mhurhangee/ep-ind-claims huggingface dataset:
Pneumatic vehicle tyre with a tread pattern which is divided by circumferential grooves (2, 3, 3') into profile positives running around in the circumferential direction, such as profile strips and/or rows of profile blocks, there being provided at least one profile positive that has formed in it grooves which are made up respectively of two groove portions (5, 6) running at an obtuse angle (β) in relation to one another and in each case substantially straight, of which the one, first groove portion opens out into a circumferential groove (2, 3, 3') delimiting the profile positive and runs in relation to the axial direction at an angle (α) of at most 45°, and the second groove portion extends at least substantially in the circumferential direction and is delimited by two groove flanks (6a, 6b), the groove flank that lies closer to the circumferential groove (2, 3, 3') into which the first groove portion opens out running at least substantially in the radial direction in cross section, characterized in that the second groove portion, running in the circumferential direction, has a smaller depth than the first groove portion and is delimited in cross section by two groove flanks (6a, 6b) running in a V-shaped manner in relation to one another, the groove wall of the first groove portion that is subjected directly to the flow of water from the second groove portion being a bevel formed over the longitudinal extent of the groove portion.
End ring element for forming an end ring for a coil device, wherein the end ring element is formed by a plane and trapezoid band which extends along a longitudinal direction and a width direction, wherein the band provides - a constant spacing capability over its length along the longitudinal direction; - a higher stiffness in the width direction than in the longitudinal direction; - characterized in that the plane band has a cross-section along the longitudinal direction having flexible portions with reduced thickness which allow a bending to a ring along the longitudinal direction and having spacing portions with a higher thickness between the flexible portions and providing the constant spacing capability, and wherein the band has a shape with a straight longitudinal edge. - a constant spacing capability over its length along the longitudinal direction; - a higher stiffness in the width direction than in the longitudinal direction; - characterized in that the plane band has a cross-section along the longitudinal direction having flexible portions with reduced thickness which allow a bending to a ring along the longitudinal direction and having spacing portions with a higher thickness between the flexible portions and providing the constant spacing capability, and wherein the band has a shape with a straight longitudinal edge.
An apparatus for a vehicle, comprising: prime mover rotational speed control means for controlling a rotational speed of a prime mover; clutch connection capacity control means (6, 8) for controlling connection capacity of a clutch arranged between the prime mover and a wheel; rapid acceleration request determining means for determining that a rapid acceleration start condition exists when both an accelerator and a brake are simultaneously operated while the vehicle is stopped; rapid acceleration prime mover rotational speed control means for executing a rapid acceleration start prime mover rotational speed control that controls a rotational speed of the prime mover to a target rotational speed required to achieve the rapid acceleration start when the rapid acceleration request determining means has determined that the rapid acceleration start condition exists; and rapid acceleration start clutch capacity control means for executing a rapid acceleration start clutch capacity control that decreases a connection capacity of the clutch during the rapid acceleration start prime mover rotational speed control executed by the rapid acceleration prime mover rotational speed control means to suppress heating of the clutch due to the rapid acceleration start primer mover rotational speed control. prime mover rotational speed control means for controlling a rotational speed of a prime mover; clutch connection capacity control means (6, 8) for controlling connection capacity of a clutch arranged between the prime mover and a wheel; rapid acceleration request determining means for determining that a rapid acceleration start condition exists when both an accelerator and a brake are simultaneously operated while the vehicle is stopped; rapid acceleration prime mover rotational speed control means for executing a rapid acceleration start prime mover rotational speed control that controls a rotational speed of the prime mover to a target rotational speed required to achieve the rapid acceleration start when the rapid acceleration request determining means has determined that the rapid acceleration start condition exists; and rapid acceleration start clutch capacity control means for executing a rapid acceleration start clutch capacity control that decreases a connection capacity of the clutch during the rapid acceleration start prime mover rotational speed control executed by the rapid acceleration prime mover rotational speed control means to suppress heating of the clutch due to the rapid acceleration start primer mover rotational speed control.
A vane for a radial turbine assembly, the vane comprising: a hub end and a shroud end that define vane height; a leading edge and a trailing edge that define vane length along a chord length; and an inner surface and an outer surface that extend from the hub end to the shroud end and meet at the leading edge and the trailing edge and that define vane thickness; wherein, for at least a portion of the vane, vane length and vane thickness vary with respect to vane height, characterized in that both the trailing edge and the leading edge are arcuate such that the vane has a minimum length along the chord length between the hub end and the shroud end.
A cleaning solution for semiconductor devices or display devices, consisting of a polyamine represented by the following general formula or general formula or a salt thereof: wherein R 1 to R 4 each independently represents a hydrogen atom, an alkyl group, an aralkyl group, an alkenyl group, an aryl group, a hydroxyalkyl group, an aminoalkyl group or an alkoxyalkyl group, provided that when R 1 and R 4 are an alkyl group, they may be bonded to each other to form a ring; and wherein R 5 to R 10 each independently represents a hydrogen atom, an alkyl group, an aralkyl group, an alkenyl group, an aryl group, a hydroxyalkyl group, an aminoalkyl group or an alkoxyalkyl group; and n represents an integer of from 1 to 5; a fluorine compound which is selected from the group consisting of hydrofluoric acid, ammonium fluoride and tetramethylammonium fluoride; an acidic compound and/or tetramethylammonium hydroxide as a basic compound; optionally one or more surfactants and one or more corrosion preventing agents; and water in a concentration of 80% by mass or more; whereby the corrosion preventing agent selected from the group consisting of chelate compounds, aromatic hydroxyl compounds, triazole compounds, tetrazole compounds, sugar alcohols, and any salt thereof.
A base station for transmitting a MAP for a broadcast service in a wireless communication with a plurality of subscriber stations, the base station comprising: a transmitter for transmitting a downlink frame, the downlink frame comprising a first Enhanced-Multicast Broadcast Service, E-MBS, MAP for the broadcast service, wherein the first E-MBS MAP comprises a field with an indicator to indicate a next E-MBS MAP to be decoded by a subscriber station, and wherein a subscriber station, upon decoding the first E-MBS MAP, refrains from decoding subsequent E-MBS MAPs that precede the next E-MBS MAP to be decoded by the subscriber station in accordance with the indicator, wherein the indicator is a counter indicating a duration to the next E-MBS MAP to be decoded by the subscriber station, and the duration is indicated using integer units of E-MBS scheduling intervals, MSIs, frames, or superframes. a transmitter for transmitting a downlink frame, the downlink frame comprising a first Enhanced-Multicast Broadcast Service, E-MBS, MAP for the broadcast service, wherein the first E-MBS MAP comprises a field with an indicator to indicate a next E-MBS MAP to be decoded by a subscriber station, and wherein a subscriber station, upon decoding the first E-MBS MAP, refrains from decoding subsequent E-MBS MAPs that precede the next E-MBS MAP to be decoded by the subscriber station in accordance with the indicator, wherein the indicator is a counter indicating a duration to the next E-MBS MAP to be decoded by the subscriber station, and the duration is indicated using integer units of E-MBS scheduling intervals, MSIs, frames, or superframes.
Process for the purification of an impure phase comprising a target product, the target product being an organic compound which, in a two-component system comprising water and the organic compound, is capable of forming a eutectic mixture, water and at least one impurity differing from the target product and from water to give a purified phase, comprising a process stage which comprises the following process steps: a) the target product and water are crystallized out of the impure phase with formation of a suspension comprising a mother liquor and crystals, this crystallization being effected at a temperature T 1 in the range of T e - 15°C ≤ T 1 T e + 3°C (T e = eutectic temperature of the impure phase); b) the crystals are at least partly separated from the mother liquor; c) at least a part of the crystals separated off is melted to give a melt, this melting being effected at a temperature T 2 in the range of T 1 < T 2 ≤ T 2 + 20°C; and d) at least a part of the melt is recycled to step b), the non-recycled part of the melt being present as a purified phase. a) the target product and water are crystallized out of the impure phase with formation of a suspension comprising a mother liquor and crystals, this crystallization being effected at a temperature T 1 in the range of T e - 15°C ≤ T 1 T e + 3°C (T e = eutectic temperature of the impure phase); b) the crystals are at least partly separated from the mother liquor; c) at least a part of the crystals separated off is melted to give a melt, this melting being effected at a temperature T 2 in the range of T 1 < T 2 ≤ T 2 + 20°C; and d) at least a part of the melt is recycled to step b), the non-recycled part of the melt being present as a purified phase.
An implantable medical device for use with an anchor, having a post and a head that is larger than the post, which is secured to a tissue structure, the implantable medical device comprising: an operative portion (102, 104, 106, 108); and at least one mounting tab (136, 136a, 136b, 136c, 136d) associated with the operative portion and having an aperture that is configured to receive the post, characterized by at least a portion of the mounting tab being configured to stretch, in a first direction without tearing, from a first size where the aperture is smaller than the anchor head to a second size that is larger than the first size in the first direction and that allows the aperture to fit over the anchor head. an operative portion (102, 104, 106, 108); and at least one mounting tab (136, 136a, 136b, 136c, 136d) associated with the operative portion and having an aperture that is configured to receive the post, characterized by at least a portion of the mounting tab being configured to stretch, in a first direction without tearing, from a first size where the aperture is smaller than the anchor head to a second size that is larger than the first size in the first direction and that allows the aperture to fit over the anchor head.
A method for implementing a white-box Optical Transport Network, OTN, hardware device, comprising: performing an abstraction processing on a hardware device used by an OTN and making at least one constraint rule to form a low-level Application Programming Interface, API; and acquiring, by a compiler, a customization description file of the low-level API inputted by a user, and automatically generating a connection code between a public code and a user code according to the customization description file of the low-level API inputted by the user, such that a low-level service logic is processed publically; wherein the step of performing (S 10) an abstraction processing on a hardware device used by an OTN and making at least one constraint rule comprises: abstracting the hardware device used by the OTN into a service processing chip, a photoelectric conversion chip and a cross-dispatching chip; and making constraint rules for the service processing chip, the photoelectric conversion chip and the cross-dispatching chip; wherein the customization description file is formed by: abstracting differences between the service processing chip, the photoelectric conversion chip and the cross-dispatching chip by using domain specific language, DSL, technology to form the customization description file. performing an abstraction processing on a hardware device used by an OTN and making at least one constraint rule to form a low-level Application Programming Interface, API; and acquiring, by a compiler, a customization description file of the low-level API inputted by a user, and automatically generating a connection code between a public code and a user code according to the customization description file of the low-level API inputted by the user, such that a low-level service logic is processed publically; wherein the step of performing (S 10) an abstraction processing on a hardware device used by an OTN and making at least one constraint rule comprises: abstracting the hardware device used by the OTN into a service processing chip, a photoelectric conversion chip and a cross-dispatching chip; and making constraint rules for the service processing chip, the photoelectric conversion chip and the cross-dispatching chip; wherein the customization description file is formed by: abstracting differences between the service processing chip, the photoelectric conversion chip and the cross-dispatching chip by using domain specific language, DSL, technology to form the customization description file. abstracting the hardware device used by the OTN into a service processing chip, a photoelectric conversion chip and a cross-dispatching chip; and making constraint rules for the service processing chip, the photoelectric conversion chip and the cross-dispatching chip; wherein the customization description file is formed by: abstracting differences between the service processing chip, the photoelectric conversion chip and the cross-dispatching chip by using domain specific language, DSL, technology to form the customization description file.
A chromatographic separation process for recovering a polyunsaturated fatty acid (PUFA) product from a feed mixture which is a fish oil or which is derived from fish oil, which process comprises the steps of: (i) purifying the feed mixture in a chromatographic separation step using a stationary bed or simulated or actual moving bed chromatography apparatus, to obtain a first intermediate product; and (ii) purifying the first intermediate product obtained in (i) in a simulated or actual moving bed chromatographic separation step, to obtain a second intermediate product; and (iii) purifying the second intermediate product obtained in (ii) in a chromatographic separation step using a different chromatographic apparatus to that used in the second separation step, to obtain the PUFA product; wherein an aqueous organic solvent is used as eluent in each separation step; saturated and/or monounsaturated fatty acids present in the feed mixture are removed in the first separation step; the PUFA product is separated from different components of the feed mixture in steps (ii) and (iii); and the PUFA product obtained in the third separation step contains EPA or an EPA derivative in an amount greater than 90 wt%; wherein (a) in the first step the PUFA product is separated from components of the feed mixture which are less polar than the PUFA product, and in the second step the PUFA product is separated from components of the feed mixture which are less polar than the PUFA product but more polar than the components separated in the first separation step, and in the third separation step the PUFA product is separated from components which are more polar than the PUFA product, or (b) in the second step the PUFA product is separated from components of the feed mixture which are more polar than the PUFA product, and in the third separation step the PUFA product is separated from components which are less polar than the PUFA product but more polar than the components separated in the first separation step. (i) purifying the feed mixture in a chromatographic separation step using a stationary bed or simulated or actual moving bed chromatography apparatus, to obtain a first intermediate product; and (ii) purifying the first intermediate product obtained in (i) in a simulated or actual moving bed chromatographic separation step, to obtain a second intermediate product; and (iii) purifying the second intermediate product obtained in (ii) in a chromatographic separation step using a different chromatographic apparatus to that used in the second separation step, to obtain the PUFA product; (b) in the second step the PUFA product is separated from components of the feed mixture which are more polar than the PUFA product, and in the third separation step the PUFA product is separated from components which are less polar than the PUFA product but more polar than the components separated in the first separation step.
A method for decoding video or image pixel information, the method comprising: receiving quantized transform coefficients for the video or image pixel information being decoded; de-quantizing the received quantized transform coefficients into de-quantized transform coefficients for the video or image pixel information being decoded; and applying an inverse transform process to the de-quantized transform coefficients for the video or image pixel information being decoded to reconstruct input pixel information therefrom, wherein the inverse transform process includes inverse transform calculations that produce results as given by the equations: u = A + C; v = A − C; y = B > > 1 − D; z = D > > 1 + B; a ′ = u + z; b ′ = v + y; c ′ = v − y; and d ′ = u − z; wherein A, B, C, and D represent values to be inverse transformed, u, v, y, and z represent auxiliary variables, a', b', c', and d' represent inverse transformed values, and ">> 1" means shift one bit to the right. receiving quantized transform coefficients for the video or image pixel information being decoded; de-quantizing the received quantized transform coefficients into de-quantized transform coefficients for the video or image pixel information being decoded; and applying an inverse transform process to the de-quantized transform coefficients for the video or image pixel information being decoded to reconstruct input pixel information therefrom, wherein the inverse transform process includes inverse transform calculations that produce results as given by the equations: u = A + C; v = A − C; y = B > > 1 − D; z = D > > 1 + B; a ′ = u + z; b ′ = v + y; c ′ = v − y; and d ′ = u − z; wherein A, B, C, and D represent values to be inverse transformed, u, v, y, and z represent auxiliary variables, a', b', c', and d' represent inverse transformed values, and ">> 1" means shift one bit to the right.
A wind turbine rotor characterized in that it comprises: at least one blade; a hub to which the at least one blade is attached; a spinner disposed so as to cover the hub, the spinner including an insulating material; a blade lightning-protection system provided for each of the at least one blade; and a spinner lightning-protection system provided for the spinner, wherein the blade lightning-protection system includes: a blade receptor disposed on the at least one blade; and a current transmitting part electrically connected to the blade receptor for transmitting lightning current from the blade receptor to a grounding current path on a nacelle side, and wherein the spinner lightning-protection system includes: at least one spinner receptor (21, 22) disposed on the spinner; and a cable for electrically connecting the spinner receptor (21, 22) and the current transmitting part, characterized in that the at least one spinner receptor (21, 22) is disposed on an outer circumferential surface of the spinner. at least one blade; a hub to which the at least one blade is attached; a spinner disposed so as to cover the hub, the spinner including an insulating material; a blade lightning-protection system provided for each of the at least one blade; and a spinner lightning-protection system provided for the spinner, a blade receptor disposed on the at least one blade; and a current transmitting part electrically connected to the blade receptor for transmitting lightning current from the blade receptor to a grounding current path on a nacelle side, and at least one spinner receptor (21, 22) disposed on the spinner; and a cable for electrically connecting the spinner receptor (21, 22) and the current transmitting part,
Aluminium-free magnesium alloy of composition Manganese 1.4 to 2.2 Cerium 0.4 to 4.0 Lanthanum 0.2 to 2.0 Scandium 0.0001 to 5 wherein the information relates to weight percent (wt%) of the alloy and magnesium as well as production-related impurities occupy the remaining proportion to 100 wt% of the alloy and the ratio of cerium to lanthanum is 2: 1.
A powder composition comprising: a silica-infused crystalline polyester particle for laser sintering comprising at least one crystalline polyester resin and silica nanoparticles present in the particle in an amount ranging from 5% to 60% by weight relative to a total weight of the particle; wherein the crystalline polyester resin is an unsaturated crystalline polyester resin derived from at least one organic diacid and at least one polyol that is a mixture of 1,4-butanediol and 1,6-hexanediol. a silica-infused crystalline polyester particle for laser sintering comprising at least one crystalline polyester resin and silica nanoparticles present in the particle in an amount ranging from 5% to 60% by weight relative to a total weight of the particle; wherein the crystalline polyester resin is an unsaturated crystalline polyester resin derived from at least one organic diacid and at least one polyol that is a mixture of 1,4-butanediol and 1,6-hexanediol.