mhurhangee/ep-ind-claims huggingface dataset:
Method for providing a graphical user interface in a vehicle, in which at least one object for reproducing a first subset (15.1 - 15.6) of a piece of total information is graphically depicted on a display panel in at least one first type of depiction and an operator control intention of a user (N1, N2) is detected, characterized in that the relative position (P1, P2) of the user (N1, N2) in relation to the display panel is ascertained and, if the operator control intention of the user has been detected, the object is transferred to a second type of depiction, in which the object is displayed in a manner perspectively or three-dimensionally swivelled about an axis through a swivel angle (δ) in the direction of the relative position (P1, P2).
A decorative sheet for floor materials comprising a base material sheet, and at least a transparent resin layer and a surface-protecting layer sequentially laminated on the base material sheet, and the decorative sheet comprising at least a backer layer laminated on a back surface of the base material sheet, wherein the surface of the decorative sheet has a ten-point average roughness Rz jis, measured according to JIS B0601:2001, of 40 μm or more; the surface-protecting layer contains an ionizing radiation-curable resin; the base material sheet, the transparent resin layer, and the backer layer each contain a non-halogen-based thermoplastic resin; the backer layer has a thickness of 120 to 250 μm; the backer layer has a Martens hardness, measured according to the method given in the description, of 50 to 80 N/mm 2; and the backer layer is laminated by extrusion molding of a backer layer-forming resin composition in a molten state on the back surface of the base material sheet. the surface of the decorative sheet has a ten-point average roughness Rz jis, measured according to JIS B0601:2001, of 40 μm or more; the surface-protecting layer contains an ionizing radiation-curable resin; the base material sheet, the transparent resin layer, and the backer layer each contain a non-halogen-based thermoplastic resin; the backer layer has a thickness of 120 to 250 μm; the backer layer has a Martens hardness, measured according to the method given in the description, of 50 to 80 N/mm 2; and the backer layer is laminated by extrusion molding of a backer layer-forming resin composition in a molten state on the back surface of the base material sheet.
A subsea fuse device (100, 200) exposed to a high ambient pressure when deployed, wherein the device comprises a fuse housing (107, 207) enclosing a low-pressure hollow space (110, 210) and a fuse (105, 205) arranged in the low-pressure hollow space, the fuse having two electrical connectors, characterized in that the fuse housing is metallic and in that one of the electrical connectors of the fuse (151, 152) is electrically and thermoconductively coupled to the metallic fuse housing so as to provide an electrical connection between the fuse connector and the housing and to dissipate heat from the fuse.
A gripping tool to be mounted on a handling device for handling pieces cut out from planar sheets, comprising an engaging head being interchangeably paired with an operating end of a displaceable handling device, actuation means mounted on said engaging head, comprising at least a first actuator unit, and a plurality of attaching and coupling units (N1-N4) provided with attaching and coupling devices, mounted on said engaging head, wherein said attaching and coupling units (N 1 -N 4) are mounted on a frame comprising at least four rods articulated together through respective hinging means (C 1 -C 4) arranged on a lying plane, said attaching and coupling devices are arranged on a plane parallel to said lying plane, said articulated frame is supported on said engaging head, said first actuator unit drives one of said rods of said articulated frame by rotation around at least one of said hinging means (C 1 -C 4) on said lying plane, characterized in that said articulated frame is composed of four articulated rods (10i, 10ii, 10iii, 10iv) with opposite pairs of equal length, articulated together through the four hinged elements (C 1 -C 4) thereby forming an articulated quadrilateral link, and in that said first actuator unit drives said one of said rods such that the articulated frame takes two end-of-travel configurations, a folded one, wherein said attaching and coupling units (N1-N4) are close to each other and aligned, and a deployed one, wherein said attaching and coupling units (N 1 -N 4) are spaced apart along two different Cartesian axes. an engaging head being interchangeably paired with an operating end of a displaceable handling device, actuation means mounted on said engaging head, comprising at least a first actuator unit, and a plurality of attaching and coupling units (N1-N4) provided with attaching and coupling devices, mounted on said engaging head, wherein said attaching and coupling units (N 1 -N 4) are mounted on a frame comprising at least four rods articulated together through respective hinging means (C 1 -C 4) arranged on a lying plane, said attaching and coupling devices are arranged on a plane parallel to said lying plane, said articulated frame is supported on said engaging head, said first actuator unit drives one of said rods of said articulated frame by rotation around at least one of said hinging means (C 1 -C 4) on said lying plane, characterized in that said articulated frame is composed of four articulated rods (10i, 10ii, 10iii, 10iv) with opposite pairs of equal length, articulated together through the four hinged elements (C 1 -C 4) thereby forming an articulated quadrilateral link, and in that said first actuator unit drives said one of said rods such that the articulated frame takes two end-of-travel configurations, a folded one, wherein said attaching and coupling units (N1-N4) are close to each other and aligned, and a deployed one, wherein said attaching and coupling units (N 1 -N 4) are spaced apart along two different Cartesian axes.
Agricultural seeding machine having a main frame, a frame element which is arranged on the main frame and supports a loading board, a plurality of sowing coulter units which are articulated on the main frame via holding elements for the spreading of seeds to be distributed, and having a covering and/or pressing apparatus which comprises at least one carrying beam which is arranged transversely with respect to the driving direction, is fastened to at least one carrying arm which protrudes to the front in the driving direction and is fastened in the front region in an articulated manner, and on which carrying beam a plurality of covering and/or pressing elements are arranged transversely with respect to the driving direction, characterized in that, by means of a central setting element, the covering and/or pressing apparatus is lifted out, lowered and/or loaded with a pressure against the soil, the covering and/or pressing apparatus comprising a crossmember which is arranged mounted on the main frame such that it can be rotated about an axis which runs horizontally transversely with respect to the driving direction, and the at least one carrying arm being fastened in its front region to the crossmember via spring elements.
Reaction system for production of a methionine salt, comprising a reactive-rectification column with a weir height in the range from 100 to 1000 mm, wherein the plate spacing is in the range from 500 to 1000 mm, the ratio of column diameter to weir length is in the range from 1.1 to 1.3, the ratio of the cross-sectional area to the area through which gas flows is in the range from 1.5 to 2 and the number of plates is in the range from 15 to 25, preferably in the range from 18 to 20.
A CPR training manikin having size and shape of a torso area of a human, the CPR training manikin comprising: a lighted rate monitor assembly including: a base member, the base member including an electronic control board; a chest compression assembly joined to the base member, the chest compression assembly comprising input devices electrically connected to the electronic control board; and a cord assembly at a proximal cord assembly end for electrical connection with the electronic control board, and having a light at a distal cord assembly end, characterized in that the cord assembly has a plug member for removable electrical connection with the electronic control board, the CPR training manikin further comprises a torso portion, a portion of the torso portion defining a manikin opening through which the cord assembly, extending from the interior of the CPR training manikin to be visible externally, traverses between the proximal cord assembly end and the distal cord assembly end, and the light is housed within a light housing having a transparent lens portion covering the light and including a placement clip disposed at or near the distal cord assembly end allowing the light to be clipped in a user-visible position during operation of the CPR training manikin, wherein the base member further includes a pocket into which the light and/or distal cord assembly end can be fit for storing. a lighted rate monitor assembly including: a base member, the base member including an electronic control board; a chest compression assembly joined to the base member, the chest compression assembly comprising input devices electrically connected to the electronic control board; and a base member, the base member including an electronic control board; a chest compression assembly joined to the base member, the chest compression assembly comprising input devices electrically connected to the electronic control board; and a cord assembly at a proximal cord assembly end for electrical connection with the electronic control board, and having a light at a distal cord assembly end, characterized in that the cord assembly has a plug member for removable electrical connection with the electronic control board, the CPR training manikin further comprises a torso portion, a portion of the torso portion defining a manikin opening through which the cord assembly, extending from the interior of the CPR training manikin to be visible externally, traverses between the proximal cord assembly end and the distal cord assembly end, and the light is housed within a light housing having a transparent lens portion covering the light and including a placement clip disposed at or near the distal cord assembly end allowing the light to be clipped in a user-visible position during operation of the CPR training manikin, wherein the base member further includes a pocket into which the light and/or distal cord assembly end can be fit for storing.
An axle for a gauge-changing wheelset, wherein a central through hole is provided along an axial direction of the axle, an outer circumference of the axle close to a middle portion thereof is provided with a section of an outer spline extending along the axial direction of the axle, characterized in that, an outer circumference of the axle is provided with two sections of first non-self-locking thread having opposite directions of rotation at both axial sides of the outer spline respectively, and an oblong hole radially penetrating through the axle is provided at the outer spline of the axle and the oblong hole has a longitudinal direction coinciding with the axial direction of the axle; and at least one first raceway circumferentially disposed around the axle is provided at a position between one of the first non-self-locking threads and the outer spline of the axle. characterized in that, an outer circumference of the axle is provided with two sections of first non-self-locking thread having opposite directions of rotation at both axial sides of the outer spline respectively, and an oblong hole radially penetrating through the axle is provided at the outer spline of the axle and the oblong hole has a longitudinal direction coinciding with the axial direction of the axle; and at least one first raceway circumferentially disposed around the axle is provided at a position between one of the first non-self-locking threads and the outer spline of the axle.
A method for controlling user experience, UX, operations, comprising: on an electronic device having one or more processors and memory: identifying a first application being executed on the electronic device; identifying a first touchless UX operation associated with the first application, the first UX operation having a first initiation condition including at least detection of a presence in a required proximity range with a first required confidence level, the first required confidence level being selected from a plurality of predetermined confidence levels; the method being characterized in identifying a second application being executed on the electronic device; and identifying a second touchless UX operation associated with the second application, the second UX operation having a second initiation condition including at least detection of a presence in the required proximity range with a second required confidence level; identifying a first sensor signal that is used to determine a proximity of a presence with respect to the electronic device for both the first and second initiation conditions; determining from the first sensor signal the proximity of the presence with respect to the electronic device and an associated confidence level of the determination; determining whether the determined proximity and associated confidence level satisfy the first initiation condition; and in accordance with the determination that the first initiation condition has been satisfied, initializing the first UX operation associated with the first application. identifying a first application being executed on the electronic device; identifying a first touchless UX operation associated with the first application, the first UX operation having a first initiation condition including at least detection of a presence in a required proximity range with a first required confidence level, the first required confidence level being selected from a plurality of predetermined confidence levels; the method being characterized in identifying a second application being executed on the electronic device; and identifying a second touchless UX operation associated with the second application, the second UX operation having a second initiation condition including at least detection of a presence in the required proximity range with a second required confidence level; identifying a first sensor signal that is used to determine a proximity of a presence with respect to the electronic device for both the first and second initiation conditions; determining from the first sensor signal the proximity of the presence with respect to the electronic device and an associated confidence level of the determination; determining whether the determined proximity and associated confidence level satisfy the first initiation condition; and in accordance with the determination that the first initiation condition has been satisfied, initializing the first UX operation associated with the first application.
A method for producing a glove, comprising: a step of forming a dip-molded layer by dip-molding a latex composition containing a latex of a carboxyl group-containing conjugated diene rubber that does not have an isoprene-derived monomer unit, and a metal compound including a divalent or higher metal; and a step of irradiating the dip-molded layer with radiation, wherein the metal compound including the divalent or higher metal includes at least one selected from zinc compounds, magnesium compounds, titanium compounds, calcium compounds, lead compounds, iron compounds, tin compounds, chromium compounds, cobalt compounds, zirconium compounds, and aluminum compounds. a step of forming a dip-molded layer by dip-molding a latex composition containing a latex of a carboxyl group-containing conjugated diene rubber that does not have an isoprene-derived monomer unit, and a metal compound including a divalent or higher metal; and a step of irradiating the dip-molded layer with radiation, wherein the metal compound including the divalent or higher metal includes at least one selected from zinc compounds, magnesium compounds, titanium compounds, calcium compounds, lead compounds, iron compounds, tin compounds, chromium compounds, cobalt compounds, zirconium compounds, and aluminum compounds.
A coupling system for releasably coupling an air filter cartridge and a housing of an air filter assembly, comprising: an adapter comprising a first surface area being rotatably coupleable with a housing-side coupling element of the coupling system, the housing-side coupling element comprises at least one flexible and/or spring-like wire (26a, 26b), on which a receiver or a projection is mounted for being rotatably coupleable with a projection or with a receiver on the first surface area of the adapter, and a second surface area being non-rotatably coupleable with a cartridge-side coupling element of the coupling system, the second surface area comprising at least one recess and/or at least one projection being coupleable with at least one of an at least partially complimentary projection and/or recess of a surface area of the cartridge-side coupling element, characterised in that said housing-side coupling element comprises two flexible and/or spring-like wires (26a, 26b) which are crossing each other substantially in their midpoints (26aa, 26bb); the wires (26a, 26b) carry the receiver or the projection in an area where the wires (26a, 26b) are crossing each other; and said wires (26a, 26b) are flexible in a coupling direction of a coupling of the first surface area with the housing-side coupling element and/or of a coupling of the second surface area with the cartridge-side coupling element. an adapter comprising a first surface area being rotatably coupleable with a housing-side coupling element of the coupling system, the housing-side coupling element comprises at least one flexible and/or spring-like wire (26a, 26b), on which a receiver or a projection is mounted for being rotatably coupleable with a projection or with a receiver on the first surface area of the adapter, and a second surface area being non-rotatably coupleable with a cartridge-side coupling element of the coupling system, the second surface area comprising at least one recess and/or at least one projection being coupleable with at least one of an at least partially complimentary projection and/or recess of a surface area of the cartridge-side coupling element, characterised in that said housing-side coupling element comprises two flexible and/or spring-like wires (26a, 26b) which are crossing each other substantially in their midpoints (26aa, 26bb); the wires (26a, 26b) carry the receiver or the projection in an area where the wires (26a, 26b) are crossing each other; and said wires (26a, 26b) are flexible in a coupling direction of a coupling of the first surface area with the housing-side coupling element and/or of a coupling of the second surface area with the cartridge-side coupling element.
A catalyst for a fluidized bed ammoxidation reaction comprising: silica and a metal oxide, wherein a composite of the silica and the metal oxide is represented by the following formula: Mo 12 Bi a Fe b Ni c Mg d CO e Ce f Cr g Zn h X i O j /(SiO 2) A; wherein Mo represents molybdenum, Bi represents bismuth, Fe represents iron, Ni represents nickel, Mg represents magnesium, Co represents cobalt, Ce represents cerium, Cr represents chromium, Zn represents zinc, X represents at least one element selected from the group consisting of potassium, rubidium, and cesium, SiO 2 represents silica, a, b, c, d, e, f, g, h, i, and j each represent an atomic ratio of each element and satisfy 0.1≤a≤1, 0.5≤b≤4, 0.5≤c≤6.5, 0.2≤d≤2.5, 0.5≤e≤7, 0.4≤f≤1.2, g≤0.05, h≤4, and 0.05≤i≤1, provided that j represents an atomic ratio of an oxygen atom, the atomic ratio satisfying valences of constituent elements excluding silica, A represents a content of silica (% by mass) in the composite and satisfies 35≤A≤48, and values of α, β, and γ calculated from the atomic ratios of respective elements by the following expressions,, and satisfy 0.03≤α≤0.12, 0.1≤β≤0.7, and 0.2≤γ≤4: α = 1.5 a / 1.5 b + g + c + d + e + h β = 1.5 b + g / c + d + e + h and γ = e / c + d + h silica and a metal oxide, wherein a composite of the silica and the metal oxide is represented by the following formula: Mo 12 Bi a Fe b Ni c Mg d CO e Ce f Cr g Zn h X i O j /(SiO 2) A; wherein Mo represents molybdenum, Bi represents bismuth, Fe represents iron, Ni represents nickel, Mg represents magnesium, Co represents cobalt, Ce represents cerium, Cr represents chromium, Zn represents zinc, X represents at least one element selected from the group consisting of potassium, rubidium, and cesium, SiO 2 represents silica, a, b, c, d, e, f, g, h, i, and j each represent an atomic ratio of each element and satisfy 0.1≤a≤1, 0.5≤b≤4, 0.5≤c≤6.5, 0.2≤d≤2.5, 0.5≤e≤7, 0.4≤f≤1.2, g≤0.05, h≤4, and 0.05≤i≤1, provided that j represents an atomic ratio of an oxygen atom, the atomic ratio satisfying valences of constituent elements excluding silica, A represents a content of silica (% by mass) in the composite and satisfies 35≤A≤48, and values of α, β, and γ calculated from the atomic ratios of respective elements by the following expressions,, and satisfy 0.03≤α≤0.12, 0.1≤β≤0.7, and 0.2≤γ≤4: α = 1.5 a / 1.5 b + g + c + d + e + h β = 1.5 b + g / c + d + e + h and γ = e / c + d + h