mhurhangee/ep-ind-claims huggingface dataset:
Copolyamide comprising at least two different units corresponding to the following general formulation: A / X. T in which: A is chosen from a unit obtained from an amino acid, a unit obtained from a lactam and a unit corresponding to the formula (C a diamine)·(C b diacid), with a representing the number of carbon atoms of the diamine and b representing the number of carbon atoms of the diacid, a and b each being between 4 and 36, advantageously between 9 and 18, when A denotes a unit corresponding to the formula (C a diamine). (C b diacid), then the C b diacid is a linear or branched aliphatic diacid or a cycloaliphatic diacid; X.T denotes a unit obtained from the polycondensation of a linear C x aliphatic diamine and of terephthalic acid, with x representing the number of carbon atoms of the C x diamine, x being between 9 and 36, advantageously between 10 and 18, characterized in that said copolyamide exhibits: - a content of amine chain ends of greater than or equal to 20 μeq/g, - a content of acid chain ends of between 15 and 100 μeq/g, and - a content of unreactive chain ends of greater than or equal to 20 μeq/g, the content of chain end of each of the amine and acid functional groups and the unreactive functional group being measured by NMR (Nuclear Magnetic Resonance). A is chosen from a unit obtained from an amino acid, a unit obtained from a lactam and a unit corresponding to the formula (C a diamine)·(C b diacid), with a representing the number of carbon atoms of the diamine and b representing the number of carbon atoms of the diacid, a and b each being between 4 and 36, advantageously between 9 and 18, when A denotes a unit corresponding to the formula (C a diamine). (C b diacid), then the C b diacid is a linear or branched aliphatic diacid or a cycloaliphatic diacid; X.T denotes a unit obtained from the polycondensation of a linear C x aliphatic diamine and of terephthalic acid, with x representing the number of carbon atoms of the C x diamine, x being between 9 and 36, advantageously between 10 and 18, - a content of amine chain ends of greater than or equal to 20 μeq/g, - a content of acid chain ends of between 15 and 100 μeq/g, and - a content of unreactive chain ends of greater than or equal to 20 μeq/g,
A wind turbine electrical power system connected to a power grid, the wind turbine electrical power system comprising: a generator comprising a generator stator and a generator rotor; a power converter electrically coupled to the generator; a main transformer electrically coupled to the power converter and the power grid, the main transformer connected to the power grid via a voltage line comprising a voltage switch gear; an auxiliary transformer connected directly to the voltage line, wherein the auxiliary transformer is configured to draw power directly from the power grid via the voltage line; at least one sensor for measuring a wind speed near the wind turbine electrical power system; characterized in that the electrical power system comprises: a controller communicatively coupled to the at least one sensor, wherein, when the wind speed is below a cut-in wind speed of the wind turbine electrical power system, the controller opens the voltage switch gear to disconnect the main transformer from the power grid and, after disconnecting the main transformer from the power grid, the auxiliary transformer draws power directly from the power grid via the voltage line. a generator comprising a generator stator and a generator rotor; a power converter electrically coupled to the generator; a main transformer electrically coupled to the power converter and the power grid, the main transformer connected to the power grid via a voltage line comprising a voltage switch gear; an auxiliary transformer connected directly to the voltage line, wherein the auxiliary transformer is configured to draw power directly from the power grid via the voltage line; at least one sensor for measuring a wind speed near the wind turbine electrical power system; characterized in that the electrical power system comprises: a controller communicatively coupled to the at least one sensor, wherein, when the wind speed is below a cut-in wind speed of the wind turbine electrical power system, the controller opens the voltage switch gear to disconnect the main transformer from the power grid and, after disconnecting the main transformer from the power grid, the auxiliary transformer draws power directly from the power grid via the voltage line.
Device for attaching a front element onto a piece of furniture, wherein the front element can be connected by means of the device to a furniture pull-out, which is mounted displaceably on a furniture body of the piece of furniture by guiding means, wherein coupling means are provided for connecting the front element to the furniture pull-out, comprising an anchoring part (14, 36), which can be assigned to a side part of the furniture pull-out, and comprising an engaging part (17, 37) which can be fixed onto the front element, so that on moving the engaging part (17, 37) up to the anchoring part (14, 36) in correct alignment with one another the engaging part (17, 37) and the anchoring part (14, 36) can be clamped or locked to one another so that in an assembled state of the front element by means of the clamped or locked coupling means holding forces are created between the front element and the furniture pull-out, wherein while maintaining the clamped or locked state the engaging part (1, 17, 37) and the anchoring part (2, 14, 36) can be displaced relative to one another at least along one spatial axis with predefinable play, so that with the engaged coupling means it is possible achieve a floating bearing of the front element on the furniture pull-out, wherein in all spatial directions different from at least one spatial direction the connection formed with the coupling means is without play or represents a rigid connection, wherein an insert element with an insert contour is provided which is designed for attaching in a front end section of the side part, wherein an anchoring part section (15, 23, 38) provided on the anchoring part (14, 22, 30, 36) and the insert contour are coordinated, characterised in that the anchoring part (14, 22, 30, 36) can only be locked in the correct position aligned on the insert element and in that adjusting means are provided by means of which the position of the insert element can be adjusted in the position attached to the side part.
A method for obtaining N-vinylformamide comprising the reaction between an acetaldehyde and a formamide, one of the two, preferably both, being at least partially renewable and non-fossil.
Roller table apparatus (200, 300) for transporting a metallic product to or from a mill stand, comprising: first (202a, 302a) and second rolls (202b, 302b), outboard ends of the rolls being supported by respective outboard bearings (204a, 204b) and inboard ends of the rolls being supported by respective inboard bearings (212a, 212b), such that each of the rolls is rotatable about its longitudinal axis (X1, X2); at least one motor arranged to rotate the rolls; and at least one adjuster (218, 316a, 316b), movable in use to displace the rolls (202a, 302a, 202b, 302b) so as to adjust an angle of inclination of each of the longitudinal axes (X1, X2) of the rolls with respect to a datum, thereby to adjust a pass-line height of the product relative to the datum, characterized in that, comprising a self-aligning bearing housing, which houses the inboard bearings of the first (202a, 302a) and second rolls (202b, 302b) and is arranged to accommodate the said displacement of the first and second rolls, and wherein said first and second rolls are arranged in line such that the respective longitudinal axes of the first and second rolls lie on a common plane. first (202a, 302a) and second rolls (202b, 302b), outboard ends of the rolls being supported by respective outboard bearings (204a, 204b) and inboard ends of the rolls being supported by respective inboard bearings (212a, 212b), such that each of the rolls is rotatable about its longitudinal axis (X1, X2); at least one motor arranged to rotate the rolls; and at least one adjuster (218, 316a, 316b), movable in use to displace the rolls (202a, 302a, 202b, 302b) so as to adjust an angle of inclination of each of the longitudinal axes (X1, X2) of the rolls with respect to a datum, thereby to adjust a pass-line height of the product relative to the datum, characterized in that, comprising a self-aligning bearing housing, which houses the inboard bearings of the first (202a, 302a) and second rolls (202b, 302b) and is arranged to accommodate the said displacement of the first and second rolls, and wherein said first and second rolls are arranged in line such that the respective longitudinal axes of the first and second rolls lie on a common plane.
Cleaning device for cleaning items for cleaning, comprising at least one cleaning chamber and at least one application device for applying at least one cleaning fluid to the items for cleaning in the cleaning chamber, furthermore comprising at least one door for closing off at least one opening of the cleaning chamber, wherein the door has at least one hinged door, wherein the hinged door is connected via at least one hinge part to a housing of the cleaning device, wherein, in a first pivoting movement, the hinged door is pivotable from a closed position into an intermediate position about at least one pivot pin, wherein, in a second pivoting movement, the hinged door is pivotable from the intermediate position into an end position about the pivot pin, wherein the door furthermore has a sliding door which is coupled to the hinged door, wherein the sliding door is connected via at least one lever linkage to the hinged door, wherein the lever linkage is connected articulately to the sliding door, wherein the lever linkage is furthermore connected articulately to the hinged door, and wherein, between the articulated connections to the sliding door and to the hinged door, there is provided at least one further articulation in the lever linkage, characterized in that the hinged door has at least one door leaf and at least one stop bolt which is connected fixedly to the door leaf via at least one connecting piece, wherein the stop bolt is configured to be offset in relation to the pivot pin, wherein, in the intermediate position, the stop bolt is blocked by at least one releasable bar, whereby the hinged door is held in the intermediate position.
A positioning and mounting interface for positioning a desiccant cartridge in and mounting to an air control device of a vehicle, especially a utility vehicle, wherein the interface comprises an annular portion having at least one recess (144, 146) for engaging with at least one pin (202, 204) of a receiving portion of the air control device, and characterized in that the interface further comprises a central annular bushing for engaging with a central nozzle of the receiving portion of the air control device, wherein the central annular bushing is arranged inside the annular portion.
Device (10, 210) for dispensing thermoplastic material to a machine for moulding preforms intended for manufacturing containers, said device (10, 210) having at least a fixed part (12, 212) and a movable part (14, 214) that is driven in rotation with respect to said fixed part (12, 212) about an axis of the device, and having sealing means (50, 250) arranged between at least the fixed part (12, 212), which has at least one supply inlet connected to a source for supplying thermoplastic material, and the movable part (14, 214), which has at least one outlet for dispensing said thermoplastic material towards units of said machine for moulding preforms, characterized in that said sealing means (50, 250) have a first sealing surface (52, 252) secured to the fixed part (12, 212) and a second sealing surface (54, 254) linked in terms of movement to the movable part (14, 214), which extend radially, said first and second sealing surfaces being axially separated from one another by a gap (56, 256) in which a part of the circulating thermoplastic material flows, at least one of said first and second sealing surfaces (52, 54, 252, 254) having redirecting means (58, 268) for radially returning the thermoplastic material when the movable part (14, 214) is driven with respect to the fixed part (12, 212), and in that said sealing means (50, 250) have at least associated cooling means (60, 260) for obtaining radially a temperature gradient in at least one of said first and second sealing surfaces (52, 54, 252, 254) in order to increase the viscosity of said thermoplastic material situated between said sealing surfaces (52, 54, 252, 254).
A method of processing video data wherein the video data is extracted to a plurality of frames and the single frames are analysed for detecting a flash illuminated scene, wherein each of the frames is segmented into spatial groups of elements of predefined characteristics and each segmented frame is analysed with regard to changes of segment features due to illumination transitions, wherein said segmentation into spatial groups of elements is performed using at least one of foreground-background segmentation, illumination intensity histogram-based segmentation, and color-based segmentation, and wherein said analysis is performed using a pattern recognition algorithm being configured to learn, based on a collection of labelled feature vectors, to classify a given feature vector from a frame into flash and non-flash by learning a deterministic function or by learning parameters of a probabilistic function.
A program stored in non-transitory computer-readable storage medium, wherein the program executes the following operations for multicast communication over an IP network when the program is executed by one or more processors of a router, wherein the role of the router can be taken up by any mote that is part of the network topology, the operations comprising: receiving a packet at a mote; transmitting the packet to one or more recipients using a link layer broadcast transmission; re-transmitting the packet to the one or more recipients using the link layer broadcast transmission until the total number of transmissions of the packet to the one or more recipients equals a preset integer, wherein each of the one or more recipients has a set of timeslots where the packet can be received; and upon receipt of the packet by a recipient, being one of the one or more recipients, which received the transmitted packet using the link layer broadcast transmission, scheduling, for that recipient, each of the remaining timeslots for receiving retransmission of the packet to a sleep mode. receiving a packet at a mote; transmitting the packet to one or more recipients using a link layer broadcast transmission; re-transmitting the packet to the one or more recipients using the link layer broadcast transmission until the total number of transmissions of the packet to the one or more recipients equals a preset integer, wherein each of the one or more recipients has a set of timeslots where the packet can be received; and upon receipt of the packet by a recipient, being one of the one or more recipients, which received the transmitted packet using the link layer broadcast transmission, scheduling, for that recipient, each of the remaining timeslots for receiving retransmission of the packet to a sleep mode.
Propylene homo- or copolymer composition obtainable in the presence of a catalyst mixture comprising a Ziegler-Natta catalyst system and a metallocene catalyst system, the composition comprising an in-situ reactor blend of a Ziegler-Natta catalysed, nucleated polypropylene (znPP) and a metallocene catalysed polypropylene (mcPP), in a weight ratio in the range of 6:94 to 50:50 (wt% znPP: wt% mcPP), preferably in the range of 10:90 to 44:56 (wt% znPP: wt% mcPP), said propylene homo- or copolymer composition is endowed with the following features: a) a MFR 2 according to ISO 1133 (230°C, 2.16kg) in the range of 0.01 to 500 g/10min, b) a comonomer-content (determined with FTIR) in the range of 0.0 to 8.0 wt%, c) xylene cold solubles determined at 23 °C according to ISO 6427of less than 10.0 wt%, d)) in case of propylene homopolymers with isotactic pentads (mmmm) measured by 13 C-NMR higher than 90%, e) a melting temperature T m measured by DSC between 135°C to 170°C, and f) a crystallisation temperature T c measured by DSC between 100°C to 135°C, g) in case of propylene copolymers with a randomness measured by FTIR higher than 95%. a) a MFR 2 according to ISO 1133 (230°C, 2.16kg) in the range of 0.01 to 500 g/10min, b) a comonomer-content (determined with FTIR) in the range of 0.0 to 8.0 wt%, c) xylene cold solubles determined at 23 °C according to ISO 6427of less than 10.0 wt%, d)) in case of propylene homopolymers with isotactic pentads (mmmm) measured by 13 C-NMR higher than 90%, e) a melting temperature T m measured by DSC between 135°C to 170°C, and f) a crystallisation temperature T c measured by DSC between 100°C to 135°C, g) in case of propylene copolymers with a randomness measured by FTIR higher than 95%.
A turbocompound unit, comprising a turbine shaft, a turbine wheel supported at one end of the turbine shaft and a gear wheel supported at an opposite end of the turbine shaft, characterized in that the turbocompound unit comprises a rolling bearing cartridge comprising at least two axially spaced-apart raceways, each housing a plurality of rolling elements (166a, 166b) and that the rolling bearing cartridge is arranged concentrically on the turbine shaft between the turbine wheel and the gear wheel for allowing said turbine shaft to rotate, wherein the turbocompound unit further comprises a housing, wherein the rolling bearing cartridge comprises an inner race being arranged against the turbine shaft and an outer race being arranged against the housing, wherein the inner race and the outer race forms at least two axially spaced-apart raceways for rolling elements (166a, 166b) and wherein the gear wheel is clamped against the lateral end of the inner race such that one lateral end of said inner race is in contact with said gear wheel and such that the gear wheel will be exposed to forces acting on the inner race.
A wall holder for an electronic component, with a stationary part, a removable part, which comprises a cover plate, and a receiving region for the electronic component located between the stationary part and the cover plate, wherein the removable part is supported releasably on the stationary part and, in the supported state, the cover plate covers the receiving region, characterised in that the removable part comprises at least one holding magnet and the stationary part comprises at least one magnetic or magnetisable assembly element to attract the holding magnets, wherein the holding magnets are mounted movably in the removable part in such a way that their distance from the assembly elements can be varied while the removable part is supported on the stationary part.
Method for determining the quantity of a flowable application on a web-fed wrapping material in a clocked article processing machine of the tobacco processing industry by means of at least one sensor (16, 17), the application quantity being determined in relation to the clock rate and, for each wrapping material strip corresponding to an article, a plurality of measurement values being recorded over the length of the strip in the conveying direction and a profile for the application quantity over the length of the strip being created from the plurality of measurement values, characterised in that at least one flank is determined in the profile, from the position of which flank the phase position of the relevant strip relative to the machine clock rate is determined and readjusted on the basis of this evaluation, the measurement being based on an IR absorption method, the used wavelength of the infrared sensor (16, 17) being matched to absorption bands in the flowable application.
A dialysis machine comprising: an extracorporeal blood conduction system and a dialyzing fluid system, wherein the extracorporeal blood conduction system is in communication with the dialyzing fluid system via at least one dialyzer; further comprising at least one blood pump which can convey fluid in the extracorporeal blood conduction system, wherein the extracorporeal blood conduction system comprises at least one venous and one arterial conduit, the arterial conduit leading up to the dialyzer and the venous conduit leading away from the dialyzer and the respective other end of the venous and arterial conduit being intended to be connected to a patient, further comprising at least one substitute conduit for supplying fresh substitution fluid either into the arterial conduit or into the venous conduit or into both the arterial and the venous conduit, characterized in that at least two hydraulic connections (12, 13) are present at the dialysis machine, to each of which one substitute conduit is connectable for supplying fresh substitution fluid, wherein at least two further hydraulic connections (14, 15) are present, wherein the at least two further hydraulic connections (14, 15) are waste ports (14, 15) that, in use, convey used fluid to the drain an extracorporeal blood conduction system and a dialyzing fluid system, wherein the extracorporeal blood conduction system is in communication with the dialyzing fluid system via at least one dialyzer; further comprising at least one blood pump which can convey fluid in the extracorporeal blood conduction system, wherein the extracorporeal blood conduction system comprises at least one venous and one arterial conduit, the arterial conduit leading up to the dialyzer and the venous conduit leading away from the dialyzer and the respective other end of the venous and arterial conduit being intended to be connected to a patient, further comprising at least one substitute conduit for supplying fresh substitution fluid either into the arterial conduit or into the venous conduit or into both the arterial and the venous conduit, characterized in that at least two hydraulic connections (12, 13) are present at the dialysis machine, to each of which one substitute conduit is connectable for supplying fresh substitution fluid, wherein at least two further hydraulic connections (14, 15) are present, wherein the at least two further hydraulic connections (14, 15) are waste ports (14, 15) that, in use, convey used fluid to the drain