memory to determine a write pattern (780, 782); reading pages in the memory (110, 210) in an order based on the write pattern; updating the transaction log (238, 338) with information associated with the pages read from the memory (110, 210) based on the write pattern; and updating a logical address table (234, 234-C, 336) using the transaction log (238, 338).
A waste storage device comprising a waste storage compartment for storing waste and a lid, the device further comprising a dispenser for dispensing an agent inside the waste storage device and an actuator arranged to activate the dispenser, the dispenser being arranged to store and dispense the agent in powder form, wherein at least one opening is provided in a surface of the dispenser, and characterised in that the actuator is arranged to create an air flow in the dispenser to dispense agent out of said opening.
Filler for control of electrical potentials in transformers, generators or the like, comprising a flexible carrier, wherein the carrier includes an impregnation medium and the impregnation medium comprises at least partly nanoscale, carbon-based particles and an amine hardener, wherein the particles comprise carbon nanotubes and/or carbon nanofibres, and wherein the flexible carrier comprises a weave and/or a nonwoven.
A locking mechanism comprising: a lock casing having at least one mounting bolt disposed in a bolt receptacle; a lock bolt including a recess and disposed at least partially within the lock casing, the lock bolt movable between extended and retracted positions; and a retracting bolt shield including a first member coupled to a blocking member, the blocking member movable between a blocking position over the mounting bolt in the bolt receptacle to a non-blocking position outside of the bolt receptacle, the first member disposed within the lock bolt recess and adapted to drive the blocking member from the blocking position to the non-blocking position as the lock bolt moves from the extended position to the retracted position. a lock casing having at least one mounting bolt disposed in a bolt receptacle; a lock bolt including a recess and disposed at least partially within the lock casing, the lock bolt movable between extended and retracted positions; and a retracting bolt shield including a first member coupled to a blocking member, the blocking member movable between a blocking position over the mounting bolt in the bolt receptacle to a non-blocking position outside of the bolt receptacle, the first member disposed within the lock bolt recess and adapted to drive the blocking member from the blocking position to the non-blocking position as the lock bolt moves from the extended position to the retracted position.
A method for determining whether an acoustic quality of a rolling contact bearing assembly is acceptable, the rolling contact bearing assembly comprising bearing component parts including a raceway ring (2, 3) and a rolling element, a diametric portion of each of the rolling element and the raceway ring (2, 3) viewed in a direction perpendicular to a bearing longitudinal axis being a rolling surface having less than perfect circularity; wherein the method comprises: Measuring the waviness of the bearing component part and obtaining a circularity waveform, logarithmically transforming an order n of waviness of the rolling surface to define X = Log (n) from the order n, and logarithmically transforming an amplitude of the waviness to define Y = Log (r n) from the amplitude r of n-order; and determining a regression line of Y = aX + b; determining whether an absolute ratio δ/σ of a deviation δ at each X from the regression line of Y to a standard deviation σ is smaller than 4, "a" representing a constant indicative of a gradient of the regression line, "b" representing a constant forming a Y-axis intersection of the regression line and "n" being an arbitrarily chosen natural number from 3 to 50, wherein the order n and the amplitude r of waviness represents a numerical value obtained by harmonic analysis of a measurement signal measured on the rolling surface of the bearing component part and indicative of an amount of swings relative to perfect circularity, wherein the harmonic analysis is a method of determining the order n and the amplitude r of waviness by Fourier transforming the circularity waveform; and if the absolute ratio δ/σ is smaller than 4, the acoustic quality of the bearing assembly is acceptable. Measuring the waviness of the bearing component part and obtaining a circularity waveform, logarithmically transforming an order n of waviness of the rolling surface to define X = Log (n) from the order n, and logarithmically transforming an amplitude of the waviness to define Y = Log (r n) from the amplitude r of n-order; and determining a regression line of Y = aX + b; determining whether an absolute ratio δ/σ of a deviation δ at each X from the regression line of Y to a standard deviation σ is smaller than 4, "a" representing a constant indicative of a gradient of the regression line, "b" representing a constant forming a Y-axis intersection of the regression line and "n" being an arbitrarily chosen natural number from 3 to 50, wherein the order n and the amplitude r of waviness represents a numerical value obtained by harmonic analysis of a measurement signal measured on the rolling surface of the bearing component part and indicative of an amount of swings relative to perfect circularity, wherein the harmonic analysis is a method of determining the order n and the amplitude r of waviness by Fourier transforming the circularity waveform; and if the absolute ratio δ/σ is smaller than 4, the acoustic quality of the bearing assembly is acceptable.
Method for updating a digital device certificate (55, 86, 96) of an automation device (41, 81) in an automation system, in which the automation device (41, 81) is authenticated with respect to an authentication partner using at least one device certificate (55, 86, 96) and the device certificate (55, 86, 96) is associated with device-specific configuration data relating to the automation device (41, 81), in which case, in the event of or after a change in the configuration of the automation device (41, 81), the automation device (41, 81) automatically determines a device certificate (55, 86, 96) which comprises device-specific configuration data corresponding to the changed configuration of the automation device (41, 81) and then uses it for authentication, the automation device (41, 81) a) having a plurality of predefined device certificates having different device-specific configuration data, and the device certificate (55, 86, 96) having device-specific configuration data corresponding to the changed configuration of the automation device (41, 81) being selected or b) having an integrated issuing unit (57, 87), and the issuing unit (57, 87) determining a device certificate (55, 86, 96) which issues device-specific configuration data corresponding to the changed configuration of the automation device (41, 81) or, c) in the event of a change in the configuration, requesting a device certificate (55, 86, 96) having device-specific configuration data corresponding to the changed configuration from an issuing unit (57, 87) which is not included in the automation device (41, 81) itself. a) having a plurality of predefined device certificates having different device-specific configuration data, and the device certificate (55, 86, 96) having device-specific configuration data corresponding to the changed configuration of the automation device (41, 81) being selected or b) having an integrated issuing unit (57, 87), and the issuing unit (57, 87) determining a device certificate (55, 86, 96) which issues device-specific configuration data corresponding to the changed configuration of the automation device (41, 81) or, c) in the event of a change in the configuration, requesting a device certificate (55, 86, 96) having device-specific configuration data corresponding to the changed configuration from an issuing unit (57, 87) which is not included in the automation device (41, 81) itself.
A method for making a device including a structure comprising a first support assembled to a second support, the second support being also electrically connected to the first support, the method comprising steps consisting of: a) depositing a meltable ball (16a, 16b) on at least a first conducting zone (6a, 6b) located at the bottom of a blind hole (11a, 11b) formed on a first face of a first support, the blind hole being delimited by the bottom, one or several side walls, and an opening, the meltable ball having appropriate dimensions relative to the dimensions of the blind hole such that the deposited meltable ball projects above the opening of the blind hole and is located at a distance Δ from the side walls of the blind hole (11a, 11b), b) assembling the first support with a second support by thermocompression, by transferring the meltable ball (16a, 16b) onto a second conducting zone located (126a, 126b) on a first face of the second support, the transfer being made such that the first face of the second support is located at the opening of the blind hole, the transfer also being made at a temperature at which the ball can be partially melted and the meltable ball compressed, the ball having appropriate dimensions relative to the dimensions of the blind hole such that once the first face of the second support is located at the opening of the blind hole, the compressed ball is held at a distance Δ' from the side walls of the blind hole, such that Δ >Δ' > 0. a) depositing a meltable ball (16a, 16b) on at least a first conducting zone (6a, 6b) located at the bottom of a blind hole (11a, 11b) formed on a first face of a first support, the blind hole being delimited by the bottom, one or several side walls, and an opening, the meltable ball having appropriate dimensions relative to the dimensions of the blind hole such that the deposited meltable ball projects above the opening of the blind hole and is located at a distance Δ from the side walls of the blind hole (11a, 11b), b) assembling the first support with a second support by thermocompression, by transferring the meltable ball (16a, 16b) onto a second conducting zone located (126a, 126b) on a first face of the second support, the transfer being made such that the first face of the second support is located at the opening of the blind hole, the transfer also being made at a temperature at which the ball can be partially melted and the meltable ball compressed, the ball having appropriate dimensions relative to the dimensions of the blind hole such that once the first face of the second support is located at the opening of the blind hole, the compressed ball is held at a distance Δ' from the side walls of the blind hole, such that Δ >Δ' > 0.
Beverage preparation machine comprising a dispensing device for a beverage or an ingredient of a beverage, a drip tray associated therewith in order to collect any liquid residues, and at least one cover element of the drip tray, the cover element being detachably connected to the drip tray, characterised in that a subframe which detachably receives the cover element is detachably connected to the drip tray and in that the cover element or the subframe has a drip plate for covering the drip tray upon which a container can be placed and which is provided with openings.
Device (10, 110, 210) for packaging and applying a liquid composition (14, 114, 214) comprising solid particles (52, 152, 252) responsive to a magnetic field, comprising: - a container (12, 112, 212) intended to contain the liquid composition (14, 114, 214); - an applicator (16, 116, 216) able to be mounted on the container (12, 112, 212) and comprising a stem (26, 126, 226) and an applicator head (28, 128, 228) integral with one end of the stem (26, 126, 226), the stem (26, 126, 226) and the applicator head (28, 128, 228) being adapted for insertion into the container (12, 112, 212) when the applicator (16, 116, 216) is mounted on the container (12, 112, 212); and - a cleaning member (40, 140, 240) for cleaning the stem (26, 126, 226), arranged in the container (12, 112, 212), wherein the stem (26, 126, 226) of the applicator (16, 116, 216) comprises a magnetic part (42, 142, 242) able to generate a magnetic field suitable for attracting and retaining on the stem (26, 126, 226), at least when in a rest position, at least a portion of said solid particles (52, 152, 252), said magnetic part (42, 142, 242) extending over at least a portion of a region (46, 146, 246) of the stem (26, 126, 226) which extends between the applicator head (28, 128, 228) and the cleaning member (40, 140, 240) when the applicator (16, 116, 216) is mounted on the container (12, 112, 212), characterized in that the liquid composition (14, 114, 214) comprises a liquid phase (48, 148, 248) that is transparent and/or translucent. - a container (12, 112, 212) intended to contain the liquid composition (14, 114, 214); - an applicator (16, 116, 216) able to be mounted on the container (12, 112, 212) and comprising a stem (26, 126, 226) and an applicator head (28, 128, 228) integral with one end of the stem (26, 126, 226), the stem (26, 126, 226) and the applicator head (28, 128, 228) being adapted for insertion into the container (12, 112, 212) when the applicator (16, 116, 216) is mounted on the container (12, 112, 212); and - a cleaning member (40, 140, 240) for cleaning the stem (26, 126, 226), arranged in the container (12, 112, 212),
A graphical user interface embodied on one or more computer-readable media and executable on a computer, said graphical user interface comprising: a screen display for displaying one or more items in one of a plurality of available file view modes (650, 660, 670) for file list windows in an operating system; a split button control located in the screen display comprising a left hand side and a right hand side, wherein by selecting the left-hand side of the split button control the view state of the split button control toggles between the available modes and a preferred setting which is associated with each mode, and the face of the left-hand side of the split button control changes upon activation to indicate the currently selected mode, and wherein by clicking on the right hand side of the split button control a slider input control presented in the screen display is activated and operable to obtain a single user input indicative of both a selected file view mode (650, 660, 670) and a selected setting within the selected file view mode (650, 660, 670). a screen display for displaying one or more items in one of a plurality of available file view modes (650, 660, 670) for file list windows in an operating system; a split button control located in the screen display comprising a left hand side and a right hand side, wherein by selecting the left-hand side of the split button control the view state of the split button control toggles between the available modes and a preferred setting which is associated with each mode, and the face of the left-hand side of the split button control changes upon activation to indicate the currently selected mode, and wherein by clicking on the right hand side of the split button control a slider input control presented in the screen display is activated and operable to obtain a single user input indicative of both a selected file view mode (650, 660, 670) and a selected setting within the selected file view mode (650, 660, 670).
A post-traumatic immobilisation device having an architectural form using biocompatible material with a rounded shape, consisting of at least two complementary rigid parts (1a, 1b) in the form of a mesh, defining respective concave cavities, wherein said parts (1a, 1b) delimit a housing for the adjusted holding of the part of the body to be immobilised, wherein the rigid parts (1a, 1b) feature helicoidal curved connecting ends which determine a single coupling position of said parts (1a, 1b) and feature at their curved connecting ends a number of tabs and a number of complementary seats for the centring and orientation of the parts (1a, 1b) in a normal-use position, characterised in that the rigid parts (1a, 1b) comprise a number of fasteners featuring raised portions for the coupling of a number of elastic O-rings which clamp the rigid parts (1a, 1b) to one another in their normal-use position; and the raised portions for the clamping of the elastic O-rings are delimited by a number of channels defined on the external surface of the parts (1a, 1b), open at the curved connecting ends of said parts (1a, 1b), and feature dimensions suited for the lodging within the same of the corresponding elastic O-ring; and the elastic O-rings are interchangeable elastic O-rings of different elastic densities and suited to immobilise the rigid parts in their normal-use position, or to enable a slight separation between said rigid parts (1a, 1b), increasing the dimensions of the housing intended to hold the immobilised limb in the event of inflammatory processes of the immobilised part.
An apparatus for testing braking performance comprising: a drive unit generating power; a test unit driven by the drive unit, the test unit comprising a sheave unit driven by the drive unit and a rope operated in connection with the sheave unit; and a controller controlling operation of a brake apparatus to generate brake force on the test unit to test braking performance of the brake apparatus, characterised in that the drive unit comprises a first drive unit and a second drive unit operated independently of each other, and the sheave unit comprises driving sheaves, which are separated from each other and comprise a first driving sheave driven by the first drive unit and a second driving sheave driven by the second drive unit. a drive unit generating power; a test unit driven by the drive unit, the test unit comprising a sheave unit driven by the drive unit and a rope operated in connection with the sheave unit; and a controller controlling operation of a brake apparatus to generate brake force on the test unit to test braking performance of the brake apparatus, characterised in that the drive unit comprises a first drive unit and a second drive unit operated independently of each other, and the sheave unit comprises driving sheaves, which are separated from each other and comprise a first driving sheave driven by the first drive unit and a second driving sheave driven by the second drive unit.