mhurhangee/ep-ind-claims huggingface dataset:
An autonomous visual pointing module producing location information about a target aimed at by a user and intended to be installed on portable equipment to form a portable and autonomous visual target pointing system, the target location information being at least the target heading, the module including: - an autonomous power supply, - control, calculation and user-interfacing electronic circuits, - a motion sensor including an inertial navigation system, INS, providing the module location and heading, or an attitude heading reference system, AHRS, providing only the heading, - a satellite geolocation receiver, GNSS, for providing the module location in real time and continuously, and for hybridizing the inertial sensors, - an optronic unit including a set of optical sensors of the viewfinder and/or camera type, for visually pointing the module to the aimed-at target, and a rangefinder for determining the distance between the target and the module, characterized in that the motion sensor includes gyrometers and accelerometers, and in that the gyrometers are of the hemispherical-resonator, HRG, type, making it possible to autonomously determine the North direction and in that the module further comprises repositioning means thanks to angular or triangulation measurements of several visible points of reference visible by the optronic unit and having known locations in the case the satellite geolocation receiver, GNSS, could not provide the module position. - an autonomous power supply, - control, calculation and user-interfacing electronic circuits, - a motion sensor including an inertial navigation system, INS, providing the module location and heading, or an attitude heading reference system, AHRS, providing only the heading, - a satellite geolocation receiver, GNSS, for providing the module location in real time and continuously, and for hybridizing the inertial sensors, - an optronic unit including a set of optical sensors of the viewfinder and/or camera type, for visually pointing the module to the aimed-at target, and a rangefinder for determining the distance between the target and the module, characterized in that the motion sensor includes gyrometers and accelerometers, and in that the gyrometers are of the hemispherical-resonator, HRG, type, making it possible to autonomously determine the North direction and in that the module further comprises repositioning means thanks to angular or triangulation measurements of several visible points of reference visible by the optronic unit and having known locations in the case the satellite geolocation receiver, GNSS, could not provide the module position. characterized in that the motion sensor includes gyrometers and accelerometers, and in that the gyrometers are of the hemispherical-resonator, HRG, type, making it possible to autonomously determine the North direction and in that the module further comprises repositioning means thanks to angular or triangulation measurements of several visible points of reference visible by the optronic unit and having known locations in the case the satellite geolocation receiver, GNSS, could not provide the module position.
A dual type drying machine comprising: a main drying unit comprising an opening/closing door provided at a front side of the dual type drying machine; an auxiliary drying unit disposed above the main drying unit and comprising an opening/closing door provided at a top surface of the auxiliary drying unit disposed above the main drying unit; and an operation panel disposed at exterior of the dual type drying machine for operating at least one of the main drying unit and the auxiliary drying unit; characterized by, a cabinet surrounding an exterior of the main drying unit and an exterior of the auxiliary drying unit, wherein a top exterior surface of the dual type drying machine is formed by a top surface of the opening/closing door of the auxiliary drying unit being closed and a top surface of the cabinet. a main drying unit comprising an opening/closing door provided at a front side of the dual type drying machine; an auxiliary drying unit disposed above the main drying unit and comprising an opening/closing door provided at a top surface of the auxiliary drying unit disposed above the main drying unit; and an operation panel disposed at exterior of the dual type drying machine for operating at least one of the main drying unit and the auxiliary drying unit; characterized by, a cabinet surrounding an exterior of the main drying unit and an exterior of the auxiliary drying unit, wherein a top exterior surface of the dual type drying machine is formed by a top surface of the opening/closing door of the auxiliary drying unit being closed and a top surface of the cabinet.
Insert plate for a fridge and/or freezer, which plate is configured for insertion into a cooling chamber of a fridge and/or freezer, in order for refrigerated goods to be arranged or deposited thereon, comprising: a first flat surface side that is arranged on a planar side of the insert plate and is intended for the arrangement or depositing of refrigerated goods, and a second surface side which is opposite the first surface side and is provided with at least one depression, wherein the insert plate comprises a plurality of layers (5, 6), a first layer of which has a flat plate-like shape comprising two flat planar sides and is used for forming the first flat surface side, and a second layer which comprises the at least one depression and is used for forming the second surface side that comprises the at least one depression, and wherein the change from the first flat surface side of the insert plate to the second surface side of the insert plate comprising the at least one depression can be achieved by turning the insert plate, wherein the first layer of the insert plate is made of glass, and the second layer comprises plastics material, characterised in that the second layer comprising at least one depression is fastened to the first layer by means of a snap connection.
A base plate for thyroxine immunoassay, comprising a conjugate of thyroxine or a derivative thereof and albumin, having a ratio of the molecule number of thyroxine or a derivative thereof to the molecule number of albumin of from 8 to 12, wherein the derivative is a compound obtained by esterifying the carboxyl group of thyroxine, and/or wherein in the derivative, the amino group of thyroxine is bonded to a linker having a carboxyl group on the end on the opposite side of the end that reacts with the amino group.
A foundry production line including a sand moulding machine, a melt pouring device, and a shakeout machine for breaking apart sand moulds and taking out castings, the sand moulding machine including at least one moulding chamber in which at least one pattern plate (6, 52) is adapted to form a pattern in a sand mould part during compaction of the sand mould part in the moulding chamber, at least one pattern plate being provided with at least one sand mould identification device including a plurality of individually adjustable indicator elements (8, 9, 10) adapted to impress an identification pattern in a sand mould part during its compaction, each individual indicator element (8, 9, 10) being formed at an end of a rotationally arranged cylindrical element, the rotational position of each individual indicator element (8, 9, 10) about an axis of rotation of the corresponding cylindrical element being adjustable by means of an actuator being controlled by a controller adapted to provide each sand mould formed by two sand mould parts with at least one individual identification pattern arranged to form a corresponding individual identification pattern in a resulting casting, the foundry production line including an automatic image detection system adapted to detect the resulting individual identification patterns in the castings, and the foundry production line including a computer controlled database system adapted to store data relating to a number of production variables measured and/or set during production and data relating to the quality of the produced castings, characterised in that each individually adjustable indicator element (8, 9, 10) is formed with rounded edges and is formed to indicate a direction along a diameter of the corresponding cylindrical element on which it is arranged, in that the foundry production line includes a finishing apparatus adapted to clean castings and an inspection station for inspection of castings being arranged after the finishing apparatus in a transport direction of the castings, in that the automatic image detection system includes an imaging device arranged at the inspection station, in that the imaging device is adapted to provide a digital image of an individual identification pattern formed in a cleaned casting, and in that the automatic image detection system includes a computer system adapted to run a computer program developed by means of machine learning to analyse the digital image and thereby detect the individual identification pattern of the cleaned casting.
A surgical system comprising: an elongate support proportioned for insertion into a body cavity; at least two tools, each having a flexible shaft; at least two tool cannulas supported by the elongate support, each tool cannula having a deflectable distal portion and a lumen for removably receiving a tool for performing a procedure within the body cavity, the deflectable distal portions having a streamlined position for insertion into a body cavity and a deflected position that positions the lumens to give the tools access to a common operative site; each tool cannula having a plurality of pull wires such that its deflectable distal portion is deflectable in response to application of tension on at least one of the pull wires to thereby steer a tool positioned in the lumen of the cannula; and a pair of slidable stiffening cannulas, each advanceable from a corresponding one of the tool cannulas over a portion of the shaft of the corresponding tool. an elongate support proportioned for insertion into a body cavity; at least two tools, each having a flexible shaft; at least two tool cannulas supported by the elongate support, each tool cannula having a deflectable distal portion and a lumen for removably receiving a tool for performing a procedure within the body cavity, the deflectable distal portions having a streamlined position for insertion into a body cavity and a deflected position that positions the lumens to give the tools access to a common operative site; each tool cannula having a plurality of pull wires such that its deflectable distal portion is deflectable in response to application of tension on at least one of the pull wires to thereby steer a tool positioned in the lumen of the cannula; and a pair of slidable stiffening cannulas, each advanceable from a corresponding one of the tool cannulas over a portion of the shaft of the corresponding tool.
A roofing underlay, in particular intended for use as a roof cladding underlay and/or roof lining membrane, comprising at least one outside non-woven layer, at least one inside non-woven layer and at least one microporous membrane layer based on at least one polyolefinic plastic, wherein the membrane layer is arranged between the outside non-woven layer and the inside non-woven layer, characterised in that at least one further polyolefinic-plastic-based, microporous membrane layer is provided between the outside non-woven layer and the inside non-woven layer and that the further membrane layer is separated from the membrane layer by a separating layer, wherein the separating layer designed to be permeable to liquid water and/or as a fabric of fibres, in particular non-woven fabric.
Crimper with a first crimper arm and a second crimper arm which are connected to one another in a hinged manner and which extend in a longitudinal orientation, wherein the longitudinal orientation extends from a joint connecting the crimper arms towards the end of the crimper opposite the joint, and which each have a heating plate (1a, 1b) with in each case a heating surface (11a, 11b) for styling hair (h), said heating plates being arranged opposite one other, wherein the heating surfaces (11a, 11b) each have at least one elevation extending at an angle of between 45° and 90° inclusive relative to the longitudinal orientation of the crimper arms (2a, 2b), and wherein the first crimper arm and the second crimper arm are embodied in a rod-like manner and have a handle area, characterised in that the heating surfaces (11a, 11b) on the respective crimper arm (2a, 2b) are arranged offset transversely to the handle area relative to the longitudinal orientation.
A method comprising: receiving, by a station, STA, from an access point, AP,, a message using a first radio access technology, RAT, wherein the STA is configured to operate in the first RAT and a second RAT, wherein the first RAT is a Wi-Fi and the second RAT is a cellular, wherein the message is a probe response or a beacon frame and wherein the message comprises a channel quality indicator, CQI, of the second RAT; determining, by the STA, whether to transition from the first RAT to the second RAT in accordance with the message and based on the CQI; and upon determining to transition from the first RAT to the second RAT, transmitting, by the STA to the AP, a disassociation request, and transmitting, by the STA to a communications controller, an association request. receiving, by a station, STA, from an access point, AP,, a message using a first radio access technology, RAT, wherein the STA is configured to operate in the first RAT and a second RAT, wherein the first RAT is a Wi-Fi and the second RAT is a cellular, wherein the message is a probe response or a beacon frame and wherein the message comprises a channel quality indicator, CQI, of the second RAT; determining, by the STA, whether to transition from the first RAT to the second RAT in accordance with the message and based on the CQI; and upon determining to transition from the first RAT to the second RAT, transmitting, by the STA to the AP, a disassociation request, and transmitting, by the STA to a communications controller, an association request. transmitting, by the STA to the AP, a disassociation request, and transmitting, by the STA to a communications controller, an association request.
A steering device comprising: a cylindrical inner column having a first hole opened therein, the cylindrical inner column rotatably supporting an input shaft connected to a steering wheel; an outer column having a cylindrical shape into which at least a part of the inner column is inserted and having a slit at one insertion side end of the inner column; and an outer column bracket fixed to a vehicle body side member to support the outer column and to tighten the outer column along with a telescopic friction plate having a plate shape; characterized in that the steering device further comprises an inner column bracket having a second hole opened therein, the inner column supported by the telescopic friction plate; and a shear pin (P, PA, PC, Q, Q1, Q2, Q3, Q4, R, RA, RC) provided at a position straddling the first hole and the second hole, and the shear pin (P, PA, PC, Q, Q1, Q2, Q3, Q4, R, RA, RC) detachably connecting the inner column and the inner column bracket to each other. a cylindrical inner column having a first hole opened therein, the cylindrical inner column rotatably supporting an input shaft connected to a steering wheel; an outer column having a cylindrical shape into which at least a part of the inner column is inserted and having a slit at one insertion side end of the inner column; and an outer column bracket fixed to a vehicle body side member to support the outer column and to tighten the outer column along with a telescopic friction plate having a plate shape; characterized in that the steering device further comprises an inner column bracket having a second hole opened therein, the inner column supported by the telescopic friction plate; and a shear pin (P, PA, PC, Q, Q1, Q2, Q3, Q4, R, RA, RC) provided at a position straddling the first hole and the second hole, and the shear pin (P, PA, PC, Q, Q1, Q2, Q3, Q4, R, RA, RC) detachably connecting the inner column and the inner column bracket to each other.
A method for moving a landing string positioned within a blowout preventer, BOP, during a safety-critical situation, the method comprising: connecting an assembly to the landing string, the assembly having a first lock, a second lock and a slip joint; securing a lower portion of the slip joint to a riser disposed around the landing string by activating the second lock; securing an upper portion of the slip joint to a floating vessel by activating the first lock; cutting the landing string by activating a shear ram in the BOP upon determination of the safety-critical situation; and moving, by hydraulic cylinders, a portion of the landing string relative to the BOP, wherein the second lock includes dogs for engaging a profile on the riser and tabs for engaging profiles on a mandrel of the second lock, and wherein activation of the second lock includes engaging the dogs with the profile in the riser by movement of the dogs axially along the mandrel by the hydraulic cylinders and moving the dogs radially between a retracted position and an extended position, the tabs engaging the profiles on the mandrel as the dogs move axially along the mandrel. connecting an assembly to the landing string, the assembly having a first lock, a second lock and a slip joint; securing a lower portion of the slip joint to a riser disposed around the landing string by activating the second lock; securing an upper portion of the slip joint to a floating vessel by activating the first lock; cutting the landing string by activating a shear ram in the BOP upon determination of the safety-critical situation; and moving, by hydraulic cylinders, a portion of the landing string relative to the BOP, wherein the second lock includes dogs for engaging a profile on the riser and tabs for engaging profiles on a mandrel of the second lock, and wherein activation of the second lock includes engaging the dogs with the profile in the riser by movement of the dogs axially along the mandrel by the hydraulic cylinders and moving the dogs radially between a retracted position and an extended position, the tabs engaging the profiles on the mandrel as the dogs move axially along the mandrel.
Composition comprising one or more organic light emitting materials having a molecular weight of at most 5000 g/mol, wherein said light emitting material is an organic phosphorescent compound which emits light and in addition contains at least one atom having an atomic number greater than 38, one or more organic solvents having a boiling point of at least 130°C, and one or more polymers, characterized in that said polymer, which has a weight average molecular weight of at least 100000 g/mol, determined by gel permeation chromatography against polystyrene standards, is an inert binder and in that the composition comprises 0.5 to 4 % by weight of one or more organic light emitting materials and 0.5 to 4 % by weight of said inert binder, in relation to 100% of the solvent or solvent mixture, wherein the weight ratio of said inert polymeric binder to the light emitting material is in the range from 1:2 to 1:5, wherein inert binder means that the polymer does not have semiconducting properties or chemically reacts with any of the semiconducting compounds in the composition, and wherein said inert binder is a polymer comprising repeating units derived from olefin monomers consisting of hydrogen and carbon atoms and/ or styrene monomers.
A device for controlling the turning of an object, said device comprising - a shaft having a hollow cylindrical shape with a central axis and a circumferential wall enclosing a first space, - a sleeve having a hollow cylindrical shape with a circumferential wall, said sleeve being arranged so that at least a portion of its circumferential wall encloses said shaft along at least a portion of the axial extension of said shaft, forming a second space between said shaft and said sleeve, said sleeve being axially displaceable and rotationally locked in relation to said shaft, and axially and rotationally lockable in relation to said object to be turned, whereby movement of the sleeve is transmittable to movement of the object, - a housing comprising means for rotating the shaft about the central axis, said shaft being axially locked in relation to said housing, said housing further comprising at least one inlet for a lubricant, - a lubricant collector for collecting said lubricant, wherein said circumferential wall of said shaft has at least a first through hole, extending from said first space to said second space, and said circumferential wall of said sleeve has at least a second through hole, for providing the second space in fluid communication with the lubricant collector, wherein said housing is in fluid communication with said second space, so that the lubricant can flow from the housing to said second space, and wherein said first space is pressurizeable, for causing the lubricant in said second space to be displaced through said second through hole, and collected in said lubricant collector. - a shaft having a hollow cylindrical shape with a central axis and a circumferential wall enclosing a first space, - a sleeve having a hollow cylindrical shape with a circumferential wall, said sleeve being arranged so that at least a portion of its circumferential wall encloses said shaft along at least a portion of the axial extension of said shaft, forming a second space between said shaft and said sleeve, said sleeve being axially displaceable and rotationally locked in relation to said shaft, and axially and rotationally lockable in relation to said object to be turned, whereby movement of the sleeve is transmittable to movement of the object, - a housing comprising means for rotating the shaft about the central axis, said shaft being axially locked in relation to said housing, said housing further comprising at least one inlet for a lubricant, - a lubricant collector for collecting said lubricant, wherein said circumferential wall of said shaft has at least a first through hole, extending from said first space to said second space, and said circumferential wall of said sleeve has at least a second through hole, for providing the second space in fluid communication with the lubricant collector, wherein said housing is in fluid communication with said second space, so that the lubricant can flow from the housing to said second space, and wherein said first space is pressurizeable, for causing the lubricant in said second space to be displaced through said second through hole, and collected in said lubricant collector.
Apparatus for transporting documents in a paper handling system, the apparatus comprising: a flexible drive train comprising a plurality of chain links; a document transport element connected to the drive train for moving documents; and means for constraining the flexible drive train to move along a predetermined serial path, the transport element comprising a pawl extending orthogonal to the drive train and a pawl support member extending rearwardly in the direction of travel of the drive train and overlying the drive train to restrain movement of the drive train out of the predetermined path, the apparatus being characterized in that the support member has a base length extending over more than two chain links and is angled to cover the width of the chain.