mhurhangee/ep-ind-claims huggingface dataset:
A method for communication in a managed peer-to-peer (P2P) network, in which at least one peer in the P2P network may act as a server peer, comprising: a first peer in the P2P network receiving at least one network operation policy from a server peer in the managed P2P network in response to a join request sent by the first peer to the server peer; the first peer selecting a primary Internet Protocol address from a plurality of IP addresses (340, 342, 344) associated with the first peer according to the at least one network operation policy; the first peer providing, in a signaling stage, the primary IP address to a second peer as an address the second peer is to use in initiating communication with the first peer; and the first peer providing to the second peer, in a data transmission stage, at least one additional IP address from the plurality of IP addresses (340, 342, 344) as an address available to the second peer for use in communicating with the first peer. a first peer in the P2P network receiving at least one network operation policy from a server peer in the managed P2P network in response to a join request sent by the first peer to the server peer; the first peer selecting a primary Internet Protocol address from a plurality of IP addresses (340, 342, 344) associated with the first peer according to the at least one network operation policy; the first peer providing, in a signaling stage, the primary IP address to a second peer as an address the second peer is to use in initiating communication with the first peer; and the first peer providing to the second peer, in a data transmission stage, at least one additional IP address from the plurality of IP addresses (340, 342, 344) as an address available to the second peer for use in communicating with the first peer.
Sealing strand, in particular an extruded sealing strand, for forming a seal on a motor vehicle, with an identification means for providing individual features concerning the sealing strand, wherein one or more selected physical and/or geometrical properties of the sealing strand lie within a prescribed production tolerance in each case, characterized in that each production tolerance is divided into a number of tolerance ranges and the identification means is designed to allow access to a strand-specific tolerance range of the entire sealing strand or to tolerance ranges of various subregions of the sealing strand.
A shop-assembled solar receiver heat exchanger comprising: a multi-sided arrangement of heat transfer surfaces, a vertical steam/water separator structurally and fluidically interconnected thereto; and a vertical support structure top supporting the vertical steam/water separator and the heat transfer surfaces, wherein each side of the multi-sided arrangement of heat transfer surfaces has both an evaporative heat transfer surface section and a superheater heat transfer surface section, such that both the evaporative heat transfer surface section and characterised in that the superheater heat transfer surface section of each side of the multi-sided arrangement are each individually formed from a loose tangent tube panel having a plurality of individual tangent tubes, an upper header and a lower header, such that the tangent tubes of each loose tangent tube panel are operatively coupled to two or more collector beams along an inner surface thereof, wherein the two or more collector beams are located between the upper and lower headers of the loose tangent tube panels. a multi-sided arrangement of heat transfer surfaces, a vertical steam/water separator structurally and fluidically interconnected thereto; and a vertical support structure top supporting the vertical steam/water separator and the heat transfer surfaces, wherein each side of the multi-sided arrangement of heat transfer surfaces has both an evaporative heat transfer surface section and a superheater heat transfer surface section, such that both the evaporative heat transfer surface section and characterised in that the superheater heat transfer surface section of each side of the multi-sided arrangement are each individually formed from a loose tangent tube panel having a plurality of individual tangent tubes, an upper header and a lower header, such that the tangent tubes of each loose tangent tube panel are operatively coupled to two or more collector beams along an inner surface thereof, wherein the two or more collector beams are located between the upper and lower headers of the loose tangent tube panels.
A compound selected from 2-(((1 r,4 r)-4-(((4-chlorophenyl)(phenyl)carbamoyloxy) methyl)cyclohexyl)methoxy)acetic acid and pharmaceutically acceptable salts, solvates, and hydrates thereof, or a crystalline form of 2-(((1 r,4 r)-4-(((4-chlorophenyl)(phenyl)carbamoyloxy)methyl)cyclohexyl)methoxy)acetic acid, for use in a method of treatment of pulmonary arterial hypertension.
A tapered ferrite core having a hollow cylindrical shape with larger length than outer diameter; wherein said ferrite core has a ground taper portion in at least one end portion; said taper portion has ground streaks extending in the longitudinal direction of the ferrite core; said ground streaks radially isotropically extend from the center axis of the ferrite core; surface portions excluding said taper portion have substantially as-sintered surfaces; said ferrite core has substantially no defects due to granule boundaries; and said ferrite core is made by a sintered body of Mn ferrite or Ni ferrite. said ferrite core has a ground taper portion in at least one end portion; said taper portion has ground streaks extending in the longitudinal direction of the ferrite core; said ground streaks radially isotropically extend from the center axis of the ferrite core; surface portions excluding said taper portion have substantially as-sintered surfaces; said ferrite core has substantially no defects due to granule boundaries; and said ferrite core is made by a sintered body of Mn ferrite or Ni ferrite.
Sensor unit for a bearing including at least one inner ring and at least one outer ring, wherein the sensor unit is configured to detect at least one state variable of the bearing, the sensor unit being configured to be embedded in a recess of the inner ring or of the outer ring. characterized in that the sensor unit includes multiple sensors in one sensor housing whereby the housing has a circular cross-section axially fitted into the recess.
A method performed by a vision control system for supporting in low light conditions in surroundings of a moving vehicle, object detection by at least a first on-board rearward- and/or sideward-facing image capturing device, said method comprising: capturing a surrounding located rearward and/or sideward of said moving vehicle with support from said at least first image capturing device; determining light conditions in said surrounding; and providing with support from at least a first light source, when said light conditions fulfill insufficient light criteria, a light output illuminating a ground region of said surrounding to facilitate object detection by said at least first image capturing device, wherein said providing with support from at least a first light source comprises providing with support from at least a first light source (54, 55, 56) comprised in an entity positioned within a predeterminable distance from the vehicle, for instance in a secondary vehicle and/or in a piece of infrastructure, said providing comprising providing said light output based on a, to said entity communicated, request signal indicative of said surrounding. capturing a surrounding located rearward and/or sideward of said moving vehicle with support from said at least first image capturing device; determining light conditions in said surrounding; and providing with support from at least a first light source, when said light conditions fulfill insufficient light criteria, a light output illuminating a ground region of said surrounding to facilitate object detection by said at least first image capturing device, wherein said providing with support from at least a first light source comprises providing with support from at least a first light source (54, 55, 56) comprised in an entity positioned within a predeterminable distance from the vehicle, for instance in a secondary vehicle and/or in a piece of infrastructure, said providing comprising providing said light output based on a, to said entity communicated, request signal indicative of said surrounding.
Method for determining the static friction coefficient of a shoe sole using a test bed comprising: - a measuring surface with known friction features and that is capable of supporting at least one portion of a shoe sole to be tested; - a bearing member producing a bearing force Fz on the sole on the measuring surface on which the sole to be measured is placed; - a traction member capable of generating a movement between the sole and the measuring surface; said method comprising the following steps: - positioning at least one portion of a sole to be tested on the measuring surface of the test bed; - applying a setpoint bearing force Fz on the sole using the bearing member; - gradually causing a movement to be applied to the traction member; - recording the values of Fx and Fz in real time at determined time intervals; - determining the statistical friction coefficient Mu by identifying the maximum value of the Fx/Fz ratio; characterized in that the maximum relative distance covered between two measuring points is from 0.01 to 0.1 mm, and more preferably from 0.01 to 0.05 mm, and even more preferably from 0.01 to 0.03 mm. - a measuring surface with known friction features and that is capable of supporting at least one portion of a shoe sole to be tested; - a bearing member producing a bearing force Fz on the sole on the measuring surface on which the sole to be measured is placed; - a traction member capable of generating a movement between the sole and the measuring surface; said method comprising the following steps: - positioning at least one portion of a sole to be tested on the measuring surface of the test bed; - applying a setpoint bearing force Fz on the sole using the bearing member; - gradually causing a movement to be applied to the traction member; - recording the values of Fx and Fz in real time at determined time intervals; - determining the statistical friction coefficient Mu by identifying the maximum value of the Fx/Fz ratio; - positioning at least one portion of a sole to be tested on the measuring surface of the test bed; - applying a setpoint bearing force Fz on the sole using the bearing member; - gradually causing a movement to be applied to the traction member; - recording the values of Fx and Fz in real time at determined time intervals; - determining the statistical friction coefficient Mu by identifying the maximum value of the Fx/Fz ratio; characterized in that the maximum relative distance covered between two measuring points is from 0.01 to 0.1 mm, and more preferably from 0.01 to 0.05 mm, and even more preferably from 0.01 to 0.03 mm.
Elementary cell of an electrolyser for metal electrowinning, comprising: - an anode with a catalytic surface towards oxygen evolution reaction; - a cathode suitable for the deposition of metal from an electrolytic bath arranged parallel to said anode; - an electrically conductive porous screen interposed between said anode and said cathode; - an electrically conductive anodic hanger bar, integral with the anode and electrically connected thereto; - a device suitable for direct or indirect detection of the electric current flowing across the anodic hanger bar; - an anodic bus-bar, electrically conductive and electrically connected to the anodic hanger bar. - an anode with a catalytic surface towards oxygen evolution reaction; - a cathode suitable for the deposition of metal from an electrolytic bath arranged parallel to said anode; - an electrically conductive porous screen interposed between said anode and said cathode; - an electrically conductive anodic hanger bar, integral with the anode and electrically connected thereto; - a device suitable for direct or indirect detection of the electric current flowing across the anodic hanger bar; - an anodic bus-bar, electrically conductive and electrically connected to the anodic hanger bar.
A top mattress configured to provide upper support surfaces through an upper limitation thereof for and carry a person lying on the mattress, in which at least parts of said upper limitation forming said support surfaces are designed to have a good ability to let air through, characterized in that a first air-tight and elastic layer is arranged under said upper limitation and provided with through-holes in a restricted region substantially corresponding to parts of the upper support surfaces of the mattress adapted to receive and support the trunk and the head of a person lying on the mattress, that a further layer with a good air-permeability is arranged under said first air-tight layer and functions as a channel layer, that a further second air-tight layer is arranged under said further layer and this air-tight layer has an opening to the exterior at the foot end of the mattress, that the mattress comprises a suction device configured to be arranged inside a mattress portion located at a foot end of the mattress, and that the interior of the mattress is adapted to allow said suction device in operation to draw air outside said support surfaces through the through-holes in said restricted region of said first air-tight layer and through the interior of the mattress out thereof through said opening at the foot end of the mattress for drawing air away from said support surfaces through the suction device.
An ethylene copolymer obtained by polymerization of ethylene and (C3∼C18) α-olefin comonomer, the ethylene copolymer being injection-moldable, wherein the ethylene copolymer has a density of 0.900 to 0.960 g/cm3 and a melt index of 3 to 50 g/10min, a molecular weight distribution index of 1.80 to 3.00, and satisfies Formulas 1 and 2 below: S ≥ 8 × 10 56 × e − 144.1 D S ≤ 3 × 10 25 × e − 61.8 D in Formulas 1 and 2, S represents an extract content of the ethylene copolymer and D represents a density of the ethylene copolymer wherein the Extract content can be analyzed from results obtained by temperature rising elution fractionation analysis according to measurement of elution fraction, and determined as a fraction of the peak of elation fraction eluted at 35 °C for 10 minutes based on the total crystallization peak.
Method for mounting an annular tubular tower segment (1, 2) consisting of at least three ring segment-shaped panels (10, 11, 12, 20, 21, 22) on a horizontally oriented, annular erection aid (30, 35) which is designed for receiving the lower end of the tubular tower segment (1, 2), comprising the following steps: a) erecting a first ring segment-shaped panel (11, 21) by its underside on the erection aid (30, 35); b) erecting a second ring segment-shaped panel (12, 22) by its underside on the erection aid (30, 35); c) connecting the upper sides of the first and second panel (11, 12, 21, 22) to a mounting support, with the result that the two panels (11, 12, 21, 22) are mutually supported via the mounting support; d) erecting a further panel (10, 20) adjacent to the one already erected panel (10, 11, 12, 20, 21, 22) by its underside on the erection aid (30, 35); e) connecting the further panel at its upper side to the mounting support via an orienting aid, wherein the orienting aid is constituted by pivotable positioning arms fastened on the mounting support; f) connecting the further panel to the adjacent panel(s) (10, 11, 12, 20, 21, 22); g) repeating the steps (d) and (e) until the tubular tower segment (1, 2) is complete; and h) removing the mounting support. a) erecting a first ring segment-shaped panel (11, 21) by its underside on the erection aid (30, 35); b) erecting a second ring segment-shaped panel (12, 22) by its underside on the erection aid (30, 35); c) connecting the upper sides of the first and second panel (11, 12, 21, 22) to a mounting support, with the result that the two panels (11, 12, 21, 22) are mutually supported via the mounting support; d) erecting a further panel (10, 20) adjacent to the one already erected panel (10, 11, 12, 20, 21, 22) by its underside on the erection aid (30, 35); e) connecting the further panel at its upper side to the mounting support via an orienting aid, wherein the orienting aid is constituted by pivotable positioning arms fastened on the mounting support; f) connecting the further panel to the adjacent panel(s) (10, 11, 12, 20, 21, 22); g) repeating the steps (d) and (e) until the tubular tower segment (1, 2) is complete; and h) removing the mounting support.
A method of making plastic sheets from two or more different layers, comprising: providing a first sheet of material having a front side and a back side; applying a decorative layer to the front side of the first sheet of material; encapsulating the first sheet of material and the decorative layer between a first layer of a copolymer of ethylene and a second layer of a copolymer of ethylene to form an encapsulated decorated structure; wherein the first layer of the copolymer of ethylene is provided on a front of the decorative layer and the second layer of the copolymer of ethylene is provided on the back side of the first sheet of material; adhering the encapsulated decorated structure to a sheet of polyvinyl chloride ("PVC") (110 or 118); and hydraulically compressing the encapsulated decorated structure and sheet of PVC (110 or 118) together to form a PreLam; wherein the second layer of copolymer of ethylene _prevents the first sheet of material from contacting the sheet of PVC (110 or 118); winding the PreLam into a roll; unwinding the PreLam from the roll to a flat planar form; printing graphics on a top surface of the flat planar form of the PreLam; die-cutting regions in the flat planar form of the PreLam; inserting card chips into the die-cut regions; placing a clear PVC cover sheet over the top surface of the PreLam; compressing the PVC cover sheet and the PreLam in a hydraulic press to form a bonded card stock; and cutting the bonded card stock into individual cards. providing a first sheet of material having a front side and a back side; applying a decorative layer to the front side of the first sheet of material; encapsulating the first sheet of material and the decorative layer between a first layer of a copolymer of ethylene and a second layer of a copolymer of ethylene to form an encapsulated decorated structure; wherein the first layer of the copolymer of ethylene is provided on a front of the decorative layer and the second layer of the copolymer of ethylene is provided on the back side of the first sheet of material; adhering the encapsulated decorated structure to a sheet of polyvinyl chloride ("PVC") (110 or 118); and hydraulically compressing the encapsulated decorated structure and sheet of PVC (110 or 118) together to form a PreLam; wherein the second layer of copolymer of ethylene _prevents the first sheet of material from contacting the sheet of PVC (110 or 118); winding the PreLam into a roll; unwinding the PreLam from the roll to a flat planar form; printing graphics on a top surface of the flat planar form of the PreLam; die-cutting regions in the flat planar form of the PreLam; inserting card chips into the die-cut regions; placing a clear PVC cover sheet over the top surface of the PreLam; compressing the PVC cover sheet and the PreLam in a hydraulic press to form a bonded card stock; and cutting the bonded card stock into individual cards.
A mounting kit comprising a chamber profile and a screw, the screw having a threaded portion and a head, wherein the chamber profile comprises at least one chamber having a top wall and a bottom wall, the top and bottom walls (12, 14) having aligned openings (12', 14') for receiving the screw, wherein the threaded portion of the screw is shorter than or of the same length as the sum of heights of all chambers and thicknesses of profile walls through which the screw passes, wherein, in the fully mounted position, the screw head is located inside the chamber profile, with at least part of the threaded portion extending from the bottom wall, and the screw head is located at a position so that its distance from the nearest internal surface of the profile wall through which the screw head passes is shorter than the length of the threaded portion extending from the chamber profile, characterized in that the screw and the screw head are dimensioned relative to the chamber profile such that, when inserting the screw into the chamber profile, as soon as the threaded portion of the screw engages the opening in the bottom wall, the screw head is still guided by the inner edge of the opening in the top wall of the chamber profile, and it continues to be guided through at least part of the threading operation until the threaded portion reaches a stable fit with a receiving component, and once the screw is fully mounted, the screw head rests on the inner wall surface of the bottom wall, adjacent to the opening. of the screw engages the opening in the bottom wall, the screw head is still guided by the inner edge of the opening in the top wall of the chamber profile, and it continues to be guided through at least part of the threading operation until the threaded portion reaches a stable fit with a receiving component, and once the screw is fully mounted, the screw head rests on the inner wall surface of the bottom wall, adjacent to the opening.
A tensioner (17, 17 2, 17 3, 17 4, 17 5, 17 6) comprising: a body (19, 19 2, 19 3, 19 4, 19 5, 19 6, 19 7, 19s) fixed to a fixing member; and a power spring which acts an urging force on a tension member, the power spring urging so as to resist the tension member receiving a load from a wrap-around transmission body, wherein the power spring is unwound in a condition in which an inter-plate frictional force of the power spring is small in a case where an urging force acting from the power spring to the tension member is greater than a load acting from the tension member to the power spring and the power spring is wound in a condition in which the inter-plate frictional force of the power spring is large in a case where the urging force acting from the power spring to the tension member is smaller than the load acting from the tension member to the power spring, characterized by a backup member (25, 25 2) being in contact with the power spring and supporting the power spring by acting an urging force in a direction opposite to a radial shift of the power spring in a direction in which the power spring is wound. a body (19, 19 2, 19 3, 19 4, 19 5, 19 6, 19 7, 19s) fixed to a fixing member; and a power spring which acts an urging force on a tension member, the power spring urging so as to resist the tension member receiving a load from a wrap-around transmission body, wherein the power spring is unwound in a condition in which an inter-plate frictional force of the power spring is small in a case where an urging force acting from the power spring to the tension member is greater than a load acting from the tension member to the power spring and the power spring is wound in a condition in which the inter-plate frictional force of the power spring is large in a case where the urging force acting from the power spring to the tension member is smaller than the load acting from the tension member to the power spring, characterized by a backup member (25, 25 2) being in contact with the power spring and supporting the power spring by acting an urging force in a direction opposite to a radial shift of the power spring in a direction in which the power spring is wound.