mhurhangee/ep-ind-claims huggingface dataset:
A hydrogenated block copolymer comprising: a polymer block comprising an aromatic vinyl compound unit as a main constituent; and a polymer block comprising a conjugated diene compound unit as a main constituent, in a molecule, wherein a content of the polymer block is 5 to 20% by mass and a content of the polymer block is 80 to 95% by mass, in the hydrogenated block copolymer, the polymer block comprises a polymer block and a polymer block; an amount of a vinyl bond of the polymer block before hydrogenation is 35 to 58 mol% and an amount of a vinyl bond of the polymer block before hydrogenation is more than 60 to 100 mol%, a content of the polymer block is 5 to 60% by mass and a content of the polymer block is 30 to 85% by mass, in the hydrogenated block copolymer, a content of a structure represented by following Formula in the hydrogenated block copolymer is 43 to 95% by mass: (S-B)... Formula [wherein, S represents the polymer block and B represents the polymer block], and a hydrogenation rate of the hydrogenated block copolymer is 70 mol% or more. a content of the polymer block is 5 to 20% by mass and a content of the polymer block is 80 to 95% by mass, in the hydrogenated block copolymer, the polymer block comprises a polymer block and a polymer block; an amount of a vinyl bond of the polymer block before hydrogenation is 35 to 58 mol% and an amount of a vinyl bond of the polymer block before hydrogenation is more than 60 to 100 mol%, a content of the polymer block is 5 to 60% by mass and a content of the polymer block is 30 to 85% by mass, in the hydrogenated block copolymer, a content of a structure represented by following Formula in the hydrogenated block copolymer is 43 to 95% by mass: (S-B)... Formula [wherein, S represents the polymer block and B represents the polymer block], and a hydrogenation rate of the hydrogenated block copolymer is 70 mol% or more.
A film capacitor comprising a first film, a second film, a first electrode connected to a first terminal, a second electrode connected to a second terminal, an electrically floating electrode, and a balancing path, wherein the first film and the second film are dielectric, a part of the electrically floating electrode is in contact with a front side of the first film, the balancing path provides a first balancing connection between the electrically floating electrode and the first terminal and a second balancing connection between the electrically floating electrode and the second terminal, the first balancing connection and the second balancing connection each have an electrical resistance lower than any leakage resistance and higher than 10 3 Ohm, and a leakage resistance is an electrical resistance through any of the first film and the second film between the electrically floating electrode and an electrode devoid of contact with the front side of the first film. the first film and the second film are dielectric, a part of the electrically floating electrode is in contact with a front side of the first film, the balancing path provides a first balancing connection between the electrically floating electrode and the first terminal and a second balancing connection between the electrically floating electrode and the second terminal, the first balancing connection and the second balancing connection each have an electrical resistance lower than any leakage resistance and higher than 10 3 Ohm, and a leakage resistance is an electrical resistance through any of the first film and the second film between the electrically floating electrode and an electrode devoid of contact with the front side of the first film.
An automated manual transmission, comprising: - a transmission control unit, - a shift rod movable between a predetermined first position in which it engages a first gear combination of the transmission, a predetermined second position in which it engages a second gear combination of the transmission, and a predetermined neutral position in which it does not engage any gear, - an actuator for moving the shift rod between the first position, the second position and the neutral position by applying a fluid pressure acting on the shift rod in response to signals from the transmission control unit, - mechanical engagement means for maintaining the first and second positions of the shift rod without applying any fluid pressure by means of the actuator, characterized in that the transmission is adapted to maintain the neutral position of the shift rod solely by applying fluid pressure acting on the shift rod by means of the actuator. - a transmission control unit, - a shift rod movable between a predetermined first position in which it engages a first gear combination of the transmission, a predetermined second position in which it engages a second gear combination of the transmission, and a predetermined neutral position in which it does not engage any gear, - an actuator for moving the shift rod between the first position, the second position and the neutral position by applying a fluid pressure acting on the shift rod in response to signals from the transmission control unit, - mechanical engagement means for maintaining the first and second positions of the shift rod without applying any fluid pressure by means of the actuator,
A trap for animals, in particular rats or mice, and for being arranged on a substantially horizontal face, where this meets a substantially vertical face, said trap comprising: • a trap housing; • a first flange and a second flange that are connected substantially at right angles to the effect that the trap can be arranged in two positions, where the substantially horizontal face meets the substantially vertical face; the flanges of the trap and the faces, in both positions, span a volume which is delimited such as to define a passage in which a rat or a mouse may move; • said trap housing further comprising an inner passageway that a rat or a mouse may run into, said passageway extending from the one flange and into the trap housing, said passageway and trap housing comprising: • a trigger mechanism characterised in that the inner passageway comprises a killer mechanism acting by a striker mechanism and in that a bait box is located at the interior end of the inner passageway. • a trap housing; • a first flange and a second flange that are connected substantially at right angles to the effect that the trap can be arranged in two positions, where the substantially horizontal face meets the substantially vertical face; the flanges of the trap and the faces, in both positions, span a volume which is delimited such as to define a passage in which a rat or a mouse may move; • said trap housing further comprising an inner passageway that a rat or a mouse may run into, said passageway extending from the one flange and into the trap housing, said passageway and trap housing comprising: • a trigger mechanism
A system for management and control of fabrics comprising: - a first station for moving a fabric, - a second station for moving said fabric operatively connected to said first station, - a light source positioned in an intermediate position between said first station and said second station configured to illuminate from the bottom upwards a predetermined portion of said fabric, - an optical device for acquiring an image or a video of said predetermined portion of said fabric, - a unit for processing and storing data connected to said optical device and designed to associate with said image or video of said predetermined portion of said fabric identification information of said fabric, wherein said information relative to said fabric comprises information relative to a chromatic predominance of the fabric in such a way as to catalogue said fabric into specific colour categories and to a predominance of repeated geometrical patterns so as to catalogue said fabric in specific categories and said information is processed by said processing and storing unit in corresponding categorisations, characterised in that it comprises a metric feedback device designed to be positioned below said predetermined portion, facing towards the optical device, for storing a further parameter of the fabric in the storage unit 8, that is, the actual height of the fabric. - a first station for moving a fabric, - a second station for moving said fabric operatively connected to said first station, - a light source positioned in an intermediate position between said first station and said second station configured to illuminate from the bottom upwards a predetermined portion of said fabric, - an optical device for acquiring an image or a video of said predetermined portion of said fabric, - a unit for processing and storing data connected to said optical device and designed to associate with said image or video of said predetermined portion of said fabric identification information of said fabric, wherein said information relative to said fabric comprises information relative to a chromatic predominance of the fabric in such a way as to catalogue said fabric into specific colour categories and to a predominance of repeated geometrical patterns so as to catalogue said fabric in specific categories and said information is processed by said processing and storing unit in corresponding categorisations, characterised in that it comprises a metric feedback device designed to be positioned below said predetermined portion, facing towards the optical device, for storing a further parameter of the fabric in the storage unit 8, that is, the actual height of the fabric.
Method for applying an organic semiconductor layer based on epindolidione to a carrier, characterised in that the epindolidione is first reacted with tert-butyloxycarbonyl as protective group to produce tert-butyloxycarbonyl epindolidione and is then dissolved in a solvent before the dissolved tert-butyloxycarbonyl epindolidione is applied to the carrier, and in that the solvent then is evaporated and the tert-butyloxycarbonyl protective groups are then detached.
A security document having an optical lightguide, wherein said lightguide comprises - an incoupler structure, - an outcoupler structure, - a protective area having a longest diameter D, characterised in that - said outcoupler structure covers no more than 20% of said protective area and - for any point in said protective area, a shortest distance (d) to said outcoupler structure is less than D/3. - an incoupler structure, - an outcoupler structure, - a protective area having a longest diameter D, characterised in that - said outcoupler structure covers no more than 20% of said protective area and - for any point in said protective area, a shortest distance (d) to said outcoupler structure is less than D/3.
A power cable, comprising a conductor which is surrounded at least by an inner semiconductive layer, an insulation layer and an outer semiconductive layer, in that order, wherein at least the insulation layer comprises a polymer composition comprising a) a low pressure polyethylene; and (b) a LDPE. a) a low pressure polyethylene; and (b) a LDPE.
A security device comprising a first transparent layer having an optically variable effect generating relief structure formed in a surface thereof; a reflection enhancing layer extending over the relief structure both surfaces of the reflection enhancing layer following the contour of the relief structure such that the optically variable effect is exhibited on both sides; and a second transparent layer extending over the reflection enhancing layer, the lateral extent of the second transparent layer being less than the whole area of the security device and corresponding to the lateral extent of the reflection enhancing layer, wherein the first and/or second transparent layer comprises one or more optically effective substances such that the appearance of the optically variable effect generated by the relief structure is different when viewed through the first transparent layer compared with when viewed through the second transparent layer, at least under illumination at a wavelength at which at least one of the optically effective substance(s) is visible; and wherein the lateral extent of the reflection enhancing layer and second transparent layer does not match that of the relief structure.
Wrapping device for wrapping a bale with a wrapping material for a baler, having a separating device that has a knife arrangement and is movable between at least one wrapping means separating position and an inactive position, wherein at least one blocking device is provided, which is suitable for preventing the separating device from occupying the wrapping means separating position, and the separating device has a drive in the manner of a piston/cylinder arrangement or cooperates with such a drive, wherein the blocking device is suitable for fixing or blocking the piston and/or the cylinder of the piston/cylinder arrangement in at least one position, and the blocking device has at least one pivot element, characterized in that the pivot element is designed such that it can engage in or around the piston.
Probing system of a measuring machine, comprising a tactile scanning system with an assigned probing arm for capturing the form, the diameter and/or the roughness of a surface by contact and comprising an optical scanning system for capturing the form, the diameter and/or the roughness of the surface optically, the probing system having an equivalent optical measuring system comprising a common optical evaluation unit for capturing the deflection of the probing arm of the tactile scanning system and for capturing the form, the diameter and/or the roughness of the surface optically by the optical scanning system, characterized in that a measurement beam from the optical evaluation unit is split by a beam splitter of the probing system or by an optical switch of the probing system into two partial beams (21, 31), in that a first partial beam is guided to the tactile scanning system and, there, guided to a reflector mechanically coupled to the probing arm of the tactile scanning system, in that a second partial beam is guided to the surface by way of the optical scanning system and in that the first partial beam reflected by the reflector and the second partial beam reflected by the surface are guided to evaluation electronics of the optical evaluation unit.
An internal combustion engine controller for an internal combustion engine where an exhaust throttle valve allowed to control flow volume of exhaust gas in an exhaust passage is provided in the exhaust passage, at least one of an intake variable valve mechanism allowed to change a timing of opening and closing each intake valve and an exhaust variable valve mechanism allowed to change a timing of opening and closing each exhaust valve is provided, and an overlap period when an opening period of the intake valve and an opening period of the exhaust valve overlap with each other is allowed to be provided, the internal combustion engine controller comprising a valve controlling device which is configured to control the exhaust throttle valve, the internal combustion engine controller being characterized in that it further comprises: an intake pressure detecting device configured to detect intake pressure in an intake passage; and an exhaust pressure detecting device configured to detect exhaust pressure of a portion on an upstream side further than the exhaust throttle valve in the exhaust passage, wherein the valve controlling device is configured to control the exhaust throttle valve in a closing direction, when the exhaust pressure is equal to or less than the intake pressure in the overlap period, while controlling the exhaust throttle valve so that an opening degree of the exhaust throttle valve in the overlap period is made smaller than an opening degree of the exhaust throttle valve in a case where the overlap period is not provided. an intake pressure detecting device configured to detect intake pressure in an intake passage; and an exhaust pressure detecting device configured to detect exhaust pressure of a portion on an upstream side further than the exhaust throttle valve in the exhaust passage, wherein the valve controlling device is configured to control the exhaust throttle valve in a closing direction, when the exhaust pressure is equal to or less than the intake pressure in the overlap period, while controlling the exhaust throttle valve so that an opening degree of the exhaust throttle valve in the overlap period is made smaller than an opening degree of the exhaust throttle valve in a case where the overlap period is not provided.
A method of handling a lock request in a storage area network, the method comprising: receiving the lock request at a device having multiple processors or cores, wherein one of the processors or cores has been previously selected to handle lock requests, the device being located between a host of a storage area network and a storage volume of the storage area network; determining if a predetermined threshold of counts of lock requests or of a timer for the previously selected processor or core has been reached; and assigning the lock request to one of the multiple processors or cores according to whether the predetermined threshold has been reached. receiving the lock request at a device having multiple processors or cores, wherein one of the processors or cores has been previously selected to handle lock requests, the device being located between a host of a storage area network and a storage volume of the storage area network; determining if a predetermined threshold of counts of lock requests or of a timer for the previously selected processor or core has been reached; and assigning the lock request to one of the multiple processors or cores according to whether the predetermined threshold has been reached.
An apparatus for use in a device for surveillance of an artificial structure provided with at least two sensors (10, 12, 14), each of the at least two sensors (10, 12, 14) being mounted to the artificial structure and supplying a sampled continuous data stream, the apparatus comprising: a) a control module a1) configured to define a general time grid (CTG, 16); a2) receive each of the sampled continuous data streams of the at least two sensors (10, 12, 14); a3) cause detecting a gap (18, 20, 22) in the sampled continuous data streams of the at least two sensors (10, 12, 14) considering the general time grid (CTG, 16, 28); a4) cause synchronizing the sampled continuous data streams which contain information about the gaps 18, 20, 22) received with respect to the general time grid (CTG, 16), so as to create respective synchronized data streams such that the sampled continuous data streams are scaled to the general time grid (CTG, 28) but still contain the gaps, by providing an interpolation on the data streams considering the general time grid (CTG, 16, 28); and a5) cause processing a gap-filling procedure upon the synchronized data streams in order to generate application input data, b) wherein the gap-filling procedure in step a5) is preceded by the synchronizing step a4). a) a control module a1) configured to define a general time grid (CTG, 16); a2) receive each of the sampled continuous data streams of the at least two sensors (10, 12, 14); a3) cause detecting a gap (18, 20, 22) in the sampled continuous data streams of the at least two sensors (10, 12, 14) considering the general time grid (CTG, 16, 28); a4) cause synchronizing the sampled continuous data streams which contain information about the gaps 18, 20, 22) received with respect to the general time grid (CTG, 16), so as to create respective synchronized data streams such that the sampled continuous data streams are scaled to the general time grid (CTG, 28) but still contain the gaps, by providing an interpolation on the data streams considering the general time grid (CTG, 16, 28); and a5) cause processing a gap-filling procedure upon the synchronized data streams in order to generate application input data, a1) configured to define a general time grid (CTG, 16); a2) receive each of the sampled continuous data streams of the at least two sensors (10, 12, 14); a3) cause detecting a gap (18, 20, 22) in the sampled continuous data streams of the at least two sensors (10, 12, 14) considering the general time grid (CTG, 16, 28); a4) cause synchronizing the sampled continuous data streams which contain information about the gaps 18, 20, 22) received with respect to the general time grid (CTG, 16), so as to create respective synchronized data streams such that the sampled continuous data streams are scaled to the general time grid (CTG, 28) but still contain the gaps, by providing an interpolation on the data streams considering the general time grid (CTG, 16, 28); and a5) cause processing a gap-filling procedure upon the synchronized data streams in order to generate application input data, b) wherein the gap-filling procedure in step a5) is preceded by the synchronizing step a4).
Energy storage module having a plurality of electrochemical round cells, which are electrically interconnected in series and/or in parallel, wherein the round cells are arranged adjacent to one another in layers (3, 4, 5), and at least two layers (3, 4, 5) arranged on top of one another are provided, and two opposite support walls (6, 7), which retain the two longitudinal ends of the round cells, wherein the support walls (6, 7) have projections (8, 9, 10; 108, 109, 110), on which the longitudinal ends of the round cells rest, and wherein the projections (8, 9, 10; 108, 109, 110) vary in length in a longitudinal direction of the round cells from layer to layer. a plurality of electrochemical round cells, which are electrically interconnected in series and/or in parallel, wherein the round cells are arranged adjacent to one another in layers (3, 4, 5), and at least two layers (3, 4, 5) arranged on top of one another are provided, and two opposite support walls (6, 7), which retain the two longitudinal ends of the round cells, wherein the support walls (6, 7) have projections (8, 9, 10; 108, 109, 110), on which the longitudinal ends of the round cells rest, and wherein the projections (8, 9, 10; 108, 109, 110) vary in length in a longitudinal direction of the round cells from layer to layer.