mhurhangee/ep-ind-claims huggingface dataset:
A sensor array within a gravity field characterized in that the sensor array comprises: at least two rigid bodies (16, 17) at known intervals along a flexible substrate, the flexible substrate positioned substantially vertical and adapted to twist minimally, the at least two rigid bodies (16, 17) connected by a bendable element; each rigid body (16, 17) having at least two orthogonal World Coordinate System sensors responsive to the gravity field, the bendable element capable of bending in two degrees of freedom and containing means for minimizing twist, said sensors: arranged to sense tilt and provide constant acceleration of gravity data in at least two-degrees-of-freedom of said rigid bodies (16, 17) relative to said gravity field, and adapted for determining the three-degree-of-freedom orientations of each rigid body within the World Coordinate System. at least two rigid bodies (16, 17) at known intervals along a flexible substrate, the flexible substrate positioned substantially vertical and adapted to twist minimally, the at least two rigid bodies (16, 17) connected by a bendable element; each rigid body (16, 17) having at least two orthogonal World Coordinate System sensors responsive to the gravity field, the bendable element capable of bending in two degrees of freedom and containing means for minimizing twist, said sensors: arranged to sense tilt and provide constant acceleration of gravity data in at least two-degrees-of-freedom of said rigid bodies (16, 17) relative to said gravity field, and adapted for determining the three-degree-of-freedom orientations of each rigid body within the World Coordinate System. arranged to sense tilt and provide constant acceleration of gravity data in at least two-degrees-of-freedom of said rigid bodies (16, 17) relative to said gravity field, and adapted for determining the three-degree-of-freedom orientations of each rigid body within the World Coordinate System.
A cleat including two cams comprising mutually opposed convex surfaces rotatable about parallel axes which extend vertically in a rope-trapping position of the cleat, to bring the arcuate surfaces together and apart, the cams being urged towards each other to trap a rope therebetween, each cam also being mounted to a horizontal cylinder for rotation about the horizontal axis of the cylinder, in order to allow the rope to rotate the arcuate surfaces by pulling in a line above this horizontal axis and to free the rope, characterised in that the cams are fixed to cam cylinders lodged in apertures (4, 6) in the horizontal cylinder.
A vascular implant for implanting into a blood vessel of a patient, the vascular implant comprising a hollow-cylindrical main body with a proximal end and a distal end, a main body lumen and a longitudinal axis, and at least one hollow-cylindrical side body that branches off from the main body and comprises a side body lumen, the side body lumen being in fluid communication with the main body lumen, wherein the hollow-cylindrical main body and the at least one hollow-cylindrical side body are formed in one piece from one single planar sheet of graft material, characterized in that, the vascular implant further comprises a dart extending from the distal end of the side body opening in the main body along a portion of the proximal end of the side body, and wherein the vascular implant has at least one further additional side body branching off from either the main body or from any of the side bodies, wherein the additional side body is made from a second piece of graft material and wherein the proximal end of the additional side body is attached to the circumference of an aperture in the graft material of the main body or any of the side bodies. wherein the hollow-cylindrical main body and the at least one hollow-cylindrical side body are formed in one piece from one single planar sheet of graft material, characterized in that, the vascular implant further comprises a dart extending from the distal end of the side body opening in the main body along a portion of the proximal end of the side body, and wherein the vascular implant has at least one further additional side body branching off from either the main body or from any of the side bodies, wherein the additional side body is made from a second piece of graft material and wherein the proximal end of the additional side body is attached to the circumference of an aperture in the graft material of the main body or any of the side bodies.
A black key for a keyboard instrument, comprising: a key body that extends in a front-rear direction and is swingable; a black key cover body that is formed into a hollow shape opening downward, and is mounted on a front portion of an upper surface of said key body in a manner covering the front portion; and a weight that is received in said black key cover body and adds weight, to said key body, characterised in that said black key cover body has a lower wall protruding inward from a lower portion of at least one of left and right side walls, for holding said weight from below, said lower wall having a lower surface bonded to said key body. a key body that extends in a front-rear direction and is swingable; a black key cover body that is formed into a hollow shape opening downward, and is mounted on a front portion of an upper surface of said key body in a manner covering the front portion; and a weight that is received in said black key cover body and adds weight, to said key body, characterised in that said black key cover body has a lower wall protruding inward from a lower portion of at least one of left and right side walls, for holding said weight from below, said lower wall having a lower surface bonded to said key body.
System for plant protection product management on an agricultural field, comprising: - at least one pollinator sensor configured to collect health-related data of pollinators in the vicinity of the agricultural field and/or on the agricultural field, - a receiving unit - a computing unit; and - an output unit; wherein the at least one pollinator sensor is configured to make the health-related data of the pollinators available to the computing unit via the receiving unit, wherein the computing unit is configured to compare the health-related data of the pollinators with reference data and thereby ascertain whether or not a plant protection product can be applied to the agricultural field, wherein the output unit is configured to display, output or store in a data storage medium at least the information from the computing unit relating to the ascertainment of whether or not a plant protection product can be applied to the agricultural field. - at least one pollinator sensor configured to collect health-related data of pollinators in the vicinity of the agricultural field and/or on the agricultural field, - a receiving unit - a computing unit; and - an output unit; wherein the at least one pollinator sensor is configured to make the health-related data of the pollinators available to the computing unit via the receiving unit, wherein the computing unit is configured to compare the health-related data of the pollinators with reference data and thereby ascertain whether or not a plant protection product can be applied to the agricultural field, wherein the output unit is configured to display, output or store in a data storage medium at least the information from the computing unit relating to the ascertainment of whether or not a plant protection product can be applied to the agricultural field. wherein the at least one pollinator sensor is configured to make the health-related data of the pollinators available to the computing unit via the receiving unit, wherein the computing unit is configured to compare the health-related data of the pollinators with reference data and thereby ascertain whether or not a plant protection product can be applied to the agricultural field, wherein the output unit is configured to display, output or store in a data storage medium at least the information from the computing unit relating to the ascertainment of whether or not a plant protection product can be applied to the agricultural field.
A liquid crystal composition having a negative dielectric anisotropy comprising two components, wherein the first component is at least one compound selected from compounds represented by formula and, and the second component is at least one compound selected from compounds represented by formula: wherein R 1 and R 2 are each independently alkyl having 1 to 12 carbons, alkoxy having from 1 to 12 carbons, alkenyl having 2 to 12 carbons, or alkenyl having 2 to 12 carbons, arbitrary hydrogen of which may be replaced by fluorine; Z 1 is a single bond, ethylene, methyleneoxy or carbonyloxy; and ring A and ring B are each independently tetrahydropyran-2,5-diyl, 1,4-cyclohexylene, or 1,4-phenylene, at least one of ring A and ring B is tetrahydropyran-2,5-diyl.
Inspection apparatus for inspecting a cable tip of a cable, in particular a processed cable, preferably a cable connected to a crimp contact via a crimp connection, the inspection apparatus having a mirror apparatus with a central axis, the cable tip being able to be arranged in the mirror apparatus along the central axis for the inspection of the cable tip, the mirror apparatus comprising a plurality of mirror elements (10, 10') arranged at a predetermined angle to one another and at a predetermined angle to the central axis, each comprising a mirror for viewing the cable tip arranged along the central axis of the mirror apparatus from different viewing angles, the inspection apparatus further comprising a camera for generating images of the cable tip from different viewing angles by means of the mirrors, characterized in that at least some of the mirror elements (10, 10'), in particular all of the mirror elements (10, 10'), are held in their respective positions in the mirror apparatus by magnets (9, 9', 9", 9′′′). the inspection apparatus having a mirror apparatus with a central axis, the cable tip being able to be arranged in the mirror apparatus along the central axis for the inspection of the cable tip, the mirror apparatus comprising a plurality of mirror elements (10, 10') arranged at a predetermined angle to one another and at a predetermined angle to the central axis, each comprising a mirror for viewing the cable tip arranged along the central axis of the mirror apparatus from different viewing angles, the inspection apparatus further comprising a camera for generating images of the cable tip from different viewing angles by means of the mirrors, characterized in that at least some of the mirror elements (10, 10'), in particular all of the mirror elements (10, 10'), are held in their respective positions in the mirror apparatus by magnets (9, 9', 9", 9′′′).
Lighting and/or signalling lighting device for motor vehicles, including: - at least one lighting module adapted to emit a light beam (6, 8, 10) and including a heatsink; and - a support (12, 20); characterized in that the or each module is mounted to pivot on the support (12, 20) via its heatsink, in that the support includes a cradle on which the heatsink of the or each module is pivotably mounted, said cradle preferably being made of electrically insulative material, in that the cradle forms two arms (20 1) extending laterally on either side of the heatsink, in that the heatsink of the or each module includes laterally, on each side, a journal (14 1) cooperating with one of the arms (20 1), in that at least one, notably each, of the two arms (20 1) includes surfaces (20 2) for guiding the corresponding journal (14 1) of the heatsink relative to the cradle to fit the or each module, in that the or each module includes means (18 1) for lateral retention of the arms (20 1) relative to said module, and in that the or each module includes a mask including the lateral retaining means, said means preferably forming surfaces for retaining the arms on said mask. - at least one lighting module adapted to emit a light beam (6, 8, 10) and including a heatsink; and - a support (12, 20);
A neuromodulation catheter, comprising: an elongate shaft; and a neuromodulation element operably connected to the shaft, the neuromodulation element including- an elongate support member, and a plurality of bow springs operably connected to the support member, the individual bow springs (128, 130, 132, 134, 148, 150) including a distal leg and a proximal leg, the distal and proximal legs of the plurality of bow springs being longitudinally interdigitated, wherein the individual bow springs are configured to independently expand radially outward from the support member when the neuromodulation element transitions from a low-profile delivery state to a deployed state. an elongate shaft; and a neuromodulation element operably connected to the shaft, the neuromodulation element including- an elongate support member, and a plurality of bow springs operably connected to the support member, the individual bow springs (128, 130, 132, 134, 148, 150) including a distal leg and a proximal leg, the distal and proximal legs of the plurality of bow springs being longitudinally interdigitated, wherein the individual bow springs are configured to independently expand radially outward from the support member when the neuromodulation element transitions from a low-profile delivery state to a deployed state. an elongate support member, and a plurality of bow springs operably connected to the support member, the individual bow springs (128, 130, 132, 134, 148, 150) including a distal leg and a proximal leg, the distal and proximal legs of the plurality of bow springs being longitudinally interdigitated, wherein the individual bow springs are configured to independently expand radially outward from the support member when the neuromodulation element transitions from a low-profile delivery state to a deployed state.
A computer-implemented automatic inspection method comprising: computing target feature vectors for points in a 3D point-cloud representation of an inspection target; computing component feature vectors for points in a 3D point-cloud representation of a component; and performing matching between the target feature vectors and the component feature vectors to obtain point pairs each comprising a said point in the 3D point-cloud representation of the inspection target and a said point in the 3D point-cloud representation of the component to determine whether the component is present in the inspection target, characterized in that the method further comprises computing a geometric transformation between the component and the inspection target and determining that the component is present in the inspection target when a result of the geometric transformation meets a predefined criterion. computing target feature vectors for points in a 3D point-cloud representation of an inspection target; computing component feature vectors for points in a 3D point-cloud representation of a component; and performing matching between the target feature vectors and the component feature vectors to obtain point pairs each comprising a said point in the 3D point-cloud representation of the inspection target and a said point in the 3D point-cloud representation of the component to determine whether the component is present in the inspection target, characterized in that the method further comprises computing a geometric transformation between the component and the inspection target and determining that the component is present in the inspection target when a result of the geometric transformation meets a predefined criterion.
Oxygen administration apparatus comprising a source of oxygen, an oxygen administration device, a flexible oxygen-conducting line connectible at one end to the source of oxygen and at another end to the oxygen administration device, characterised by a safety valve in the line, the safety valve comprising a shuttle, a sealing member carried by the shuttle, means biasing the shuttle in a valve closing direction, and a fusible stop preventing closure of the valve, whereby fusing of the stop allows the biasing means to close the valve, wherein the shuttle is displaceable within a hollow body having a hollow stem complementary to a stem of the shuttle and engageable with the line, the fusible stop engaging the Interior of the stem of the body.
A computer implemented method for designing a firmware version, comprising the following steps: - writing said firmware version, and - providing said firmware version with a version data identifying said firmware version; characterized in that said method also comprises a step for providing said firmware version with a second data, called rollback data: - provided to be compared to the version data of other versions of said firmware, and - authorizing, and indicating a limit for, older firmware versions to which said firmware may be downgraded to. - writing said firmware version, and - providing said firmware version with a version data identifying said firmware version; - provided to be compared to the version data of other versions of said firmware, and - authorizing, and indicating a limit for, older firmware versions to which said firmware may be downgraded to.
A hybrid rocket engine configured for using a solid fuel and a liquid or gaseous oxidizer, the hybrid rocket engine comprising: an oxidizer tank configured to store an oxidizer; an oxidizer pump configured to pressurize the oxidizer by being connected to the oxidizer tank through a first oxidizer supply line; and a drive unit comprising an electric motor configured to drive the oxidizer pump and a battery configured to supply power to the electric motor; characterized by an auxiliary oxidizer line configured to guide the oxidizer from the oxidizer tank to the electric motor to cool the electric motor of the drive unit; an oxidizer recirculation line configured to recharge oxidizer vapor, generated through heat exchange between the electric motor and the oxidizer, to the oxidizer tank, thereby pressurizing an inner side of the oxidizer tank; and a combustion chamber configured to combust the oxidizer and fuel by being connected to the oxidizer pump through a second oxidizer supply line. an oxidizer tank configured to store an oxidizer; an oxidizer pump configured to pressurize the oxidizer by being connected to the oxidizer tank through a first oxidizer supply line; and a drive unit comprising an electric motor configured to drive the oxidizer pump and a battery configured to supply power to the electric motor; characterized by an auxiliary oxidizer line configured to guide the oxidizer from the oxidizer tank to the electric motor to cool the electric motor of the drive unit; an oxidizer recirculation line configured to recharge oxidizer vapor, generated through heat exchange between the electric motor and the oxidizer, to the oxidizer tank, thereby pressurizing an inner side of the oxidizer tank; and a combustion chamber configured to combust the oxidizer and fuel by being connected to the oxidizer pump through a second oxidizer supply line.
Ensemble comprising two complementary pipes (2, 3) for conveying substances which can flow, each complementary pipe possessing a structure forming a coaxial transmission line, said structure comprising: - a first tubular layer of electrically conductive material (41, 44); - a second tubular layer of electrically conductive material (43, 46); and - at least one first layer of dielectric material (42, 45) mounted in-between the first and the second layers of electrically conductive material, in such a way that: - the first layer of electrically conductive material forms an outer conductor of the coaxial transmission line, - the second layer of electrically conductive material forms an inner conductor of the coaxial transmission line; characterized in that the ensemble further comprises an electromagnetic coupler for mutually coupling the respective coaxial transmission lines of the complementary pipes, and in that each complementary pipe (2, 3) comprises a respective recess (51, 52) formed on an end of said pipe, the respective recess extending between the first layer and the second layers of electrically conductive material of said pipe in such a manner that, when the complementary pipes are connected to each other end-to-end, the respective recesses face each other so as to form together a cavity adapted to house the electromagnetic coupler. - a first tubular layer of electrically conductive material (41, 44); - a second tubular layer of electrically conductive material (43, 46); and - at least one first layer of dielectric material (42, 45) mounted in-between the first and the second layers of electrically conductive material, in such a way that: - the first layer of electrically conductive material forms an outer conductor of the coaxial transmission line, - the second layer of electrically conductive material forms an inner conductor of the coaxial transmission line; - the first layer of electrically conductive material forms an outer conductor of the coaxial transmission line, - the second layer of electrically conductive material forms an inner conductor of the coaxial transmission line;
A smokeless flavor inhalator comprising: a carbon heat source; a tobacco material located downstream of the heat source; and a heat source holder attached to at least a part of the heat source, the carbon heat source being attached to a distal end of the heat source holder, the heat source holder having heat resistance and being tubular in shape, a peripheral wall of the heat source holder having a laminated structure and including a metal layer which constitutes an inner surface of the peripheral wall, and a cooling element, characterized in that the peripheral wall of the heat source holder includes a paper layer which is superposed on the metal layer, and an incombustible material which is superposed on the paper layer, and the cooling element is coupled to downstream of the heat source; wherein the cooling element includes internal passages. a carbon heat source; a tobacco material located downstream of the heat source; and a heat source holder attached to at least a part of the heat source, the carbon heat source being attached to a distal end of the heat source holder, the heat source holder having heat resistance and being tubular in shape, a peripheral wall of the heat source holder having a laminated structure and including a metal layer which constitutes an inner surface of the peripheral wall, and a cooling element, characterized in that the peripheral wall of the heat source holder includes a paper layer which is superposed on the metal layer, and an incombustible material which is superposed on the paper layer, and the cooling element is coupled to downstream of the heat source; wherein the cooling element includes internal passages.
Surface-treatment appliance (1, 1a, 1b) having a base arrangement (2, 2a) which in a functional position can be displaced over a surface to be treated, and having a guide part (3, 3b), which is articulated on the base arrangement (2, 2a) and is intended for controlling the base arrangement (2, 2a) manually, wherein on the base arrangement (2, 2a) an arcuate guide (11, 11a, 11b, 11c) is provided, on which a carriage body (12, 12a, 12b, 12c), which is connected to the guide part (3, 3b), can be displaced in a linear manner, which carriage body is supported on the arcuate guide (11, 11a, 11b), at least in the radial direction, by means of at least two supporting points (P1, P2) which are spaced apart from one another along the arcuate guide (11, 11a, 11b, 11c), characterized in that the guide part is connected to the carriage body (12, 12a, 12b) by means of a joint element having a joint axis, wherein the joint axis is oriented essentially parallel to a guide plane of the arcuate guide (11, 11a, 11b).