mhurhangee/ep-ind-claims huggingface dataset:
A method for installing a window frame in an inclined roof structure of a building, where said roof structure comprises rafters, underroof and battens (52, 53, 54) adapted for supporting a roofing material, where an interior side of said roof structure faces the interior of the building and an exterior side faces the exterior of the building, and where said method comprising the steps of: A) creating a rectangular roof opening in the roof structure, thereby creating an inner side of the roof structure facing the roof opening, and where the part of the underroof previously covering the roof opening is divided into four underroof sections each extending along one side of the roof opening, B) providing a sealing collar comprising an installation frame comprising top, bottom and side members (23, 24), which meet at four corners and together define an inner edge delimiting a collar opening, at least when the installation frame is in the mounted condition, said collar opening being adapted for surrounding the window frame, C) arranging the sealing collar on the exterior side of the roof structure so that the collar opening is substantially aligned with the roof opening when seen in a direction perpendicular to the plane of the roof structure, D) attaching the installation frame to the battens (52, 53, 54), E) folding the underroof sections up along the inner side of the roof structure and attaching them to an exterior side of the installation frame, F) applying at least one pad at each corner of the sealing collar, so that two underroof sections are connected to the installation frame and/or to each other, and so that an uninterrupted wind-proofing extending along the entire inner edge is provided, and G) inserting the window frame in the collar and roof openings. A) creating a rectangular roof opening in the roof structure, thereby creating an inner side of the roof structure facing the roof opening, and where the part of the underroof previously covering the roof opening is divided into four underroof sections each extending along one side of the roof opening, B) providing a sealing collar comprising an installation frame comprising top, bottom and side members (23, 24), which meet at four corners and together define an inner edge delimiting a collar opening, at least when the installation frame is in the mounted condition, said collar opening being adapted for surrounding the window frame, C) arranging the sealing collar on the exterior side of the roof structure so that the collar opening is substantially aligned with the roof opening when seen in a direction perpendicular to the plane of the roof structure, D) attaching the installation frame to the battens (52, 53, 54), E) folding the underroof sections up along the inner side of the roof structure and attaching them to an exterior side of the installation frame, F) applying at least one pad at each corner of the sealing collar, so that two underroof sections are connected to the installation frame and/or to each other, and so that an uninterrupted wind-proofing extending along the entire inner edge is provided, and G) inserting the window frame in the collar and roof openings.
A rubber tyre compound production method, characterized by comprising a mixing step, in which at least one cross-linking, unsaturated-chain polymer base, silica, a silane bonding agent, and 0.6 to less than 5 phr of a chemical of general formula are mixed with one another; and a following mixing step, in which at least stearic acid and a curing system are added to and mixed with the compound being prepared; wherein: R 1, R 2 and R 3, which are the same or different, are chosen from the group consisting of: hydrogen and groups in the alkane, alkene, cycloalkane, heterocyclic compound, aromatic compound, amine, imine, amide, sulphide, alcohol, aldehyde, ketone, ether, ester, nitrile, nitro-derivative, and isocyanate families.
A process for the reductive amination of a carbonyl group at the reducing terminus of a polysaccharide, wherein the polysaccharide comprises a core domain and an O-antigen from a lipopolysaccharide of a Gram-negative bacterium linked to the core domain, wherein the reductive amination is carried out at a pH between 4 and 5.
A method for protecting a thin-layer battery connected to a load having an intermittent operation comprising the steps of: with a switchable load and during a forced operation, periodically operating the battery at its maximum discharge current, and disconnecting the battery if the voltage across it, while the battery operates at its maximal discharge current, reaches a threshold value (V TH2) slightly greater than its critical voltage (V C2) for said maximum discharge current. with a switchable load and during a forced operation, periodically operating the battery at its maximum discharge current, and disconnecting the battery if the voltage across it, while the battery operates at its maximal discharge current, reaches a threshold value (V TH2) slightly greater than its critical voltage (V C2) for said maximum discharge current.
A method for preventing shortage at a customer location (5,5') of consumable ingredient capsules for use in a beverage preparation machine (10,10') for preparing a beverage by receiving a capsule in a capsule extraction unit, circulating a carrier liquid, such as water in particular heated water, through said capsule in the extraction unit and by dispensing a resulting beverage, the beverage preparation machine at the customer location being distant from a capsule supplier and in data-exchange connection with a server of the capsule supplier to form a network, the beverage preparation machine (10,10') comprising an automatic capsule recognition arrangement, the method comprising: - supplying from the capsule supplier a stock of consumable ingredient capsules to the customer location; - automatically monitoring via the network consumption of the consumable ingredient capsules in the beverage preparation machine; and - whenever the automatic monitoring detects a reaching of a shortage of consumable ingredient capsules at the customer location, generating automatically by the supplier server an instruction: a) to invite the customer to make an order for a shipment of a new stock of capsules, or b) to prepare a shipment of a new stock of capsules for supply to said customer. wherein the method further comprises individualising each supplied capsule stock by a dedicated identification means comprised in each capsule of the stock, and identifying the corresponding stock of each capsules that is being used by means of the automatic capsule recognition arrangement. - supplying from the capsule supplier a stock of consumable ingredient capsules to the customer location; - automatically monitoring via the network consumption of the consumable ingredient capsules in the beverage preparation machine; and - whenever the automatic monitoring detects a reaching of a shortage of consumable ingredient capsules at the customer location, generating automatically by the supplier server an instruction: a) to invite the customer to make an order for a shipment of a new stock of capsules, or b) to prepare a shipment of a new stock of capsules for supply to said customer. wherein the method further comprises individualising each supplied capsule stock by a dedicated identification means comprised in each capsule of the stock, and identifying the corresponding stock of each capsules that is being used by means of the automatic capsule recognition arrangement. a) to invite the customer to make an order for a shipment of a new stock of capsules, or b) to prepare a shipment of a new stock of capsules for supply to said customer. wherein the method further comprises individualising each supplied capsule stock by a dedicated identification means comprised in each capsule of the stock, and identifying the corresponding stock of each capsules that is being used by means of the automatic capsule recognition arrangement.
A spool valve comprising: a body having a bore with a plurality of internal grooves in a flow path that are spherically shaped radially outward from a longitudinal centerline of the bore and disposed longitudinally along the bore; a spool slidably engaged in the bore and having a plurality of seals to engage the bore, the seals being accommodated in seal grooves, the spool further comprising a concave surface between the seal grooves, the seal grooves and the concave surface being shaped radially inwardly towards a longitudinal centerline of the spool; and a plurality of ports (70A-E) formed in the body and having transverse side walls, one or more transverse port windows that are transverse to the longitudinal centerline of the bore being formed and extending into the transverse side walls of the plurality of ports (70A-E) and into the bore. a body having a bore with a plurality of internal grooves in a flow path that are spherically shaped radially outward from a longitudinal centerline of the bore and disposed longitudinally along the bore; a spool slidably engaged in the bore and having a plurality of seals to engage the bore, the seals being accommodated in seal grooves, the spool further comprising a concave surface between the seal grooves, the seal grooves and the concave surface being shaped radially inwardly towards a longitudinal centerline of the spool; and a plurality of ports (70A-E) formed in the body and having transverse side walls, one or more transverse port windows that are transverse to the longitudinal centerline of the bore being formed and extending into the transverse side walls of the plurality of ports (70A-E) and into the bore.
A light emitting diode module of a lighting device for a motor vehicle, the light emitting diode module including a carrier element on which at least one light emitting diode is secured and contacted, the at least one light emitting diode being secured and contacted on a line carrier and the line carrier being secured and contacted in turn on the carrier element, and the line carrier, regardless of the type of light emitting diode secured and contacted thereon, having a predetermined standard design with regard to securing and contacting on the carrier element and having corresponding securing means and contact-making means, characterized in that the line carrier has variously embodied means (55; 41) for securing and contacting the line carrier to the carrier element, and the securing and contacting means of the carrier element are embodied for securing and contacting the line carrier via at least one of the securing means and contact-making means embodied on the line carrier.
A method for routing a data packet in a network, the method comprising: for each one of a plurality of destination devices capable of further handling of the data packet for routing toward a further destination, determining a respective cost or utility associated with forwarding the data packet from a first location in the network to said one of the plurality of destination devices, wherein the cost or utility is based on a distance from said one of the plurality of destination devices to the further destination and is determined by computing an inner product of a first vector and a second vector, the first vector originating at an originating point and directed toward said one of the plurality of destination devices, the second vector originating at the originating point and directed toward said further destination; selecting using a comparator tree, one of the plurality of destination devices based at least in part on cost or utility; and forwarding the data packet from the first location in the network to said selected one of the plurality of destination devices. for each one of a plurality of destination devices capable of further handling of the data packet for routing toward a further destination, determining a respective cost or utility associated with forwarding the data packet from a first location in the network to said one of the plurality of destination devices, wherein the cost or utility is based on a distance from said one of the plurality of destination devices to the further destination and is determined by computing an inner product of a first vector and a second vector, the first vector originating at an originating point and directed toward said one of the plurality of destination devices, the second vector originating at the originating point and directed toward said further destination; selecting using a comparator tree, one of the plurality of destination devices based at least in part on cost or utility; and forwarding the data packet from the first location in the network to said selected one of the plurality of destination devices.
A method for amplifying a target nucleic acid sequence in a biological sample during amplification comprising the steps of: adding a thermostable polymerase and primers configured for amplification of the target nucleic acid sequence to the biological sample, wherein the ratio of polymerase to total primer concentration is 0.03-0.4: 1, and the polymerase concentration is at least 0.5 μM; and amplifying the target nucleic acid sequence by polymerase chain reaction by thermally cycling the biological sample between at least a denaturation temperature and an elongation temperature through a plurality of amplification cycles using an extreme temperature cycling profile wherein each cycle is completed in less than 10 seconds. adding a thermostable polymerase and primers configured for amplification of the target nucleic acid sequence to the biological sample, wherein the ratio of polymerase to total primer concentration is 0.03-0.4: 1, and the polymerase concentration is at least 0.5 μM; and amplifying the target nucleic acid sequence by polymerase chain reaction by thermally cycling the biological sample between at least a denaturation temperature and an elongation temperature through a plurality of amplification cycles using an extreme temperature cycling profile wherein each cycle is completed in less than 10 seconds.
Transfer device configured to transfer smoking articles in a direction of transfer from a feed store to a transfer conveyor with pockets of an apparatus to feed and form organized groups of smoking articles, said transfer device comprising a forming drawer comprising an upper wall and a bottom wall, characterized in that said upper wall is disposed fixed in a position opposite said bottom wall and said bottom wall is configured automatically mobile with respect to said fixed upper wall between a closed position, in which it closes the forming drawer at the lower part, defining a first condition of use of normal transfer of the smoking articles and an open position, in which it opens the forming drawer at the lower part, defining a second maintenance condition to allow the removal of smoking articles from said forming drawer; wherein said forming drawer is provided internally with a passage channel for the transit of the smoking articles in said direction of transfer in the first condition of use, said passage channel being aligned to said direction of transfer both in the first condition of use, and in the second maintenance condition; further wherein said transfer device comprises at least one thruster of smoking articles for feeding said smoking articles from said feed store to said transfer conveyor with pockets in said direction of transfer, through said transfer device, wherein said at least one thruster is configured to be activated for a cleaning travel inside a passage channel of a forming drawer of said at least one transfer device in the second maintenance condition, at least after the bottom wall has been opened.
A method for supplementing media assets during fast-access playback operations, the method comprising: receiving a user input while a media asset is subject to a fast-access playback operation, wherein the fast-access playback operation is a fast-forward operation or a rewind operation; determining a progression point in the media asset when the user input was received; inputting the progression point into a database of information related to content of the media asset at different progression points; filtering the information based on the progression point to output supplemental content; and generating for presentation the supplemental content while the media asset continues to be subject to the fast-access playback operation. receiving a user input while a media asset is subject to a fast-access playback operation, wherein the fast-access playback operation is a fast-forward operation or a rewind operation; determining a progression point in the media asset when the user input was received; inputting the progression point into a database of information related to content of the media asset at different progression points; filtering the information based on the progression point to output supplemental content; and generating for presentation the supplemental content while the media asset continues to be subject to the fast-access playback operation.
Distribution module for the use in modular distribution panels for connecting analogously or digitally switched connection sockets with other distribution panels or continuing lines or terminal devices, the distribution module comprising a plurality of connection sockets at one front side characterised in that the distribution module has a plurality of single modules with each having a housing which is closed at all sides or a plurality of connection sockets with a housing which is closed at all sides, around the plurality of the connection sockets and in that on the back side opposite to the front side a connector is arranged which is connected by way of a corresponding wiring in the housing with the plurality of the connection sockets at the front side of the distribution module.
A catalyst composition comprising: a procatalyst composition; a cocatalyst; and a mixed external electron donor (M-EED) comprising an activity limiting agent, a first selectivity control agent, and a second selectivity control agent selected from the group consisting of a dialkoxybenzene, a dimethoxysilane containing two alkenyl groups, and combinations thereof, and a SCA1:SCA2 mole ratio from 0.1-1.0:1. a procatalyst composition; a cocatalyst; and a mixed external electron donor (M-EED) comprising an activity limiting agent, a first selectivity control agent, and a second selectivity control agent selected from the group consisting of a dialkoxybenzene, a dimethoxysilane containing two alkenyl groups, and combinations thereof, and a SCA1:SCA2 mole ratio from 0.1-1.0:1.
An elongated assembly for a surgical clip applier, comprising: an outer shaft; an end effector assembly disposed partially within and extending distally from the outer shaft, the end effector assembly including first and second spaced-apart arms (266a, 266b) and first and second jaws (268a, 268b) disposed at free ends of the first and second spaced-apart arms, respectively; and an inner drive sleeve disposed within the outer shaft, wherein distal sliding of the inner drive sleeve urges the first and second spaced-apart arms (266a, 266b) towards one another, thereby moving the first and second jaws (268a, 268b) from a spaced-apart position to an approximated position to apply a surgical clip about tissue disposed between the first and second jaws, characterized in that the inner drive sleeve includes a bearing assembly slidably disposed about the end effector assembly, the bearing assembly including at least one first ball bearing positioned adjacent the first spaced-apart arm and at least one second ball bearing positioned adjacent the second spaced-apart arm, wherein sliding of the bearing assembly from a proximal position to a distal position rolls the at least one first ball bearing and the at least one second ball bearing about the first and second spaced-apart arms, respectively, to urge the first and second spaced-apart arms towards one another, thereby moving the first and second jaws from the spaced-apart position to the approximated position. an outer shaft; an end effector assembly disposed partially within and extending distally from the outer shaft, the end effector assembly including first and second spaced-apart arms (266a, 266b) and first and second jaws (268a, 268b) disposed at free ends of the first and second spaced-apart arms, respectively; and an inner drive sleeve disposed within the outer shaft, wherein distal sliding of the inner drive sleeve urges the first and second spaced-apart arms (266a, 266b) towards one another, thereby moving the first and second jaws (268a, 268b) from a spaced-apart position to an approximated position to apply a surgical clip about tissue disposed between the first and second jaws, characterized in that the inner drive sleeve includes a bearing assembly slidably disposed about the end effector assembly, the bearing assembly including at least one first ball bearing positioned adjacent the first spaced-apart arm and at least one second ball bearing positioned adjacent the second spaced-apart arm, wherein sliding of the bearing assembly from a proximal position to a distal position rolls the at least one first ball bearing and the at least one second ball bearing about the first and second spaced-apart arms, respectively, to urge the first and second spaced-apart arms towards one another, thereby moving the first and second jaws from the spaced-apart position to the approximated position.
A composition comprising an RNAi agent to HSF1 comprising a first strand and a second strand, wherein the sequence of the first strand comprises a sequence selected from the group consisting of SEQ ID No. 637 or SEQ ID No. 1661, and wherein the first and/or second strand are modified or unmodified.
Method for detecting the shape and/or dimensions of a wheel on a balancing machine on which said wheel is mounted rotating, comprising the stages of: - providing detectable angular positions (α j, α k) of the wheel; - projection (B 1, B 2) of at least a line of light onto the surface of at least a portion of the wheel mounted rotating on the machine, said line of light being generated by means of at least one light emitter; - acquisition (C 1, C 2) of at least a two-dimensional image (I i) of said projected line of light, said acquisition stage (C 1, C 2) being performed by means of at least a light sensor; - processing of said acquired image (I i) to determine the profile (P i) of said portion of the wheel; the method comprising a distributed detection stage, comprising a plurality of rotation stages (D 1, D 2) in each of which a complete rotation of said wheel is carried out, wherein, during said rotation stages (D 1, D 2), respective projection stage (B 1, B 2) and acquisition stage (C 1, C 2) are performed in correspondence to respective groups of said angular positions (α j, α k); wherein the number (n) of said detectable angular positions (α j, α k) is pre-established, the method being characterized in that the angular positions (α j, α k) of each group are different from those of the other groups, whereby said light sensor at every revolution of the wheel is not forced to detect images for each angular position (α j, α k) of the wheel but only for a limited number of these, the acquisition in the other angular positions (α j, α k) being done during the subsequent rotations. - providing detectable angular positions (α j, α k) of the wheel; - projection (B 1, B 2) of at least a line of light onto the surface of at least a portion of the wheel mounted rotating on the machine, said line of light being generated by means of at least one light emitter; - acquisition (C 1, C 2) of at least a two-dimensional image (I i) of said projected line of light, said acquisition stage (C 1, C 2) being performed by means of at least a light sensor; - processing of said acquired image (I i) to determine the profile (P i) of said portion of the wheel;
An electrolyte membrane for a fuel cell, comprising an electrolyte resin and a nanofiber unwoven cloth buried in the electrolyte resin, wherein the nanofiber unwoven cloth is exposed only from a first face, which is suitable for disposing an anode electrode.