mhurhangee/ep-ind-claims huggingface dataset:
A method, in a core network node (105a/117a/117b), for establishing encryption or integrity protection, the method comprising: identifying a non-USIM based authentication procedure to be utilized by a wireless communication device, WCD, being served by the core network node, wherein the identifying the non-USIM based authentication procedure comprises identifying, from among a plurality of network partitions, a network partition to which the WCD is attempting to connect, and determining that the network partition is associated with the non-USIM based authentication type; obtaining a session key associated with the identified non-USIM based authentication procedure; converting the session key associated with the identified non-USIM based authentication procedure to at least one of: i) a first key, K1, for use by the WCD and a base station serving the WCD to derive an encryption or integrity protection key, Kenc/int, for enabling encryption or integrity protection of a communication between the WCD and the base station and ii) a second key, K2, for use by the WCD and the core network node (105a/117a/117b) to derive the first key K1; and performing at least one of: i) sending K1 to the base station and ii) sending K2 to another core network node (105a/117a/117b) that is configured to derive K1 from K2, wherein K1 and K2 each has a length that is at least one of the following: i) equal to a length of an evolved packet system authentication and key agreement (EPS AKA) key, and ii) different than a length of the session key. identifying a non-USIM based authentication procedure to be utilized by a wireless communication device, WCD, being served by the core network node, wherein the identifying the non-USIM based authentication procedure comprises identifying, from among a plurality of network partitions, a network partition to which the WCD is attempting to connect, and determining that the network partition is associated with the non-USIM based authentication type; obtaining a session key associated with the identified non-USIM based authentication procedure; converting the session key associated with the identified non-USIM based authentication procedure to at least one of: i) a first key, K1, for use by the WCD and a base station serving the WCD to derive an encryption or integrity protection key, Kenc/int, for enabling encryption or integrity protection of a communication between the WCD and the base station and ii) a second key, K2, for use by the WCD and the core network node (105a/117a/117b) to derive the first key K1; and performing at least one of: i) sending K1 to the base station and ii) sending K2 to another core network node (105a/117a/117b) that is configured to derive K1 from K2, wherein K1 and K2 each has a length that is at least one of the following: i) equal to a length of an evolved packet system authentication and key agreement (EPS AKA) key, and ii) different than a length of the session key.
A method of separating cold milk, the method using a centrifugal separator for separating milk into a cream phase and a skim milk phase, the separator comprising a centrifuge bowl, a disc stack of conical discs arranged inside the centrifuge bowl, the disc stack comprising a first set of discs and a second set of discs, the discs in the disk stack comprising distribution openings such that the milk passes the first set of discs before passing the second set of discs, the discs in the first set of discs being separated from each other by a first distance, and the discs in the second set of discs being separated from each other by a second distance which is smaller than the first distance, the method comprising providing a flow of the milk through the first set of discs in the disc stack arranged in the separator, and thereafter providing the flow of the milk through the second set of discs, which is stacked on top of the first set of discs, characterized in that the discs in the first set of discs are separated by 0,75 to 0,85 mm and the discs in the second set of discs are separated by 0,55 to 0,65 mm, and the temperature of the cold milk is below 30 °C. using a centrifugal separator for separating milk into a cream phase and a skim milk phase, the separator comprising a centrifuge bowl, a disc stack of conical discs arranged inside the centrifuge bowl, the disc stack comprising a first set of discs and a second set of discs, the discs in the disk stack comprising distribution openings such that the milk passes the first set of discs before passing the second set of discs, the discs in the first set of discs being separated from each other by a first distance, and the discs in the second set of discs being separated from each other by a second distance which is smaller than the first distance, the method comprising providing a flow of the milk through the first set of discs in the disc stack arranged in the separator, and thereafter providing the flow of the milk through the second set of discs, which is stacked on top of the first set of discs, characterized in that the discs in the first set of discs are separated by 0,75 to 0,85 mm and the discs in the second set of discs are separated by 0,55 to 0,65 mm, and the temperature of the cold milk is below 30 °C.
Unidirectionally-oriented film comprising a composition consisting of a thermoplastic polyester (a) in an amount of 85 to 99.9 wt%, based on the total composition; a polycarbonate (b) in an amount of 0.1 to 15 wt%, based on the total composition; and an additive (c) in an amount of 0 to 10 wt%, based on the total composition wherein the film has a width of at least 0.5 mm and at most 10 m and a thickness in the range from 2 to 2000 μm.
A method comprising: capturing, at an image capturing device, a plurality of concurrent perspectives of an eye based on light reflected from a segmented optics array, wherein capturing the plurality of concurrent perspectives comprises capturing the plurality of concurrent perspectives in a single image at the image capturing device, and wherein the image includes a plurality of sub-images, wherein each sub-image displays a different perspective of the eye; and generating, at an eye-tracking module, a confidence score for each sub-image, and identifying a position of the eye based on the plurality of concurrent perspectives by selecting the sub-image having the highest confidence score. capturing, at an image capturing device, a plurality of concurrent perspectives of an eye based on light reflected from a segmented optics array, wherein capturing the plurality of concurrent perspectives comprises capturing the plurality of concurrent perspectives in a single image at the image capturing device, and wherein the image includes a plurality of sub-images, wherein each sub-image displays a different perspective of the eye; and generating, at an eye-tracking module, a confidence score for each sub-image, and identifying a position of the eye based on the plurality of concurrent perspectives by selecting the sub-image having the highest confidence score.
A sheet-like abrasive article, comprising: (a) a resilient backing sheet having opposed major surfaces; (b) a continuous abrasive sheet affixed to one surface of the backing sheet, the abrasive sheet comprising a continuous abrasive support layer with abrasive articles arranged thereon, thereby defining an abrasive surface, wherein the backing sheet is a discontinuous backing sheet that contains openings extending therethrough and characterised in that the backing sheet includes a generally flat surface that is adhesively bonded with the abrasive support layer and further includes a textured surface opposite the flat surface defining a gripping surface opposite the abrasive surface which is engaged by the user to manually actuate the abrasive article. (a) a resilient backing sheet having opposed major surfaces; (b) a continuous abrasive sheet affixed to one surface of the backing sheet, the abrasive sheet comprising a continuous abrasive support layer with abrasive articles arranged thereon, thereby defining an abrasive surface,
An individualizer for stacked products, in particular dishes, the individualizer comprising: - a feed device to feed the stacked products along a movement path, - at least one product stop which protrudes into the movement path of the products and which is supported by a stop support, - wherein the feed device is arranged on a feed side of the stop support, - an extraction device arranged on an extraction side that is arranged opposite to the feed side with respect to the stop support, wherein the extraction device is configured to grip a lowest of the stacked products on the extraction side and to pull the lowest product over the at least one product stop wherein the stacked products are elastic at least at their outer edge, characterized in that - the stop support supports all product stops, - the stop support is a format plate which is arranged transversal to the movement path of the products to be individualized and which includes a format opening which is larger than the product viewed transversal to its main plane and by which the products to be individualized are moved through the main plane by the extraction device, - the product stops protrude from an edge of the format opening into the format opening far enough so that the product stops protrude into the movement path of the products moved through the format opening, - the format plate is received in a receiving device by the product stops in which receiving device the format plate is positionable precisely and quickly. - a feed device to feed the stacked products along a movement path, - at least one product stop which protrudes into the movement path of the products and which is supported by a stop support, - wherein the feed device is arranged on a feed side of the stop support, - an extraction device arranged on an extraction side that is arranged opposite to the feed side with respect to the stop support, wherein the extraction device is configured to grip a lowest of the stacked products on the extraction side and to pull the lowest product over the at least one product stop wherein the stacked products are elastic at least at their outer edge, - the stop support supports all product stops, - the stop support is a format plate which is arranged transversal to the movement path of the products to be individualized and which includes a format opening which is larger than the product viewed transversal to its main plane and by which the products to be individualized are moved through the main plane by the extraction device, - the product stops protrude from an edge of the format opening into the format opening far enough so that the product stops protrude into the movement path of the products moved through the format opening, - the format plate is received in a receiving device by the product stops in which receiving device the format plate is positionable precisely and quickly.
An osmotic material-free sanitary tissue product exhibiting a basis weight of from 40 g/m 2 to 500 g/m 2 as measured according to the Basis Weight Test Method, and comprising a plurality of fibers, wherein the sanitary tissue product comprises a mono-fibrous wet-laid fibrous structure comprising at least a portion of the plurality of fibers, said wet-laid fibrous structure comprising hardwood and softwood pulp fibers and comprising a surface having a surface pattern, and wherein the sanitary tissue product comprises a multi-fibrous element web associated by compression bonding or by thermal bonding with the wet-laid fibrous structure along an interface comprising the wet-laid fibrous structure and the multi-fibrous element web, said multi-fibrous element web comprising a co-formed fibrous structure, said co-formed fibrous structure exhibiting a basis weight of from 15 g/m 2 to 400 g/m 2, measured according to the Basis Weight Test Method and comprising a core component being a co-formed fibrous structure comprising a plurality of filaments and a plurality of pulp fibers with a weight ratio of filaments to fibers of at least 1:10, said filaments comprising a thermoplastic polymer and said pulp fibers comprised in the co-formed fibrous structure being selected from the group consisting of softwood kraft pulp fibers, hardwood fibers, and mixtures thereof, wherein the sanitary tissue product exhibits an HFS of greater than 17 g/g as measured according to the Horizontal Full Sheet Test Method and a Wet MD Tensile of greater than 420 g/in as measured according to the Wet Tensile Strength Test Method.
A signal processing apparatus comprising: an ambisonic gain calculation unit configured to find, on a basis of spread information of an object, an ambisonic gain while the object is present at a predetermined position, wherein the ambisonic gain calculation unit finds a reference position ambisonic gain, on the basis of the spread information, assuming that the object is present at a reference position, and performs rotation processing on the reference position ambisonic gain to find the ambisonic gain on a basis of object position information indicating the predetermined position, characterized in that the reference position ambisonic gain is a sum of respective values obtained by substituting respective angles indicating a plurality of respective spatial positions defined for spread angles indicated by the spread information into a spherical harmonic function. an ambisonic gain calculation unit configured to find, on a basis of spread information of an object, an ambisonic gain while the object is present at a predetermined position, wherein the ambisonic gain calculation unit finds a reference position ambisonic gain, on the basis of the spread information, assuming that the object is present at a reference position, and performs rotation processing on the reference position ambisonic gain to find the ambisonic gain on a basis of object position information indicating the predetermined position, characterized in that the reference position ambisonic gain is a sum of respective values obtained by substituting respective angles indicating a plurality of respective spatial positions defined for spread angles indicated by the spread information into a spherical harmonic function.
Food processor comprising a base unit including a motor turning a drive mechanism, a receptacle to receive food, releasable disposed on the base unit, including a bottom portion, a recess and rotating blades placed therein and driven by the drive mechanism when the receptacle is in a working position on the base unit and the food processor has an attachment arranged between the base unit and the receptacle, wherein the attachment is arranged for mechanically coupling the base unit with the receptacle and has a means for heating the receptacle and food contained therein characterized in that the attachment comprises a base portion, a knob, an independent power supply provided with an attachment plug, an electric heater, a hot plate, wherein the base portion of the attachment creates support for placing the attachment on an approximately flat surface and the hot plate creates surface for receiving a cookware for using the attachment as a stove or a cooker.
A kiosk for evaluating and purchasing a used electronic device, the kiosk comprising: a housing; a first door movable to control access to an interior of the housing; an upper chamber within the housing; a lower chamber within the housing; a transparent plate within the housing, wherein the transparent plate is movable between - a first position at which the transparent plate receives the electronic device, and a second position at which the transparent plate supports the electronic device within an inspection area between the upper and lower chambers; a camera configured to image the electronic device while the transparent plate supports the electronic device within the inspection area; a binning plate within the housing, wherein the binning plate is positioned below the transparent plate and configured to direct the electronic device through an opening and into a storage receptacle; and a second door within the housing, wherein the second door is configured to be lowered toward the transparent plate to block movement of the electronic device between the first position and the second position such that, when the second door is lowered and the transparent plate is moved from the first position toward the second position with the electronic device thereon, the second door displaces the electronic device from the transparent plate onto the binning plate. a housing; a first door movable to control access to an interior of the housing; an upper chamber within the housing; a lower chamber within the housing; a transparent plate within the housing, wherein the transparent plate is movable between - a first position at which the transparent plate receives the electronic device, and a second position at which the transparent plate supports the electronic device within an inspection area between the upper and lower chambers; a first position at which the transparent plate receives the electronic device, and a second position at which the transparent plate supports the electronic device within an inspection area between the upper and lower chambers; a camera configured to image the electronic device while the transparent plate supports the electronic device within the inspection area; a binning plate within the housing, wherein the binning plate is positioned below the transparent plate and configured to direct the electronic device through an opening and into a storage receptacle; and a second door within the housing, wherein the second door is configured to be lowered toward the transparent plate to block movement of the electronic device between the first position and the second position such that, when the second door is lowered and the transparent plate is moved from the first position toward the second position with the electronic device thereon, the second door displaces the electronic device from the transparent plate onto the binning plate.
A method for applying a construction material comprising: mixing 0.5 to 1 part blast furnace slag material, 0 to 0.5 parts fly ash, 0 to 0.5 parts pozzolanic material, 0.2 to 2 parts potassium or sodium silicate liquid or powder Wt SiO 2: K 2 O 1.0, 1.0-3.5 or SiO 2: Na2O 1.0, 1.0-3.5, and 1 to 2 parts sand or grit at a batching and mixing device (106, 206) of a vehicle (100, 200) to generate a non-Portland cement-based material; transporting the non-Portland cement-based material from the batching and mixing device (106, 206) to a portable gun, the portable gun being configured to receive the non-Portland cement-based material from the batching and mixing device (106, 206), the portable gun also being connected to a nozzle via a conduit, the nozzle being configured to be held by an operator; carrying the non-Portland cement-based material via compressed air through the conduit to the nozzle; combining the transported non-Portland cement-based material with liquid at the nozzle to generate a partially liquefied non-Portland cement-based material; and pneumatically applying the partially liquefied non-Portland cement-based material to a surface using the nozzle. mixing 0.5 to 1 part blast furnace slag material, 0 to 0.5 parts fly ash, 0 to 0.5 parts pozzolanic material, 0.2 to 2 parts potassium or sodium silicate liquid or powder Wt SiO 2: K 2 O 1.0, 1.0-3.5 or SiO 2: Na2O 1.0, 1.0-3.5, and 1 to 2 parts sand or grit at a batching and mixing device (106, 206) of a vehicle (100, 200) to generate a non-Portland cement-based material; transporting the non-Portland cement-based material from the batching and mixing device (106, 206) to a portable gun, the portable gun being configured to receive the non-Portland cement-based material from the batching and mixing device (106, 206), the portable gun also being connected to a nozzle via a conduit, the nozzle being configured to be held by an operator; carrying the non-Portland cement-based material via compressed air through the conduit to the nozzle; combining the transported non-Portland cement-based material with liquid at the nozzle to generate a partially liquefied non-Portland cement-based material; and pneumatically applying the partially liquefied non-Portland cement-based material to a surface using the nozzle.
Apparatus for controlling the indoor climate of an interior space with at least one indoor sensor, which is configured to detect at least one parameter characterizing the indoor climate, and with at least one actuator, by means of which the indoor climate can be influenced, and with at least one open-loop or closed-loop control device to which the signal of the indoor sensor can be supplied and which is configured to generate an output signal for the actuator, wherein the at least one indoor sensor can be used to detect a radon content of the room air in the interior space and the at least one actuator can be used to influence the opening angle of at least one window, characterized in that the at least one indoor sensor is further configured to detect a water vapor partial pressure in the room air of the interior space, wherein the apparatus further includes a device (41, 42, 15) for detecting the water vapor partial pressure outside the interior space and the open-loop or closed-loop control device is configured to close the window irrespective of the radon content in the interior space if, in the event of a risk of mold growth, the water vapor partial pressure inside is lower than outside or, in the event of dry conditions, the water vapor partial pressure outside is lower than inside.
A method for setting a wireless LAN in an image forming apparatus that is connectable with an access point, comprising: receiving, by the image forming apparatus, a signal for starting a WPS, Wi-Fi Protected Setup, function; activating a button provided in the image forming apparatus as a WPS button; and if the button activated as the WPS button is selected, constructing a wireless network with the access point; characterised in that the button is a button for performing a predetermined inherent function, and the activation step activates the button as the WPS button if the image forming apparatus is not wirelessly connected to the access point and replaces the inherent function by the WPS function for a predetermined time after the signal is received. receiving, by the image forming apparatus, a signal for starting a WPS, Wi-Fi Protected Setup, function; activating a button provided in the image forming apparatus as a WPS button; and if the button activated as the WPS button is selected, constructing a wireless network with the access point; characterised in that the button is a button for performing a predetermined inherent function, and the activation step activates the button as the WPS button if the image forming apparatus is not wirelessly connected to the access point and replaces the inherent function by the WPS function for a predetermined time after the signal is received.