mhurhangee/ep-ind-claims huggingface dataset:
Method for the dynamic output of information for the evacuation of persons from buildings, onto a smartphone, the method including: - determining the current position data of the smartphone using a position determination system; - determining the current usability of escape routes (NA1, NA2) located in the building using a suitable first sensor system (K1, K1', K1", K1"'); - determining evacuation information using a control unit, based on the current usability of the escape route and the current position of the smartphone; and - outputting the evacuation information on the smartphone, wherein the evacuation information is output as graphical routing information on a building plan on the smartphone, wherein the building plan is loaded by reading in an identifier located on the building in the form of a QR code or barcode by means of a suitable read facility of the smartphone. - determining the current position data of the smartphone using a position determination system; - determining the current usability of escape routes (NA1, NA2) located in the building using a suitable first sensor system (K1, K1', K1", K1"'); - determining evacuation information using a control unit, based on the current usability of the escape route and the current position of the smartphone; and - outputting the evacuation information on the smartphone,
An optical assembly comprising: a window including an interior surface and an opposed exterior surface, wherein a perimeter surface, including one or more side surfaces, connects between the interior surface and the exterior surface; a metal layer bonded to the perimeter surface of the window; an anti-reflective coating bonded to the interior surface of the window and the exterior surface of the window, wherein the ARC covers a majority of the interior surface of the window and the exterior surface of the window, characterized in that the metal layer extends onto an outer periphery of the interior surface of the window and onto an outer periphery of the exterior surface of the window; and a metallic member for enclosing a focal plane array aligned with the window, the metallic member joined to the metal layer by forming a solder joint between a metallic portion of the metallic member and the metal layer on the perimeter surface of the window. a window including an interior surface and an opposed exterior surface, wherein a perimeter surface, including one or more side surfaces, connects between the interior surface and the exterior surface; a metal layer bonded to the perimeter surface of the window; an anti-reflective coating bonded to the interior surface of the window and the exterior surface of the window, wherein the ARC covers a majority of the interior surface of the window and the exterior surface of the window, characterized in that the metal layer extends onto an outer periphery of the interior surface of the window and onto an outer periphery of the exterior surface of the window; and a metallic member for enclosing a focal plane array aligned with the window, the metallic member joined to the metal layer by forming a solder joint between a metallic portion of the metallic member and the metal layer on the perimeter surface of the window.
A proximal monitoring device, comprising a housing defining a volume in which a plurality of cameras are mounted that have fields that are angularly distributed around the housing, at least one of the cameras being associated with an azimuth scanning device for scanning azimuthally in a plane that is normal to a central axis of the housing, said proximal monitoring device being characterized in that the cameras are mounted in pairs on moving bracket plates for interchanging the positions of the cameras, each pair being mounted on a respective moving bracket plate, and the cameras in each pair being sensitive to mutually different wavelengths.
A tempered glass substrate for a cover glass of a display, which has a compression stress layer on a surface thereof, and has a glass composition comprising, in terms of mass%, 40 to 70% of SiO 2, 12 to 21% of Al 2 O 3, 0 to 1% of Li 2 O, 7 to 20% of Na 2 O, 0 to 15% of K 2 O, 0 to 3% of SrO, 0.001 to 10% of ZrO 2, 4% or less of TiO 2, less than 0.1% of As 2 O 3, less than 0.1% of Sb 2 O 3, and less than 0.1% of F, wherein K 2 O/Na 2 O in terms of mass fraction is 0.25 to 2.
A method for operating a user equipment, UE, for a wireless communication system, the method comprising determining whether a physical downlink shared channel, PDSCH, is received at a first time-domain position; if the result of the determining of whether the PDSCH is received at the first time-domain position is negative, determining a frequency-domain position of a bandwidth part, BWP, for receiving a physical downlink control channel, PDCCH, at a second time-domain position, according to whether a PDSCH has been received at a third time-domain position preceding the first time-domain position, wherein, if no PDSCH has been received at the third time-domain position, the frequency-domain position of the BWP for receiving the PDCCH at the second time-domain position is determined by a signaling received from a base station; and receiving the PDCCH at the BWP of the frequency-domain position. determining whether a physical downlink shared channel, PDSCH, is received at a first time-domain position; if the result of the determining of whether the PDSCH is received at the first time-domain position is negative, determining a frequency-domain position of a bandwidth part, BWP, for receiving a physical downlink control channel, PDCCH, at a second time-domain position, according to whether a PDSCH has been received at a third time-domain position preceding the first time-domain position, wherein, if no PDSCH has been received at the third time-domain position, the frequency-domain position of the BWP for receiving the PDCCH at the second time-domain position is determined by a signaling received from a base station; and receiving the PDCCH at the BWP of the frequency-domain position.
Process for purifying, such as salt/ion depletion and/or free sugar depletion, preferably by using dewatering, of a slurry comprising cellulose, such as microfibrillated cellulose, wherein the process comprises the following steps: - providing a slurry comprising cellulose and liquid, - subjecting the slurry to an electric field inducing the liquid of the slurry to flow, - separating the liquid from the cellulose thus obtaining a liquid depleted slurry, - adding a washing liquid, such as an organic solvent, to the liquid depleted slurry - subjecting the liquid depleted slurry to an electric field inducing the washing liquid of the slurry to flow and - separating the washing liquid from the cellulose, thus obtaining a purified cellulose. - providing a slurry comprising cellulose and liquid, - subjecting the slurry to an electric field inducing the liquid of the slurry to flow, - separating the liquid from the cellulose thus obtaining a liquid depleted slurry, - adding a washing liquid, such as an organic solvent, to the liquid depleted slurry - subjecting the liquid depleted slurry to an electric field inducing the washing liquid of the slurry to flow and - separating the washing liquid from the cellulose, thus obtaining a purified cellulose.
A closing device, in particular for a passage in an aircraft cabin, comprising: - a door panel, and - a first carriage comprising first guiding means for guiding said first carriage in translation relative to a fixed element in a sliding direction, and wherein said first carriage comprises second guiding means for guiding the door panel in translation relative to said first carriage in said sliding direction, and - wherein a first locking system is capable of assuming a locked state, wherein the first locking system provides a mechanical connection between the door panel and the first carriage, so that the door panel is movable in translation with the first carriage via said first guiding means, characterized in that - said first locking system being capable of passing into an unlocked state, in particular in the event of a malfunction, in which the door panel is detached from the first carriage, so that the door panel is only movable in translation via said second guiding means. - a door panel, and - a first carriage comprising first guiding means for guiding said first carriage in translation relative to a fixed element in a sliding direction, and wherein said first carriage comprises second guiding means for guiding the door panel in translation relative to said first carriage in said sliding direction, and - wherein a first locking system is capable of assuming a locked state, wherein the first locking system provides a mechanical connection between the door panel and the first carriage, so that the door panel is movable in translation with the first carriage via said first guiding means, characterized in that - said first locking system being capable of passing into an unlocked state, in particular in the event of a malfunction, in which the door panel is detached from the first carriage, so that the door panel is only movable in translation via said second guiding means.
A metal cap having an outer surface formed with a coating film composed of a coating composition containing thermally expandable hollow particles in a paint, wherein a curing initiation temperature TA (°C) of the paint, expressed as a temperature at which an attenuation rate by a rigid pendulum viscoelasticity test of the paint reaches an inflection point, satisfies TA ≥ Ta + 25 where Ta is an expansion initiation temperature (°C) of the thermally expandable hollow particles, and a maximum curing temperature TB (°C) of the paint, expressed as a temperature at which the attenuation rate by the rigid pendulum viscoelasticity test of the paint reaches a peak, satisfies Tb − 10 ≤ TB ≤ Tb + 10 where Tb is a maximum expansion temperature (°C) of the thermally expandable hollow particles.
A display apparatus comprising: a front frame comprising a light receiving portion; an optical component comprising a plurality of sensors including an infrared sensor and a photoconductive ambient light sensor; and an optical fiber component configured to transmit an electromagnetic transmission being incident on the light receiving portion to the plurality of sensors, wherein the optical fiber component comprises: an optical fiber; a first light window disposed in the light receiving portion of the front frame; a second light window configured to be adjacent to the plurality of sensors and configured to receive the electromagnetic transmission from the optical fiber and diffuse the electromagnetic transmission toward the plurality of sensors; and wherein the optical fiber is configured to connect the first light window and the second light window. a front frame comprising a light receiving portion; an optical component comprising a plurality of sensors including an infrared sensor and a photoconductive ambient light sensor; and an optical fiber component configured to transmit an electromagnetic transmission being incident on the light receiving portion to the plurality of sensors, wherein the optical fiber component comprises: an optical fiber; a first light window disposed in the light receiving portion of the front frame; a second light window configured to be adjacent to the plurality of sensors and configured to receive the electromagnetic transmission from the optical fiber and diffuse the electromagnetic transmission toward the plurality of sensors; and wherein the optical fiber is configured to connect the first light window and the second light window. an optical fiber; a first light window disposed in the light receiving portion of the front frame; a second light window configured to be adjacent to the plurality of sensors and configured to receive the electromagnetic transmission from the optical fiber and diffuse the electromagnetic transmission toward the plurality of sensors; and wherein the optical fiber is configured to connect the first light window and the second light window.
A wireless transmit/receive unit, WTRU, comprising: means for receiving at least one serving grant and at least one non-scheduled grant, wherein the at least one serving grant is a grant for scheduled data transmission and the at least one non-scheduled grant is a grant for non-scheduled data transmission, characterized by: means for determining supported enhanced dedicated channel transport format combinations, E-TFCs, within a E-TFC set, E-TFCS, based on a remaining transmit power for enhanced uplink, EU, transmission; and means for limiting medium access control for dedicated channel, MAC-d, flow data multiplexed into a medium access control for enhanced uplink, MAC-e, protocol data unit, PDU, to a largest E-TFC size that is smaller than a size of MAC-d flow data allowed by the received serving and non-scheduled grants and available for transmission. means for receiving at least one serving grant and at least one non-scheduled grant, wherein the at least one serving grant is a grant for scheduled data transmission and the at least one non-scheduled grant is a grant for non-scheduled data transmission, characterized by: means for determining supported enhanced dedicated channel transport format combinations, E-TFCs, within a E-TFC set, E-TFCS, based on a remaining transmit power for enhanced uplink, EU, transmission; and means for limiting medium access control for dedicated channel, MAC-d, flow data multiplexed into a medium access control for enhanced uplink, MAC-e, protocol data unit, PDU, to a largest E-TFC size that is smaller than a size of MAC-d flow data allowed by the received serving and non-scheduled grants and available for transmission. means for determining supported enhanced dedicated channel transport format combinations, E-TFCs, within a E-TFC set, E-TFCS, based on a remaining transmit power for enhanced uplink, EU, transmission; and means for limiting medium access control for dedicated channel, MAC-d, flow data multiplexed into a medium access control for enhanced uplink, MAC-e, protocol data unit, PDU, to a largest E-TFC size that is smaller than a size of MAC-d flow data allowed by the received serving and non-scheduled grants and available for transmission.
A method for performing a garbage collection operation in a cloud tier of data of a computing system that provides an active tier of data and the cloud tier of data in a cloud storage, the method comprising: processing metadata, stored in the active tier, for the cloud tier by a garbage collection engine of an on-site installation data protection system to identify containers in the cloud tier to be cleaned in a cloud storage, wherein the identified containers contain regions, wherein some of the regions include both dead segments and live segments; generating recipes, by the garbage collection engine, that identify locations of the live segments in the identified regions in the identified containers based upon metadata stored in the active tier that identifies the live segments and the dead segments; writing the recipes to a Uniform Resource Locator, URL; and detecting an event that the recipes have been written to the URL; invoking functions in a serverless cloud system in response to detecting the event; performing the recipes by the functions, wherein the functions copy the live regions to new regions in new containers in the cloud tier from the identified containers and then deleting the identified containers; characterized by: polling the cloud storage for a poll file written by the functions, wherein the poll file allows the data protection system to validate the recipes performed by the functions, wherein the poll file preferably comprises a checksum that is compared to a locally stored checksum. processing metadata, stored in the active tier, for the cloud tier by a garbage collection engine of an on-site installation data protection system to identify containers in the cloud tier to be cleaned in a cloud storage, wherein the identified containers contain regions, wherein some of the regions include both dead segments and live segments; generating recipes, by the garbage collection engine, that identify locations of the live segments in the identified regions in the identified containers based upon metadata stored in the active tier that identifies the live segments and the dead segments; writing the recipes to a Uniform Resource Locator, URL; and detecting an event that the recipes have been written to the URL; invoking functions in a serverless cloud system in response to detecting the event; performing the recipes by the functions, wherein the functions copy the live regions to new regions in new containers in the cloud tier from the identified containers and then deleting the identified containers; characterized by: polling the cloud storage for a poll file written by the functions, wherein the poll file allows the data protection system to validate the recipes performed by the functions, wherein the poll file preferably comprises a checksum that is compared to a locally stored checksum.
Water-conducting household appliance, in particular a dishwasher, with a moving component, an electric motor for moving the component with a predefined speed, a control apparatus for actuating the electric motor and a load apparatus for providing a resistance, which is a function of a position of the moving component and counter to the movement, wherein the control apparatus is designed to detect the drive current (I 0, I 1, I 2), which is drawn by the electric motor during the movement of the component with the predefined speed and is a function of the resistance provided and to ascertain the position of the moving component as a function of the detected drive current (I 0, I 1, I 2).
A pharmaceutical composition for a mammal comprising a compound having the chemical structure or a salt thereof: wherein R1 to R11 and R14 to R17 are each independently selected from the group consisting of hydrogen, halogen, cyano, a C 1 -C 6 alkyl group, a C 3 -C 7 cycloalkyl group, a C 1 -C 4 alkoxy group, a C 1 -C 4 haloalkyl group, -NRR', -NR-CO-R', and -CONRR' group wherein R and R' are each independently selected from hydrogen or a C 1 -C 6 alkyl group, n is 1, 2, 3, 4 or 5, and at least one excipient. wherein R1 to R11 and R14 to R17 are each independently selected from the group consisting of hydrogen, halogen, cyano, a C 1 -C 6 alkyl group, a C 3 -C 7 cycloalkyl group, a C 1 -C 4 alkoxy group, a C 1 -C 4 haloalkyl group, -NRR', -NR-CO-R', and -CONRR' group wherein R and R' are each independently selected from hydrogen or a C 1 -C 6 alkyl group, n is 1, 2, 3, 4 or 5, and at least one excipient.
Method for verifying a flame monitoring of a heating device comprising at least the following steps: a) detecting a first flame signal of ultraviolet radiation of a flame of the heating device, b) detecting a second flame signal of infrared radiation of a flame of the heating device, c) determining a ratio of the first flame signal and second flame signal, d) recognizing a fault in the flame monitoring of the heating device on the basis of the ratio determined in step c). a) detecting a first flame signal of ultraviolet radiation of a flame of the heating device, b) detecting a second flame signal of infrared radiation of a flame of the heating device, c) determining a ratio of the first flame signal and second flame signal, d) recognizing a fault in the flame monitoring of the heating device on the basis of the ratio determined in step c).
A method of delivering a liquid additive to an apparatus for delivering liquid additive into a plastics material, the method comprising: (i) providing a liquid additive which is shear thinning in a receptacle; characterized in further comprising: (ii) with the receptacle operatively connected to an apparatus for delivering liquid additive into a plastics material, applying vibrational motion to the receptacle to facilitate passage of the liquid additive from the receptacle into said apparatus. (i) providing a liquid additive which is shear thinning in a receptacle; characterized in further comprising: (ii) with the receptacle operatively connected to an apparatus for delivering liquid additive into a plastics material, applying vibrational motion to the receptacle to facilitate passage of the liquid additive from the receptacle into said apparatus.
Extruded expanded edible wafer, which has a crispness characterised by a number of force drops in a force applied to the wafer by a crush test probe per mm of distance travelled by said crush test probe of less than 2.5, when measured at a moisture content of 4%, and wherein the force drops with a magnitude greater than or equal to 0.8N are counted.
An electrochemical biosensor, comprising an electrode substrate, and an osmium complex or its salts represented by Chemical formula 1, and an enzyme being capable of oxidizing and reducing a target substance in a liquid biological sample, which are immobilized on the electrode substrate: [Chemical formula 1] Os mXn Wherein, A is represented by Chemical formula 2, X is a halogen, m is an integer of 1 to 3, n is an integer of 0 to 4, and a sum of m and n is an integer of 3 to 5. Wherein, A is represented by Chemical formula 2, X is a halogen, m is an integer of 1 to 3, n is an integer of 0 to 4, and a sum of m and n is an integer of 3 to 5.
Control unit for an electric parking brake of a vehicle, such that the electric parking brake comprises - a first valve device that acts as a control element for aerating and venting a control line, - a second valve device for blocking or opening the control line, - a relay valve, which can be controlled by the control line and which aerates or vents at least one spring brake cylinder of the electric parking I brake, and - at least one pressure sensor coupled to the control unit, characterised in that the control unit is designed to emit an error message if, after the actuation of the first valve device, the pressure measured by the pressure sensor changes at most by a specified amount. - a first valve device that acts as a control element for aerating and venting a control line, - a second valve device for blocking or opening the control line, - a relay valve, which can be controlled by the control line and which aerates or vents at least one spring brake cylinder of the electric parking I brake, and - at least one pressure sensor coupled to the control unit,
A compound: or a pharmaceutically acceptable salt thereof, for use in the therapeutic and/or prophylactic treatment of adenovirus in an immunodeficient subject, wherein said immunodeficient subject is a human.
A composition consisting of a component, imazalil, and an antifungal component (II-g), fosetyl-Al, in respective proportions to provide a synergistic antifungal effect, a carrier and optionally an adjuvant.
Method for stowing a kite-type wind resistance element which is configured for flying and which, by way of a hauling rope connection (2, 3, 4) that is capable of being hauled in, is held on a holding point and which, while hauling in the hauling rope connection (2, 3, 4), is able to be docked to a holding device, characterized by the following steps: a. hauling in the hauling rope connection (2, 3, 4) until the wind resistance element can be docked to the holding device; b. docking the wind resistance element to the holding device; c. establishing or maintaining a hauling rope tension between a holding portion of the hauling rope connection (2, 3, 4) and the wind resistance element; d. stowing the wind resistance element, wherein the hauling rope tension is maintained while stowing. a. hauling in the hauling rope connection (2, 3, 4) until the wind resistance element can be docked to the holding device; b. docking the wind resistance element to the holding device; c. establishing or maintaining a hauling rope tension between a holding portion of the hauling rope connection (2, 3, 4) and the wind resistance element; d. stowing the wind resistance element, wherein the hauling rope tension is maintained while stowing.