mhurhangee/ep-ind-claims huggingface dataset:
A method for supporting a controlled and secure firmware upgrade in a host node of a middleware machine environment, wherein the host node includes an operating system, local disks and file system, and an input/output device comprising a host channel adaptor that connects the host node to a network fabric, and wherein the host node is managed by a host administrator and the network fabric is managed by a fabric administrator, the method comprising: using a normal boot image of the operating system in the host node to control access to the local disks and file system of the host node, wherein the normal boot image does not control the host channel adaptor using a special boot image of the operating system in the host node to control usage of the host channel adaptor wherein the special boot image is prevented from accessing the local disks and file system of the host node, and wherein, when using the special boot image, the host channel adaptor is accessible to the fabric administrator and not the host administrator; receiving, via the special boot image, at least one of a firmware image and a firmware update from the host administrator, and upgrading, via the special boot image, firmware in the host channel adaptor associated with the host node. using a normal boot image of the operating system in the host node to control access to the local disks and file system of the host node, wherein the normal boot image does not control the host channel adaptor using a special boot image of the operating system in the host node to control usage of the host channel adaptor wherein the special boot image is prevented from accessing the local disks and file system of the host node, and wherein, when using the special boot image, the host channel adaptor is accessible to the fabric administrator and not the host administrator; receiving, via the special boot image, at least one of a firmware image and a firmware update from the host administrator, and upgrading, via the special boot image, firmware in the host channel adaptor associated with the host node.
Work train comprising - a milling device with an engine frame, a milling rotor for milling off of the ground surface and a conveyor device for removal of the milled material; and - a transport device moving independently of the milling device with a transport container into which the milled material from the milling device can be transported by means of the conveyor device; characterized in that - a sensor device that is designed for the determination and monitoring of the distance (d) between milling device and transport device; - a control unit that processes the distances (d) measured by the sensor device; and - an output device (15', 15") that is controlled by the control unit depending on the measured distances (d). - a milling device with an engine frame, a milling rotor for milling off of the ground surface and a conveyor device for removal of the milled material; and - a transport device moving independently of the milling device with a transport container into which the milled material from the milling device can be transported by means of the conveyor device; characterized in that - a sensor device that is designed for the determination and monitoring of the distance (d) between milling device and transport device; - a control unit that processes the distances (d) measured by the sensor device; and - an output device (15', 15") that is controlled by the control unit depending on the measured distances (d).
A biosensor (10; 20; 30) comprising a plurality of sensor units (100A, 100B), wherein each of the sensor units (100A, 100B) comprises: one or more photodiodes; a first aperture layer disposed above the photodiodes; an interlayer disposed on the first aperture layer; a second aperture layer disposed on the interlayer; and a waveguide disposed above the second aperture layer; wherein the second aperture layer comprises an upper grating element (110A, 110B) and the first aperture layer comprises one or more lower grating elements (108A, 108A1-108A4, 108B, 108B1-108B4), and a grating period of the upper grating element (110A, 110B) is less than or equal to a grating period of the one or more lower grating elements (108A, 108A1-108A4, 108B, 108B1-108B4); and wherein a first polarizing angle of the upper and lower grating elements (110A, 108A, 108A1-108A4) in one of the sensor units is different from a second polarizing angle of the upper and lower grating elements (110B, 108B, 108B1-108B4) in an adjacent one of the sensor units. one or more photodiodes; a first aperture layer disposed above the photodiodes; an interlayer disposed on the first aperture layer; a second aperture layer disposed on the interlayer; and a waveguide disposed above the second aperture layer; wherein the second aperture layer comprises an upper grating element (110A, 110B) and the first aperture layer comprises one or more lower grating elements (108A, 108A1-108A4, 108B, 108B1-108B4), and a grating period of the upper grating element (110A, 110B) is less than or equal to a grating period of the one or more lower grating elements (108A, 108A1-108A4, 108B, 108B1-108B4); and wherein a first polarizing angle of the upper and lower grating elements (110A, 108A, 108A1-108A4) in one of the sensor units is different from a second polarizing angle of the upper and lower grating elements (110B, 108B, 108B1-108B4) in an adjacent one of the sensor units.
A camera module, comprising: a lens barrel; a holder; a filter disposed in the holder; a printed circuit board having therein an opening; a stiffener comprising a first region corresponding to the opening and a second region in which the printed circuit board is disposed; and an image sensor disposed in the first region of the stiffener, characterized in that the first region of the stiffener comprises a protruding portion protruding further than the second region of the stiffener, that the image sensor is disposed on an upper surface of the protruding portion, that a height from a lower surface of the stiffener to the upper surface of the protruding portion is less than a height to an upper surface of the printed circuit board disposed on the stiffener, that the protruding portion comprises a plurality of protrusions (901-n) spaced apart from each other, and that the camera module further comprises an adhesive member disposed in a space between upper surfaces of the plurality of protrusions (901-n) and a lower surface of the image sensor and in a space between the plurality of protrusions (901-n). a lens barrel; a holder; a filter disposed in the holder; a printed circuit board having therein an opening; a stiffener comprising a first region corresponding to the opening and a second region in which the printed circuit board is disposed; and an image sensor disposed in the first region of the stiffener, characterized in that the first region of the stiffener comprises a protruding portion protruding further than the second region of the stiffener, that the image sensor is disposed on an upper surface of the protruding portion, that a height from a lower surface of the stiffener to the upper surface of the protruding portion is less than a height to an upper surface of the printed circuit board disposed on the stiffener, that the protruding portion comprises a plurality of protrusions (901-n) spaced apart from each other, and that the camera module further comprises an adhesive member disposed in a space between upper surfaces of the plurality of protrusions (901-n) and a lower surface of the image sensor and in a space between the plurality of protrusions (901-n).
A forming ram assembly for a container forming machine, the container forming machine including a turret assembly with a cam rail (122, 142), the forming ram assembly comprising: a mounting rail configured to attach the forming ram assembly to the turret assembly of the container forming machine; a cam follower coupled to the mounting rail and configured to movably seat against the cam rail (122, 142) of the turret assembly; a forming die connected to the cam follower such that the forming die moves in a reciprocating manner while the cam follower traverses the cam rail (122, 142); a knockout tool movably mounted inside the forming die; a drive cylinder connected to the knockout tool and configured to move the knockout tool in a reciprocating manner within the forming die; characterized in that the knockout tool includes an outer diameter surface with a stepped segment, the forming ram assembly further comprising: an O-ring seated inside a complementary channel defined in the stepped segment of the knockout tool; and an annular knockout guide seated on the stepped segment of the knockout tool, located between and abutting the O-ring and the forming die. a mounting rail configured to attach the forming ram assembly to the turret assembly of the container forming machine; a cam follower coupled to the mounting rail and configured to movably seat against the cam rail (122, 142) of the turret assembly; a forming die connected to the cam follower such that the forming die moves in a reciprocating manner while the cam follower traverses the cam rail (122, 142); a knockout tool movably mounted inside the forming die; a drive cylinder connected to the knockout tool and configured to move the knockout tool in a reciprocating manner within the forming die; characterized in that the knockout tool includes an outer diameter surface with a stepped segment, the forming ram assembly further comprising: an O-ring seated inside a complementary channel defined in the stepped segment of the knockout tool; and an annular knockout guide seated on the stepped segment of the knockout tool, located between and abutting the O-ring and the forming die. an O-ring seated inside a complementary channel defined in the stepped segment of the knockout tool; and an annular knockout guide seated on the stepped segment of the knockout tool, located between and abutting the O-ring and the forming die.
Gear shift drum assembly for a shift device of a transmission assembly, in particular for motor vehicles, with a gear shift drum body and also a first shifting element, wherein the gear shift drum body can be rotated about an axis of rotation and comprises a shifting contour which extends around the circumference of the outer surface and is in the form of a first gear shift drum groove, in which the first shifting element engages, wherein the shifting contour is formed in an axial and/or radial direction, and wherein consequently the first shifting element is displaced by rotating the gear shift drum body by means of the associated shifting contour in the axial direction of the gear shift drum body, and with a stop device for referencing a shifting angle of the gear shift drum body in a reference angle position, the stop device comprising a shifting stop for blocking the rotation of the gear shift drum body in the reference angle position, wherein the shifting stop is formed by means of a stop element and a reference element in the form of a counter stop, characterized in that the first gear shift drum groove runs around the gear shift drum body such that the gear shift drum body can be rotated endlessly in both rotational directions, and in that the reference element is in the form of a radially extending peg/pin, which in the reference angle position is arranged on the circumference of the outer surface of the gear shift drum body, and the stop element is in the form of a lever with a first end region and a second end region and the stop element is mounted pivotably about an axis extending parallel to the axis of rotation between a neutral position, in which the stop element on rotation of the gear shift drum body in the reference angle position is not in engagement with the reference element, and an activation position, in which the first end region in the reference angle position is in engagement with the reference element and the rotation of the gear shift drum body is blocked, wherein the activation of the shifting stop is effected via an actuator, wherein the actuator is a linear actuator and in particular comprises a shifting magnet, which transfers a linear adjusting movement via a coupling element to a first end region of a lever, the latter being rotatably mounted, and wherein the second end region of the lever is articulated on the second end region of the stop element to introduce a pivoting movement.
A sleeping bag for use by a user, the sleeping bag comprising: a bottom sheet, having a pair of opposing lateral flaps coupled to corresponding medial edges of the bottom sheet, each of the lateral flaps have a lateral edge, wherein the bottom sheet is sized and shaped to underlie the user when using the sleeping bag, wherein the bottom sheet is configured to be securable to a sleeping pad; and an insulated top cover having opposing lateral edges, an outer surface adapted to face away from the user when occupying the sleeping bag, a headward portion selectively moveable between a wrapped configuration and an expanded configuration, and attachment paths disposed on the outer surface, each attachment path is displaced medially from the opposing lateral edges of the insulated top cover, the headward portion of the top cover further including laterally disposed portions arranged to extend upward and away from corresponding lateral edges of the sleeping pad; wherein the pair of lateral flaps of the bottom sheet are releasably coupled to the outer surface of the top cover along the attachment paths; wherein, in a sleeping bag configuration, the pair of lateral flaps of the bottom sheet are coupled to the attachment paths of the top cover, wherein the laterally disposed portions of the top cover are defined as a portion of the top cover located between the attachment paths and the respective lateral edge of the top cover, wherein the laterally disposed portions of the top cover extend upward and laterally away from the corresponding lateral edges of the sleeping pad. a bottom sheet, having a pair of opposing lateral flaps coupled to corresponding medial edges of the bottom sheet, each of the lateral flaps have a lateral edge, wherein the bottom sheet is sized and shaped to underlie the user when using the sleeping bag, wherein the bottom sheet is configured to be securable to a sleeping pad; and an insulated top cover having opposing lateral edges, an outer surface adapted to face away from the user when occupying the sleeping bag, a headward portion selectively moveable between a wrapped configuration and an expanded configuration, and attachment paths disposed on the outer surface, each attachment path is displaced medially from the opposing lateral edges of the insulated top cover, the headward portion of the top cover further including laterally disposed portions arranged to extend upward and away from corresponding lateral edges of the sleeping pad; wherein the pair of lateral flaps of the bottom sheet are releasably coupled to the outer surface of the top cover along the attachment paths; wherein, in a sleeping bag configuration, the pair of lateral flaps of the bottom sheet are coupled to the attachment paths of the top cover, wherein the laterally disposed portions of the top cover are defined as a portion of the top cover located between the attachment paths and the respective lateral edge of the top cover, wherein the laterally disposed portions of the top cover extend upward and laterally away from the corresponding lateral edges of the sleeping pad.
Centrifugal pump for conveying a medium containing solid additives, wherein a blade-free space is arranged upstream of an impeller, and, in order to avoid blockages due to the solid additives, the centrifugal pump has a suction-side arrangement for increasing and/or reducing the size of the space, characterized in that the arrangement has an expandable or displaceable hollow body with a port for feeding and/or discharge of a filling fluid.
A diagnostic kit for predicting the development of sepsis prior to the onset of symptoms (pre-symptomatic), said kit consisting of means specific for detecting in a sample levels of a gene or gene product of each member of a biomarker signature to pre-symptomatically predict/detect the development of sepsis, wherein the biomarker signature consists of one of the following: all the 266 genes of Table 1, the 44 gene biomarker signature in Table 3, the 45 gene biomarker signature of Table 4, the down-selected 25 gene biomarker signature of Table 3 or Table 4, or one of the biomarker signatures consisting of 44 genes selected from Table 5.
Joint arrangement with a joint and an adapter unit, whereby the joint has an inner hub, an outer hub, balls and a cage with recesses for the balls, whereby the inner hub has a recess with an internal toothed gearing system to hold the first shaft, whereby a hollow space of the joint arrangement is located around the balls, whereby the hollow space is closed at two end faces (3, 4) via a sealing mechanism (5, 6), whereby the adapter unit has a first adapter component and a second adapter component, whereby the first adapter component is circular and a recess has a first inner diameter, whereby the second adapter component is circular, whereby the second adapter component has a first inner recess with the first inner diameter and a second inner recess with a second inner diameter, whereby the first inner diameter is greater than the second inner diameter, and whereby an initial shaft is provided, characterized by the fact that the joint arrangement has a nut, the first inner diameter is at least equal to a large nut outer diameter, the first shaft has a first area with a first outer diameter and a second end face area with a second outer diameter, the second outer diameter is smaller than the first outer diameter, the first area has external toothing which is consistent with the internal toothing of the recess of the inner hub, The second area has an external thread matching the internal thread of the nut, the nut has a first nut section and a second nut section (20"), The first nut section has a larger outer diameter than the second nut section (20"), and an axial length of the second area is equal to an axial length of the second nut section (20"). Joint arrangement according to Claim 1,
An immunomodulatory compound for use in a method of treating, managing or preventing an immunodeficiency disease or disorder, wherein the immunodeficiency disease or disorder is adenosine deaminase deficiency, antibody deficiency with normal or elevated Igs, bare lymphocyte syndrome, common variable immunodeficiency, DiGeorge syndrome, Ig deficiency with hyper-IgM, Ig heavy chain deletions, IgA deficiency, immunodeficiency with thymoma, reticular dysgenesis, Nezelof syndronie, selective IgG subclass deficiency, transient hypogammaglobulinemia of infancy, Wistcott-Aldrich syndrome, X-linked agammaglobulinemia, or X-linked severe combined immunodeficiency; and wherein the immunomodulatory compound is 4-(amino)-2-(2,6-dioxo(3-piperidyl))-isoindoline-1,3-dione, or 3-(4-amino-1-oxo-1,3-dihydro-isoindol-2-yl)-piperidine-2,6-dione, or a pharmaceutically acceptable salt, solvate, or stereoisomer thereof. wherein the immunodeficiency disease or disorder is adenosine deaminase deficiency, antibody deficiency with normal or elevated Igs, bare lymphocyte syndrome, common variable immunodeficiency, DiGeorge syndrome, Ig deficiency with hyper-IgM, Ig heavy chain deletions, IgA deficiency, immunodeficiency with thymoma, reticular dysgenesis, Nezelof syndronie, selective IgG subclass deficiency, transient hypogammaglobulinemia of infancy, Wistcott-Aldrich syndrome, X-linked agammaglobulinemia, or X-linked severe combined immunodeficiency; and wherein the immunomodulatory compound is 4-(amino)-2-(2,6-dioxo(3-piperidyl))-isoindoline-1,3-dione, or 3-(4-amino-1-oxo-1,3-dihydro-isoindol-2-yl)-piperidine-2,6-dione, or a pharmaceutically acceptable salt, solvate, or stereoisomer thereof.
A sliding member comprising a base lining layer and a resin coating layer formed on the base layer, wherein the resin coating layer consists of: a polyamide-imide resin as a binder; barium sulfate particles; molybdenum disulfide particles; SiC particles as hard particles; and unavoidable impurities, wherein the resin coating layer is composed of an outermost layer and an inner layer, which are two overcoated application layers, wherein the SiC particles are blended in the outermost layer and the inner layer, and wherein the content of the SiC particles in the outermost layer is lower than the content of the SiC particles in the inner layer. a polyamide-imide resin as a binder; barium sulfate particles; molybdenum disulfide particles; SiC particles as hard particles; and unavoidable impurities, wherein the resin coating layer is composed of an outermost layer and an inner layer, which are two overcoated application layers, wherein the SiC particles are blended in the outermost layer and the inner layer, and wherein the content of the SiC particles in the outermost layer is lower than the content of the SiC particles in the inner layer.
A motorcycle with a step structure in which: an engine main body of an engine, which exerts power for driving a rear wheel, is mounted on a body frame; a main step on which a rider's foot is placed is supported to said body frame; and an exhaust muffler, to which exhaust gas from said engine main body is introduced, is supported by a muffler stay attached to said body frame, wherein said muffler stay, which is attached to an attachment portion (43, 44) provided in said body frame above said main step, extends downward toward the rear from said attachment portion (43, 44), and functions as a heel guard for the rider placing his/her foot on said main step; and wherein a foot positioning portion (52, 53) opened at least on an outer face of said muffler stay in the motorcycle width direction is formed in said muffler stay in such a manner as to accommodate part of the rider's foot placed on said main step to determine a position of said foot on said main step; characterized in that a main step stay is fixed to said body frame; a step movable-support member arranged on the inner side in the motorcycle width direction of said muffler stay is supported to said main step stay in such a manner as to be movable in the longitudinal direction within a limited range; said main step is provided in said step movable-support member; and a longitudinal length (L1, L2) of said foot positioning portion (52, 53) is set larger than a longitudinally movable distance of said step movable-support member. an engine main body of an engine, which exerts power for driving a rear wheel, is mounted on a body frame; a main step on which a rider's foot is placed is supported to said body frame; and an exhaust muffler, to which exhaust gas from said engine main body is introduced, is supported by a muffler stay attached to said body frame, wherein said muffler stay, which is attached to an attachment portion (43, 44) provided in said body frame above said main step, extends downward toward the rear from said attachment portion (43, 44), and functions as a heel guard for the rider placing his/her foot on said main step; and wherein a foot positioning portion (52, 53) opened at least on an outer face of said muffler stay in the motorcycle width direction is formed in said muffler stay in such a manner as to accommodate part of the rider's foot placed on said main step to determine a position of said foot on said main step; characterized in that a main step stay is fixed to said body frame; a step movable-support member arranged on the inner side in the motorcycle width direction of said muffler stay is supported to said main step stay in such a manner as to be movable in the longitudinal direction within a limited range; said main step is provided in said step movable-support member; and a longitudinal length (L1, L2) of said foot positioning portion (52, 53) is set larger than a longitudinally movable distance of said step movable-support member.