mhurhangee/ep-ind-claims huggingface dataset:
A device, comprising: a bone fracture fixation plate having an outer surface, a bone-facing surface, a first end, a second end and a longitudinal axis extending between the first and second ends, wherein the bone plate comprises one or more sliding elements elastically suspended relative to the bone plate, wherein each sliding element contains one or more threaded receiving holes (4,14) for bone screws that have a correspondingly threaded head lockable at a fixed angle into the receiving holes (4,14); wherein: the one or more sliding elements undergo controlled displacement parallel to a longitudinal axis of the plate but are substantially constrained against displacement perpendicular to the longitudinal axis of the plate; the one or more sliding elements are configured for rigid fixation to the bone screws without compressing the bone plate or sliding elements onto a bone surface; the sliding element is elastically suspended in the plate by means of a spring element that determines the amount of translation of the sliding element relative to the plate in response to a load acting in a longitudinal direction of the plate; and the spring element is an elastomeric material, the elastomeric material comprising an elastomer lumen that surrounds or encases the sliding element. the one or more sliding elements undergo controlled displacement parallel to a longitudinal axis of the plate but are substantially constrained against displacement perpendicular to the longitudinal axis of the plate; the one or more sliding elements are configured for rigid fixation to the bone screws without compressing the bone plate or sliding elements onto a bone surface; the sliding element is elastically suspended in the plate by means of a spring element that determines the amount of translation of the sliding element relative to the plate in response to a load acting in a longitudinal direction of the plate; and the spring element is an elastomeric material, the elastomeric material comprising an elastomer lumen that surrounds or encases the sliding element.
A mudguard intended to fit into the wheel arch of a vehicle, the mudguard comprising two half-shells, means for joining the half-shells and means for assembling the mudguard to the wheel arch of a vehicle, each half-shell having substantially a shape of a quadrant with a concave face and a convex face, the joining means allowing to configure the mudguard between a folded position in which the two half-shells are superimposed and a deployed position in which the two half-shells are juxtaposed to form substantially a semicircle, and allowing the two half-shells to be mutually fixed in the deployed position.
A wind turbine comprising: one or more proximity sensors (200, 310, 320, 330, 340) facing a shaft to detect radial displacement of the shaft from a predetermined position with respect to a relatively non-deflecting component; and a control circuit (210, 220, 680) coupled with the one or more sensors to mitigate load causing the deflection on the one or more components in response to signals from the one or more sensors. one or more proximity sensors (200, 310, 320, 330, 340) facing a shaft to detect radial displacement of the shaft from a predetermined position with respect to a relatively non-deflecting component; and a control circuit (210, 220, 680) coupled with the one or more sensors to mitigate load causing the deflection on the one or more components in response to signals from the one or more sensors.
Damper for a combustor assembly of a gas turbine plant comprising: - a first damper body, which defines at least one first damping volume and comprises at least one opening; - a neck coupled to the opening of the first damper body and configured for fluidly connecting the first damping volume with a combustion chamber (15; 14) of the combustor assembly; - a second damper body, which extends, at least in part, about at least a portion of the neck and defines at least one second damping volume; the second damper body comprising at least one opening configured for fluidly connecting the second damping volume to the combustion chamber (15;14) of the combustor assembly; the damper being characterized in that the second damper body comprises a plurality of second damping volumes, each of which is configured to be fluidly connected to the combustion chamber (15; 14) of the combustor assembly by means of a respective plurality of openings. - a first damper body, which defines at least one first damping volume and comprises at least one opening; - a neck coupled to the opening of the first damper body and configured for fluidly connecting the first damping volume with a combustion chamber (15; 14) of the combustor assembly; - a second damper body, which extends, at least in part, about at least a portion of the neck and defines at least one second damping volume; the second damper body comprising at least one opening configured for fluidly connecting the second damping volume to the combustion chamber (15;14) of the combustor assembly;
Electric machine comprising a housing, a stator (30, 32) and a rotor (40, 42), wherein the stator (30, 32) embraces the rotor (40, 42), the rotor (40, 42) has a shaft, and the electric machine is equipped with power electronics inside the housing, wherein the electric machine has a cooling duct (62, 64, 66) which extends along a longitudinal section (62, 64) and along an end side section, wherein the longitudinal section (62, 64) extends along a hollow cylinder, through the interior of which the axis of rotation of the shaft leads, and the end side section extends toward the shaft, wherein the longitudinal section (62, 64) is bounded by a circumferential surface of the stator (30, 32) on one side and a wall of the housing on the other side, and wherein the end side section is bounded by an end side of the stator on one side and of the power electronics on the other side.
Road construction comprising a first edge and a second edge in the lateral direction of the road and which construction comprises at least a road surface layer and construction layers (6, 7) and an insulation layer arranged under the surface layer, wherein the insulation layer is formed by arranging at least one layer of plates (1, 1') over the substantial width defined by the first and the second edge of the road construction, which plates comprise an insulation layer made of cellular plastic, characterized in that said cellular plastic is extruded polystyrene, and in that the first planar surface and the second planar surface of which insulation layer comprises a structure reinforcing alkali protected glass fiber mat, which is attached to the insulation layer with a coating material, such as concrete, mortar or adhesive mass.
An apparatus comprising: instruction decoder circuitry adapted to decode instructions; and data processing circuitry adapted to selectively apply vector processing operations to one or more segments of an input data vector comprising a plurality of segments at respective positions in the input data vector, wherein the instruction decoder circuitry is adapted to be responsive to a string match instruction specifying a segment of the input data vector and a reference data item, to generate control signals to cause comparison circuitry in the data processing circuitry to: perform a comparison operation to set a comparison value indicative of whether each input element of a required set of consecutive input elements of the segment has a value which matches a respective value in consecutive reference elements of the reference data item, wherein the comparison circuitry is further adapted to be responsive to the control signals to perform a match determination process comprising a plurality of comparison operations, wherein the required set of consecutive input elements for each comparison operation starts at a respective candidate offset in the segment for that comparison operation, wherein candidate offset values of the plurality of comparison operations span the segment, and wherein a number of elements of the required set of consecutive input elements is equal to a number of reference elements in the reference data item minus the respective candidate offset of the respective comparison operation. instruction decoder circuitry adapted to decode instructions; and data processing circuitry adapted to selectively apply vector processing operations to one or more segments of an input data vector comprising a plurality of segments at respective positions in the input data vector, wherein the instruction decoder circuitry is adapted to be responsive to a string match instruction specifying a segment of the input data vector and a reference data item, to generate control signals to cause comparison circuitry in the data processing circuitry to: perform a comparison operation to set a comparison value indicative of whether each input element of a required set of consecutive input elements of the segment has a value which matches a respective value in consecutive reference elements of the reference data item, wherein the comparison circuitry is further adapted to be responsive to the control signals to perform a match determination process comprising a plurality of comparison operations, wherein the required set of consecutive input elements for each comparison operation starts at a respective candidate offset in the segment for that comparison operation, wherein candidate offset values of the plurality of comparison operations span the segment, and wherein a number of elements of the required set of consecutive input elements is equal to a number of reference elements in the reference data item minus the respective candidate offset of the respective comparison operation.
A vacuum pump, in particular a turbomolecular pump, - having a stator with a plurality of stator disks which follow one another in the direction of an axis of rotation and which each have a pump-active structure; and - having a rotor which is rotatably supported about the axis of rotation relative to the stator and which comprises a rotor shaft and a plurality of rotor disks which are arranged on the rotor shaft, which follow one another in the axial direction, which are arranged between the stator disks and which each have a pump-active structure, wherein at least one stator disk and at least one rotor disk bound a radial sealing gap formed between the stator and the rotor; wherein the sealing gap extends at least sectionally obliquely to the axis of rotation; wherein the stator disk bounding the sealing gap and the rotor disk bounding the sealing gap each have an inner ring (18, 28) which supports the pump-active structure (22, 32) of the respective disk (16, 26); and wherein at least one section (47a, 47b) of the sealing gap, which extends obliquely to the axis of rotation, is bounded by the inner ring of the stator disk and by the inner ring of the rotor disk, characterized in that surfaces bounding the sealing gap are disposed opposite one another in the radial direction and are at least approximately in parallel with one another. - having a stator with a plurality of stator disks which follow one another in the direction of an axis of rotation and which each have a pump-active structure; and - having a rotor which is rotatably supported about the axis of rotation relative to the stator and which comprises a rotor shaft and a plurality of rotor disks which are arranged on the rotor shaft, which follow one another in the axial direction, which are arranged between the stator disks and which each have a pump-active structure,
Grinding device for implementing a grinding operation, comprising: a grinding unit including a body that comprises a grinding chamber, which may be filled with a material for grinding, a rotor mounted rotatably about an axis in the body, a screen and a drive unit commanding the movements of the rotor relative to the screen during the grinding operation; wherein the drive unit is designed to supply an oscillation movement to the rotor about the axis, it being possible for the oscillation angle to be varied during the grinding operation; and wherein the grinding chamber is configured such as to direct the product for grinding in a direction substantially parallel to the axis of rotation of the rotor; characterized in that the device comprises a transmission element comprising a grinding shaft on which the rotor is mounted, the transmission element transmitting the drive from the drive unit to the grinding shaft; the rotor being mounted vertically, concentric with the screen; and in that the rotor comprises a bearing arranged such as to be mounted on a grinding shaft and a disk extending radially from the bearing, the disk being frustoconical such as to guide the material for grinding towards the blades and the screen. a grinding unit including a body that comprises a grinding chamber, which may be filled with a material for grinding, a rotor mounted rotatably about an axis in the body, a screen and a drive unit commanding the movements of the rotor relative to the screen during the grinding operation; wherein the drive unit is designed to supply an oscillation movement to the rotor about the axis, it being possible for the oscillation angle to be varied during the grinding operation; and wherein the grinding chamber is configured such as to direct the product for grinding in a direction substantially parallel to the axis of rotation of the rotor; characterized in that the device comprises a transmission element comprising a grinding shaft on which the rotor is mounted, the transmission element transmitting the drive from the drive unit to the grinding shaft; the rotor being mounted vertically, concentric with the screen; and in that the rotor comprises a bearing arranged such as to be mounted on a grinding shaft and a disk extending radially from the bearing, the disk being frustoconical such as to guide the material for grinding towards the blades and the screen.
A recombinant vaccination vector expressing (a) an envelope protein (HBs-antigen) from hepatitis B virus serotype adw, wherein the envelope protein is preferably a small or large envelope protein from hepatitis B virus genotype A serotype adw, wherein the small or large envelope protein is preferably a small envelope protein; and (b) a core protein (HBc-antigen) from hepatitis B virus serotype ayw, wherein the core protein is preferably from hepatitis B virus genotype D serotype ayw; and at least one of the following: (c) an immunogenic envelope protein (HBs-antigen) from hepatitis B virus having at least 90% sequence identity to the amino acid sequence set forth in SEQ ID NO: 1; and/or (d) an immunogenic core protein (HBc-antigen) from hepatitis B virus having at least 90% sequence identity to the amino acid sequence set forth in SEQ ID NO: 2; and/or (e) an immunogenic RT domain of a polymerase from hepatitis B virus having at least 90 % sequence identity to the amino acid sequence set forth in SEQ ID NO: 3. (a) an envelope protein (HBs-antigen) from hepatitis B virus serotype adw, wherein the envelope protein is preferably a small or large envelope protein from hepatitis B virus genotype A serotype adw, wherein the small or large envelope protein is preferably a small envelope protein; and (b) a core protein (HBc-antigen) from hepatitis B virus serotype ayw, wherein the core protein is preferably from hepatitis B virus genotype D serotype ayw; (c) an immunogenic envelope protein (HBs-antigen) from hepatitis B virus having at least 90% sequence identity to the amino acid sequence set forth in SEQ ID NO: 1; and/or (d) an immunogenic core protein (HBc-antigen) from hepatitis B virus having at least 90% sequence identity to the amino acid sequence set forth in SEQ ID NO: 2; and/or (e) an immunogenic RT domain of a polymerase from hepatitis B virus having at least 90 % sequence identity to the amino acid sequence set forth in SEQ ID NO: 3.
A filter assembly comprising a base, a cover, and a substantially cylindrical filter element, said base being adapted to releasably receive said cover with said filter element at least partially inserted therein; said base having an outlet orifice with a first sealing zone, and a drainage orifice with a second sealing zone, said outlet orifice and said drainage orifice being concentric; said filter element comprising an outlet tube with a first sealing element, and a drainage plug with a second sealing element, said outlet tube and said drainage plug being concentric and positioned to sealingly engage with said first sealing zone and said second sealing zone, respectively, when said base receives said cover; wherein an axial distance between said first sealing element and said second sealing element is different from an axial distance between an end of said first sealing zone facing said filter element and an end of said second sealing zone facing said filter element; wherein said base is adapted to receive said cover by rotational engagement of corresponding threaded surfaces on said base and said cover; characterized in that said base and said filter element comprise cooperating means to guide and maintain said filter element in a predetermined angular orientation when said cover is received by said base; wherein said second sealing element is arranged in a first slanted plane; wherein said second sealing zone is provided in a second slanted plane; and wherein said predetermined orientation is an orientation in which said first slanted plane is parallel with said second slanted plane. said filter element comprising an outlet tube with a first sealing element, and a drainage plug with a second sealing element, said outlet tube and said drainage plug being concentric and positioned to sealingly engage with said first sealing zone and said second sealing zone, respectively, when said base receives said cover; wherein an axial distance between said first sealing element and said second sealing element is different from an axial distance between an end of said first sealing zone facing said filter element and an end of said second sealing zone facing said filter element; wherein said base is adapted to receive said cover by rotational engagement of corresponding threaded surfaces on said base and said cover; characterized in that said base and said filter element comprise cooperating means to guide and maintain said filter element in a predetermined angular orientation when said cover is received by said base; wherein said second sealing element is arranged in a first slanted plane; wherein said second sealing zone is provided in a second slanted plane; and wherein said predetermined orientation is an orientation in which said first slanted plane is parallel with said second slanted plane.
Combination of a U-shaped plug connector of plastics material for the connection of cavity sections, and a cavity section, particularly a spacer cavity section of metal, plastics material or the like, for, in particular, multi-pane insulating glazing, wherein the plug connector is provided at its side webs with outwardly directed blades inclined rearwardly against the insertion direction, characterised in that the plug connector is so constructed in the region of its base surface and in the region of its side webs that it can be inserted into a cavity section with a mechanically positive couple and that at least one blocker capable of bearing with mechanically positive couple at the cavity section opposite the base surface is arranged between the side webs.
A compound of Formula I: or a pharmaceutically acceptable salt thereof, wherein: Z 1 is hydrogen; Z 2 is hydrogen, deuterium, or fluorine; Z 3 is deuterium; Z 4 is fluorine; m is 2, 4, 6, 8, or 10; n is 0 or 2; provided that the sum of m + n does not exceed 10. Z 1 is hydrogen; Z 2 is hydrogen, deuterium, or fluorine; Z 3 is deuterium; Z 4 is fluorine; m is 2, 4, 6, 8, or 10; n is 0 or 2;
. An antistatic flexible hose, comprising: a hose body which is formed of a soft material having flexibility; a conductive layer which is provided along an outer peripheral face of the hose body in a band shape or a linear shape that extends in an axial direction; a conductive wire which is wound in a spiral shape along the outer peripheral face of the hose body and an outer surface of the conductive layer and which is provided so as to be pressure-welded, in a radial direction, to the outer peripheral face of the hose body and the outer surface of the conductive layer; and a reinforcing member which is provided in a spiral shape along the conductive wire so as to protrude from the outer peripheral face of the hose body and the outer surface of the conductive layer, wherein the reinforcing member is disposed so as to sandwich the conductive wire between the reinforcing member and the outer surface of the conductive layer so that a surface of the conductive wire is crimped to the outer surface of the conductive layer, the conductive layer contains particulates of a carbon material and/or metallic particulates, and the conductive layer is exposed between the spiral reinforcing member. a hose body which is formed of a soft material having flexibility; a conductive layer which is provided along an outer peripheral face of the hose body in a band shape or a linear shape that extends in an axial direction; a conductive wire which is wound in a spiral shape along the outer peripheral face of the hose body and an outer surface of the conductive layer and which is provided so as to be pressure-welded, in a radial direction, to the outer peripheral face of the hose body and the outer surface of the conductive layer; and a reinforcing member which is provided in a spiral shape along the conductive wire so as to protrude from the outer peripheral face of the hose body and the outer surface of the conductive layer, wherein the reinforcing member is disposed so as to sandwich the conductive wire between the reinforcing member and the outer surface of the conductive layer so that a surface of the conductive wire is crimped to the outer surface of the conductive layer, the conductive layer contains particulates of a carbon material and/or metallic particulates, and the conductive layer is exposed between the spiral reinforcing member.
A method for measuring average orientations of fibres in a composite fibrous material (S, 104), the method comprising: passing first electromagnetic radiation through the material, the first electromagnetic radiation having a first polarization state, and passing second electromagnetic radiation through the material, the second electromagnetic radiation having a second polarization state, the first and second electromagnetic radiation having one or more wavelengths at which the material is not opaque, detecting the first and second electromagnetic radiation that has passed through the material; and, obtaining a measure of birefringence of the sample at the wavelengths of the electromagnetic radiation based at least in part on the detected first and second electromagnetic radiation, characterised in that: the first and second electromagnetic radiation is THz radiation. passing first electromagnetic radiation through the material, the first electromagnetic radiation having a first polarization state, and passing second electromagnetic radiation through the material, the second electromagnetic radiation having a second polarization state, the first and second electromagnetic radiation having one or more wavelengths at which the material is not opaque, detecting the first and second electromagnetic radiation that has passed through the material; and, obtaining a measure of birefringence of the sample at the wavelengths of the electromagnetic radiation based at least in part on the detected first and second electromagnetic radiation, characterised in that: the first and second electromagnetic radiation is THz radiation.
A MASP-2 inhibitory agent which is a MASP-2 antibody or fragment thereof that binds to a portion of SEQ ID NO:6 for use in treating a subject suffering from, or at risk for developing, disseminated intravascular coagulation.