mhurhangee/ep-ind-claims huggingface dataset:
A control device of a machine tool which includes a linear feed axis (X, Y, Z) and a rotational axis and machines a workpiece while a tool is made to move relative to the workpiece, the workpiece being machined so that a contact portion of the tool in which the tool comes in contact with the workpiece is formed in line shape, the control device of the machine tool comprising: an arithmetic unit estimating a portion of the tool which finally generates a machining surface when the tool machines the workpiece based on a tool path for the tool to perform machining and information of the workpiece; the portion being an end of a machining area for forming the machining surface of the workpiece in the tool and being formed in line shape; and a feed rate setting unit estimating a fastest moving point at which a relative speed of the tool to the workpiece is a maximum among a plurality of moving points included in the portion which finally generates the machining surface and set a movement speed in the linear feed axis (X, Y, Z) and a movement speed in rotational axis which are feed rates regarding moving axes of the machine tool so that a relative speed of the fastest moving point is a preliminarily specified relative speed or less. an arithmetic unit estimating a portion of the tool which finally generates a machining surface when the tool machines the workpiece based on a tool path for the tool to perform machining and information of the workpiece; the portion being an end of a machining area for forming the machining surface of the workpiece in the tool and being formed in line shape; and a feed rate setting unit estimating a fastest moving point at which a relative speed of the tool to the workpiece is a maximum among a plurality of moving points included in the portion which finally generates the machining surface and set a movement speed in the linear feed axis (X, Y, Z) and a movement speed in rotational axis which are feed rates regarding moving axes of the machine tool so that a relative speed of the fastest moving point is a preliminarily specified relative speed or less.
A wind turbine rotor comprising a hub from which a plurality of blades project to a radius of at least 50 metres, each blade comprising a hollow fairing supported by a central spar, each blade having a thickness t measured perpendicular to a camber line at a radius r wherein when r = 0.25R, t > 0.7T, when r = 0.5R, t > 0.5T, and when r = 0.4R, t > 0.7T; wherein R is the radius of the blade measured from the axis of rotation to the distal tip of the blade and T is the thickness of the blade at the root end representing the external dimension of the blade in a direction parallel to the axis of rotation where it meets the hub, said blade having a generally circular cross-section at an interface to the hub.
A track joint assembly, comprising: a first link having a first bore including first and second portions, the first and second portions having different diameters; a second link having a second bore; and a bushing including: a first axial end portion disposed in and directly contacting the first portion of the first bore; a first axial end-adjacent portion disposed in and directly contacting the second portion of the first bore; and a second axial end portion disposed in and contacting the second bore, wherein an outer diameter of the first end-adjacent portion is larger than an outer diameter of the first axial end portion. a first link having a first bore including first and second portions, the first and second portions having different diameters; a second link having a second bore; and a bushing including: a first axial end portion disposed in and directly contacting the first portion of the first bore; a first axial end-adjacent portion disposed in and directly contacting the second portion of the first bore; and a second axial end portion disposed in and contacting the second bore, a first axial end portion disposed in and directly contacting the first portion of the first bore; a first axial end-adjacent portion disposed in and directly contacting the second portion of the first bore; and a second axial end portion disposed in and contacting the second bore, wherein an outer diameter of the first end-adjacent portion is larger than an outer diameter of the first axial end portion.
A liquid crystal device, which comprises a liquid crystal layer comprising an alignable polymer network and a liquid crystal compound which is orientationally ordered in the polymer network and of which the ordering direction is changeable by an external action, and which is configured to be switchable between a light transmission mode and a light blocking mode according to the ordering direction of the liquid crystal compound, wherein the ordering direction is an optical axis of the liquid crystal layer formed by the liquid crystal compound, wherein a liquid crystal device comprises polarizing layers on both sides of the liquid crystal layer, wherein hazes in the light transmission mode and the light blocking mode are 10% or less, wherein the haze is evaluated using a hazemeter (NDH-5000SP), wherein light is transmitted through a measuring target and incident into an integrating sphere, light is separated into diffusion light and parallel light by the measuring target and these lights are reflected in the integrating sphere, and then collected in a light receiving device and the haze is measured through the collected light, wherein a total transmission light obtained by the process is a sum (DT+PT) and the haze defined as a percentage Haze % = 100 x DT / TT of the diffusion light to the total transmission light.
Cosmetic emulsion comprising a) polyglyceryl-10 stearate (INCI Polyglyceryl-10 Stearate) b) sodium polyacrylate (INCI Sodium Polyacrylate). a) polyglyceryl-10 stearate (INCI Polyglyceryl-10 Stearate) b) sodium polyacrylate (INCI Sodium Polyacrylate).
Product system comprising - at least one porous carrier selected from the group consisting of precipitated silicas or silica gels in the form of powders, granules or microgranules having an average diameter d 50 greater than or equal to 3 μm, - at least one active ingredient which is introduced into the porous carrier, and - at least one protective substance of which at least part of the total amount present in the product system is introduced into the pores of the carrier material, characterized in that, detected by investigating the outermost atomic layer of the product system by means of XPS, at least part of the outermost surface of the product system is formed by the carrier material and at least 10% of the surface of the product system, detected by investigating the outermost atomic layer of the product system by means of XPS, is formed by the carrier material and not formed by active ingredient/active ingredients and/or protective substance/protective substances. - at least one porous carrier selected from the group consisting of precipitated silicas or silica gels in the form of powders, granules or microgranules having an average diameter d 50 greater than or equal to 3 μm, - at least one active ingredient which is introduced into the porous carrier, and - at least one protective substance of which at least part of the total amount present in the product system is introduced into the pores of the carrier material, characterized in that, detected by investigating the outermost atomic layer of the product system by means of XPS, at least part of the outermost surface of the product system is formed by the carrier material and at least 10% of the surface of the product system, detected by investigating the outermost atomic layer of the product system by means of XPS, is formed by the carrier material and not formed by active ingredient/active ingredients and/or protective substance/protective substances.
Self-tapping screw (10, 30) comprising a drive and a threaded shaft comprising a main thread (16, 32), which main thread (16, 32) has a main thread maximum outer diameter (D AF) and includes a thread-forming area and a bearing area following the former in the direction of the drive, with the shaft having a screw end at an end facing away from the drive, which screw end has a diameter (D E) of at least 20% of the main thread maximum outer diameter (D AF), with the shaft furthermore having a setting thread in the region of the screw end, characterized in that the setting thread comprises at least three setting thread turns (20a, 20b, 20c), the outside diameter (D AA) of which reaches at most 90% of the main thread maximum outside diameter (D AF) and which form a setting area in which the setting thread turns (20a, 20b, 20c) have the same diameter profile and, moreover, in the setting area the diameter of the main thread (16, 32) is smaller than the diameter (D AA) of the setting thread turns (20a, 20b, 20c), with the setting thread extending over at most two turns.
A test strip (10, 10') comprising a spacer layer having a notch; a substrate attached under the spacer layer, the substrate having a reaction region exposed from the notch; a reagent layer coated on the reaction region; a cover layer having a covering portion and a channel portion, the covering portion covering the notch, the channel portion extending rearward from the covering portion corresponding to a rear end of the notch; and a support layer attached on the spacer layer and located at two sides of the notch, the support layer being connected to the cover layer and the spacer layer to make the channel portion away from the spacer layer at a vertical distance for forming a reaction chamber cooperatively with the covering portion, the notch, and the substrate, the reaction chamber allowing an analyte solution to enter and then react with the reagent layer, the support layer being further used for forming a channel cooperatively with the channel portion and the spacer layer, the channel allowing exhausting air in the reaction chamber, and at least one portion on a surface of at least one of the channel portion and the spacer layer corresponding to the channel having hydrophobicity, a thickness of the support layer being between 10pm and 50μm, the support layer being made of adhesive material to stick the cover layer on the spacer layer, hydrophobicity of the at least one portion on the surface of the at least one of the channel portion and the spacer layer corresponding to the channel being coated with a hydrophobic layer in a continuous strip shape, a contacting length of the hydrophobic layer 39 for the analyte solution being between 200μm and 1000μm.
A fastening system for aerospace vehicles comprising: a dielectric nut retainer strip formed of dielectric material comprising at least two fastener thru holes and at least two cap receiver portions; the dielectric nut retainer strip being attachable to a substructure of the aerospace vehicle; at least two anti-rotation nut retainer portions integrally formed in the dielectric nut retainer strip adjacent to the at least two fastener thru holes; at least two caps configured to mate with the at least two cap receiver portions; at least two fasteners; and at least two anti-rotation nuts configured to fit in the anti-rotation nut retainer portions and couple with the fasteners. a dielectric nut retainer strip formed of dielectric material comprising at least two fastener thru holes and at least two cap receiver portions; the dielectric nut retainer strip being attachable to a substructure of the aerospace vehicle; at least two anti-rotation nut retainer portions integrally formed in the dielectric nut retainer strip adjacent to the at least two fastener thru holes; at least two caps configured to mate with the at least two cap receiver portions; at least two fasteners; and at least two anti-rotation nuts configured to fit in the anti-rotation nut retainer portions and couple with the fasteners.
An electronic device (101, 201, 600, 900) comprising: - a first antenna (601, 901) configured to support a bluetooth communication and a Wi-Fi communication; - a second antenna comprising one of a main antenna (602, 902) for mobile communication, an auxiliary antenna for supporting diversity of the main antenna, or a GPS antenna; and - a processor, wherein the processor is configured to: while performing the bluetooth communication and the Wi-Fi communication through the first antenna, determine information related to occupancy of the first antenna (601, 901) by the Wi-Fi communication, maintain the performing the bluetooth communication and the Wi-Fi communication through the first antenna (601, 901) in response that the information related to the occupancy does not satisfy a predetermined condition, and perform the bluetooth communication through the second antenna, and perform the Wi-Fi communication through the first antenna (601, 901) in response that the information related to the occupancy satisfies the predetermined condition. - a first antenna (601, 901) configured to support a bluetooth communication and a Wi-Fi communication; - a second antenna comprising one of a main antenna (602, 902) for mobile communication, an auxiliary antenna for supporting diversity of the main antenna, or a GPS antenna; and - a processor, wherein the processor is configured to: while performing the bluetooth communication and the Wi-Fi communication through the first antenna, determine information related to occupancy of the first antenna (601, 901) by the Wi-Fi communication, maintain the performing the bluetooth communication and the Wi-Fi communication through the first antenna (601, 901) in response that the information related to the occupancy does not satisfy a predetermined condition, and perform the bluetooth communication through the second antenna, and perform the Wi-Fi communication through the first antenna (601, 901) in response that the information related to the occupancy satisfies the predetermined condition. while performing the bluetooth communication and the Wi-Fi communication through the first antenna, determine information related to occupancy of the first antenna (601, 901) by the Wi-Fi communication, maintain the performing the bluetooth communication and the Wi-Fi communication through the first antenna (601, 901) in response that the information related to the occupancy does not satisfy a predetermined condition, and perform the bluetooth communication through the second antenna, and perform the Wi-Fi communication through the first antenna (601, 901) in response that the information related to the occupancy satisfies the predetermined condition.
An antenna assembly adapted to be mounted on a motor vehicle body, the assembly comprises a carrier having an antenna support formed from a dielectric material, the support having a front surface with a flexible antenna circuit board thereon, a rear surface having at least one mounting element thereon extending away from the rear surface and in use spacing the antenna from the vehicle body, and a signal cable extending through the support is connected to the circuit board; wherein the support at its other end portion is provided with a further mounting element and/or resilient bump stops on its front face, the support and antenna board being shaped to match the contours of the vehicle body so as to maintain a substantially constant distance between the antenna board and the vehicle body grounding.
Foam-generating apparatus, in particular as an accessory for a high-pressure cleaning appliance, which comprises or forms a flow channel and comprises a nozzle body with an outlet opening as well as a foaming element which has a foaming section which is arranged in the flow channel upstream of the outlet opening and has through-openings, wherein a foamable cleaning agent flows through the flow channel up to the outlet opening and is foamed upon passing through the foaming section, wherein the nozzle body comprises at the outlet opening a jet-forming element for forming a flat jet of the foamed cleaning agent, wherein the foam-generating apparatus comprises a screen element which has a screen section arranged in the flow channel, wherein the screen section is arranged downstream of the jet-forming element and at a distance therefrom, and wherein the screen section has through-openings which are smaller than the through-openings of the foaming section, characterized in that the foaming section and/or the screen section have a central opening-free region (78, 100) which is free of through-openings (82, 102) and is surrounded by through-openings (82, 102).
Heat source unit for an air conditioner comprising a refrigerant circuit, the heat source unit comprising: an external housing accommodating: a compressor to be connected to the refrigerant circuit; a heat source heat exchanger to be connected to the refrigerant circuit and configured to exchange heat between a refrigerant circulating in the refrigerant circuit and a heat source; an electric box having a top and side walls (32 to 34), the electric box accommodating electrical components configured to control the air conditioner and having an air passage comprising an air inlet and an air outlet, an air flow being induced through the air passage from the air inlet to the air outlet for cooling at least some of the electrical components, characterized by a cooling heat exchanger accommodated in the external housing and to be connected to the refrigerant circuit, wherein the cooling heat exchanger is arranged at one of the side walls (32 to 34) of the electric box so as to be flown through by the air flow and exchange heat between the refrigerant and the air flow. an external housing accommodating: a compressor to be connected to the refrigerant circuit; a heat source heat exchanger to be connected to the refrigerant circuit and configured to exchange heat between a refrigerant circulating in the refrigerant circuit and a heat source; an electric box having a top and side walls (32 to 34), the electric box accommodating electrical components configured to control the air conditioner and having an air passage comprising an air inlet and an air outlet, an air flow being induced through the air passage from the air inlet to the air outlet for cooling at least some of the electrical components, a compressor to be connected to the refrigerant circuit; a heat source heat exchanger to be connected to the refrigerant circuit and configured to exchange heat between a refrigerant circulating in the refrigerant circuit and a heat source; an electric box having a top and side walls (32 to 34), the electric box accommodating electrical components configured to control the air conditioner and having an air passage comprising an air inlet and an air outlet, an air flow being induced through the air passage from the air inlet to the air outlet for cooling at least some of the electrical components, characterized by a cooling heat exchanger accommodated in the external housing and to be connected to the refrigerant circuit, wherein the cooling heat exchanger is arranged at one of the side walls (32 to 34) of the electric box so as to be flown through by the air flow and exchange heat between the refrigerant and the air flow.
A portable exercise device comprising: a pedal (101; 701; 801; 901; 1001; 1101; 1501; 1601) pivotably connected to a base (102; 702; 802; 902; 1002; 1102; 1402; 1502; 1602) and having a neutral position relative to a pivot axis, wherein, the pedal (101; 701; 801; 901; 1001; 1101; 1501; 1601) is configured to rotate about the pivot axis in a first direction away from the neutral position and toward the base (102; 702; 802; 902; 1002; 1102; 1402; 1502; 1602) and in a second direction away from the neutral position and toward the base (102; 702; 802; 902; 1002; 1102; 1402; 1502; 1602), wherein the second direction is opposite the first direction, toward the base (102; 702; 802; 902; 1002; 1102; 1402; 1502; 1602); and a resistance mechanism configured to exert a force on the pedal (101; 701; 801; 901; 1001; 1101; 1501; 1601) about the pivot axis in a direction opposite to the respective direction of rotation of the pedal (101; 701; 801; 901; 1001; 1101; 1501; 1601) about the pivot axis, the resistance mechanism being configured for providing a passive resistance to the rotational movement of the pedal in both the first and second directions about the pivot axis, characterized by the fact that the device is movable between an open, in-use configuration, where the pedal (101; 701; 801; 901; 1001; 1101; 1501; 1601) is disposed in the neutral position to receive a foot of a user, and a closed configuration, where the pedal (101; 701; 801; 901; 1001; 1101; 1501; 1601) is collapsed against the base (102; 702; 802; 902; 1002; 1102; 1402; 1502; 1602). a pedal (101; 701; 801; 901; 1001; 1101; 1501; 1601) pivotably connected to a base (102; 702; 802; 902; 1002; 1102; 1402; 1502; 1602) and having a neutral position relative to a pivot axis, wherein, the pedal (101; 701; 801; 901; 1001; 1101; 1501; 1601) is configured to rotate about the pivot axis in a first direction away from the neutral position and toward the base (102; 702; 802; 902; 1002; 1102; 1402; 1502; 1602) and in a second direction away from the neutral position and toward the base (102; 702; 802; 902; 1002; 1102; 1402; 1502; 1602), wherein the second direction is opposite the first direction, toward the base (102; 702; 802; 902; 1002; 1102; 1402; 1502; 1602); and a resistance mechanism configured to exert a force on the pedal (101; 701; 801; 901; 1001; 1101; 1501; 1601) about the pivot axis in a direction opposite to the respective direction of rotation of the pedal (101; 701; 801; 901; 1001; 1101; 1501; 1601) about the pivot axis, the resistance mechanism being configured for providing a passive resistance to the rotational movement of the pedal in both the first and second directions about the pivot axis, characterized by the fact that the device is movable between an open, in-use configuration, where the pedal (101; 701; 801; 901; 1001; 1101; 1501; 1601) is disposed in the neutral position to receive a foot of a user, and a closed configuration, where the pedal (101; 701; 801; 901; 1001; 1101; 1501; 1601) is collapsed against the base (102; 702; 802; 902; 1002; 1102; 1402; 1502; 1602).