mhurhangee/ep-ind-claims huggingface dataset:
A rolled round steel material for a steering rack bar, comprising: in mass%, C in an amount of 0.38 to 0.55%; Si in an amount of 1.0% or less; Mn in an amount of 0.20 to 2.0%; S in an amount of 0.005 to 0.10%; Cr in an amount of 0.01 to 2.0%; in an amount of 0.003 to 0.10%; B in an amount of 0.0005 to 0.0030%; Ti in an amount of 0.047% or less; Cu in an amount of 0 to 1.0%; Ni in an amount of 0 to 3.0%; Mo in an amount of 0 to 0.50%; Nb in an amount of 0 to 0.10%; V in an amount of 0 to 0.30%; Ca in an amount of 0 to 0.005%, and Pb in an amount of 0 to 0.30%, a remaining portion being constituted by Fe and impurities, the impurities containing P in an amount of 0.030% or less and N in an amount of 0.008% or less, and the rolled round steel material having a chemical composition satisfying Equation below, 3.4 N ≦ Ti ≦ 3.4 N + 0.02 where a symbol of an element indicates a content of the element in mass%, wherein a microstructure is constituted by ferrite, lamellar pearlite, and cementite, in a cross-section perpendicular to a rolling direction, in a region extending from a surface to a position located a distance of 1/2 the radius therefrom, an average particle diameter of the ferrite is 10 μm or less, an area percentage of the lamellar pearlite is less than 20%, a number of pieces of spheroidal cementite of the cementite is 4×10 5 pieces/mm 2 or more, and, in a central portion, an area percentage of the lamellar pearlite is 20% or more and a number of pieces of spheroidal cementite of the cementite is less than 4×10 5 pieces/mm 2, and in a cross-section that passes through a centerline of the round steel material and is parallel to the rolling direction, an average aspect ratio of the ferrite in a region extending from a surface to a position located a distance of 1/2 the radius therefrom is 3 or more. C in an amount of 0.38 to 0.55%; Si in an amount of 1.0% or less; Mn in an amount of 0.20 to 2.0%; S in an amount of 0.005 to 0.10%; Cr in an amount of 0.01 to 2.0%; in an amount of 0.003 to 0.10%; B in an amount of 0.0005 to 0.0030%; Ti in an amount of 0.047% or less; Cu in an amount of 0 to 1.0%; Ni in an amount of 0 to 3.0%; Mo in an amount of 0 to 0.50%; Nb in an amount of 0 to 0.10%; V in an amount of 0 to 0.30%; Ca in an amount of 0 to 0.005%, and Pb in an amount of 0 to 0.30%,
A double seat valve having a housing, having a first interior space and a second interior space, a passage which connects the interior spaces (2, 3) and in which a first valve seat and a second valve seat are arranged, a first closing body which comprises a cavity and which is fastened to a rod, and having a second closing body through which the rod passes and which can be brought into sealing contact with the first closing body, in which contact the cavity is sealed off with respect to the second interior space, and having a closing body portion which is arranged on the second closing body and which cooperates with a seal received in the housing, wherein a flushing chamber and a hygiene structure that cooperates with the flushing chamber are provided and the second closing body can be brought into a position in which the closing body portion is withdrawn from the second interior space into the flushing chamber and the seal is exposed, wherein the closing body portion comprises a sliding surface which is in sliding and sealing contact with the seal, and wherein the hygiene structure comprises a contour, characterized in that the contour comprises a slope which adjoins the sliding surface and acts like a funnel.
A rod insertion device (1, 1') for inserting a spinal stabilization rod into at least two bone anchors (901, 901'), the rod insertion device comprising: a first tubular rod guide configured to guide the spinal stabilization rod therethrough, and a holding device (3, 3') configured to hold the rod guide, an adapter configured to be connected to an extension, which is configured to be mounted to a receiving part of a bone anchor, and configured to movably support the holding device (3, 3'); wherein, when the adapter is connected to said extension, the holding device is arranged to pivot the rod guide to allow a front portion of the rod guide to be positioned proximal to a rod channel of the receiving part; wherein the holding device (3, 3') includes a clamping portion (5, 5') arranged to clamp a portion of the rod guide, characterized in that the clamping portion (5, 5') is further arranged to allow releasing the portion of the rod guide at least in a state wherein the front portion of the rod guide is positioned proximal to the rod channel of a first receiving part of a first bone anchor, wherein an orientation of the rod guide in the released state is polyaxially (1030c, 1032) correctable in respect of a second receiving part of a second bone anchor. a first tubular rod guide configured to guide the spinal stabilization rod therethrough, and a holding device (3, 3') configured to hold the rod guide, an adapter configured to be connected to an extension, which is configured to be mounted to a receiving part of a bone anchor, and configured to movably support the holding device (3, 3'); wherein, when the adapter is connected to said extension, the holding device is arranged to pivot the rod guide to allow a front portion of the rod guide to be positioned proximal to a rod channel of the receiving part; wherein the holding device (3, 3') includes a clamping portion (5, 5') arranged to clamp a portion of the rod guide, characterized in that the clamping portion (5, 5') is further arranged to allow releasing the portion of the rod guide at least in a state wherein the front portion of the rod guide is positioned proximal to the rod channel of a first receiving part of a first bone anchor, wherein an orientation of the rod guide in the released state is polyaxially (1030c, 1032) correctable in respect of a second receiving part of a second bone anchor.
An epoxy resin formulation containing from 7 to 10 wt% of a dicyandiamide hardener, from 4 to 10 wt % based on the weight of the epoxy resin of one or more urea based curing agents, and in which the epoxy resin has a functionality of at least 2, the formulation being curable at 150°C in no more than 150 seconds, and being curable at 120°C in no more than 4 minutes to provide a cured resin having a Tg no greater than 140°C, as measured according to test Method ASTM D7028.
Process for operating a digital control system for track-guided toy vehicles, with at least two tracks (24, 26), especially for toy vehicles on a car race track with at least two guide slots as tracks (24, 26), wherein at least one switch is provided which, in the switched condition, optionally connects two tracks (24, 26) to each other in such a manner that a toy vehicle, when passing over the switch, changes from one track to another track, and which, in the unswitched condition, continues to guide the toy vehicle on the same track without changing tracks, wherein in each case a switching command issued for a certain toy vehicle to switch a switch which this toy vehicle will be the next to cross is, in the switched condition, transmitted in the digital control system together with a digital address of the toy vehicle for which the switching command is valid; characterised in that at least one toy vehicle for which a switching command is transmitted transmits an identification which represents the digital address or another encoding of this toy vehicle in the digital control system, that each switch receives an identification transmitted by the toy vehicle which is approaching this switch and compares it to the digital address of one or more transmitted switching commands and that the switch changes into the switched condition if the digital address in the identification received from the toy vehicle is identical to a digital address for which a switching command is transmitted in the digital control system.
A resource management method, wherein a cloud service provider, CSP, comprises at least two types of servers and a management server, and the resource management method comprises: receiving, by the management server, a relocation request which carries a third stable ratio and is sent by a relocation CSP, wherein the third stable ratio is implemented by adding a stable-ratio description field to an open virtualization format and the third stable ratio is used to indicate a quantitative ratio of the at least two types of servers in the relocation CSP during stable interaction; and acquiring, by the management server, a first stable ratio according to the third stable ratio, the computing capability ratio of the at least two types of servers in the relocation CSP, and the computing capability ratio of the at least two types of servers in the CSP when a computing capability ratio of the at least two types of servers in the relocation CSP is different from a computing capability ratio of the at least two types of servers in the CSP, wherein the first stable ratio is used to indicate a quantitative ratio of the at least two types of servers in the CSP during stable interaction; and increasing, by the management server, quantities of the at least two types of servers in the CSP according to the first stable ratio. receiving, by the management server, a relocation request which carries a third stable ratio and is sent by a relocation CSP, wherein the third stable ratio is implemented by adding a stable-ratio description field to an open virtualization format and the third stable ratio is used to indicate a quantitative ratio of the at least two types of servers in the relocation CSP during stable interaction; and acquiring, by the management server, a first stable ratio according to the third stable ratio, the computing capability ratio of the at least two types of servers in the relocation CSP, and the computing capability ratio of the at least two types of servers in the CSP when a computing capability ratio of the at least two types of servers in the relocation CSP is different from a computing capability ratio of the at least two types of servers in the CSP, wherein the first stable ratio is used to indicate a quantitative ratio of the at least two types of servers in the CSP during stable interaction; and increasing, by the management server, quantities of the at least two types of servers in the CSP according to the first stable ratio.
A method of forming a continuous filament spun-laid web, the method comprising: extruding a plurality of polymer fibers from a spinneret; collecting the plurality of fibers on a support surface to form a web of fibers, the web including fibers with different polymer components; and activating the web while the web is un-restrained and being free of any thermal or mechanical bonding treatment to entangle and interlock the fibers within the web, wherein the activation of the web results in: an increase from a first thickness prior to activation to a second thickness post activation; the web being configured to withstand an elastic elongation from about 10% to about 350% in a machine direction of the web and/or a cross-direction of the web; and/or the web having a tensile strength from about 4.9 kPa (about 50 gram-force/cm 2) to about 490.3 kPa (about 5000 gram-force/cm 2) according to methods of measurement in the description; wherein the activation of the web comprises heating the web while the web is un-restrained. extruding a plurality of polymer fibers from a spinneret; collecting the plurality of fibers on a support surface to form a web of fibers, the web including fibers with different polymer components; and activating the web while the web is un-restrained and being free of any thermal or mechanical bonding treatment to entangle and interlock the fibers within the web, wherein the activation of the web results in: an increase from a first thickness prior to activation to a second thickness post activation; the web being configured to withstand an elastic elongation from about 10% to about 350% in a machine direction of the web and/or a cross-direction of the web; and/or the web having a tensile strength from about 4.9 kPa (about 50 gram-force/cm 2) to about 490.3 kPa (about 5000 gram-force/cm 2) according to methods of measurement in the description; an increase from a first thickness prior to activation to a second thickness post activation; the web being configured to withstand an elastic elongation from about 10% to about 350% in a machine direction of the web and/or a cross-direction of the web; and/or the web having a tensile strength from about 4.9 kPa (about 50 gram-force/cm 2) to about 490.3 kPa (about 5000 gram-force/cm 2) according to methods of measurement in the description; wherein the activation of the web comprises heating the web while the web is un-restrained.
An implant (10, 40) comprising: a malleable implant material (12, 42) comprising calcium phosphate, wherein said malleable implant material is capable of being deformed under pressure required to insert the malleable implant material into an implant site and is bioresorbable; and further comprising a non-particulate, bioresorbable access means (14, 44) for providing macroscopic access to cells to an interior portion of the implant, characterised in that said access means (14, 44) comprises a macrostructure having at least one cross-sectional dimension of greater than 0.5 mm. a malleable implant material (12, 42) comprising calcium phosphate, wherein said malleable implant material is capable of being deformed under pressure required to insert the malleable implant material into an implant site and is bioresorbable; and further comprising a non-particulate, bioresorbable access means (14, 44) for providing macroscopic access to cells to an interior portion of the implant, characterised in that said access means (14, 44) comprises a macrostructure having at least one cross-sectional dimension of greater than 0.5 mm.
Use of coated and uncoated Al 2 O 3 flakes in formulations from the areas of paints, coatings, automobile coatings, automotive finishing, industrial coatings, powder coatings, printing inks, security printing inks, plastics, ceramic materials, cosmetics in amounts of 0.01 - 95 % by weight, based on the formulation as a whole characterised in that the Al 2 O 3 flakes have a thickness of 550-1000 nm and a D 50 -value of 15-30 μm and a D 90 -value of 30-45 μm and a D 10 value of < 9.5 μm.
A ground anchoring device including an interface element to which a building to be anchored to the ground is to be fastened, the device including a boxed structure, said interface element being fastened to an upper part of said boxed structure, said boxed structure including: - a central box determining a substantially cylindrical hollow volume resulting from the assembly of at least three box panels, said panels being held together by vertical edges; - a base panel fastened to a lower part of said central box so as to form a bottom for said central box, characterised in that an inner face of each of the panels is equipped on each of its vertical edges with yokes spaced apart and distributed over the considered edge and whose openings are aligned to determine a vertical axis, said yokes on the two vertical edges of the considered panel being arranged in a staggered manner so that when two panels are juxtaposed by a vertical edge, said yokes of one panel interdigitate with said yokes of the other panel with the respective openings aligned, thus allowing to make a yoke junction between said panels using a box stud passing through the aligned openings of said yokes of said panels. - a central box determining a substantially cylindrical hollow volume resulting from the assembly of at least three box panels, said panels being held together by vertical edges; - a base panel fastened to a lower part of said central box so as to form a bottom for said central box, characterised in that an inner face of each of the panels is equipped on each of its vertical edges with yokes spaced apart and distributed over the considered edge and whose openings are aligned to determine a vertical axis, said yokes on the two vertical edges of the considered panel being arranged in a staggered manner so that when two panels are juxtaposed by a vertical edge, said yokes of one panel interdigitate with said yokes of the other panel with the respective openings aligned, thus allowing to make a yoke junction between said panels using a box stud passing through the aligned openings of said yokes of said panels.
Authentication device for authentication using different types of authentication protocols: comprising at least one network interface, via which the authentication device can be coupled to at least one data network and which is configured to receive an authentication query and to output an authentication result; comprising a preparation device, which is formed so as to prepare a generic process execution environment, at least one authentication-protocol-specific process description (41, 42) and at least one authentication base service, the corresponding stored authentication-protocol-specific process description (41, 42) referencing the associated authentication base service of the respective authentication protocol for each different type of authentication protocol, which comprises a plurality of individual steps and communication with at least one authentication token; and comprising a calculation device, which executes an authentication process, corresponding to the authentication query, on the basis of the authentication-protocol-specific process description (41, 42) within the generic process execution environment, and the associated authentication base service for calculating the authentication result, characterised in that an authentication-protocol-specific process description (41, 42) consists of a plurality of individual steps, in each of which a command message to be sent is generated by calling at least one authentication base service. comprising at least one network interface, via which the authentication device can be coupled to at least one data network and which is configured to receive an authentication query and to output an authentication result; comprising a preparation device, which is formed so as to prepare a generic process execution environment, at least one authentication-protocol-specific process description (41, 42) and at least one authentication base service, the corresponding stored authentication-protocol-specific process description (41, 42) referencing the associated authentication base service of the respective authentication protocol for each different type of authentication protocol, which comprises a plurality of individual steps and communication with at least one authentication token; and comprising a calculation device, which executes an authentication process, corresponding to the authentication query, on the basis of the authentication-protocol-specific process description (41, 42) within the generic process execution environment, and the associated authentication base service for calculating the authentication result, characterised in that an authentication-protocol-specific process description (41, 42) consists of a plurality of individual steps, in each of which a command message to be sent is generated by calling at least one authentication base service.
A base for a temporary barrier, comprising (i) a support portion of plastics material; (ii) first and second elongate stabilising members (4, 5) of plastics material connected to the support portion, the stabilising members (4, 5) extending horizontally, in use, and engaging the ground upon which the temporary barrier is erected, in use, the stabilising members (4, 5) extending in diametrically opposite directions from the support portion to respective remote ends of the stabilising members (4, 5); and (iii) an elongate stiffening member which is connected to the first stabilising member and to the second stabilising member and extends horizontally, in use, from adjacent the remote end of the first stabilising member to adjacent the remote end of the second stabilising member, and characterised in that an upwardly extending spigot or socket is provided on the support portion for engaging with a part of the barrier, the first and second stabilising members (4, 5) being of low profile form, the height of each stabilising member (4, 5) over a major part of its length from its remote end, not exceeding 40 mm.
Roots-type vacuum pump, comprising pump elements arranged in a suction chamber, a connection duct connecting a pressure side to a suction side of the suction chamber, and a valve arranged in the connection duct and comprising a spring-biased valve body closing a passage opening, said valve being operative to open when a maximal pressure difference between the pressure side and the suction side is exceeded, characterized in that the valve body is designed as a pivotable valve flap, the valve body has a width (b) extending parallel to the pump housing, said width being larger than the height (h) of the valve body, and the passage opening extends substantially across the entire width of the connection duct.
A computer-implemented method for creating a set of bounding boxes on a three-dimensional modeled assembly in a three-dimensional scene, comprising: - providing three-dimensional modeled objects forming a three-dimensional modeled assembly in a three-dimensional scene; - computing a main bounding box encompassing the three-dimensional modeled assembly; - selecting, upon user action, at least one property of one or more three-dimensional modeled objects of the three-dimensional modeled assembly; - creating at least one set of one or more three-dimensional modeled objects that meet the selected at least one property; - computing two or more bounding boxes encompassed by the main bounding box, a bounding box being computed for each created set and comprising the one or more three-dimensional modeled objects of the set; wherein the step of computing the two or more bounding boxes further comprises for each created set: - computing one set of points in the three-dimensional scene that represents outlines of the three-dimensional modeled objects of the set; - computing a barycenter of the said one set of points weighted according to the volume of or the number of triangles of the object that a point is associated with; - computing the bounding box having said barycenter as center of the volume defined by the bounding box. - providing three-dimensional modeled objects forming a three-dimensional modeled assembly in a three-dimensional scene; - computing a main bounding box encompassing the three-dimensional modeled assembly; - selecting, upon user action, at least one property of one or more three-dimensional modeled objects of the three-dimensional modeled assembly; - creating at least one set of one or more three-dimensional modeled objects that meet the selected at least one property; - computing two or more bounding boxes encompassed by the main bounding box, a bounding box being computed for each created set and comprising the one or more three-dimensional modeled objects of the set; wherein the step of computing the two or more bounding boxes further comprises for each created set: - computing one set of points in the three-dimensional scene that represents outlines of the three-dimensional modeled objects of the set; - computing a barycenter of the said one set of points weighted according to the volume of or the number of triangles of the object that a point is associated with; - computing the bounding box having said barycenter as center of the volume defined by the bounding box.