mhurhangee/ep-ind-claims huggingface dataset:
A removable peripheral component interconnect express, PCIe, based host network accelerator comprising: a removable card configured for insertion within a slot of a server and having a PCIe bus interface to connect to an I/O bus of the server; a physical network interface mounted on the card to connect to a switch fabric that provide connectionless packet-based switching for packets through a physical network; and an integrated circuit positioned on a data path on the card between the physical network interface and the PCIe bus interface, wherein the integrated circuit comprises a hardware-based virtual router configured to apply routing information for one or more virtual networks to route packets between the PCIe bus interface and the I/O bus of the server. a removable card configured for insertion within a slot of a server and having a PCIe bus interface to connect to an I/O bus of the server; a physical network interface mounted on the card to connect to a switch fabric that provide connectionless packet-based switching for packets through a physical network; and an integrated circuit positioned on a data path on the card between the physical network interface and the PCIe bus interface, wherein the integrated circuit comprises a hardware-based virtual router configured to apply routing information for one or more virtual networks to route packets between the PCIe bus interface and the I/O bus of the server.
A non-gelling and chemically stable solution composition that can be injected directly, the composition comprising: glucagon, an anti-gelling polyol, wherein the anti-gelling polyol is selected from a group consisting of propylene glycol, glycerol, sorbitol and polyethylene glycol or a mixture thereof, an injectable acid, (i) a stabilizing-salt; (ii) an antioxidant; (iii) optionally a viscosity-reducer to obtain a pump-able solution; and (iv) water, without containing a surfactant, wherein the composition has a pH between 2 and 5. glucagon, an anti-gelling polyol, wherein the anti-gelling polyol is selected from a group consisting of propylene glycol, glycerol, sorbitol and polyethylene glycol or a mixture thereof, an injectable acid, (i) a stabilizing-salt; (ii) an antioxidant; (iii) optionally a viscosity-reducer to obtain a pump-able solution; and (iv) water, (i) a stabilizing-salt; (ii) an antioxidant; (iii) optionally a viscosity-reducer to obtain a pump-able solution; and (iv) water, without containing a surfactant, wherein the composition has a pH between 2 and 5.
A benfotiamine crystal, wherein the form can be any one of crystalline forms below: Crystalline form A, characterized by an X-ray powder diffraction pattern with significant peaks at diffraction angles (2θ values) of 11.317°, 16.377°, 17.874°, 18.543°, 19.313°, 20.850°, 21.295°, 24.858°, 25.142°; Crystalline form B, characterized by an X-ray powder diffraction pattern with significant peaks at diffraction angles (2θ values) of 11.459°, 16.883°, 18.644°, 20.669°, 21.295°, 22.773°, 24.817°, 25.728°, 27.327°; Crystalline form C, characterized by an X-ray powder diffraction pattern with significant peaks at diffraction angles (2θ values) of 10.811°, 11.338°, 14.516°, 16.984°, 18.684°, 19.352°, 20.809°, 21.336°, 22.854°; Crystalline form D, characterized by an X-ray powder diffraction pattern with significant peaks at diffraction angles (2θ values) of 10.690°, 11.033°, 14.414°, 15.365°, 15.952°, 18.725°, 24.350°, 25.081°, 25.323°; Crystalline form E, characterized by an X-ray powder diffraction pattern with significant peaks at diffraction angles (2θ values) of 9.334°, 11.863°, 12.633°, 13.260°, 13.484°, 14.395°, 15.588°, 17.206°, 18.015°, 18.948°, 19.635°, 21.276°, 22.025°, 23.703°, 24.352°, 24.938°, 26.314°, 27.023°. Crystalline form A, characterized by an X-ray powder diffraction pattern with significant peaks at diffraction angles (2θ values) of 11.317°, 16.377°, 17.874°, 18.543°, 19.313°, 20.850°, 21.295°, 24.858°, 25.142°; Crystalline form B, characterized by an X-ray powder diffraction pattern with significant peaks at diffraction angles (2θ values) of 11.459°, 16.883°, 18.644°, 20.669°, 21.295°, 22.773°, 24.817°, 25.728°, 27.327°; Crystalline form C, characterized by an X-ray powder diffraction pattern with significant peaks at diffraction angles (2θ values) of 10.811°, 11.338°, 14.516°, 16.984°, 18.684°, 19.352°, 20.809°, 21.336°, 22.854°; Crystalline form D, characterized by an X-ray powder diffraction pattern with significant peaks at diffraction angles (2θ values) of 10.690°, 11.033°, 14.414°, 15.365°, 15.952°, 18.725°, 24.350°, 25.081°, 25.323°; Crystalline form E, characterized by an X-ray powder diffraction pattern with significant peaks at diffraction angles (2θ values) of 9.334°, 11.863°, 12.633°, 13.260°, 13.484°, 14.395°, 15.588°, 17.206°, 18.015°, 18.948°, 19.635°, 21.276°, 22.025°, 23.703°, 24.352°, 24.938°, 26.314°, 27.023°.
A single acting hydraulic cylinder (100, 200, 300, 400) having a pulling mode and a pressing mode, said single acting hydraulic cylinder comprising: a cylinder housing (101, 201, 301, 401); and a piston rod (102, 104, 202, 204, 304, 404) arranged within the cylinder housing such that the piston rod can be actuated in response to a hydraulic pressure acting on said piston rod and wherein said piston rod comprises an axially extending through hole, characterized in that said piston rod further comprises a pulling portion (104, 204, 304, 404) having an internally threaded section (212a, 312a) partly extending into the axially extending through hole, in order to engage a threaded portion of a pulling rod, in that the single acting hydraulic cylinder, in the pulling mode, further comprises the pulling rod (315, 415) having the threaded portion (316, 416), and in that the single acting hydraulic cylinder, in the pressing mode, further comprises a pressing rod (103, 203) having a threaded portion (105, 205) and wherein the piston rod comprises a pressing portion (102, 202) having an internally threaded section partly extending into the axially extending through hole, in order to engage the threaded portion of the pressing rod. a cylinder housing (101, 201, 301, 401); and a piston rod (102, 104, 202, 204, 304, 404) arranged within the cylinder housing such that the piston rod can be actuated in response to a hydraulic pressure acting on said piston rod and wherein said piston rod comprises an axially extending through hole, characterized in that said piston rod further comprises a pulling portion (104, 204, 304, 404) having an internally threaded section (212a, 312a) partly extending into the axially extending through hole, in order to engage a threaded portion of a pulling rod, in that the single acting hydraulic cylinder, in the pulling mode, further comprises the pulling rod (315, 415) having the threaded portion (316, 416), and in that the single acting hydraulic cylinder, in the pressing mode, further comprises a pressing rod (103, 203) having a threaded portion (105, 205) and wherein the piston rod comprises a pressing portion (102, 202) having an internally threaded section partly extending into the axially extending through hole, in order to engage the threaded portion of the pressing rod.
A blank holder and a disc-shaped blank, the blank holder having a receiving area for the disc-shaped blank, the receiving area being curved and the blank having a part-circular guide shell, characterized in that the receiving area forms a part-circular or arc-shaped form-fitting profile, and in that the part-circular guide shell can be turned into the form-fitting profile.
A method for assigning a vulnerability parameter to a device on a network, comprising: defining a vulnerability parameter for an operating system or service; storing the vulnerability parameter in a host profile associated with a network device in a network map; providing a graphical user interface for viewing and modifying the vulnerability parameter to be tagged as invalid or valid indicating the applicability of the vulnerability parameter to the network device; and storing the modified vulnerability parameter in the host profile, wherein when the vulnerability parameter is tagged as invalid for the network device and a pre-defined change in the operating system or service occurs on the network device, a new lookup of the applicability of the vulnerability parameter to the network device is performed and the vulnerability parameter is modified to be tagged as valid, if applicable, for the network device, wherein the host profile further includes one or more host attributes associated with a universal unique identifier to allow high availability peers and managed sensors to differentiate between locally and remotely generated host attributes, the network map being synchronized to a high availability peer which is a second system storing a second copy of the network map, wherein the one or more host attributes of the host profile can be modified on the high availability peer, wherein the network map with the host profile including any modified host attributes is synchronized between multiple high availability peers storing the network map. defining a vulnerability parameter for an operating system or service; storing the vulnerability parameter in a host profile associated with a network device in a network map; providing a graphical user interface for viewing and modifying the vulnerability parameter to be tagged as invalid or valid indicating the applicability of the vulnerability parameter to the network device; and storing the modified vulnerability parameter in the host profile, wherein when the vulnerability parameter is tagged as invalid for the network device and a pre-defined change in the operating system or service occurs on the network device, a new lookup of the applicability of the vulnerability parameter to the network device is performed and the vulnerability parameter is modified to be tagged as valid, if applicable, for the network device, wherein the host profile further includes one or more host attributes associated with a universal unique identifier to allow high availability peers and managed sensors to differentiate between locally and remotely generated host attributes, the network map being synchronized to a high availability peer which is a second system storing a second copy of the network map, wherein the one or more host attributes of the host profile can be modified on the high availability peer, wherein the network map with the host profile including any modified host attributes is synchronized between multiple high availability peers storing the network map.
Electrical machine having a contacting device for supplying power to a rotor of the electrical machine, wherein the contacting device comprises, on the one hand, slip rings which are fastened to a shaft end of the rotor and, on the other hand, contact elements which are designed as brushes, wherein the contacting device is directly surrounded at least partially by a shield element which is arranged on a heat sink, characterised in that the shield element is connected via bars to a carrier part of the heat sink carrying current converter elements.
An inductor core, comprising: a tubular magnetic material body formed of magnetic material, the tubular magnetic material body comprising an inclined portion comprising an inclined surface which constitutes a peripheral surface of a truncated cone having an outer diameter that increases from one end toward the other end of the tubular magnetic material body; and a straight trunk portion which is disposed coaxially with the inclined portion, comprises an outer peripheral surface which constitutes a peripheral surface of a cylindrical body extending from the other end toward the one end of the tubular magnetic material body, and is connected with the inclined portion, characterized in that an arithmetic mean roughness Ra of a region in the outer peripheral surface of the straight trunk portion which region is in a vicinity of the other end, being smaller than an arithmetic mean roughness Ra of a region in the outer peripheral surface of the straight trunk portion which region is in a vicinity of the inclined portion. a tubular magnetic material body formed of magnetic material, the tubular magnetic material body comprising an inclined portion comprising an inclined surface which constitutes a peripheral surface of a truncated cone having an outer diameter that increases from one end toward the other end of the tubular magnetic material body; and a straight trunk portion which is disposed coaxially with the inclined portion, comprises an outer peripheral surface which constitutes a peripheral surface of a cylindrical body extending from the other end toward the one end of the tubular magnetic material body, and is connected with the inclined portion, characterized in that an arithmetic mean roughness Ra of a region in the outer peripheral surface of the straight trunk portion which region is in a vicinity of the other end, being smaller than an arithmetic mean roughness Ra of a region in the outer peripheral surface of the straight trunk portion which region is in a vicinity of the inclined portion.
Method for determining local accelerations, dynamic load distributions and aerodynamic data in an aircraft during flight, comprising the steps of: (a) directly or indirectly sensor-detecting aerodynamic parameters of the aircraft using sensors, the aerodynamic parameters of the aircraft being selected from the group consisting of: forces, accelerations, pressures, moments, deformations and expansions; and (b) calculating aerodynamic data and dynamic load distributions of the aircraft on the basis of a non-linear simulation model of the aircraft, which provides a simulation model vector for the aerodynamic parameters, and as a function of the sensor-detected aerodynamic parameters of the aircraft, by means of a calculation unit, the calculation unit calculating an interference vector for the aerodynamic parameters, which is a difference vector between an observed vector of the sensor-detected aerodynamic parameter and the simulation model vector of the aerodynamic parameter, the calculation unit minimising the calculated interference vector for the aerodynamic parameters by a numerical optimisation method and adapting the non-linear simulation model of the aircraft as a function of the minimised calculated interference vector for the aerodynamic parameters, characterised in that the numerical optimisation method is a maximum likelihood method. (a) directly or indirectly sensor-detecting aerodynamic parameters of the aircraft using sensors, the aerodynamic parameters of the aircraft being selected from the group consisting of: forces, accelerations, pressures, moments, deformations and expansions; and (b) calculating aerodynamic data and dynamic load distributions of the aircraft on the basis of a non-linear simulation model of the aircraft, which provides a simulation model vector for the aerodynamic parameters, and as a function of the sensor-detected aerodynamic parameters of the aircraft, by means of a calculation unit, the calculation unit calculating an interference vector for the aerodynamic parameters, which is a difference vector between an observed vector of the sensor-detected aerodynamic parameter and the simulation model vector of the aerodynamic parameter, the calculation unit minimising the calculated interference vector for the aerodynamic parameters by a numerical optimisation method and adapting the non-linear simulation model of the aircraft as a function of the minimised calculated interference vector for the aerodynamic parameters,
Process for manufacturing tyres for vehicle wheels, comprising: building a green tyre having a symmetric profile in radial section, having a radially outer tread band, two radially inner beads and two sidewalls each being extended from one edge of the tread band to one of the beads; moulding and vulcanising the green tyre; during moulding and vulcanisation, imposing a movement to the tread band with respect to the beads along a direction parallel to a rotation axis of the tyre, wherein during vulcanisation, the tread band moved axially with respect to the beads is retained in accordance with an axially asymmetric position with respect to a middle line plane (P T) of the tyre, in a manner so as to obtain a moulded and vulcanised tyre having an asymmetric profile in radial section. building a green tyre having a symmetric profile in radial section, having a radially outer tread band, two radially inner beads and two sidewalls each being extended from one edge of the tread band to one of the beads; moulding and vulcanising the green tyre; during moulding and vulcanisation, imposing a movement to the tread band with respect to the beads along a direction parallel to a rotation axis of the tyre, wherein during vulcanisation, the tread band moved axially with respect to the beads is retained in accordance with an axially asymmetric position with respect to a middle line plane (P T) of the tyre, in a manner so as to obtain a moulded and vulcanised tyre having an asymmetric profile in radial section.
A crawler travel gear, in particular of a crawler-mounted crane, having a crawler carrier, rollers arranged at the crawler carrier and a crawler chain, wherein a respective means is provided in the front region and rear region of the crawler carrier for adjusting the contact surface (B2, B3, B4) of the crawler carrier, characterized in that a respective box is arranged in the front and rear regions of the crawler carrier in which at least one respective further roller is journalled, with the boxes being displaceable in the vertical direction with respect to the crawler carrier, while the rollers arranged between the two boxes are in contrast arranged non-displaceably at the crawler carrier so that the contact length can be varied.
A method for producing a printed circuit board consisting of at least two printed circuit board regions (1, 2, 21, 22), wherein the printed circuit board regions (1, 2, 21, 22) each comprise at least one conductive layer, in particular a structured conductive layer, and/or at least one device or conductive component, wherein printed circuit board regions (1, 2, 21, 22) to be connected to one another, in the region of in each case at least one lateral surface (3, 25, 26) directly adjoining one another, are connected to one another by a mechanical coupling or connection, wherein at least one subregion or connection port (23, 24) of the at least one conductive layer and/or a conductive element of the device or component of the printed circuit board regions (1, 2, 21, 22) mechanically connected or to be mechanically connected to one another are electrically conductively connected or coupled to each other on the at least one lateral surface (3, 25, 26) adjoining one another, characterized in that the printed circuit board regions (1, 2) having different heights or thicknesses are laminated, at least on the surfaces having differently high regions, with a laminate comprising at least one insulating layer facing the printed circuit board regions and a conducting layer, while at least partially filling the gap on the mutually adjoining side faces, and after this the electrically conducting connection of electrically conductive subregions or connection ports is formed on the mutually adjoining side faces.
Shelf support (1; 1.2), comprising a main body having an elongate extent along a longitudinal axis and two mutually opposed longitudinal ends (7, 8), at least one, preferably a plurality or a multiplicity of attachment points for fastening at least one shelf, a U-shaped cross-section with two limb portions (4, 5) and an intermediate portion arranged in between, wherein at least one of the limb portions (4, 5) is assigned a flange portion with at least one fastening point formed as a through-hole and a flange face and the flange face, in relation to the cross-section of the main body, is arranged transverse to the at least one limb portion in a direction away from the main body, a termination part and a further termination part, which are each arranged non-releasably on the main body in the region of another of the two longitudinal ends (7, 8) and have a bearing face (11; 12), arranged transversely to the longitudinal axis, for placement against a third-party object or for support against a third-party object, wherein the termination part and the further termination part are integrally moulded on the intermediate portion and project outwardly therefrom in a direction away from the flange face. a main body having an elongate extent along a longitudinal axis and two mutually opposed longitudinal ends (7, 8), at least one, preferably a plurality or a multiplicity of attachment points for fastening at least one shelf, a U-shaped cross-section with two limb portions (4, 5) and an intermediate portion arranged in between, wherein at least one of the limb portions (4, 5) is assigned a flange portion with at least one fastening point formed as a through-hole and a flange face and the flange face, in relation to the cross-section of the main body, is arranged transverse to the at least one limb portion in a direction away from the main body, an elongate extent along a longitudinal axis and two mutually opposed longitudinal ends (7, 8), at least one, preferably a plurality or a multiplicity of attachment points for fastening at least one shelf, a U-shaped cross-section with two limb portions (4, 5) and an intermediate portion arranged in between, wherein at least one of the limb portions (4, 5) is assigned a flange portion with at least one fastening point formed as a through-hole and a flange face and the flange face, in relation to the cross-section of the main body, is arranged transverse to the at least one limb portion in a direction away from the main body, a termination part and a further termination part, which are each arranged non-releasably on the main body in the region of another of the two longitudinal ends (7, 8) and have a bearing face (11; 12), arranged transversely to the longitudinal axis, for placement against a third-party object or for support against a third-party object, wherein the termination part and the further termination part are integrally moulded on the intermediate portion and project outwardly therefrom in a direction away from the flange face.