mhurhangee/ep-ind-claims huggingface dataset:
An articulation mechanism (10; 110; 210; 310) for use in a medical device, comprising: a series of stacked links (12; 112; 212; 312) disposed adjacent to one another and movable with respect to each other, each link (12; 112; 212; 312) including a front face (16; 116; 316) defining a pair of pivot points (20; 120; 220; 320), wherein each link (12; 112; 212; 312) except for a proximal-most link of the series of stacked links (12; 112; 212; 312) includes a rear face (18; 118; 318) defining a wedge shaped recess (30; 130; 330) for receiving the pivot points (20; 120; 220; 320) of the adjacent link, wherein the proximal-most link includes a rear face consisting of a flat surface; at least one pull-wire (44; 46, 48, 50; 144, 146, 148, 150; 244, 246, 248, 250) for providing tension to the articulation mechanism and holding the adjacent links together, wherein the front face further includes a pair of oppositely arranged engagement surfaces which bisect the front face (16; 116; 316), and wherein each engagement surface includes a tapered section (22; 122; 322) angled proximally away from the pair of pivot points (20; 120; 220; 320), wherein the flat surface of the rear face of the proximal-most link extends along a plane perpendicular to a longitudinal axis of the proximal-most link. a series of stacked links (12; 112; 212; 312) disposed adjacent to one another and movable with respect to each other, each link (12; 112; 212; 312) including a front face (16; 116; 316) defining a pair of pivot points (20; 120; 220; 320), wherein each link (12; 112; 212; 312) except for a proximal-most link of the series of stacked links (12; 112; 212; 312) includes a rear face (18; 118; 318) defining a wedge shaped recess (30; 130; 330) for receiving the pivot points (20; 120; 220; 320) of the adjacent link, wherein the proximal-most link includes a rear face consisting of a flat surface; at least one pull-wire (44; 46, 48, 50; 144, 146, 148, 150; 244, 246, 248, 250) for providing tension to the articulation mechanism and holding the adjacent links together, wherein the front face further includes a pair of oppositely arranged engagement surfaces which bisect the front face (16; 116; 316), and wherein each engagement surface includes a tapered section (22; 122; 322) angled proximally away from the pair of pivot points (20; 120; 220; 320), wherein the flat surface of the rear face of the proximal-most link extends along a plane perpendicular to a longitudinal axis of the proximal-most link.
A transport and/or storage container, comprising a bottom, further comprising front walls and longitudinal walls, which are rotatably connected to the bottom and which, in the collapsed state, are aligned parallel to the bottom, and, in the erected state, largely vertically to the bottom, and comprising a rotary locking assembly (4 to 10) comprising a handle, a connected locking element as well as at least one spring acting on the locking element, wherein - the rotary locking assembly (4 to 10), in the erected state, releasably couples at least one front wall and one longitudinal wall to one another in that - the locking element on the front wall interacts with a counter locking element on the adjacent longitudinal wall, or vice versa, wherein - the handle further acts on the locking element against the force of the spring to assume the collapsed state, in order to release the front wall and the longitudinal wall from one another and in order to disengage the locking element with respect to the counter locking element, and wherein - the locking element is embodied as cavity and the counter locking element as corresponding protrusion, which releasably engages with the locking element for the rotary locking, characterized in that - the locking element is embodied hollow spherically and the counter locking element spherically. - the rotary locking assembly (4 to 10), in the erected state, releasably couples at least one front wall and one longitudinal wall to one another in that - the locking element on the front wall interacts with a counter locking element on the adjacent longitudinal wall, or vice versa, wherein - the handle further acts on the locking element against the force of the spring to assume the collapsed state, in order to release the front wall and the longitudinal wall from one another and in order to disengage the locking element with respect to the counter locking element, and wherein - the locking element is embodied as cavity and the counter locking element as corresponding protrusion, which releasably engages with the locking element for the rotary locking, - the locking element is embodied hollow spherically and the counter locking element spherically.
InP/ZnSe/ZnS core-shell nanostructures, wherein the thickness of at least one of the ZnSe and ZnS shells is between 0.7nm and 3.5nm, wherein the nanostructures exhibit a photoluminescence quantum yield of 60-99%, wherein the photoluminescence spectrum of the population of core-shell nanostructures exhibits a full width half maximum of 35nm to 45nm; and wherein the nanostructures exhibit an OD 450 /peak ratio of about 1.0 to about 2.0, wherein the OD 450 /peak ratio is defined as the optical density of a sample of the nanostructures measured at 450 nm divided by the optical density at the first exciton peak absorption wavelength of the sample of nanostructures.
A method of manufacturing a shunt resistor, the shunt resistor comprising: a resistor formed in a rectangular shape, the resistor having one side surface and another side surface which is opposite to the one side surface; a first base formed in a rectangular shape; a second base formed in a rectangular shape; the first base and the second base formed integrally with the resistor therebetween; a recessed hole (11a, 11a1, 11a2) formed in the first base and the second base respectively; and a measurement terminal inserted into the recessed hole (11a, 11a1, 11a2) to be fixed on the first base and the second base respectively, wherein the first base is bonded to the one side surface of the resistor and the second base is bonded to the other side surface of the resistor; the measurement terminal comprises: a shaft part; the method being characterised in that the measurement terminal further comprises a flange part protruding circumferentially outward from the shaft part, and the method further comprises the step of: forming the recessed hole (11a, 11a1, 11a2) in the upper surface of the first base and the second base respectively by punch pressing so as not to penetrate through the whole thickness of the first base and the second base in the thickness direction of the first base and the second base. a resistor formed in a rectangular shape, the resistor having one side surface and another side surface which is opposite to the one side surface; a first base formed in a rectangular shape; a second base formed in a rectangular shape; the first base and the second base formed integrally with the resistor therebetween; a recessed hole (11a, 11a1, 11a2) formed in the first base and the second base respectively; and a measurement terminal inserted into the recessed hole (11a, 11a1, 11a2) to be fixed on the first base and the second base respectively, wherein the first base is bonded to the one side surface of the resistor and the second base is bonded to the other side surface of the resistor; the measurement terminal comprises: a shaft part; the method being characterised in that the measurement terminal further comprises a flange part protruding circumferentially outward from the shaft part, and the method further comprises the step of: forming the recessed hole (11a, 11a1, 11a2) in the upper surface of the first base and the second base respectively by punch pressing so as not to penetrate through the whole thickness of the first base and the second base in the thickness direction of the first base and the second base. a shaft part; the method being characterised in that the measurement terminal further comprises a flange part protruding circumferentially outward from the shaft part, and the method further comprises the step of: forming the recessed hole (11a, 11a1, 11a2) in the upper surface of the first base and the second base respectively by punch pressing so as not to penetrate through the whole thickness of the first base and the second base in the thickness direction of the first base and the second base.
Leaf spring comprising at least one leaf of composite material that comprises, in turn: - a central body that has two longitudinal end zones (1.1) and that comprises at least one sheet of a composite material comprising, in turn, a set of fibre fabrics (7, 8, 9) embedded in a polymeric matrix, and - two eyes, located in the longitudinal end zones (1.1) of the central body comprising a hole to connect the leaf spring to a vehicle, wherein the hole comprises a longitudinal axis perpendicular to the longitudinal direction of the central body and wherein the eyes comprise a set of fibre fabrics (10, 11) of composite material embedded in a polymeric matrix, where the central body comprises its longitudinal end areas (1.1) embedded in an eye cavity (2.1), wherein the sections transversal to the longitudinal direction of the central body of the longitudinal end zones (1.1) of the central body and of the eye cavities (2.1) present increasing dimensions toward the longitudinal end of the leaf spring and wherein it comprises fibre fabrics (7, 8, 9) of the central body stacked according to a Z-direction perpendicular to the longitudinal direction of the central body and to the longitudinal direction of the hole of the eyes and comprises fibre fabrics (10, 11) of the eyes stacked according to a direction parallel to the direction of the longitudinal axis of the hole, characterised in that the fibre fabrics (10, 11) of the eyes comprise: - a first set of fibre fabrics that comprise a cavity (2.1) for embedding the longitudinal end zones (1.1) of the central body and so that the cavity (2.1) comprises a section transverse to the longitudinal direction of the central body increasing toward the longitudinal end (1.2) of the central body, and - a second set of fibre fabrics located after the first set of fibre fabrics toward the outside of the eye. - a central body that has two longitudinal end zones (1.1) and that comprises at least one sheet of a composite material comprising, in turn, a set of fibre fabrics (7, 8, 9) embedded in a polymeric matrix, and - two eyes, located in the longitudinal end zones (1.1) of the central body comprising a hole to connect the leaf spring to a vehicle, wherein the hole comprises a longitudinal axis perpendicular to the longitudinal direction of the central body and wherein the eyes comprise a set of fibre fabrics (10, 11) of composite material embedded in a polymeric matrix, - a first set of fibre fabrics that comprise a cavity (2.1) for embedding the longitudinal end zones (1.1) of the central body and so that the cavity (2.1) comprises a section transverse to the longitudinal direction of the central body increasing toward the longitudinal end (1.2) of the central body, and - a second set of fibre fabrics located after the first set of fibre fabrics toward the outside of the eye.
Method for marking components by means of a multiplicity of pulses of a pulsed laser beam of a laser, which is directed onto a surface of the component, characterized by the following steps: • forming a melt burr at side edges (14, 16) of the marking while it is being created, wherein, during the creation of the marking, the pulsed laser beam is moved with respect to the component at a first speed (V 1), so that the pulses overlap; and characterized by the following step: • removing the melt burr, wherein the pulsed laser beam is moved over the melt burr at a second speed (V 2), that successive pulses barely overlap or do not overlap. • forming a melt burr at side edges (14, 16) of the marking while it is being created, wherein, during the creation of the marking, the pulsed laser beam is moved with respect to the component at a first speed (V 1), so that the pulses overlap; • removing the melt burr, wherein the pulsed laser beam is moved over the melt burr at a second speed (V 2), that successive pulses barely overlap or do not overlap.
Apparatus for swapping a swap body on a heavy goods vehicle, the apparatus comprising: - a body holding device for holding the swap body of the heavy goods vehicle, and - a lifting device for raising and lowering the swap body, wherein the body holding device comprises at least two fixing devices adapted to fix and hold at least one longitudinal direction position of the swap body relative to the fixing device during the swapping operation, and wherein the lifting device comprises at least one supporting body configured to be raised and lowered in the vertical direction, wherein the at least two fixing devices are arranged on a supporting device so as to be movable between a fixing position, in which the longitudinal position of the swap body is fixed and held relative to the fixing devices, and a release position, in which the longitudinal position of the swap body is displaceable relative to the fixing devices characterized in that the supporting device connects the at least two fixing devices to one another, in that the at least two fixing devices are configured to be hydraulically movable together with the supporting device in the horizontal direction parallel to the longitudinal direction of the swap body, in that the body holding device comprises at least one carrying device which comprises an upper rail-shaped region, and in that the supporting device comprises at least one sled-shaped area which is configured to be movable on and along the rail-shaped area. - a body holding device for holding the swap body of the heavy goods vehicle, and - a lifting device for raising and lowering the swap body, wherein the body holding device comprises at least two fixing devices adapted to fix and hold at least one longitudinal direction position of the swap body relative to the fixing device during the swapping operation, and wherein the lifting device comprises at least one supporting body configured to be raised and lowered in the vertical direction, wherein the at least two fixing devices are arranged on a supporting device so as to be movable between a fixing position, in which the longitudinal position of the swap body is fixed and held relative to the fixing devices, and a release position, in which the longitudinal position of the swap body is displaceable relative to the fixing devices characterized in that the supporting device connects the at least two fixing devices to one another, in that the at least two fixing devices are configured to be hydraulically movable together with the supporting device in the horizontal direction parallel to the longitudinal direction of the swap body, in that the body holding device comprises at least one carrying device which comprises an upper rail-shaped region, and in that the supporting device comprises at least one sled-shaped area which is configured to be movable on and along the rail-shaped area.
Composite tube, in particular corrugated tube, comprising a first wall section produced from a first plastic material, a second wall section produced from a second plastic material different from the first plastic material, and a third wall section produced from a third plastic material different from the first plastic material and the second plastic material, the first wall section, the second wall section, and the third wall section being adjacently arranged in a peripheral direction of the composite tube, the third wall section being arranged between the first wall section and the second wall section and connecting the first wall section to the second wall section, and the first wall section, the second wall section, and the third wall section respectively extending in a radial direction of the composite tube over an entire wall thickness thereof.
An apparatus comprising means for performing: receiving, at a user equipment, a first parameter indicating an offset as a number of slots, and a combined parameter, the combined parameter including at least two of: a second parameter indicating an offset as a number of symbols within one of the slots; a third parameter indicating an end of a transmission as a number of slots and a fourth parameter indicating a duration of the transmission as a number of symbols within one of the slots; determining, at the user equipment, transmission timing based on the first parameter and the combined parameter; and using the transmission timing to at least one of send an uplink transmission from the user equipment to a network entity or receive a downlink transmission at the user equipment from the network entity, wherein multiple numerologies exist within at least a single symbol, slot, or mini-slot. a second parameter indicating an offset as a number of symbols within one of the slots; a third parameter indicating an end of a transmission as a number of slots and a fourth parameter indicating a duration of the transmission as a number of symbols within one of the slots; determining, at the user equipment, transmission timing based on the first parameter and the combined parameter; and using the transmission timing to at least one of send an uplink transmission from the user equipment to a network entity or receive a downlink transmission at the user equipment from the network entity, wherein multiple numerologies exist within at least a single symbol, slot, or mini-slot.
A reduction gear for driving a stirred mill, of the type comprising: - a reduction gear housing, - an input shaft suitable for being connected to a drive motor, - a reduction stage arranged in the reduction gear housing, and - an output shaft, which extends along an output axis (Y-Y), characterized in that this output shaft is suitable for being connected to a stirred mill element and which is suitable for being driven by the reduction stage, - the output shaft comprises a proximal axial side, associated with the reduction stage, and a distal axial side, opposite the proximal axial side and intended to be fastened to the stirred mill element, and in that - the reduction gear comprises an axial stop, which is suitable for axially guiding the output shaft and which is suitable for limiting an axial movement of the output shaft in a direction oriented from the proximal axial side toward the distal axial side. - a reduction gear housing, - an input shaft suitable for being connected to a drive motor, - a reduction stage arranged in the reduction gear housing, and - an output shaft, which extends along an output axis (Y-Y), characterized in that this output shaft is suitable for being connected to a stirred mill element and which is suitable for being driven by the reduction stage, - the output shaft comprises a proximal axial side, associated with the reduction stage, and a distal axial side, opposite the proximal axial side and intended to be fastened to the stirred mill element, and in that - the reduction gear comprises an axial stop, which is suitable for axially guiding the output shaft and which is suitable for limiting an axial movement of the output shaft in a direction oriented from the proximal axial side toward the distal axial side.
A multimedia playback method, comprising: when a multimedia file is played for the first time, generating a media auxiliary file for the multimedia file and establishing a mapping relationship between the multimedia file and the media auxiliary file, characterized in that the media auxiliary file comprises a correction parameter that is used to correct a parameter of the multimedia file; and when the multimedia file is played again, searching for the media auxiliary file according to the mapping relationship, and correcting the parameter of the multimedia file according to the correction parameter in the media auxiliary file. when a multimedia file is played for the first time, generating a media auxiliary file for the multimedia file and establishing a mapping relationship between the multimedia file and the media auxiliary file, characterized in that the media auxiliary file comprises a correction parameter that is used to correct a parameter of the multimedia file; and when the multimedia file is played again, searching for the media auxiliary file according to the mapping relationship, and correcting the parameter of the multimedia file according to the correction parameter in the media auxiliary file.
A microcapsule suspension formulation including: (a) a first suspended phase of a plurality of microcapsules having a volume median particle size of from about 1 to about 10 micrometres, wherein the microcapsules include: a microcapsule wall produced by an interfacial polycondensation reaction between a polymeric isocyanate and a polyamine to form a polyurea shell; at least one organic nitrification inhibiting compound encapsulated within the polyurea shell; (b) a second suspended phase of a plurality of microcapsules having a volume median particle size of from about 1 to about 10 micrometres, wherein the microcapsules include: a microcapsule wall produced by an interfacial polycondensation reaction between a polymeric isocyanate and a polyamine to form a second polyurea shell; at least one hydrophobic crystal inhibitor additive encapsulated within the second polyurea shell; and (c) an aqueous phase. (a) a first suspended phase of a plurality of microcapsules having a volume median particle size of from about 1 to about 10 micrometres, wherein the microcapsules include: a microcapsule wall produced by an interfacial polycondensation reaction between a polymeric isocyanate and a polyamine to form a polyurea shell; at least one organic nitrification inhibiting compound encapsulated within the polyurea shell; a microcapsule wall produced by an interfacial polycondensation reaction between a polymeric isocyanate and a polyamine to form a polyurea shell; at least one organic nitrification inhibiting compound encapsulated within the polyurea shell; (b) a second suspended phase of a plurality of microcapsules having a volume median particle size of from about 1 to about 10 micrometres, wherein the microcapsules include: a microcapsule wall produced by an interfacial polycondensation reaction between a polymeric isocyanate and a polyamine to form a second polyurea shell; at least one hydrophobic crystal inhibitor additive encapsulated within the second polyurea shell; and a microcapsule wall produced by an interfacial polycondensation reaction between a polymeric isocyanate and a polyamine to form a second polyurea shell; at least one hydrophobic crystal inhibitor additive encapsulated within the second polyurea shell; and (c) an aqueous phase.
A high performance synchronous transmission aboard a motorcycle for transmitting the motion generated by an engine to a driving wheel, between a crankshaft and a hub shaft parallel therebetween and perpendicular to the median plane of the motorcycle, the transmission comprising the crankshaft, the hub shaft, a primary shaft of mechanical gearbox equipped with a primary gearwheel, and a pair of secondary shafts (52, 53) equipped with one or more secondary gearwheels for transmitting the motion to a hub shaft, wherein the primary shaft receives the motion through a driven pulley which receives the motion by a driving pulley connected to the crankshaft, an input clutch being provided on the primary shaft.
A method for measuring the level of the Hepatocyte Growth Factor Receptor (cMET) protein in a human biological sample of formalin-fixed tissue, comprising detecting and quantifying the amount of a cMET fragment peptide of SEQ ID NO: 1 in a protein digest prepared from said human biological sample using mass spectrometry; and calculating the level of cMET protein in said sample; and wherein said level is a relative level or an absolute level.