mhurhangee/ep-ind-claims huggingface dataset:
A method of offloading network traffic to a device-to-device, D2D communication, the method comprises the steps of: a first user equipment supporting a first band capacity sending a D2D communication request to a second UE supporting a second band capacity; the first user equipment performing a first full band search associated with a specific radio access technology and the second user equipment performing a second full band search associated with the specific radio access technology; the first user equipment determining that a D2D frequency can be selected when the D2D frequency is indicated in the first band capacity and the second band capacity, but is not indicated in the result of the first full band search and the result of the second full band search; and the first user equipment conducting the D2D communication with the second user equipment using the D2D frequency. a first user equipment supporting a first band capacity sending a D2D communication request to a second UE supporting a second band capacity; the first user equipment performing a first full band search associated with a specific radio access technology and the second user equipment performing a second full band search associated with the specific radio access technology; the first user equipment determining that a D2D frequency can be selected when the D2D frequency is indicated in the first band capacity and the second band capacity, but is not indicated in the result of the first full band search and the result of the second full band search; and the first user equipment conducting the D2D communication with the second user equipment using the D2D frequency.
One or more non-transitory computer-readable media comprising instructions which, when executed by one or more hardware processors, cause: determining, during lexical scoping by an integrated development environment or a compiler or an associated tool that evaluates source code or compiled code, that a first code segment in a sequence of same-level code segments (504, 506, 520, 522) encapsulates a first lower-level lexical scope, wherein lexical scoping comprises determining at least one lexical scope in which one or more variables are available to use based on at least one lexical construct that encapsulates one or more code segments in which the one or more variables are declared, wherein the first code segment comprises, in a condition part of a conditional statement or a case part of a switch statement, a condition and one or more uninitialized variables, wherein execution of the first code segment, if performed, causes the condition to be evaluated and, if the condition is satisfied, causes the one or more uninitialized variables to be initialized and made available only within the first lower-level lexical scope; determining (604, 606) that a second code segment (504, 506, 520, 522, 524) of the conditional statement or the switch statement (a) references the one or more uninitialized variables and (b) is in the sequence of same-level code segments (504, 506, 520, 522) or in a second lower-level lexical scope outside of the first lower-level lexical scope; and presenting an error message indicating that the one or more uninitialized variables is out of scope for the second code segment (504, 506, 520, 522, 524). determining, during lexical scoping by an integrated development environment or a compiler or an associated tool that evaluates source code or compiled code, that a first code segment in a sequence of same-level code segments (504, 506, 520, 522) encapsulates a first lower-level lexical scope, wherein lexical scoping comprises determining at least one lexical scope in which one or more variables are available to use based on at least one lexical construct that encapsulates one or more code segments in which the one or more variables are declared, wherein the first code segment comprises, in a condition part of a conditional statement or a case part of a switch statement, a condition and one or more uninitialized variables, wherein execution of the first code segment, if performed, causes the condition to be evaluated and, if the condition is satisfied, causes the one or more uninitialized variables to be initialized and made available only within the first lower-level lexical scope; determining (604, 606) that a second code segment (504, 506, 520, 522, 524) of the conditional statement or the switch statement (a) references the one or more uninitialized variables and (b) is in the sequence of same-level code segments (504, 506, 520, 522) or in a second lower-level lexical scope outside of the first lower-level lexical scope; and presenting an error message indicating that the one or more uninitialized variables is out of scope for the second code segment (504, 506, 520, 522, 524).
An article of footwear (1250, 550), comprising: an upper (552, 652, 752, 1252); and a sole structure (100, 200, 300, 500, 600, 700, 800, 900, 1000, 1200) engaged with the upper (552, 652, 752, 1252), wherein the sole structure (100, 200, 300, 500, 600, 700, 800, 900, 1000, 1200) includes a first polymeric foam member for supporting at least a heel and midfoot area of a wearer's foot, wherein an exposed outer edge of the first polymeric foam member includes a billows structure (120, 402) that extends continuously from a medial midfoot or forefoot area of the first polymeric foam member proximate to a lateral midfoot or forefoot area of the first polymeric foam member, wherein the billows structure (120, 402) includes five billow outer ridges connected by four billow interstitial areas located between adjacent billow outer ridges of the five billow outer ridges, and wherein the first polymeric foam member constitutes an outer shell including the billows structure (120, 402), wherein the outer shell includes: a lateral side wall (130, 804A), a medial side wall (132, 804B), a rear heel wall (134, 804C) connecting the medial side wall (132, 804b) and the lateral side wall (130, 804A), and a bottom wall connecting the medial side wall (132, 804B), the lateral side wall (130, 804A), and the rear heel wall (134, 804C), wherein the billows structure (120, 140, 402) extends continuously around an exterior surface of the lateral side wall (130, 804A), the rear heel wall (134, 804C), and the medial side wall (132, 804B). an upper (552, 652, 752, 1252); and a sole structure (100, 200, 300, 500, 600, 700, 800, 900, 1000, 1200) engaged with the upper (552, 652, 752, 1252), wherein the sole structure (100, 200, 300, 500, 600, 700, 800, 900, 1000, 1200) includes a first polymeric foam member for supporting at least a heel and midfoot area of a wearer's foot, wherein an exposed outer edge of the first polymeric foam member includes a billows structure (120, 402) that extends continuously from a medial midfoot or forefoot area of the first polymeric foam member proximate to a lateral midfoot or forefoot area of the first polymeric foam member, wherein the billows structure (120, 402) includes five billow outer ridges connected by four billow interstitial areas located between adjacent billow outer ridges of the five billow outer ridges, and wherein the first polymeric foam member constitutes an outer shell including the billows structure (120, 402), wherein the outer shell includes: a lateral side wall (130, 804A), a medial side wall (132, 804B), a rear heel wall (134, 804C) connecting the medial side wall (132, 804b) and the lateral side wall (130, 804A), and a bottom wall connecting the medial side wall (132, 804B), the lateral side wall (130, 804A), and the rear heel wall (134, 804C), a lateral side wall (130, 804A), a medial side wall (132, 804B), a rear heel wall (134, 804C) connecting the medial side wall (132, 804b) and the lateral side wall (130, 804A), and a bottom wall connecting the medial side wall (132, 804B), the lateral side wall (130, 804A), and the rear heel wall (134, 804C),
A computer-implemented feedforward generative neural network trained to generate a speech waveform comprising a plurality of samples conditioned on a conditioning tensor that represents features of a text input to generate the speech waveform such that the speech waveform is a verbalization of the text input; wherein the computer-implemented feedforward generative neural network comprises a sequence of groups of convolutional neural network layers; wherein each group is conditioned on the conditioning tensor; wherein each group is configured to receive an input waveform and transform the input waveform conditioned on the conditioning tensor into an output waveform; wherein the input waveform for each group of convolutional neural network layers other than the first group is an output waveform of the group immediately before the group, wherein the generated speech waveform is defined by the output of the last group of convolutional neural network layers; and means for generating a random noise vector that includes a noise value for each of the plurality of samples; wherein the input waveform to the first group of convolutional neural network layers is the random noise vector; and wherein the plurality of samples is generated in a single forward pass through the computer-implemented feedforward generative neural network. wherein the computer-implemented feedforward generative neural network comprises a sequence of groups of convolutional neural network layers; wherein each group is conditioned on the conditioning tensor; wherein each group is configured to receive an input waveform and transform the input waveform conditioned on the conditioning tensor into an output waveform; wherein the input waveform for each group of convolutional neural network layers other than the first group is an output waveform of the group immediately before the group, wherein the generated speech waveform is defined by the output of the last group of convolutional neural network layers; and means for generating a random noise vector that includes a noise value for each of the plurality of samples; wherein the input waveform to the first group of convolutional neural network layers is the random noise vector; and wherein the plurality of samples is generated in a single forward pass through the computer-implemented feedforward generative neural network.
A method to transfer files from a first system to a second system, comprising: calculating ratios for one or more nodes within the first system, wherein the nodes correspond to one or more files and/or directories of files and wherein the ratios are a ratio of a total number of files at a node to a sum of the file sizes of all the files at the node; assigning the nodes to at least two sub-traversal paths; calculating sums of the ratios of the nodes assigned to each of the sub-traversal paths; calculating a standard deviation of the sums; reassigning the one or more nodes among the at least two sub-traversal paths based on the ratios to minimize standard deviation of the summed ratios of the subtraversal paths; and transferring the files from each of the nodes to the second system in parallel via the respective sub-traversal paths. calculating ratios for one or more nodes within the first system, wherein the nodes correspond to one or more files and/or directories of files and wherein the ratios are a ratio of a total number of files at a node to a sum of the file sizes of all the files at the node; assigning the nodes to at least two sub-traversal paths; calculating sums of the ratios of the nodes assigned to each of the sub-traversal paths; calculating a standard deviation of the sums; reassigning the one or more nodes among the at least two sub-traversal paths based on the ratios to minimize standard deviation of the summed ratios of the subtraversal paths; and transferring the files from each of the nodes to the second system in parallel via the respective sub-traversal paths.
A wireless communication apparatus configured to perform wireless communication with a counterpart apparatus using a point-to-point wireless technology, the wireless communication apparatus comprising a baseband unit, a radio frequency, RF, unit, and a mounting base, wherein: the baseband unit comprises a first enclosure, wherein the first enclosure is adapted to accommodate a first electronic circuit module for performing baseband digital signal processing and to protect the first electronic circuit module from ingress of water and dust when installed outdoors; and the RF unit comprises a second enclosure, wherein the second enclosure is adapted to be connected to the baseband unit with a communication cable for transmitting and receiving intermediate frequency signals, to accommodate a second electronic circuit module for performing analog signal processing at a carrier frequency, and to protect the second electronic circuit module from ingress of water and dust when installed outdoors; characterized in that the mounting base is adapted to support the first enclosure and the second enclosure in a manner such that the second enclosure is covered by an exterior surface of the first enclosure. the baseband unit comprises a first enclosure, wherein the first enclosure is adapted to accommodate a first electronic circuit module for performing baseband digital signal processing and to protect the first electronic circuit module from ingress of water and dust when installed outdoors; and the RF unit comprises a second enclosure, wherein the second enclosure is adapted to be connected to the baseband unit with a communication cable for transmitting and receiving intermediate frequency signals, to accommodate a second electronic circuit module for performing analog signal processing at a carrier frequency, and to protect the second electronic circuit module from ingress of water and dust when installed outdoors; characterized in that the mounting base is adapted to support the first enclosure and the second enclosure in a manner such that the second enclosure is covered by an exterior surface of the first enclosure.
A lithographic printing plate precursor for newspaper printing comprising on a support, an image-recording layer which contains an infrared absorbing dye, a radical polymerization initiator, a radical polymerizable compound, a polymer compound having a polyoxyalkylene chain in a side chain of the polymer compound and an anionic or nonionic surfactant and is capable of being developed with at least one of printing ink and dampening water on a cylinder of a printing machine, characterized in that the lithographic printing plate precursor has a shear droop in which a shear droop amount is from 35 to 150 μm and a shear droop width is from 50 to 300 μm at an edge of the image-recording layer side, and a region within 1 cm from an edge surface of the lithographic printing plate precursor including the shear droop has been treated with a treating solution containing an anionic or nonionic surfactant, in which the shear droop amount is a distance from an upper end of the edge surface of the lithographic printing plate precursor to an extended line of a top surface of the lithographic printing plate precursor, and the shear droop width is a distance from a point where the top surface of the lithographic printing plate precursor begins to droop to an extended line of the edge surface, wherein the thickness of a layer of the treating solution coated in the region is from 0.1 μm to 50 μm, after drying the treating solution.
An end effector for use in connection with a surgical instrument, said end effector comprising: an elongated channel couplable to a portion of the surgical instrument; a staple cartridge removably supported within said elongated channel, said staple cartridge comprising a plurality of unformed staples; and an anvil movably coupled to said elongated channel and having a staple forming surface thereon, said anvil configured to move from an open position wherein said staple forming surface is spaced from said staple cartridge into compressing contact with said staple cartridge in response to a firing force applied thereto by the surgical instrument, wherein said anvil has an anvil ramp portion and wherein a magnitude of firing force increases as a firing portion of the surgical instrument advances distally in compressing engagement with said anvil ramp portion, characterized in that said unformed staples are supported within a compressible material and in that as said magnitude of the firing force increases, said staple forming surface is further compressed into said staple cartridge and into staple forming contact with the staples therein. an elongated channel couplable to a portion of the surgical instrument; a staple cartridge removably supported within said elongated channel, said staple cartridge comprising a plurality of unformed staples; and an anvil movably coupled to said elongated channel and having a staple forming surface thereon, said anvil configured to move from an open position wherein said staple forming surface is spaced from said staple cartridge into compressing contact with said staple cartridge in response to a firing force applied thereto by the surgical instrument, wherein said anvil has an anvil ramp portion and wherein a magnitude of firing force increases as a firing portion of the surgical instrument advances distally in compressing engagement with said anvil ramp portion, characterized in that said unformed staples are supported within a compressible material and in that as said magnitude of the firing force increases, said staple forming surface is further compressed into said staple cartridge and into staple forming contact with the staples therein.
Method of fabricating a multi-aperture system for foveated imaging, comprising the steps of: - providing an image sensor; and - forming, by means of a 3D-printing technique, at least two objectives directly on the image sensor such that the objectives have a common focal plane located on the image sensor and each objective has a different focal length and field of view. - providing an image sensor; and - forming, by means of a 3D-printing technique, at least two objectives directly on the image sensor such that the objectives have a common focal plane located on the image sensor and each objective has a different focal length and field of view.
A laundry appliance comprising: a tub having a rear wall that includes a plurality of structural ribs; a drive hub insert injection molded into the rear wall; a reinforcing cap that is fixed to the structural ribs of the tub; a stator that is attached to the drive hub; wherein the drive hub extends through a portion of the reinforcing cap, characterised in that the reinforcing cap is positioned between the stator and the drive hub, and is free of engagement with the drive hub and the stator. a tub having a rear wall that includes a plurality of structural ribs; a drive hub insert injection molded into the rear wall; a reinforcing cap that is fixed to the structural ribs of the tub; a stator that is attached to the drive hub; wherein the drive hub extends through a portion of the reinforcing cap, characterised in that the reinforcing cap is positioned between the stator and the drive hub, and is free of engagement with the drive hub and the stator.
Security element (1, 3, 7) for safeguarding documents of value, wherein the security element (1, 3, 7) comprises a strip-like multi-layer body (10, 30, 70) having a carrier film (11, 32, 34, 72) and at least one decorative layer (12, 35, 36, 73, 74) and a first and a second adhesive layer (14,15, 75, 76), wherein the first adhesive layer (14, 75) is provided on a first surface of the multi-layer body, and the second adhesive layer (15, 76) is provided on an opposite, second surface of the multi-layer body, characterised in that the security element has two or more first regions (21, 23, 81) in which the first adhesive layer (14, 75) respectively covers the first surface of the multi-layer body, and has two or more second regions (22, 24, 82) in which the second but not the first surface of the multi-layer body is respectively covered by the second or the first adhesive layer and in which a surface structure is respectively moulded into the first surface, and wherein first and second regions (21, 22; 23, 24; 81, 82) of the first and second regions are adjacently arranged alternatingly one alongside the other, and wherein one or more micro-lenses (13, 37, 75) are respectively moulded into the first surface as the surface structure in the second regions (22, 24, 82), or one or more polyhedrons, in particular one or more micro-prisms, are respectively moulded into the first surface as the surface structure in the second regions, or one or more tactilely detectable structural elements are moulded into the first surface as the surface structure in the second region.
Game board (1; 20) comprising: - a base; - a number of rotational elements (3, 5) with a central rotation axis (6; 23), wherein the rotational elements (3, 5) are arranged evenly distributed on the base, wherein the rotation axes (6; 23) are parallel to each other, wherein the rotation axis (6; 23) of a rotational element (3, 5) has a uniform distance (p) to the rotation axes (6; 23) of adjacent rotational elements (3, 5), wherein the rotational elements (3, 5) comprise interlocking zones evenly distributed around the rotation axis (6; 23) for interlocking with adjacent rotation elements 3, 5) and wherein the rotational elements (3, 5) can be lifted from the base to change the rotational position of a rotational element (3, 5); and - a plurality of game pieces (4; 25) removably arranged on the rotational elements (3, 5) at least partially overlapping an interlocking zone. - a base; - a number of rotational elements (3, 5) with a central rotation axis (6; 23), wherein the rotational elements (3, 5) are arranged evenly distributed on the base, wherein the rotation axes (6; 23) are parallel to each other, wherein the rotation axis (6; 23) of a rotational element (3, 5) has a uniform distance (p) to the rotation axes (6; 23) of adjacent rotational elements (3, 5), wherein the rotational elements (3, 5) comprise interlocking zones evenly distributed around the rotation axis (6; 23) for interlocking with adjacent rotation elements 3, 5) and wherein the rotational elements (3, 5) can be lifted from the base to change the rotational position of a rotational element (3, 5); and - a plurality of game pieces (4; 25) removably arranged on the rotational elements (3, 5) at least partially overlapping an interlocking zone.
A computer-implemented method of assessing a damage of a structure by a user interface device, the method comprising: receiving damage information by the user interface device; quantifying at least one parameter of the damage; performing a structural analysis to determine a damage allowability based on the at least one parameter; and displaying an output result of the structural analysis from the user interface device, characterized in that performing the structural analysis to determine the damage allowability comprises generating at least one question based on the at least one parameter. receiving damage information by the user interface device; quantifying at least one parameter of the damage; performing a structural analysis to determine a damage allowability based on the at least one parameter; and displaying an output result of the structural analysis from the user interface device, characterized in that performing the structural analysis to determine the damage allowability comprises generating at least one question based on the at least one parameter.