mhurhangee/patent-ind-claim-en huggingface dataset:
AV alloy target comprising: V and W, wherein an average value of Vickers hardness on an erosion surface is in a range of 340 to 750 HV, and a variation in Vickers hardness measured at 5 measurement points is 20% or less, wherein the V alloy target contains 10 to 50 at% of W with a remainder including V and inevitable impurities, the V alloy target is obtained by pressure-sintering a powder mixture of pure metal powders or alloy powders mixed together or a single type of powder in which a final composition is adjusted such that the aforementioned constituent composition is obtained, and the variation is determined by the following formula: a maximum value of the measurement points − a minimum value of the measurement points / the maximum value of the measurement points + the minimum value of the measurement points × 100 % . wherein the V alloy target contains 10 to 50 at% of W with a remainder including V and inevitable impurities, the V alloy target is obtained by pressure-sintering a powder mixture of pure metal powders or alloy powders mixed together or a single type of powder in which a final composition is adjusted such that the aforementioned constituent composition is obtained, and the variation is determined by the following formula: a maximum value of the measurement points − a minimum value of the measurement points / the maximum value of the measurement points + the minimum value of the measurement points × 100 % .
A security domain management method for managing at least one security domain included in a trusted execution environment, TEE, the method comprising: obtaining , by the TEE kernel, property information related to a security domain; in case that the property information is not NULL, registering , by the TEE kernel, the security domain in a notification service to receive information related to an event; obtaining information related to an event for at least one other security domain in case that the event for the at least one other security domain is generated; and notifying , by the notification service, the registered security domain of the information related to the event for the at least one other security domain based on parameters for the registered security domain, wherein the information related to the event is sent via an information channel provided by a TEE kernel; wherein the parameters include an identifier of the registered security domain and an identifier of a group including the registered security domain; and wherein the information related to the event includes an identifier of the at least one other security domain, an identifier of the event, and valid period information of the event. obtaining , by the TEE kernel, property information related to a security domain; in case that the property information is not NULL, registering , by the TEE kernel, the security domain in a notification service to receive information related to an event; obtaining information related to an event for at least one other security domain in case that the event for the at least one other security domain is generated; and notifying , by the notification service, the registered security domain of the information related to the event for the at least one other security domain based on parameters for the registered security domain, wherein the information related to the event is sent via an information channel provided by a TEE kernel; wherein the parameters include an identifier of the registered security domain and an identifier of a group including the registered security domain; and wherein the information related to the event includes an identifier of the at least one other security domain, an identifier of the event, and valid period information of the event.
A damping-enhanced pressure-sensitive adhesive comprising: a silicone pressure-sensitive adhesive comprising; at least one silicone-based polymer; a resin; optionally at least one catalyst; and optionally at least one initiator; and at least one damping-additive, wherein the at least one damping additive is a rubber-based damping additive; and wherein the silicone pressure-sensitive adhesive is present in an amount ranging from 50 wt% to 99.9 wt%, based on the total dry weight of the damping-enhanced silicone pressure-sensitive adhesive. a silicone pressure-sensitive adhesive comprising; at least one silicone-based polymer; a resin; optionally at least one catalyst; and optionally at least one initiator; and at least one silicone-based polymer; a resin; optionally at least one catalyst; and optionally at least one initiator; and at least one damping-additive, wherein the at least one damping additive is a rubber-based damping additive; and wherein the silicone pressure-sensitive adhesive is present in an amount ranging from 50 wt% to 99.9 wt%, based on the total dry weight of the damping-enhanced silicone pressure-sensitive adhesive.
Process for refining a pyrolysis bio-oil, comprising at least the following steps: a) demixing the bio-oil into an aqueous phase A1 and a viscous phase, the viscous phase comprising a water content at most equal to 30% by mass; and b) treating the viscous phase at a temperature of 250°C to 350°C and at a pressure of 10 MPa to 20 MPa, in the presence of a solvent, the solvent representing at least 30% by mass of the mass of the medium formed by the solvent and the viscous phase, whereby a gaseous phase, an aqueous phase A2 and a slurry are obtained. a) demixing the bio-oil into an aqueous phase A1 and a viscous phase, the viscous phase comprising a water content at most equal to 30% by mass; and b) treating the viscous phase at a temperature of 250°C to 350°C and at a pressure of 10 MPa to 20 MPa, in the presence of a solvent, the solvent representing at least 30% by mass of the mass of the medium formed by the solvent and the viscous phase, whereby a gaseous phase, an aqueous phase A2 and a slurry are obtained.
A weather-resistive coating composition comprising: from 21 to 25 weight percent of aromatic isocyanate with a functionality of at least 2.0, from 28 to 32 weight percent of polyol, from 4 to 8 weight percent of a diol having a molecular weight in the range of from 80 to 200, from 38 to 42 weight percent of filler having a particle size of no greater than 400 micrometers, and from 0.01 to 0.03 weight percent of a catalyst, wherein, the coating composition has a water vapor permeability of at least 23 US Perms (grains per ft 2 per 1 hour per inch of mercury) measured according to ASTM D6701-01, and the coating composition is a component of a building wall or roofing structure. from 21 to 25 weight percent of aromatic isocyanate with a functionality of at least 2.0, from 28 to 32 weight percent of polyol, from 4 to 8 weight percent of a diol having a molecular weight in the range of from 80 to 200, from 38 to 42 weight percent of filler having a particle size of no greater than 400 micrometers, and from 0.01 to 0.03 weight percent of a catalyst, wherein, the coating composition has a water vapor permeability of at least 23 US Perms (grains per ft 2 per 1 hour per inch of mercury) measured according to ASTM D6701-01, and the coating composition is a component of a building wall or roofing structure.
A composition comprising a nanoscale polyamidoamine (PAMAM) dendrimer-branched polymer with a hydroxyl (-OH) terminal group conjugated directly, or indirectly via one or more spacers, to a biologically active agent for selective delivery of the nanoscale polyamidoamine (PAMAM) dendrimer-branched polymer to a site of neuroinflammation, and/or inflammation of the eye for use in the treatment of neuroinflammation, and/or inflammation of the eye, wherein the biologically active agent is selected from the group consisting of anti-inflammatory agents and anti-oxidants.
An outboard motor comprising: an engine including a crankshaft extending in a first direction of the outboard motor ; a drive shaft connected to the crankshaft and arranged coaxially with the crankshaft ; a water intake passage connected to the engine ; a water pump connected to the water intake passage and including a pump shaft arranged eccentrically with respect to the drive shaft and in parallel with the drive shaft , the pump shaft being configured to rotate according to rotation of the drive shaft ; and a propeller shaft extending in a second direction of the outboard motor ; characterised by a shift mechanism including a shift member movable between a forward position and a reverse position, the shift mechanism being configured to switch a direction of rotation transmitted from the drive shaft to the propeller shaft between a forward direction and a reverse direction according to a position of the shift member ; and a shift shaft extending in the first direction and configured to move the shift member between the forward position and the reverse position, wherein the shift shaft penetrates the water pump . an engine including a crankshaft extending in a first direction of the outboard motor ; a drive shaft connected to the crankshaft and arranged coaxially with the crankshaft ; a water intake passage connected to the engine ; a water pump connected to the water intake passage and including a pump shaft arranged eccentrically with respect to the drive shaft and in parallel with the drive shaft , the pump shaft being configured to rotate according to rotation of the drive shaft ; and a propeller shaft extending in a second direction of the outboard motor ; characterised by a shift mechanism including a shift member movable between a forward position and a reverse position, the shift mechanism being configured to switch a direction of rotation transmitted from the drive shaft to the propeller shaft between a forward direction and a reverse direction according to a position of the shift member ; and a shift shaft extending in the first direction and configured to move the shift member between the forward position and the reverse position, wherein the shift shaft penetrates the water pump .
A distance-measuring optoelectronic sensor for detecting and determining the distance of an object in a monitoring area , the sensor comprising a light transmitter for transmitting a light signal , a light receiver having at least one light-receiving element for generating a received signal from the remitted light signal remitted by the object , and a control and evaluation unit configured to determine a light time of flight and thus the distance of the object from the received signal and to evaluate the received signal with a threshold in order to determine a reception time, the control and evaluation unit further being configured to determine level information of the received signal and to dynamically adjust the threshold by means of the level information, and the control and evaluation unit comprising a low-pass filter to which the received signal is fed before the level information is determined, characterized in that the control and evaluation unit is configured to detect the level information from the received signal as an extraneous light signal in a transmission pause when the light transmitter is inactive, so that there is no superimposition with useful light, and to add the level information to the threshold analogously for the dynamic threshold adjustment, the level information being linearly adjusted beforehand by means of a potentiometer or divided down by means of a potentiometer. characterized in that the control and evaluation unit is configured to detect the level information from the received signal as an extraneous light signal in a transmission pause when the light transmitter is inactive, so that there is no superimposition with useful light, and to add the level information to the threshold analogously for the dynamic threshold adjustment, the level information being linearly adjusted beforehand by means of a potentiometer or divided down by means of a potentiometer.
A method for producing metal oxide nanocrystals, comprising: continuously flowing, into a continuous flow path, one or a plurality of nanocrystal precursor solutions each comprising one or more nanocrystal precursors dissolved in a non-polar solvent; directing a segmenting gas into the continuous flow path to create a segmented reaction flow; flowing the segmented reaction flow into a thermal processor; heating the segmented reaction flow in the thermal processor to create a product flow; and collecting metal oxide nanocrystals from the product flow. continuously flowing, into a continuous flow path, one or a plurality of nanocrystal precursor solutions each comprising one or more nanocrystal precursors dissolved in a non-polar solvent; directing a segmenting gas into the continuous flow path to create a segmented reaction flow; flowing the segmented reaction flow into a thermal processor; heating the segmented reaction flow in the thermal processor to create a product flow; and collecting metal oxide nanocrystals from the product flow.
A system operable to manage execution of a request that outlasts token expiration in an asynchronous request-reply pattern, the system comprising: at least one hardware processor; a work process application program interface, API, executed by the at least one hardware processor to: receive a request from a client to perform an operation, wherein the request includes a token with an expiration; create a tracking key for the request; post the request for processing; and transmit a response to the client in response to accepting the request, wherein the response includes a reply-after time period, the tracking key, and a location to poll for a status of the request after expiration of the reply-after time period; and a status checker API executed by the at least one hardware processor to: receive a status check for the request from the client based on the reply-after time period and the location to poll, wherein the status check includes the tracking key; check the status of the request using the tracking key; extract a new token from the status check based on the new token being needed to execute the request; and send a reply to the status check with a current status of the request. at least one hardware processor; a work process application program interface, API, executed by the at least one hardware processor to: receive a request from a client to perform an operation, wherein the request includes a token with an expiration; create a tracking key for the request; post the request for processing; and transmit a response to the client in response to accepting the request, wherein the response includes a reply-after time period, the tracking key, and a location to poll for a status of the request after expiration of the reply-after time period; and receive a request from a client to perform an operation, wherein the request includes a token with an expiration; create a tracking key for the request; post the request for processing; and transmit a response to the client in response to accepting the request, wherein the response includes a reply-after time period, the tracking key, and a location to poll for a status of the request after expiration of the reply-after time period; and a status checker API executed by the at least one hardware processor to: receive a status check for the request from the client based on the reply-after time period and the location to poll, wherein the status check includes the tracking key; check the status of the request using the tracking key; extract a new token from the status check based on the new token being needed to execute the request; and send a reply to the status check with a current status of the request. receive a status check for the request from the client based on the reply-after time period and the location to poll, wherein the status check includes the tracking key; check the status of the request using the tracking key; extract a new token from the status check based on the new token being needed to execute the request; and send a reply to the status check with a current status of the request.
Monitoring apparatus for foot-entry protection in a vehicle treatment installation , in particular a vehicle washing installation, characterized in that the monitoring apparatus comprises at least one camera and an image processing unit , the camera being designed to produce recordings of a coverage area on and/or in the vehicle treatment installation , and the image processing unit being designed to receive and process data from at least one camera, and the image processing unit comprises an installation interface via which data are interchangeable with the vehicle treatment installation , wherein the monitoring apparatus is designed to detect persons in the coverage area and to take a detected person as a basis for initiating a safety action in the vehicle treatment installation .
A method of manufacturing a hot gas wall of a gas turbine combustor, the hot gas wall having a wall part with a front side and a back side , the wall part being for exposure to a hot fluid on the front side , and the hot gas wall also comprising a turbulator structure , the method comprising the step of attaching a turbulator structure to the back side of the wall part by brazing or resistance welding, wherein the turbulator structure is arranged in a honeycomb or a chevron pattern, characterized in that the wall part comprises a curved section which is curved along a longitudinal direction denoted by a longitudinal axis and also curved in a plane perpendicular to the longitudinal axis and the turbulator structure is attached to the curved section of the wall part , so that the turbulator structure is added to shapes that curve in all three dimensions such as the transition region between a cylindrical part and a turbine interface.
A method of preparing a thin composite material slab, comprising the steps of: forming a particulate composition comprising ground calcium silicate having a median particle size in the range from 1 μm to 100 μm, and ground calcium carbonate or a SiO 2 bearing material, having a median particle size in the range from 3 μm to 25 mm; forming a liquid composition comprising water; mixing the particulate composition and a liquid composition to form a slurry; forming the slurry mixture into a desired shape by casting the slurry into a mold, pressing the slurry in a mold, pressing the slurry in a vibrating mold, extruding the slurry, or slip forming the slurry, wherein the desired shape has a cross sectional thickness in the range of 5 mm to 25 mm; and curing the formed slurry mixture at a temperature in the range from 20°C to 150°C for 1 hour to 80 hours under a vapor comprising water and CO 2 at a concentration from 10% to 90%, and having a pressure in the range from ambient atmospheric pressure to 50 psi (345 kPa) above ambient atmospheric pressure, wherein curing the formed slurry mixture is performed in a curing chamber; and heating the cured composite material to drive off water. forming a particulate composition comprising ground calcium silicate having a median particle size in the range from 1 μm to 100 μm, and ground calcium carbonate or a SiO 2 bearing material, having a median particle size in the range from 3 μm to 25 mm; forming a liquid composition comprising water; mixing the particulate composition and a liquid composition to form a slurry; forming the slurry mixture into a desired shape by casting the slurry into a mold, pressing the slurry in a mold, pressing the slurry in a vibrating mold, extruding the slurry, or slip forming the slurry, wherein the desired shape has a cross sectional thickness in the range of 5 mm to 25 mm; and curing the formed slurry mixture at a temperature in the range from 20°C to 150°C for 1 hour to 80 hours under a vapor comprising water and CO 2 at a concentration from 10% to 90%, and having a pressure in the range from ambient atmospheric pressure to 50 psi (345 kPa) above ambient atmospheric pressure, wherein curing the formed slurry mixture is performed in a curing chamber; and heating the cured composite material to drive off water.
An encoder adapted to encode a sequence of frames, the encoder comprising: - a linear transform assembly adapted to apply a linear transform to the sequences of frames on a frame-by-frame basis so as to obtain a sequence of linearly transformed frames having an entropy that is lower than that of the frames in the sequence of frames to be encoded, and - an encoding assembly adapted to encode the sequence of linearly transformed frames so as to obtain a sequence of encoded frames comprising an amount of data that is less than that of the linearly transformed frames, wherein the encoding assembly is adapted to encode at least one portion of a linearly transformed frame in an inter mode and to encode at least one other portion of the same linearly transformed frame in an intra mode, so as to obtain an encoded frame, whereby, in the inter mode, the encoding assembly provides a differential representation of a portion of the linearly transformed frame, the differential representation corresponding with a difference between, on the one hand, the portion of the linearly transformed frame and, on the other hand, a representation of a corresponding portion of at least one other linearly transformed frame, and in which the encoding assembly applies data compression to the differential representation of the portion of the linearly transformed frame, whereby, in the intra mode, the encoding assembly directly applies the data compression to another portion of the same linearly transformed frame. - a linear transform assembly adapted to apply a linear transform to the sequences of frames on a frame-by-frame basis so as to obtain a sequence of linearly transformed frames having an entropy that is lower than that of the frames in the sequence of frames to be encoded, and - an encoding assembly adapted to encode the sequence of linearly transformed frames so as to obtain a sequence of encoded frames comprising an amount of data that is less than that of the linearly transformed frames,
An ice maker apparatus comprising: a casing defining a chamber about a central axis (A), the casing extending along the central axis (A) between a top portion and a bottom portion , the casing comprising a first material; an auger disposed within the chamber of the casing ; a discrete upper flange selectively mounted on the casing at the top portion , the discrete upper flange comprising a second material that is unique from the first material; and an extruder die attached to the discrete upper flange and positioned above the casing , characterized by further comprising a discrete lower flange selectively mounted on the casing at the bottom portion , the discrete lower flange comprising the second material, further comprising a plurality of bolts radially spaced from the central axis (A) and extending axially from the discrete upper flange to the discrete lower flange , each bolt of the plurality of bolts being in attached engagement with the upper flange and the lower flange . a casing defining a chamber about a central axis (A), the casing extending along the central axis (A) between a top portion and a bottom portion , the casing comprising a first material; an auger disposed within the chamber of the casing ; a discrete upper flange selectively mounted on the casing at the top portion , the discrete upper flange comprising a second material that is unique from the first material; and an extruder die attached to the discrete upper flange and positioned above the casing , characterized by further comprising a discrete lower flange selectively mounted on the casing at the bottom portion , the discrete lower flange comprising the second material, further comprising a plurality of bolts radially spaced from the central axis (A) and extending axially from the discrete upper flange to the discrete lower flange , each bolt of the plurality of bolts being in attached engagement with the upper flange and the lower flange .