mhurhangee/ep-ind-claims huggingface dataset:
A solar-cell module backing layer obtained by melt co-extruding (i) a first polymer composition comprising (a) a polyamide, (b) an elastomer and (c) an elastomer that contains groups that bond chemically and/or interact physically with the polyamide, and wherein the first polymer composition comprises from 10 to 90 wt.% of the polyamide (a) and from 10 to 90 wt.% of the elastomer (b) and (c) (of the total weight of polyamide (a) and elastomer (b) and (c) present in the first polymer composition) and (ii) a second polymer composition comprising from 50 to 98 wt.% of elastomer and from 0.15-5 wt.% of groups (based on the total weight of the second polymer composition) that bond chemically and/or interact physically with the solar cell and optionally with the first polymer composition.
Suspension apparatus for suspending sausages, in particular sausage chains, comprising a plurality of circulating suspension hooks, the suspension apparatus being configured such that it is able to accommodate a plurality of groups of sausages, the respective sausages being suspended from n suspension hooks (n ∈ IN), characterised by at least one variable indicator capable of indicating a group end and/or a group beginning.
Adapter for a boring grate, the said boring grate comprising a guide orifice for an automatic boring unit having a clamp, the said adapter comprising: - a body with a first face and a second face, - a guide tube connected to the body and projecting with respect to the second face, the said guide tube comprising an outer cylindrical wall with a diameter equal to that of the guide orifice of the boring grate and an inner duct with a diameter equal to that of a cylindrical bearing surface of a nose of a quarter-turn automatic boring unit, - an immobilization system configured to immobilize the adapter with respect to the boring grate, the said adapter being characterized in that it comprises: - a pin connected to the body and projecting with respect to the first face, the said pin being configured in such a way that, in operation, a projecting shape of the nose of the quarter-turn automatic boring unit butts against the said pin when the cylindrical bearing surface of the said nose is inserted into the inner duct. - a body with a first face and a second face, - a guide tube connected to the body and projecting with respect to the second face, the said guide tube comprising an outer cylindrical wall with a diameter equal to that of the guide orifice of the boring grate and an inner duct with a diameter equal to that of a cylindrical bearing surface of a nose of a quarter-turn automatic boring unit, - an immobilization system configured to immobilize the adapter with respect to the boring grate, the said adapter being characterized in that it comprises: - a pin connected to the body and projecting with respect to the first face, the said pin being configured in such a way that, in operation, a projecting shape of the nose of the quarter-turn automatic boring unit butts against the said pin when the cylindrical bearing surface of the said nose is inserted into the inner duct. - a pin connected to the body and projecting with respect to the first face, the said pin being configured in such a way that, in operation, a projecting shape of the nose of the quarter-turn automatic boring unit butts against the said pin when the cylindrical bearing surface of the said nose is inserted into the inner duct.
A cash box, comprising a receiving compartment for receiving a value note stack, and a press-on unit for exerting a counterforce directed opposite to the deposit direction of notes of value against the value note stack received in the receiving compartment, wherein the press-on unit is movable in the deposit direction and opposite to the deposit direction, wherein the press-on unit comprises a locking element for holding the press-on unit in an end position, and wherein the locking element in a locking position is engaged with a stationary first engagement element of the cash box and in an unlocked position enables movement of the press-on unit opposite to the deposit direction, wherein the locking element and the first engagement element are formed such that the locking element can only be moved from the locking position into the unlocked position when the press-on unit has previously been moved from the end position in the deposit direction by at least a predetermined minimum distance, characterized in that the first engagement element is formed as a recess on the side of a bottom element of the cash box facing away from the receiving compartment.
A downhole valve system for controlling a flow of a fluid to and from a formation, comprising: - a casing having an inner surface, an outer diameter (OD c) and an inner diameter (ID c), and a cross section (A c) defined by the inner diameter, the casing comprising: - a plurality of valves (4, 4a, 4b, 4c) arranged spaced apart from each other for controlling the flow of the fluid to and from the formation through the casing, each valve comprising a displaceable part for adjusting the inflow of fluid, characterised in that the casing further comprises: - a plurality of autonomous operating adjusting devices each controlling one of the plurality of valves and each autonomous operating adjusting device comprising a body having an outer body diameter (D b) and a body cross section (A b), the plurality of autonomous operating adjusting devices being fastened inside the casing in order to allow the fluid to flow between the outer body diameter of the body of the autonomous operating adjusting device and the casing, wherein each autonomous operating adjusting device comprises a stroking device providing an axial stroke for moving the displaceable part. - a casing having an inner surface, an outer diameter (OD c) and an inner diameter (ID c), and a cross section (A c) defined by the inner diameter, the casing comprising: - a plurality of valves (4, 4a, 4b, 4c) arranged spaced apart from each other for controlling the flow of the fluid to and from the formation through the casing, each valve comprising a displaceable part for adjusting the inflow of fluid, characterised in that the casing further comprises: - a plurality of autonomous operating adjusting devices each controlling one of the plurality of valves and each autonomous operating adjusting device comprising a body having an outer body diameter (D b) and a body cross section (A b), the plurality of autonomous operating adjusting devices being fastened inside the casing in order to allow the fluid to flow between the outer body diameter of the body of the autonomous operating adjusting device and the casing,
An electronic device comprising a system for grounding comprising: • a first electronic board comprising a first ground plane and at least one footprint adapted to connect said first ground plane with an electronic component; • at least a second electronic board comprising a second ground plane, said second electronic board being superposed onto the first electronic board, • a grounding metallic piece comprising a first part perpendicular to said first electronic board and a second part parallel to said first electronic board: characterized in that • said at least one footprint defines a closed line on said first electronic board; • the metallic piece is dimensioned such that the first part corresponds to a projection of said closed line defined by one of said at least one footprint, and such that the shape of the second part corresponds to the shape defined by said closed line, and the metallic piece is also adapted to provide a shielding of at least one component positioned between said first electronic board and the metallic piece; • the second part comprises elements (105, 107) providing a contact with said second electronic board thus electrically connecting the second ground plane with said first ground plane. • a first electronic board comprising a first ground plane and at least one footprint adapted to connect said first ground plane with an electronic component; • at least a second electronic board comprising a second ground plane, said second electronic board being superposed onto the first electronic board, • a grounding metallic piece comprising a first part perpendicular to said first electronic board and a second part parallel to said first electronic board: characterized in that • said at least one footprint defines a closed line on said first electronic board; • the metallic piece is dimensioned such that the first part corresponds to a projection of said closed line defined by one of said at least one footprint, and such that the shape of the second part corresponds to the shape defined by said closed line, and the metallic piece is also adapted to provide a shielding of at least one component positioned between said first electronic board and the metallic piece; • the second part comprises elements (105, 107) providing a contact with said second electronic board thus electrically connecting the second ground plane with said first ground plane.
A coal tray assembly comprising two trays each comprising: a bottom plate; and a rim formed on the bottom plate, wherein the rim comprises a first planar plate and a second planar plate connected to the first planar plate so that an angle (θ1) of less than 180° is defined between the first and second planar plates (20/30) on an internal side of the rim, characterized in that one of the first and second planar plates (20/30) of each of the trays works with a corresponding one of the first and second planar plates (20/30) of the other tray to clamp a post, wherein one of the first and second planar plates (20/30) of each of the trays is pivotally connected to the corresponding planar plate (20/30) of the other tray. a bottom plate; and a rim formed on the bottom plate, wherein the rim comprises a first planar plate and a second planar plate connected to the first planar plate so that an angle (θ1) of less than 180° is defined between the first and second planar plates (20/30) on an internal side of the rim, characterized in that one of the first and second planar plates (20/30) of each of the trays works with a corresponding one of the first and second planar plates (20/30) of the other tray to clamp a post, wherein one of the first and second planar plates (20/30) of each of the trays is pivotally connected to the corresponding planar plate (20/30) of the other tray.
Flat face screw quick coupling comprising a female half coupling which in turn comprises a main body and an adaptor body coupled to said main body for the connection of a hydraulic line, said main body comprising in turn a front portion and a rear portion, said front portion being configured to house the front portion of a male half coupling in turn connectible to a hydraulic line, said main body further comprising a safety ring nut slidably associated externally with said main body and movable between a first operating position that allows the connection/disconnection of the male half coupling with/from the female half coupling, and a second operating position in which the connection/disconnection operations are prevented, further comprising a first sealing gasket interposed between said ring nut and said front portion of said internal body and a second sealing gasket interposed between said ring nut and said rear portion of said main body, characterized in that said front portion of said main body extends frontally to the female half coupling for a greater length than the maximum stroke of the safety ring nut, and in that said first gasket has a toroidal shape and a transverse profile on a radial plane comprising a first side, which faces towards the inside of the toroid, substantially flat for said main body to rest on said front portion, and a second side, which faces towards the outside of the toroid, and having a first section and a second section that project upwards from a connecting section interposed between them, configured to be inserted within a designated counter-shaped seat obtained on said ring nut.
A point-of-birth testing system for newborn screening comprising: a point-of-birth instrument for processing sample fluid of a newborn; a smart display communicatively coupled to the point-of-birth instrument to provide user interface and operate the point-of-birth instrument; a biochemical cartridge for receiving sample fluid to be processed; wherein the biochemical cartridge inserts into the point-of-birth instrument for processing the sample fluid, and wherein the smart display communicates results of processed sample fluid; and a pulse oximetry mechanism and a hearing screening mechanism. a point-of-birth instrument for processing sample fluid of a newborn; a smart display communicatively coupled to the point-of-birth instrument to provide user interface and operate the point-of-birth instrument; a biochemical cartridge for receiving sample fluid to be processed; wherein the biochemical cartridge inserts into the point-of-birth instrument for processing the sample fluid, and wherein the smart display communicates results of processed sample fluid; and a pulse oximetry mechanism and a hearing screening mechanism.
A cable pull-in system for offshore structures of the type having a hollow interior extending from the sea bed to above the surface of the water and an entry hole in the external wall of the structure, CHARACTERIZED IN THAT the system comprises an entry hole protection unit comprising a frame equipped with magnets and arranged to be attached to the external wall of the structure by said magnets at the entry hole, said entry hole protection unit further comprising an elongated, hollow bend stiffener section arranged to protrude through the entry hole when the frame is attached to the external wall, the system yet further comprising an elongated bend stiffener assembly within the interior of which is arranged an elongated cable member, said elongated bend stiffener assembly being equipped with radial sealing members adapted for engaging the interior of the bend stiffener section.
A method for evaluating spectacle lenses (A-H) by an evoked activity of a brain's visual cortex, the method comprising: allowing a subject (1-7;12-15) to wear lenses (A-H) to be evaluated; allowing the subject (1-7;12-15) to visually observe a visual stimulus object used to evoke an activity of a specific part of the brain's visual cortex through the lenses (A-H) to be evaluated; using an electroencephalograph or a magnetoencephalograph, measuring an evoked activity of the specific part of the brain's visual cortex when the visual stimulus object is visually observed by the lenses to be evaluated; and evaluating the spectacle lenses (A-H) based on a measurement result of the evoked activity of the brain's visual cortex, the method for evaluating spectacle lenses being characterized in that the visual stimulus object is disposed in a visual lower half area. allowing a subject (1-7;12-15) to wear lenses (A-H) to be evaluated; allowing the subject (1-7;12-15) to visually observe a visual stimulus object used to evoke an activity of a specific part of the brain's visual cortex through the lenses (A-H) to be evaluated; using an electroencephalograph or a magnetoencephalograph, measuring an evoked activity of the specific part of the brain's visual cortex when the visual stimulus object is visually observed by the lenses to be evaluated; and evaluating the spectacle lenses (A-H) based on a measurement result of the evoked activity of the brain's visual cortex, the method for evaluating spectacle lenses being characterized in that the visual stimulus object is disposed in a visual lower half area.
Torque and force measurement system for measuring torque and/or force impact on a shaft, the torque and force measurement system comprising: a magnetic field generator arrangement having a main magnetic field generating direction for providing a magnetic field in the shaft to be measured, a magnetic field sensor arrangement having a main magnetic field sensing direction for sensing a magnetic field of a magnetic field provided by the magnetic field generator arrangement, upon torque and/or force impact on the shaft to be measured, wherein the magnetic field generator arrangement comprises a ferromagnetic flux concentrator having two pole shoes (14, 16) to be positioned facing the shaft to be measured, and wherein the magnetic field sensing arrangement is arranged between the pole shoes adjacent to the shaft to be measured, characterized in that the main magnetic field generating direction is oriented substantially perpendicular to the axis of the shaft. a magnetic field generator arrangement having a main magnetic field generating direction for providing a magnetic field in the shaft to be measured, a magnetic field sensor arrangement having a main magnetic field sensing direction for sensing a magnetic field of a magnetic field provided by the magnetic field generator arrangement, upon torque and/or force impact on the shaft to be measured, wherein the magnetic field generator arrangement comprises a ferromagnetic flux concentrator having two pole shoes (14, 16) to be positioned facing the shaft to be measured, and wherein the magnetic field sensing arrangement is arranged between the pole shoes adjacent to the shaft to be measured, characterized in that the main magnetic field generating direction is oriented substantially perpendicular to the axis of the shaft.
Pressure bulkhead which comprises a plurality of material plies (16, 18, 20) arranged one above the other, wherein each material ply (16, 18, 20) contains reinforcing fibres embedded in a matrix material, wherein the reinforcing fibres in at least one first material ply are oriented in such a manner that their longitudinal axes lie in an angle range of ± 2° about a radial direction of the pressure bulkhead, characterised in that the at least one first material ply comprises a plurality of planar elements which each consist of strip-shaped segments arranged parallel to one another, wherein each strip-shaped segment is oriented in such a manner that its longitudinal axis lies in an angle range of ± 2° about the radial direction of the pressure bulkhead.
An information processing device (1A, 1B, 1C, 1D), comprising: a data obtaining section configured to obtain sensor data, the sensor data being (i) output values of a plurality of sensors in a predetermined period or (ii) numerical values calculated with use of the output values, the plurality of sensors being provided in mechanical equipment; a classification section configured to classify the pieces of the sensor data into each of a plurality of sets according to a size of a value of each piece of the sensor data; a relationship index calculating section configured to calculate a relationship index indicative of a relationship of a group of two sensors among the plurality of sensors, on the basis of a state of distribution of pieces of the sensor data which pieces are obtained from the two sensors of the group, wherein the relationship index calculating section is further configured to calculate each of a plurality of relationship indices for each of the plurality of sets of each combination of two sensors among the plurality of sensors, on the basis of a frequency of the classified pieces of the sensor data in the respective set; a state information generating section configured to generate information indicative of a state of the mechanical equipment in the predetermined period, with use of the plurality of relationship indices. a data obtaining section configured to obtain sensor data, the sensor data being (i) output values of a plurality of sensors in a predetermined period or (ii) numerical values calculated with use of the output values, the plurality of sensors being provided in mechanical equipment; a classification section configured to classify the pieces of the sensor data into each of a plurality of sets according to a size of a value of each piece of the sensor data; a relationship index calculating section configured to calculate a relationship index indicative of a relationship of a group of two sensors among the plurality of sensors, on the basis of a state of distribution of pieces of the sensor data which pieces are obtained from the two sensors of the group, wherein the relationship index calculating section is further configured to calculate each of a plurality of relationship indices for each of the plurality of sets of each combination of two sensors among the plurality of sensors, on the basis of a frequency of the classified pieces of the sensor data in the respective set; a state information generating section configured to generate information indicative of a state of the mechanical equipment in the predetermined period, with use of the plurality of relationship indices.
Medical instrument having a first branch and a second branch, which in a working position of the instrument are coupled to one another by a connecting screw and are pivotable relative to one another about a common pivot axis, wherein a longitudinal axis of the connecting screw defines the pivot axis, characterized in that arranged or formed on the connecting screw is a screw-in element projecting therefrom in an assembly position, in that the screw-in element has at least one screw-in tool contact face for being brought into force-locking and/or positive-locking engagement with a screw-in tool, and in that the screw-in element is separable from the connecting screw after coupling the first branch and the second branch to one another.
A transparent substrate, especially a glass substrate, comprising an antireflection coating made of a thin-film multilayer of dielectric material with alternately high and low refractive indices, characterized in that the multilayer successively comprises, starting from the surface of the substrate: - a high-index first layer having a refractive index n 1 of between 1.8 and 2.3 and a geometrical thickness e 1 of between 10 and 25 nm; - a low-index second layer having a refractive index n 2 of between 1.40 and 1.55 and a geometrical thickness e 2 of between 20 and 50 nm; - a high-index third layer having a refractive index n 3 of between 1.8 and 2.3 and a geometrical thickness e 3 of between 110 and 150 nm; and - a low-index fourth layer having a refractive index n 4 of between 1.40 and 1.55 and a geometrical thickness e 4 of between 60 and 95 nm, the algebraic sum of the geometrical thicknesses e 3 + e 1 being between 125 and 160 nm, in that said multilayer does not have a Zr dopant and in that said multilayer is present on at least one of the faces of said substrate, the other face being covered with another coating having another functionality, for example of the solar-protection, antistatic, heating layer, anti-fogging, anti-rain or anti-soiling type, or else covered with another antireflection multilayer as described previously. - a high-index first layer having a refractive index n 1 of between 1.8 and 2.3 and a geometrical thickness e 1 of between 10 and 25 nm; - a low-index second layer having a refractive index n 2 of between 1.40 and 1.55 and a geometrical thickness e 2 of between 20 and 50 nm; - a high-index third layer having a refractive index n 3 of between 1.8 and 2.3 and a geometrical thickness e 3 of between 110 and 150 nm; and - a low-index fourth layer having a refractive index n 4 of between 1.40 and 1.55 and a geometrical thickness e 4 of between 60 and 95 nm,