mhurhangee/ep-ind-claims huggingface dataset:
A device (101, 102) comprising - a first digital subscriber line, DSL, system (107, 111) operating in a first frequency band during showtime; - a second digital subscriber line, DSL, system (108, 112) operating in a second frequency band during showtime; - a filter unit (109, 110) connected to a line and to each of the first DSL system (107, 111) and the second DSL system, wherein the filter unit (109, 110) comprises at least one filter (301, 302, 303, 401, 402), which combines signals from the first DSL system (107, 111) and the second DSL system (108, 112) onto the line and separates signals for the first DSL system (107, 111) and the second DSL system (108, 112); - wherein the second frequency band is not overlapping with the first frequency band; - wherein a handshake information of the second DSL system utilizes frequencies below the second frequency band while the first DSL system is in showtime. - a first digital subscriber line, DSL, system (107, 111) operating in a first frequency band during showtime; - a second digital subscriber line, DSL, system (108, 112) operating in a second frequency band during showtime; - a filter unit (109, 110) connected to a line and to each of the first DSL system (107, 111) and the second DSL system, wherein the filter unit (109, 110) comprises at least one filter (301, 302, 303, 401, 402), which combines signals from the first DSL system (107, 111) and the second DSL system (108, 112) onto the line and separates signals for the first DSL system (107, 111) and the second DSL system (108, 112); - wherein the second frequency band is not overlapping with the first frequency band; - wherein a handshake information of the second DSL system utilizes frequencies below the second frequency band while the first DSL system is in showtime.
A method for producing a storable dry composition of an enzyme for amplification reaction of nucleic acid, the method comprising the successive steps of: a. dispensing at least a liquid composition on a surface, the liquid composition comprising at least: i. the enzyme, ii. a liquid volatile component, iii. a polysaccharide being designed for forming together with the enzyme and a part of the liquid volatile component a matrix, b. evaporating from said surface at least a part of the liquid volatile component by adjusting the temperature of said composition to allow the formation of the matrix, characterized in that the evaporating in step b) is initiated at an initial temperature T1, and finished up at a final temperature T2, wherein said initial temperature T1 is below 40°C, said final temperature T2 is above said initial temperature T1. a. dispensing at least a liquid composition on a surface, the liquid composition comprising at least: i. the enzyme, ii. a liquid volatile component, iii. a polysaccharide being designed for forming together with the enzyme and a part of the liquid volatile component a matrix, i. the enzyme, ii. a liquid volatile component, iii. a polysaccharide being designed for forming together with the enzyme and a part of the liquid volatile component a matrix, b. evaporating from said surface at least a part of the liquid volatile component by adjusting the temperature of said composition to allow the formation of the matrix,
A product for the preparation of a mortar, comprised of a container containing a hydraulic binding agent powder comprising a proportion of calcium sulfate greater than or equal to 70 %, the calcium sulfate present in the powder being in hemihydrate form at more than 90 %, said hydraulic binding agent powder having a humidity level greater than or equal to 0.3 % and less than or equal to 1.5 %; wherein the container is waterproof and airtight.
Method for anchoring a holding means of a transport tool, in particular a sling of a rope for supporting loads, in a wind turbine, the wind turbine comprising at least two components (1, 2) connected via a bolt-and-nut arrangement comprising multiple pairs of bolts and nuts at opposing flanges (4, 5), the nuts fastening to the bolts at the upper flange, characterized in that at least one adapter comprising a cylindrical outer holding surface for receiving the holding means and at least an upper rim delimiting the outer holding surface is placed atop of at least one nut, covering the edges of the nut, and the holding means is fastened to the adapter.
Optical fiber comprising a central optical core surrounded by an optical cladding, said optical core having a α graded-index profile n ( r) with α between 1 and 3, α being a non-dimensional parameter that defines an index profile shape of said optical core, that is a function of a radial distance r from the center of said optical core, said optical core having a maximum refractive index n 0 and an outer radius R 1 b with a refractive index difference Dn 1 b = n ( R 1 b) - n Cl with respect to said optical cladding having at its outer edge a refractive index n Cl, said optical core having a radius R 1 when n(R 1) = n Cl, comprised between 23 μm and 27 μm and a maximum refractive index difference Dn 1 = n 0 - n Cl between 14.10 -3 and 17.10 -3, said optical cladding comprising a region of depressed refractive index n trench, called a trench, surrounding the optical core, said trench having an inner radius R 1 b, and an outer radius R 3, with R 3 > R 1 b, and R 3 between 30 μm and 40 μm, and a refractive index difference Dn 3 = n trench - n Cl between the trench and the cladding comprised between -15.10 -3 and -6.10 -3, wherein R 1 b > R 1, Dn 1 b is between -10.10 -3 and -3.10 -3 and Dn 1 b - Dn 3 ≥ 0.9×10 -3, said refractive index differences being determined at λ = λ C, where λ c is a central transmission wavelength of an operating band for which said optical fiber is intended.
A computer-implemented method for use in a computing device to erase previously entered words or characters, the method comprising: receiving, at the computing device, inking data (220, 222) corresponding to a stroke entered by a user via a digitizer (202, 204); evaluating, at the computing device, the inking data based on boundary threshold data of at least one corresponding word or character of the previously entered words or characters to determine whether the stroke is a scratch-out gesture, wherein the stroke intersects the at least one corresponding word or character; and a) if the stroke is determined as being a scratch-out gesture, erasing previously-entered words or characters corresponding to the scratch-out gesture, and if the scratch-out gesture applies to at least two separated words or characters, erasing the separated words or characters, and erasing any intervening word or character between the separated words or characters even if the stroke does not intersect one or more of them; and b) if the stroke is determined as not being a scratch-out gesture, processing the inking data as ink stroke data of at least part of the corresponding word or character. receiving, at the computing device, inking data (220, 222) corresponding to a stroke entered by a user via a digitizer (202, 204); evaluating, at the computing device, the inking data based on boundary threshold data of at least one corresponding word or character of the previously entered words or characters to determine whether the stroke is a scratch-out gesture, wherein the stroke intersects the at least one corresponding word or character; and a) if the stroke is determined as being a scratch-out gesture, erasing previously-entered words or characters corresponding to the scratch-out gesture, and if the scratch-out gesture applies to at least two separated words or characters, erasing the separated words or characters, and erasing any intervening word or character between the separated words or characters even if the stroke does not intersect one or more of them; and b) if the stroke is determined as not being a scratch-out gesture, processing the inking data as ink stroke data of at least part of the corresponding word or character. a) if the stroke is determined as being a scratch-out gesture, erasing previously-entered words or characters corresponding to the scratch-out gesture, and if the scratch-out gesture applies to at least two separated words or characters, erasing the separated words or characters, and erasing any intervening word or character between the separated words or characters even if the stroke does not intersect one or more of them; and b) if the stroke is determined as not being a scratch-out gesture, processing the inking data as ink stroke data of at least part of the corresponding word or character.
Assembly for an aircraft turbine engine comprising a fan casing having an inner surface, at least one acoustic panel fastened using fastening means (48, 54) to said inner surface of the fan casing, and at least one circumferential stiffener of the fan casing, said fastening means (48, 54) connect the fan casing to the stiffener incorporated with said acoustic panel, characterised in that said fastening means (48, 54) define a plurality of fastening points distributed circumferentially along the stiffener, the latter extending in one piece over the entire circumferential length of the panel into which it is incorporated.
A classification apparatus comprising: an acquisition section which acquires a plurality of pieces of traffic data; an extraction section which extracts different types of feature values from the plurality of pieces of traffic data acquired by the acquisition section; a classification section which classifies the traffic data with a predetermined unit based on the different types of feature values extracted by the extraction section, wherein the classification section classifies the traffic data on a per IP address basis; and a counting section which uses a plurality of classification results obtained by the classification by the classification section to count the number of times of appearance of a pattern having the same combination of the classification results, wherein the acquisition section acquires the traffic data having, as a source, the IP address from which a packet in which a control flag in a TCP header indicates "SYN" has been transmitted to a darknet, and at which a predetermined number or more flows in one-way communication have been observed during a predetermined time period, as the plurality of pieces of traffic data to be processed. an acquisition section which acquires a plurality of pieces of traffic data; an extraction section which extracts different types of feature values from the plurality of pieces of traffic data acquired by the acquisition section; a classification section which classifies the traffic data with a predetermined unit based on the different types of feature values extracted by the extraction section, wherein the classification section classifies the traffic data on a per IP address basis; and a counting section which uses a plurality of classification results obtained by the classification by the classification section to count the number of times of appearance of a pattern having the same combination of the classification results,
A rocking bogie mechanism comprising: an upper link configured to be coupled to a cylinder at a first joint; a lower link configured to be coupled to a piston at a second joint and to the upper link at a third joint; a central link coupled to the upper link and the lower link at the third joint; an articulation actuator coupled to the upper link at a fourth joint; a trimmer configured to be coupled to the piston at the second joint; a bell crank coupled to the trimmer at a fifth joint, coupled to the central link at a sixth joint, and coupled to the articulation actuator at a seventh joint; and a forward link coupled to the central link at an eighth joint and configured to be coupled to a bogie beam at a ninth joint. an upper link configured to be coupled to a cylinder at a first joint; a lower link configured to be coupled to a piston at a second joint and to the upper link at a third joint; a central link coupled to the upper link and the lower link at the third joint; an articulation actuator coupled to the upper link at a fourth joint; a trimmer configured to be coupled to the piston at the second joint; a bell crank coupled to the trimmer at a fifth joint, coupled to the central link at a sixth joint, and coupled to the articulation actuator at a seventh joint; and a forward link coupled to the central link at an eighth joint and configured to be coupled to a bogie beam at a ninth joint.
Trailer vehicle having a tandem axle, in particular drawn agricultural distribution machine, such as for example a crop protection sprayer, having a frame, a pulling and coupling apparatus which is arranged on the front side of the frame, a storage container, each axle (11, 12) of the tandem axle being assigned at least two compensation and/or suspension cylinders (13.0, 13.1, 14.0, 14.1) which are arranged spaced apart from one another and are assigned to in each case one running wheel of the tandem axle and are arranged between the frame and the respective axle (11, 12), and a hydropneumatic compensation and/or suspension device (13.0, 13.1, 14.0, 14.1), all compensation and/or suspension cylinders having in each case one piston crown-side swept volume (13.0.1, 13.1.1, 14.0.1, 14.1.1) and one piston rod-side cylindrical ring-shaped swept volume (13.0.2, 13.1.2, 14.0.2, 14.1.2), all piston crown-side swept volumes of the compensation and/or suspension cylinders (13.0, 13.1, 14.0, 14.1) which are situated on one side of the two axles (11, 12) of the tandem axle being connected to one another via a parallel connecting line (16.0, 16.1), piston crown-side swept volumes of the suspension cylinders being connected to piston rod-side cylindrical ring-shaped swept volumes of the compensation and/or suspension cylinders by means of connecting lines, characterized in that in each case one shut-off valve (19.0, 19.1) is arranged in the connecting lines (16.0.1, 16.1.1) which lead to the piston rod-side cylindrical ring-shaped swept volumes (13.0.2, 13.1.2) of the compensation and/or suspension cylinders (13.0, 13.1) which are assigned to the rear axle of the tandem axle, and in that in each case one branch line (22.0, 22.1) which leads to a hydraulic system (20.0, 20.1) and is provided with a switchover valve (21.0, 21.1) branches off from the connecting line (16.0.1, 16.1.1) which is situated between the respective piston rod-side cylindrical ring-shaped swept volume (13.0.2, 13.1.2) of the rear compensation and/or suspension cylinders (13.0, 13.1) and the associated shut-off valve (19.0, 19.1).
A shift device comprising: a rotation body, a shift position being changed by the rotation body being rotated; and a plurality of rotation members (24A, 28, 30, 32, 34, 36), one of which is rotated due to another one being rotated, and that are configured to rotate the rotation body when the rotation members (24A, 28, 30, 32, 34, 36) are rotated; a rotation restriction section that is configured to perform restriction of rotation of the rotation body and release of restriction of rotation of the rotation body when the rotation members (24A, 28, 30, 32, 34, 36) are rotated; and a detection section that is provided at a rotation member among the rotation members (24A, 28, 30, 32, 34, 36) and that detects a position of the rotation restriction section by detecting a position of the rotation member at which the detection section is provided, characterized in that a lock gear serves as one of the rotation members, the rotation restriction section performs restriction of rotation of the rotation body and release of restriction of rotation of the rotation body by the lock gear being rotated, and the detection section is provided at the lock gear. a rotation body, a shift position being changed by the rotation body being rotated; and a plurality of rotation members (24A, 28, 30, 32, 34, 36), one of which is rotated due to another one being rotated, and that are configured to rotate the rotation body when the rotation members (24A, 28, 30, 32, 34, 36) are rotated; a rotation restriction section that is configured to perform restriction of rotation of the rotation body and release of restriction of rotation of the rotation body when the rotation members (24A, 28, 30, 32, 34, 36) are rotated; and a detection section that is provided at a rotation member among the rotation members (24A, 28, 30, 32, 34, 36) and that detects a position of the rotation restriction section by detecting a position of the rotation member at which the detection section is provided, characterized in that a lock gear serves as one of the rotation members, the rotation restriction section performs restriction of rotation of the rotation body and release of restriction of rotation of the rotation body by the lock gear being rotated, and the detection section is provided at the lock gear.
A gel electrolyte comprising a cured product of an electrolyte composition containing a binder resin and a supporting electrolyte, characterized in that the gel electrolyte has a peeling index of 5.5 mm -1 or greater but 7.5 mm -1 or less, where the peeling index is obtained by dividing a maximum stress by an integral value obtained by integrating a stress based on a peeling distance, where the stress, the peeling distance, and the maximum stress are measured by a probe tack test performed at an environmental condition of 25°C by bringing a stainless steel probe having a diameter of 5 mm into contact with the gel electrolyte having an average thickness of 700 micrometers from above the gel electrolyte at a speed of 120 mm/second, keeping the stainless steel probe under a pressing load of 40 gf for a pressing load retention time of 5 seconds, and peeling the stainless steel probe in a perpendicular direction at a speed of 400 mm/second. a cured product of an electrolyte composition containing a binder resin and a supporting electrolyte, characterized in that the gel electrolyte has a peeling index of 5.5 mm -1 or greater but 7.5 mm -1 or less, where the peeling index is obtained by dividing a maximum stress by an integral value obtained by integrating a stress based on a peeling distance, where the stress, the peeling distance, and the maximum stress are measured by a probe tack test performed at an environmental condition of 25°C by bringing a stainless steel probe having a diameter of 5 mm into contact with the gel electrolyte having an average thickness of 700 micrometers from above the gel electrolyte at a speed of 120 mm/second, keeping the stainless steel probe under a pressing load of 40 gf for a pressing load retention time of 5 seconds, and peeling the stainless steel probe in a perpendicular direction at a speed of 400 mm/second.
A method of forming a mark, indicia, text, or design on a substrate, the method comprising: providing a substrate; providing a composition including at least one carrier, and at least one absorber compound selected from the group consisting of inorganic pigments and oxides, zirconium compounds, silicon compounds, calcium compounds, molybdenum compounds, vanadium compounds, metal oxides, metal compounds, inorganic pigments, inorganic pigment precursors, and combinations thereof, wherein the at least one absorber compound has an average particle size between 0.1 microns to 10.0 microns; disposing the composition on at least a portion of the substrate; and exposing at least a portion of the composition to laser light such that said at least a portion of the composition increases in temperature, at least partially adheres to the substrate, and forms a marking on the substrate that has a luminance, color, and/or degree of opacity that contrasts from the substrate, wherein the substrate comprises metal; and the at least one absorber compound comprises from 10 wt% to 50 wt% of molybdenum compounds, from 5 wt% to 25 wt% of vanadium compounds, from 3 wt% to 20 wt% of silicon compounds. providing a substrate; providing a composition including at least one carrier, and at least one absorber compound selected from the group consisting of inorganic pigments and oxides, zirconium compounds, silicon compounds, calcium compounds, molybdenum compounds, vanadium compounds, metal oxides, metal compounds, inorganic pigments, inorganic pigment precursors, and combinations thereof, wherein the at least one absorber compound has an average particle size between 0.1 microns to 10.0 microns; disposing the composition on at least a portion of the substrate; and exposing at least a portion of the composition to laser light such that said at least a portion of the composition increases in temperature, at least partially adheres to the substrate, and forms a marking on the substrate that has a luminance, color, and/or degree of opacity that contrasts from the substrate, wherein the substrate comprises metal; and the at least one absorber compound comprises from 10 wt% to 50 wt% of molybdenum compounds, from 5 wt% to 25 wt% of vanadium compounds, from 3 wt% to 20 wt% of silicon compounds.
A lower-side spring receiving member adapted to receive a compression spring at a lower side of the compression spring, the compression spring having an effective part, end turn parts (2s, 2u) which do not elastically deform, and rising parts (2t, 2v) located between the effective part and the end turn parts, the lower-side spring receiving member comprising: a contact part (2L, 3L) that is formed to protrude outward from one end in an extending direction of the lower-side spring receiving member, and adapted to be in contact with the rising part so as not to form a gap between the contact part and the rising part, wherein the contact part being in contact with the rising part by elastic force caused by elastic deformation of the compression spring, regardless of a load on the compression spring; and a load receiving part (13J, 23s2) that is formed into a shape protruding outward on an opposite side of the contact part (2L, 3L) at the end of one side in the extending direction of the lower-side spring receiving member, and adapted to receive a spring load on the compression spring, characterised in that the load receiving part (13J, 23s2) is formed to protrude outward more than the contact part (2L, 3L) in a winding direction of the compression spring when viewed in an axial direction of the compression spring. a contact part (2L, 3L) that is formed to protrude outward from one end in an extending direction of the lower-side spring receiving member, and adapted to be in contact with the rising part so as not to form a gap between the contact part and the rising part, wherein the contact part being in contact with the rising part by elastic force caused by elastic deformation of the compression spring, regardless of a load on the compression spring; and a load receiving part (13J, 23s2) that is formed into a shape protruding outward on an opposite side of the contact part (2L, 3L) at the end of one side in the extending direction of the lower-side spring receiving member, and adapted to receive a spring load on the compression spring, characterised in that the load receiving part (13J, 23s2) is formed to protrude outward more than the contact part (2L, 3L) in a winding direction of the compression spring when viewed in an axial direction of the compression spring.