mhurhangee/ep-ind-claims huggingface dataset:
A method for operating a user equipment, UE, in a wireless communications network, the method comprising: using, by the UE, a frequency parameter of paging frames and a restricted subframe pattern to determine one or more paging frames and occasions to monitor, wherein the restricted subframe pattern is selected from a plurality of restricted subframe patterns, and reading, by the UE while in a connected mode, a paging message from a network element in paging occasions that are protected by the selected restricted subframe pattern and, determining whether the paging occasions are aligned with the selected restricted subframe pattern and, characterized in that when the one or more paging occasions are not aligned with a restricted subframe of the selected restricted subframe pattern, attempting to read paging more than once per every default paging cycle. using, by the UE, a frequency parameter of paging frames and a restricted subframe pattern to determine one or more paging frames and occasions to monitor, wherein the restricted subframe pattern is selected from a plurality of restricted subframe patterns, and reading, by the UE while in a connected mode, a paging message from a network element in paging occasions that are protected by the selected restricted subframe pattern and, determining whether the paging occasions are aligned with the selected restricted subframe pattern and, characterized in that when the one or more paging occasions are not aligned with a restricted subframe of the selected restricted subframe pattern, attempting to read paging more than once per every default paging cycle.
A mobile terminal, comprising: a wireless communication unit configured to wirelessly communicate with at least one other terminal; a touch screen; an input unit (120, 130) configured to generate input data; and a controller configured to: activate a handwriting input function in response to the input data generated by the input unit, capture an image of a display screen being displayed on the touch screen, receive handwriting input received through the touch screen, and generate output data corresponding to the received handwriting input, characterised in that the controller is further configured to display on the touch screen, if the handwriting input function is activated, a user interface for determining whether to include the captured image with the generated output data in a file, wherein the controller is further configured to: generate the file including the generated output data and, if the captured image is determined to be included, the captured image of the display screen. a wireless communication unit configured to wirelessly communicate with at least one other terminal; a touch screen; an input unit (120, 130) configured to generate input data; and a controller configured to: activate a handwriting input function in response to the input data generated by the input unit, capture an image of a display screen being displayed on the touch screen, receive handwriting input received through the touch screen, and generate output data corresponding to the received handwriting input, characterised in that the controller is further configured to display on the touch screen, if the handwriting input function is activated, a user interface for determining whether to include the captured image with the generated output data in a file, activate a handwriting input function in response to the input data generated by the input unit, capture an image of a display screen being displayed on the touch screen, receive handwriting input received through the touch screen, and generate output data corresponding to the received handwriting input, characterised in that the controller is further configured to display on the touch screen, if the handwriting input function is activated, a user interface for determining whether to include the captured image with the generated output data in a file, wherein the controller is further configured to: generate the file including the generated output data and, if the captured image is determined to be included, the captured image of the display screen. generate the file including the generated output data and, if the captured image is determined to be included, the captured image of the display screen.
A method of adjusting a reception range for a Bluetooth, further referred to as BT, radio collocated with a wireless radio comprising: determining a current reception range for one or more remote devices to connect with the BT radio; determining noise level from the wireless radio affecting the BT radio; characterized by updating the current reception range with the determined noise level; and determining whether to change the reception range based on the difference of the current reception range and the updated reception range. determining a current reception range for one or more remote devices to connect with the BT radio; determining noise level from the wireless radio affecting the BT radio; characterized by updating the current reception range with the determined noise level; and determining whether to change the reception range based on the difference of the current reception range and the updated reception range.
An apparatus, comprising: - a non-volatile storage storing a plurality of root certificates, wherein at least one root certificate of the plurality of root certificates having an attribute of being active and at least another root certificate of the plurality of root certificates having an attribute of being dormant; - a supervisor configured to: - receive a message identifying one of the plurality of root certificates stored in the non-volatile storage to be revoked; - verify the message being signed by at least two private keys corresponding to two root certificates stored in the non-volatile storage and that at least one of the at least two private keys used to sign the message corresponds to root certificates stored in the non-volatile storage having an attribute of being dormant; and - revoke the root certificate identified in the message. - a non-volatile storage storing a plurality of root certificates, wherein at least one root certificate of the plurality of root certificates having an attribute of being active and at least another root certificate of the plurality of root certificates having an attribute of being dormant; - a supervisor configured to: - receive a message identifying one of the plurality of root certificates stored in the non-volatile storage to be revoked; - verify the message being signed by at least two private keys corresponding to two root certificates stored in the non-volatile storage and that at least one of the at least two private keys used to sign the message corresponds to root certificates stored in the non-volatile storage having an attribute of being dormant; and - revoke the root certificate identified in the message. - receive a message identifying one of the plurality of root certificates stored in the non-volatile storage to be revoked; - verify the message being signed by at least two private keys corresponding to two root certificates stored in the non-volatile storage and that at least one of the at least two private keys used to sign the message corresponds to root certificates stored in the non-volatile storage having an attribute of being dormant; and - revoke the root certificate identified in the message.
A display tile comprising a display board and a carrier board, LED's being mounted on a first surface of the display board and the carrier board being for attachment to a frame, the display board and the carrier board being fastened together by the intermediary of a spacer (7, 7b) characterised in that the display tile further comprises an adjusting means (6, 6b) positioned between the spacer (7, 7b) and the carrier board wherein the adjusting means (6, 6b) is adapted to engage in an opening (33, 33b) in the carrier board, the adjusting means (6, 6b) is adapted to allow a compensation of the tolerances affecting the position of the LED's with respect to the carrier board in a direction perpendicular to the carrier board whereby the compensation is obtained by the position of the adjusting means (6, 6b) in their corresponding opening (33, 33b), wherein the adjusting means (6, 6b) is adapted for adjusting a relative position of the tops of the LEDs with respect to a carrier board, and wherein the distance between a first surface of the adjusting means (6, 6b) and a first surface of the carrier board is set to the difference between a nominal distance and the sum of the distance between the tops of LEDs on the display board and a second surface of the display board, the length of the spacer (7, 7b) and the thickness T1 of the carrier board, wherein the nominal distance is the distance between the top of the LEDs and the second surface or back of the carrier board.
A friction preventing apparatus comprising: a first object (44,50,80,90); a second object (42,52,82,92) spaced apart from the first object; and a plurality of charged nanoparticles disposed between the first object and the second object, wherein the nanoparticles are disposed on a surface of one of the first object and the second object, and wherein there is a potential difference between the first object and the second object; wherein each of the nanoparticles comprises a conductive core and an insulative shell surrounding the core. a first object (44,50,80,90); a second object (42,52,82,92) spaced apart from the first object; and a plurality of charged nanoparticles disposed between the first object and the second object, wherein the nanoparticles are disposed on a surface of one of the first object and the second object, and wherein there is a potential difference between the first object and the second object; wherein each of the nanoparticles comprises a conductive core and an insulative shell surrounding the core.
A method of manufacturing silver nanoparticles as a result of reduction of water-soluble silver salts, characterized in that the aqueous solution of silver nitrate is subjected to a reaction with aqueous solution of N-methylmorpholine N-oxide at a molar ratio of silver to N-methylmorpholine oxide ranging from 10 -6 to 0.5, at 0-130°C, for 5 seconds to 10 minutes, followed by the cooling of the reaction mixture containing nanoparticles of silver and separating the precipitate of silver nanoparticles from the reaction mixture.
Workpiece locking system, comprising: - four or more locking members which can be positioned so as to define a non-flat locking surface configured to hold a piece to be machined with a non-flat surface; - for each locking member, a support rod which extends vertically and carries a respective locking member, each support rod being vertically movable independently of the other support rods to make it possible to position the respective locking member at a different vertical height compared to the other locking members; - two or more blocks each of which comprises at least two holes within each of which the support rod of a respective locking member is vertically movable, so that each block is associated with at least two locking members, each of said two or more blocks comprising at least one interface surface; - plate means comprising an interface side interfaced with the interface surfaces of said two or more blocks; - connection means configured to mount each of said two or more blocks on said plate means so that each block can be mounted and demounted independently of the other blocks; characterised in that said plate means comprises at least four holes within each of which a support rod of a locking member is vertically movable. - four or more locking members which can be positioned so as to define a non-flat locking surface configured to hold a piece to be machined with a non-flat surface; - for each locking member, a support rod which extends vertically and carries a respective locking member, each support rod being vertically movable independently of the other support rods to make it possible to position the respective locking member at a different vertical height compared to the other locking members; - two or more blocks each of which comprises at least two holes within each of which the support rod of a respective locking member is vertically movable, so that each block is associated with at least two locking members, each of said two or more blocks comprising at least one interface surface; - plate means comprising an interface side interfaced with the interface surfaces of said two or more blocks; - connection means configured to mount each of said two or more blocks on said plate means so that each block can be mounted and demounted independently of the other blocks;
The use of a compound of the general formulae I.a, I.b or II or a mixture thereof in which R 1 are identical or different and selected from the group consisting of C 1 -C 6 -alkyl and C 5 -C 6 -cycloalkyl, as a fragrance or as flavor. R 1 are identical or different and selected from the group consisting of C 1 -C 6 -alkyl and C 5 -C 6 -cycloalkyl,
A method for making a multi-ply paperboard, wherein the method comprises the following steps: a) forming a first web from a first furnish comprising fibres on a first forming wire wherein the first furnish is applied on the first forming wire using a first jet speed at a first jet-to-wire speed difference, wherein the first jet-to-wire speed difference is in the range of: +15 to +30 m/min, such as +16 to +25 m/min; or -15 to -30 m/min, such as -16 to -25 m/min; b) forming a second web from a second furnish comprising fibres on a second forming wire using a second jet speed, wherein the second jet speed is closer to the speed of the second forming wire than the first jet speed to the speed of the first forming wire; c) forming a third web from a third furnish comprising fibres on a third forming wire using a third jet speed, wherein the third jet speed is closer to the speed of the third forming wire than the first jet speed to the speed of the first forming wire; d) causing the second web to oscillate in a direction transverse to the machine direction, wherein the stroke length in the oscillation of the second web is 10-35 mm; and e) combining the first, second and third webs into the multi-ply paperboard, wherein the first web forms a top-ply, the second web forms a middle ply and the third web forms a back-ply in the multi-ply paperboard. a) forming a first web from a first furnish comprising fibres on a first forming wire wherein the first furnish is applied on the first forming wire using a first jet speed at a first jet-to-wire speed difference, wherein the first jet-to-wire speed difference is in the range of: +15 to +30 m/min, such as +16 to +25 m/min; or -15 to -30 m/min, such as -16 to -25 m/min; +15 to +30 m/min, such as +16 to +25 m/min; or -15 to -30 m/min, such as -16 to -25 m/min; b) forming a second web from a second furnish comprising fibres on a second forming wire using a second jet speed, wherein the second jet speed is closer to the speed of the second forming wire than the first jet speed to the speed of the first forming wire; c) forming a third web from a third furnish comprising fibres on a third forming wire using a third jet speed, wherein the third jet speed is closer to the speed of the third forming wire than the first jet speed to the speed of the first forming wire; d) causing the second web to oscillate in a direction transverse to the machine direction, wherein the stroke length in the oscillation of the second web is 10-35 mm; and e) combining the first, second and third webs into the multi-ply paperboard, wherein the first web forms a top-ply, the second web forms a middle ply and the third web forms a back-ply in the multi-ply paperboard.
A copolymer comprising beta-propiolactone monomers and at least one comonomer from the group consisting of other beta-lactones, anhydrides, or alcohol having at least two hydroxyl groups and wherein the polypriolactone monomer units are produced by the decyclization of beta-propiolactone derived from the carbonylation of ethylene oxide with carbon monoxide using ethylene oxide having a bio-content greater than 10% and using carbon monoxide that optionally has a bio-content greater than 10%; wherein the bio-content is determined according to ASTM D6866.
Method for data communication in a TSN network, wherein a stream is established between at least two stream subscribers (1, 4), wherein resources are reserved at one or more node points between the at least two stream subscribers (1, 4) and subsequently data is transmitted between the at least two stream subscribers (1, 4) via the stream, wherein at least one subscriber of the stream interrupts the transmission and/or reception of data via the stream and resources that are reserved at one or more node points for the at least one subscriber of the stream are released for use for a data transfer that is given a lower priority than the data transfer via the stream, wherein the reservation of the resources is maintained for the at least one subscriber, characterised in that the at least one subscriber of the stream transmits a sleep message before or after or simultaneously with the interruption of the transmission and/or reception of data via the stream and, in reaction to the sleep message, the resources that are reserved at one or more node points for the at least one subscriber of the stream are released for use for a data transfer that is given a lower priority than the data transfer via the stream.
A Cu core ball containing a Cu ball and a solder plating film that coats the surface of the Cu ball, wherein the solder plating film is an Sn solder plating film or a solder plating film which is made of lead-free solder alloy, a principal ingredient of the lead-free solder alloy being Sn of 40 mass % or more; the solder plating film contains U content of 5 ppb or less and Th content of 5 ppb or less, and impurities of 150 ppm or less; the Cu ball includes purity of not less than 99.9 % through not more than 99.995%, Pb and Bi contents including a total of 1 ppm or more, and a sphericity of 0.95 or more; and α dose of the Cu core ball is 0.0200 cph/cm 2 or less.
An additive manufacturing system comprising a controller, the controller being configured to: control a build material supply mechanism to deposit build material onto a build surface, to form a layer of build material; generate print data; on the basis of the generated print data, control at least one print head to: apply fusing agent to a first region of the layer, the first region corresponding to an inner region of an object undergoing additive manufacture; and apply fusing agent to a second region of the layer, the second region corresponding to a middle region of the object, apply detailing agent to the second region; and apply detailing agent to a third region of the layer, the third region corresponding to an outer region of the object, and control an energy source to apply fusing energy to the layer. control a build material supply mechanism to deposit build material onto a build surface, to form a layer of build material; generate print data; on the basis of the generated print data, control at least one print head to: apply fusing agent to a first region of the layer, the first region corresponding to an inner region of an object undergoing additive manufacture; and apply fusing agent to a second region of the layer, the second region corresponding to a middle region of the object, apply detailing agent to the second region; and apply detailing agent to a third region of the layer, the third region corresponding to an outer region of the object, and apply fusing agent to a first region of the layer, the first region corresponding to an inner region of an object undergoing additive manufacture; and apply fusing agent to a second region of the layer, the second region corresponding to a middle region of the object, apply detailing agent to the second region; and apply detailing agent to a third region of the layer, the third region corresponding to an outer region of the object, and control an energy source to apply fusing energy to the layer.
A radio transceiving device, comprising: a processor, configured to process a radio subframe comprising a plurality of resource elements (100d, 100b) in time and frequency, wherein a first portion (111, 113) of the resource elements comprises resource elements which are based on a first division duplexing scheme, and wherein a second portion (112, 114) of the resource elements comprises resource elements which are based on a second division duplexing scheme; and a transceiver configured to transceive the radio subframe within a transmission time interval, TTI, wherein the first division duplexing scheme is a first time division duplexing, TDD, scheme and the second division duplexing scheme is a second TDD scheme having a different time switching point than the first TDD scheme. a processor, configured to process a radio subframe comprising a plurality of resource elements (100d, 100b) in time and frequency, wherein a first portion (111, 113) of the resource elements comprises resource elements which are based on a first division duplexing scheme, and wherein a second portion (112, 114) of the resource elements comprises resource elements which are based on a second division duplexing scheme; and a transceiver configured to transceive the radio subframe within a transmission time interval, TTI, wherein the first division duplexing scheme is a first time division duplexing, TDD, scheme and the second division duplexing scheme is a second TDD scheme having a different time switching point than the first TDD scheme.
A filter media comprising at least a first layer comprising synthetic fibers, wherein the weight of the synthetic fibers comprises at least 90% of the total weight of fibers in the first layer, the first layer having a bottom surface and a top surface and a thickness that extends from the bottom surface to the top surface, the first layer having a density that changes from a maximum density to a minimum density, wherein the density changes non-linearly with thickness from the top surface to the bottom surface, wherein the change in density between the bottom surface to a dimensional thickness of 0.25 from the bottom surface is less than 20% of the maximum density, and wherein the change in density between a dimensional thickness of 0.5 from the bottom surface to 0.75 from the bottom surface is less than 20% of the maximum density. the first layer having a bottom surface and a top surface and a thickness that extends from the bottom surface to the top surface, the first layer having a density that changes from a maximum density to a minimum density, wherein the density changes non-linearly with thickness from the top surface to the bottom surface, wherein the change in density between the bottom surface to a dimensional thickness of 0.25 from the bottom surface is less than 20% of the maximum density, and wherein the change in density between a dimensional thickness of 0.5 from the bottom surface to 0.75 from the bottom surface is less than 20% of the maximum density.