mhurhangee/ep-ind-claims huggingface dataset:
A method, implemented by a server computing system, comprising: identifying, by the server computing system, a plurality of requests for media items from at least one client; determining, by the server computing system, for each of the plurality of requests: a request time, an Internet service provider identity, a location of a respective client of the at least one client, a data quantity transferred in response to the request, and an elapsed time from issue of the request to fulfillment of the request; determining, by the server computing system, an evaluation period, a geographic boundary, and an Internet service provider; determining, by the server computing system, a plurality of matching requests from the plurality of requests, wherein each of the plurality of matching requests has a request time within the evaluation period, a location within the geographic boundary, and an Internet service provider identity corresponding to the Internet service provider; calculating, by the server computing system, a transfer rate for each of the plurality of matching requests based on a corresponding data quantity transferred and elapsed time; and calculating, by the server computing system, a percentage of matching requests of the plurality of matching requests having a transfer rate meeting a transfer threshold. identifying, by the server computing system, a plurality of requests for media items from at least one client; determining, by the server computing system, for each of the plurality of requests: a request time, an Internet service provider identity, a location of a respective client of the at least one client, a data quantity transferred in response to the request, and an elapsed time from issue of the request to fulfillment of the request; a request time, an Internet service provider identity, a location of a respective client of the at least one client, a data quantity transferred in response to the request, and an elapsed time from issue of the request to fulfillment of the request; determining, by the server computing system, an evaluation period, a geographic boundary, and an Internet service provider; determining, by the server computing system, a plurality of matching requests from the plurality of requests, wherein each of the plurality of matching requests has a request time within the evaluation period, a location within the geographic boundary, and an Internet service provider identity corresponding to the Internet service provider; calculating, by the server computing system, a transfer rate for each of the plurality of matching requests based on a corresponding data quantity transferred and elapsed time; and calculating, by the server computing system, a percentage of matching requests of the plurality of matching requests having a transfer rate meeting a transfer threshold.
Gear shifting coupling for a vehicle transmission, having a gear shaft with a synchroniser drum fixed to the shaft, on the outer toothing of which synchroniser drum a sliding bush is guided axially with its inner toothing, wherein the sliding bush in a shifting state is brought in an axial movement into tooth engagement with an outer toothing of a loose gearwheel (5, 7) in order to establish a torque transmission between the gear shaft and the loose gearwheel (5, 7), and wherein the tooth engagement between the sliding bush inner toothing and the loose gearwheel outer toothing has clearance, specifically having a tooth flank clearance (Δz), and wherein during the torque transmission the tooth flanks (43, 45), facing one another, of the inner toothing of the sliding bush and of the outer toothing of the loose gearwheel (5, 7) lose the tooth flank clearance (Δz) and come into abutment with one another, wherein between the sliding bush and the loose gearwheel (5, 7) acts at least one damping spring, by means of which the one stop motion of the tooth flanks (43, 45) which face one another is damped, characterised in that the damping spring has at least one leaf spring (33, 35), and that the damping spring presses with a spring flank in an elastically yielding manner against a tooth flank of the loose gearwheel outer toothing, which tooth flank faces the leaf springs (33, 35).
A coupling device for a breathing apparatus comprising a connecting device which is inseparably connected to a regulator hose and at least two couplers (11, 12), wherein each of the at least two couplers (11, 12) comprises a male coupling piece (11a, 12a) and a female coupling piece (11b, 12b), wherein each male coupling piece (11a, 12a) can be connected to the female coupling piece (11b, 12b), wherein the male coupling piece (11a, 12a) and / or the female coupling piece (11b, 12b) is connected to the regulator hose, which is arranged with a regulator, wherein the male coupling piece (11a, 12a) has a flow check valve (13, 14), the flow check valve (13, 14) comprises a housing of the male coupling piece (11a, 12a), and the flow check valve (13, 14) has a lifter supported by a spring; the housing transitions toward the line end into a tubular section, in which the lifter is arranged as part of the flow check valve (13, 14), the lifter is encompassed by the tubular section and is arranged axially movable therein, the lifter projects out of an opening at the end of the housing and at the end of the lifter which is opposite the opening, a conical section of the lifter is pressed by the spring against an also conical section of the housing, and an annular seal is arranged in the conical section of the lifter, furthermore the section of the lifter projecting out of the opening has a cruciform or polygonal cross-section.
A lighting device comprising: a) a number of N ≥ 4 light emitters (11R, 11G, 11B, 11W) with different primary colors; b) a target determination unit for determining a number of s < N secondary target values that can be expressed as a function of the driving commands (r, g, b, w) for the light emitters, said secondary target values depending linearly on the driving commands (r, g, b, w); c) a driving unit for determining individual driving commands (r, g, b, w) for the light emitters based on the secondary target values and on a number of p < N given primary target values (x, y, Φ), defining the color point x,y and the flux Φ based on a color coordinate system (eg. CIE 1931) for the light output of the lighting device, wherein the target determination unit - comprises a range estimator for determining the range of allowable secondary target values that are in accordance with the allowable driving commands (r, g, b, w) and a subset of the given primary target values (x, y, Φ); - selects a vector V of secondary target values from the allowable range according to the relation V = Φ t / Φ x ⋅ V x, with V x being the vector of secondary target values from the allowable range that corresponds to a maximal primary target value Φ x and with Φ t being a given primary target value. a) a number of N ≥ 4 light emitters (11R, 11G, 11B, 11W) with different primary colors; b) a target determination unit for determining a number of s < N secondary target values that can be expressed as a function of the driving commands (r, g, b, w) for the light emitters, said secondary target values depending linearly on the driving commands (r, g, b, w); c) a driving unit for determining individual driving commands (r, g, b, w) for the light emitters based on the secondary target values and on a number of p < N given primary target values (x, y, Φ), defining the color point x,y and the flux Φ based on a color coordinate system (eg. CIE 1931) for the light output of the lighting device, wherein the target determination unit - comprises a range estimator for determining the range of allowable secondary target values that are in accordance with the allowable driving commands (r, g, b, w) and a subset of the given primary target values (x, y, Φ); - selects a vector V of secondary target values from the allowable range according to the relation V = Φ t / Φ x ⋅ V x, with V x being the vector of secondary target values from the allowable range that corresponds to a maximal primary target value Φ x and with Φ t being a given primary target value. - comprises a range estimator for determining the range of allowable secondary target values that are in accordance with the allowable driving commands (r, g, b, w) and a subset of the given primary target values (x, y, Φ); - selects a vector V of secondary target values from the allowable range according to the relation V = Φ t / Φ x ⋅ V x, with V x being the vector of secondary target values from the allowable range that corresponds to a maximal primary target value Φ x and with Φ t being a given primary target value.
A method for diagnosing a thyroid neoplasm in a subject as malignant or benign, the method comprising: (a) assaying a DNA sample from a thyroid tissue of the subject for the presence of polymorphisms in a plurality of genomic regions selected from the genomic regions listed in Tables 3-6, or their complement, wherein said plurality of genomic regions comprises IYD, and wherein the polymorphisms are variations in copy number as compared to a normal sample; and (b) determining whether said subject has or is likely to have a malignant or benign thyroid neoplasm based on the results of step (a). (a) assaying a DNA sample from a thyroid tissue of the subject for the presence of polymorphisms in a plurality of genomic regions selected from the genomic regions listed in Tables 3-6, or their complement, wherein said plurality of genomic regions comprises IYD, and wherein the polymorphisms are variations in copy number as compared to a normal sample; and (b) determining whether said subject has or is likely to have a malignant or benign thyroid neoplasm based on the results of step (a).
A delivery apparatus (100, 300, 800), comprising: a first shaft (306, 806) configured to rotate around a central longitudinal axis of the delivery apparatus (100, 300, 800) to rotationally align a prosthetic valve (10, 206, 704) mounted on the delivery apparatus (100, 300, 800) with native anatomy at a target implantation site; a second shaft (106, 308, 808) extending through the first shaft (306, 806) and having a distal end portion extending distally beyond a distal end portion of the first shaft (306, 806); an inflatable balloon coupled to the distal end portion of the first shaft (306, 308); and a polymeric body mounted on the distal end portion of the second shaft (106, 308, 808) and a radiopaque marker mounted on or embedded within the polymeric body. a first shaft (306, 806) configured to rotate around a central longitudinal axis of the delivery apparatus (100, 300, 800) to rotationally align a prosthetic valve (10, 206, 704) mounted on the delivery apparatus (100, 300, 800) with native anatomy at a target implantation site; a second shaft (106, 308, 808) extending through the first shaft (306, 806) and having a distal end portion extending distally beyond a distal end portion of the first shaft (306, 806); an inflatable balloon coupled to the distal end portion of the first shaft (306, 308); and a polymeric body mounted on the distal end portion of the second shaft (106, 308, 808) and a radiopaque marker mounted on or embedded within the polymeric body.
A coaxial cable tap comprising: a housing; and a faceplate coupled to the housing, characterized in that the faceplate comprises: a first directional tap port; wherein the first directional tap port is configured to pass received downstream signals only further downstream, and pass received upstream signals only further upstream; a diagnostic reverse, DR, port configured to: receive a first upstream signal originating downstream; and inject a downstream test signal in a downstream direction; a diagnostic forward, DF, port configured to: receive a first downstream signal originating upstream; and inject an upstream test signal in an upstream direction; an output port configured to couple to an output line; an input port configured to couple to an input line; a first directional coupler coupled to the output port and the DF port; and a second directional coupler coupled to the first directional coupler and the DR port. a housing; and a faceplate coupled to the housing, characterized in that the faceplate comprises: a first directional tap port; wherein the first directional tap port is configured to pass received downstream signals only further downstream, and pass received upstream signals only further upstream; a diagnostic reverse, DR, port configured to: receive a first upstream signal originating downstream; and inject a downstream test signal in a downstream direction; a diagnostic forward, DF, port configured to: receive a first downstream signal originating upstream; and inject an upstream test signal in an upstream direction; an output port configured to couple to an output line; an input port configured to couple to an input line; a first directional coupler coupled to the output port and the DF port; and a second directional coupler coupled to the first directional coupler and the DR port. a first directional tap port; wherein the first directional tap port is configured to pass received downstream signals only further downstream, and pass received upstream signals only further upstream; a diagnostic reverse, DR, port configured to: receive a first upstream signal originating downstream; and inject a downstream test signal in a downstream direction; a diagnostic forward, DF, port configured to: receive a first downstream signal originating upstream; and inject an upstream test signal in an upstream direction; an output port configured to couple to an output line; an input port configured to couple to an input line; a first directional coupler coupled to the output port and the DF port; and a second directional coupler coupled to the first directional coupler and the DR port.
An LC optical connector, comprising: a housing having an outer surface and a cavity; a ferrule assembly located in the cavity of the housing; a rigid latch member having a first end removably and rotatably secured to the housing and a second end spaced apart from the housing, the latch member including engagement members configured to engage with another component when in an engagement position; a retainer spring between the housing and the latch member, the retainer spring having a first end abutting the housing and a second end abutting the latch member, the retainer spring configured to provide a force that pushes the second end of the latch member away from the housing; and a latch retainer configured to counteract the force provided by the retainer spring, wherein the retainer spring and the latch retainer together are configured to place the latch member in the engagement position, wherein the housing includes a housing hook, wherein the latch member is removably and rotatably engaged with the housing by a first end of the latch member being located in a recess of the housing hook. a housing having an outer surface and a cavity; a ferrule assembly located in the cavity of the housing; a rigid latch member having a first end removably and rotatably secured to the housing and a second end spaced apart from the housing, the latch member including engagement members configured to engage with another component when in an engagement position; a retainer spring between the housing and the latch member, the retainer spring having a first end abutting the housing and a second end abutting the latch member, the retainer spring configured to provide a force that pushes the second end of the latch member away from the housing; and a latch retainer configured to counteract the force provided by the retainer spring, wherein the retainer spring and the latch retainer together are configured to place the latch member in the engagement position, wherein the housing includes a housing hook, wherein the latch member is removably and rotatably engaged with the housing by a first end of the latch member being located in a recess of the housing hook.
An optical coupling device (100; 100'), for performing an optical coupling at at least two central wavelengths between an optical fibre (1010; 1010') and photonic circuits (200; 200'), characterised in that it comprises a substrate (110; 110') and at least two coupling stages (122, 132; 122', 132') integrated onto said substrate, and in that: - each coupling stage (122, 132; 122', 132') comprises, integrated onto the substrate, a grating coupler (123, 133; 123', 133') and at least one waveguide (124-1, 124-2, 134; 124-1', 124-2', 134-1', 134-2'), the grating coupler being disposed at the input or output of the at least one waveguide and configured to implement an optical coupling centred on a respective central wavelength (λ 1; λ 2); - the several grating couplers (123, 133; 123', 133') are superimposed on each other, along an axis orthogonal to the plane of the substrate (110; 110'); characterised in that at least one of the grating couplers (123; 123', 133') is a grating coupler insensitive to polarisation. - each coupling stage (122, 132; 122', 132') comprises, integrated onto the substrate, a grating coupler (123, 133; 123', 133') and at least one waveguide (124-1, 124-2, 134; 124-1', 124-2', 134-1', 134-2'), the grating coupler being disposed at the input or output of the at least one waveguide and configured to implement an optical coupling centred on a respective central wavelength (λ 1; λ 2); - the several grating couplers (123, 133; 123', 133') are superimposed on each other, along an axis orthogonal to the plane of the substrate (110; 110');
Machine for winding preimpregnated fabrics, made of composite materials comprising fibers and thermosetting synthetic resin, on a mandrel, characterized in that it comprises: - a flat supporting surface for a preimpregnated fabric pre-cut in a sheet; - a forming mandrel, with a rotation axis, for winding said preimpregnated fabric; - a pair of peripheral rollers (2, 3), with respective rotation axes (A2, A3), under the rotation axis of the mandrel; - at least one peripheral roller, with a rotation axis, above the rotation axis of the mandrel; - a pair of arms, for supporting and moving the peripheral roller, comprising constraint means for said peripheral roller adapted to allow a free or braked movement thereof; - a structural frame, for supporting the mandrel, the peripheral rollers (2, 3) and the arms of the peripheral roller; - first electric motor means and second motor means, for the independent and selective command of the rotation respectively of the mandrel and of the peripheral rollers (2, 3); where said first and second electric motor means (15, 16) cause the free, motor-driven or braked rotation respectively of the mandrel and the peripheral rollers (2, 3), and where the arms place the peripheral roller in contact with the mandrel, so as to create between the peripheral rollers (2, 3, 4) and the mandrel corresponding areas of rolling or sliding friction (F2, F3, F4) adapted to determine on the preimpregnated fabric a mechanical tension capable of promoting its winding and compaction on the mandrel. - a flat supporting surface for a preimpregnated fabric pre-cut in a sheet; - a forming mandrel, with a rotation axis, for winding said preimpregnated fabric; - a pair of peripheral rollers (2, 3), with respective rotation axes (A2, A3), under the rotation axis of the mandrel; - at least one peripheral roller, with a rotation axis, above the rotation axis of the mandrel; - a pair of arms, for supporting and moving the peripheral roller, comprising constraint means for said peripheral roller adapted to allow a free or braked movement thereof; - a structural frame, for supporting the mandrel, the peripheral rollers (2, 3) and the arms of the peripheral roller; - first electric motor means and second motor means, for the independent and selective command of the rotation respectively of the mandrel and of the peripheral rollers (2, 3);
A composite iron-based powder comprising core particles coated with a first phosphorous containing layer and a second layer containing an alkaline silicate combined with a clay mineral containing a phyllosilicate the combined silicon-oxygen tetrahedral layer and hydroxide octahedral layers thereof being electrical neutral, characterised in that the clay is talc.
A rotary cutter for a mower for mowing grass, lawn, or the like with at least one cord of a desired length extending in a radial direction of a cutting head main body, the main body including a case and a cover, the cutting head being driven for rotation through a drive shaft, the rotary cutter for the mower comprising at least one fastening means for fixing one end of the cord to the cutting head main body, an inner end portion of the cord being inserted from the sidewall of said main body being fastened by the fastening means, and the cord being removed and replaced with a new cord when the cord is worn out, wherein the cord fastening means includes a pair of ratchets, each ratchet being pivoted for turning on the cutting head main body and being constantly applied with a rotational force in a certain direction by a spring, so that the cord is clamped and fastened by the ratchets, wherein the cord fastening means is disposed near a drive shaft coupling shaft tube portion in the cutting head main body, a cord outlet for removing the cord is provided by a substantially 'U' shaped cord guide formed on the side of the drive shaft coupling shaft tube portion, said cord guide having a groove-like sectional shape and the inner end portion of the cord extends to the outside from the cord outlet and along a sidewall of the drive shaft coupling shaft tube portion of the cutting head main body to protrude from the sidewall of the drive shaft coupling shaft tube portion.