mhurhangee/ep-ind-claims huggingface dataset:
An electrical insulator, for an inductive device filled with an electrically insulating cooling fluid, the insulator defining a plurality of internal channels for allowing the fluid to flow there through to improve circulation of the fluid within the inductive device, wherein the insulator is flat and the internal channels comprise radial channels extending in a plane within the insulator which is parallel to opposing first and second main surfaces of the insulator, wherein the insulator has an inner edge surface defining a central through hole through the insulator, perpendicular to the plane of the insulator, wherein the channels comprise axial channels, each of the axial channels extending through at least one of the first and second main surfaces and into at least one of the radial channels for allowing the cooling fluid to pass between the axial and radial channels, and characterised in that each of the radial channels extends from an opening in an outer edge surface of the insulator to an opening in the inner edge surface of the insulator, and in that the insulator is made of at least one electrically insulating material comprising a composite material of fibres, wherein the fibres are synthetic fibres such as glass fibres, in a resin matrix, comprising a curable resin such as an epoxy or polyester resin, preferably epoxy. wherein the insulator is flat and the internal channels comprise radial channels extending in a plane within the insulator which is parallel to opposing first and second main surfaces of the insulator, wherein the insulator has an inner edge surface defining a central through hole through the insulator, perpendicular to the plane of the insulator, wherein the channels comprise axial channels, each of the axial channels extending through at least one of the first and second main surfaces and into at least one of the radial channels for allowing the cooling fluid to pass between the axial and radial channels, and characterised in that each of the radial channels extends from an opening in an outer edge surface of the insulator to an opening in the inner edge surface of the insulator, and in that the insulator is made of at least one electrically insulating material comprising a composite material of fibres, wherein the fibres are synthetic fibres such as glass fibres, in a resin matrix, comprising a curable resin such as an epoxy or polyester resin, preferably epoxy.
A method of producing a soluble whole oat flour or soluble whole barley flour comprising: combining a whole oat or barley flour starting mixture and a suitable enzyme and water to form an enzyme starting mixture, wherein the whole oat or barley flour starting mixture comprises 50 to 100 wt% whole oat or barley flour; heating the enzyme starting mixture to between 48.8°C (120°F) and 93.3°C (200°F) to begin to hydrolyze the starch molecules; and extruding the resultant mixture to continue hydrolyzing the starch and further to gelatinize and cook the mixture to form the soluble whole oat flour or soluble whole barley flour, wherein low shear is applied to the mixture during extruding which is carried out in an extruder at screw speeds of 200-300 rpm and the extruding occurs at a dough temperature of 100°C (212°F) to 126.6°C (260°F). combining a whole oat or barley flour starting mixture and a suitable enzyme and water to form an enzyme starting mixture, wherein the whole oat or barley flour starting mixture comprises 50 to 100 wt% whole oat or barley flour; heating the enzyme starting mixture to between 48.8°C (120°F) and 93.3°C (200°F) to begin to hydrolyze the starch molecules; and extruding the resultant mixture to continue hydrolyzing the starch and further to gelatinize and cook the mixture to form the soluble whole oat flour or soluble whole barley flour, wherein low shear is applied to the mixture during extruding which is carried out in an extruder at screw speeds of 200-300 rpm and the extruding occurs at a dough temperature of 100°C (212°F) to 126.6°C (260°F).
A method implemented in a crude oil refining facility, the method comprising: in a crude oil refining facility comprising a plurality of oil refining plants, each oil refining plant configured to perform at least one oil refining process, each oil refining plant comprising a plurality of interconnected oil refining sub-systems, wherein a plurality of streams at respective temperatures flow between the plurality of oil refining sub-systems: flowing a first plurality of streams from a first subset of the plurality of oil refining plants to a plurality of heat exchangers; flowing a second plurality of streams from a second subset of the plurality of oil refining plants to the plurality of heat exchangers, wherein the plurality of heat exchangers transfer heat from the first plurality of streams to the second plurality of streams; and utilizing the heated second plurality of streams in one or more oil refining processes at the second subset of the plurality of oil refining plants, characterised in that the first subset comprises a naphtha hydrotreating plant, a gas separation plant, an amine regeneration plant, a sulfur recovery plant, a sour water stripper plant, and an aromatics plant which comprises an aromatics plant xylene products separation unit and an aromatics column benzene extraction unit, and in that the second subset comprises a hydrogen plant, a diesel hydrotreating plant, and a hydrocracking plant. flowing a first plurality of streams from a first subset of the plurality of oil refining plants to a plurality of heat exchangers; flowing a second plurality of streams from a second subset of the plurality of oil refining plants to the plurality of heat exchangers, wherein the plurality of heat exchangers transfer heat from the first plurality of streams to the second plurality of streams; and utilizing the heated second plurality of streams in one or more oil refining processes at the second subset of the plurality of oil refining plants, characterised in that the first subset comprises a naphtha hydrotreating plant, a gas separation plant, an amine regeneration plant, a sulfur recovery plant, a sour water stripper plant, and an aromatics plant which comprises an aromatics plant xylene products separation unit and an aromatics column benzene extraction unit, and in that the second subset comprises a hydrogen plant, a diesel hydrotreating plant, and a hydrocracking plant. the first subset comprises a naphtha hydrotreating plant, a gas separation plant, an amine regeneration plant, a sulfur recovery plant, a sour water stripper plant, and an aromatics plant which comprises an aromatics plant xylene products separation unit and an aromatics column benzene extraction unit, and in that the second subset comprises a hydrogen plant, a diesel hydrotreating plant, and a hydrocracking plant.
Fresh-air valve comprising an elongated channel bush with a substantially slot-shaped through-flow opening for building into a slot-shaped opening in walls or frames, for example a window frame, and further comprising an elongated ventilation flap with ends which are connected to pressure-releasable snap couplings (9, 9') disposed in wells (10, 10') close to each end of the housing, outside the through-flow opening, where said pressure-releasable snap couplings can be activated between an open position for the ventilation flap and a closed position for the ventilation flap, where the top side of this is plane with the facing side of the channel bush, and where between the channel bush and the ventilation flap there is provided a sealing strip disposed in an annular recess along the edge of the through-flow opening of the channel bush, characterised in, that oriented towards the through-flow opening the ventilation flap comprises an insulating casing, the side edges of which comprise parallel-extending, upstanding lobes on the side facing away from the channel bush, and oriented in the longitudinal axis of the casing and wherein the ventilation flap further comprises a track with spaced protruding lugs intended for engagement with and locking of protruding side edges (83, 85) of protruding locking parts, or a locking tongue which extends along the centre axis of a cover plate associated with the ventilation flap, said cover plate is configured for pressing-in for contact with the parallel upstanding lobes with simultaneous locking of the protruding side edges (83, 85) on the locking parts/locking tongue between the spaced lugs in the track.
A test device comprising: - a test port which is configured to be connected to a test chamber in which a container to be tested for leaks is housed, - a vacuum source which is connected to the test port via a first line, - a first valve and a second valve, which are arranged in the first line, wherein the first valve is arranged upstream of the second valve starting from the vacuum source, wherein the first line has an intermediate line region between the first valve and the second valve, - a first sensor for a coarse leak measurement, which is arranged on the first line, - a second sensor for fine leak measurement, - a second line which branches off from the first line, wherein the second sensor is arranged in the second line, - a third line which branches off from the first line or the second line and leads to a flushing port, and - a third valve which is arranged in the third line in order to open and close the connection to the flushing port, characterized in that the second line branches off from the first line in a region between the test port and the second valve. - a test port which is configured to be connected to a test chamber in which a container to be tested for leaks is housed, - a vacuum source which is connected to the test port via a first line, - a first valve and a second valve, which are arranged in the first line, wherein the first valve is arranged upstream of the second valve starting from the vacuum source, wherein the first line has an intermediate line region between the first valve and the second valve, - a first sensor for a coarse leak measurement, which is arranged on the first line, - a second sensor for fine leak measurement, - a second line which branches off from the first line, wherein the second sensor is arranged in the second line, - a third line which branches off from the first line or the second line and leads to a flushing port, and - a third valve which is arranged in the third line in order to open and close the connection to the flushing port,
A microphone structure comprising: a microphone; a cover member having a large number of through holes; and an acoustic transmission member interposed between the cover member and the microphone and configured to transmit an acoustic component, wherein the acoustic transmission member includes a fiber material obtained by intertwining raw materials, configured to contain fiber, with each other, and air permeability of the fiber material is less than 0.5 s/100 cm 3, wherein the fiber is metal fiber and the fiber material is sintered, or the fiber is fluorine fiber and the fiber material is bonded between the fibers by thermal fusion bonding. a microphone; a cover member having a large number of through holes; and an acoustic transmission member interposed between the cover member and the microphone and configured to transmit an acoustic component, wherein the acoustic transmission member includes a fiber material obtained by intertwining raw materials, configured to contain fiber, with each other, and air permeability of the fiber material is less than 0.5 s/100 cm 3, wherein the fiber is metal fiber and the fiber material is sintered, or the fiber is fluorine fiber and the fiber material is bonded between the fibers by thermal fusion bonding.
Treatment apparatus for at least one textile having - a circulating conveyor for conveying the at least one textile to a treatment station, and - at least one holding device which is designed for receiving and holding at least one textile, wherein on the circulating conveyor the at least one holding device has an elevated support region which provides a raised support for at least a part of the textile, characterized in that the holding device is formed with segments which are connected to the circulating conveyor and in that the segments are of rib-like design and extend transversely to a conveying direction. - a circulating conveyor for conveying the at least one textile to a treatment station, and - at least one holding device which is designed for receiving and holding at least one textile, wherein on the circulating conveyor the at least one holding device has an elevated support region which provides a raised support for at least a part of the textile, characterized in that the holding device is formed with segments which are connected to the circulating conveyor and in that the segments are of rib-like design and extend transversely to a conveying direction.
A method for regrouping multiple mission critical push to talk, MCPTT, groups, the method comprising: receiving, by a first group management functional entity, a group regrouping creation message sent by a first user equipment, UE, wherein the first UE is a UE used by a first MCPTT user; and wherein the group regrouping creation message comprises identifiers of N MCPTT groups, and the group regrouping creation message is used to request the first group management functional entity to create, according to the identifiers of the N MCPTT groups, a temporary group which is initiated by the first MCPTT user and into which the N MCPTT groups are regrouped: wherein N is an integer greater than or equal to 2; the first group management functional entity is a group management functional entity in a home network of the first MCPTT user; and the first MCPTT user belongs to at least one MCPTT group of the N MCPTT groups; and configuring, by the first group management functional entity, information about the temporary group, wherein the information about the temporary group comprises: an identifier of the temporary group into which the N MCPTT groups are regrouped, and the identifiers of the N MCPTT groups. receiving, by a first group management functional entity, a group regrouping creation message sent by a first user equipment, UE, wherein the first UE is a UE used by a first MCPTT user; and wherein the group regrouping creation message comprises identifiers of N MCPTT groups, and the group regrouping creation message is used to request the first group management functional entity to create, according to the identifiers of the N MCPTT groups, a temporary group which is initiated by the first MCPTT user and into which the N MCPTT groups are regrouped: wherein N is an integer greater than or equal to 2; the first group management functional entity is a group management functional entity in a home network of the first MCPTT user; and the first MCPTT user belongs to at least one MCPTT group of the N MCPTT groups; and configuring, by the first group management functional entity, information about the temporary group, wherein the information about the temporary group comprises: an identifier of the temporary group into which the N MCPTT groups are regrouped, and the identifiers of the N MCPTT groups.
A Dewar device for mechanical and/or functional components of a watch, said device being provided with a bracelet and a casing including an enclosure in which a case of said watch is capable of being arranged and a reversible fastening device fastening said case of a watch in said enclosure of the casing by keeping it away from the set of elements (10a, 10b, 10c) of the casing defining this enclosure, said fastening device including at least two connecting members each connected to an attachment area of said case from at least one telescopic bar (9b, 9c),said set of elements of the casing forming said enclosure comprising a crystal, an inner peripheral wall of a middle and a back of this casing, device in which each connecting member is arranged on an inner peripheral wall of the enclosure of the casing opposite to the attachment area, a crystal of the case of a watch being disposed opposite to a crystal of the casing when the case of a watch is arranged in said enclosure, the Dewar device comprising a middle on which said bracelet is fastened.
A collection module for collecting windrows of plant stems, comprising: • a front part provided with a ground wheel which is arranged to roll on a ground in a first direction of rotation when the collection module moves in a first direction of movement; • a collection device for picking up windrows of plant stems deposited on the ground, comprising at least a first set of collection fingers which is rotatable about a first axis of rotation in a second direction of rotation opposite the first direction of rotation of the ground wheel; • a guide element disposed above the set of collection fingers; • a conveyor belt arranged to bring the collected plant stems toward a rear part of the collection module; the collection module being characterized in that it further comprises a ventilation device for generating at least one air flow between the guide element and the collection device in order to evacuate the ground dust generated during the collection of the windrows by the set of collection fingers. • a front part provided with a ground wheel which is arranged to roll on a ground in a first direction of rotation when the collection module moves in a first direction of movement; • a collection device for picking up windrows of plant stems deposited on the ground, comprising at least a first set of collection fingers which is rotatable about a first axis of rotation in a second direction of rotation opposite the first direction of rotation of the ground wheel; • a guide element disposed above the set of collection fingers; • a conveyor belt arranged to bring the collected plant stems toward a rear part of the collection module;
Method for predicting a motion vector of at least one partition (P1; MB N) of a block of a current image with respect to a motion vector of at least one reference partition (Pr'1; MBr N-1) of a reference block corresponding to the current block, in a reference image which is different from the current image and which is partitioned into a plurality of n reference blocks (r'1, r'2,..., r'n), said motion vector of said at least one partition of the block of the current image pointing, in the reference image, to said at least one reference partition which has the same shape as said at least one partition of the block of the current image, said method being characterized in that, in the case in which said at least one reference partition overlaps a set of k reference blocks from among said plurality of n reference blocks (r'1, r'2,...,r'n) of the reference image, with k≤n, said motion vector of said at least one partition of the block of the current image is determined on the basis of at least one reference motion vector belonging to a set of k reference motion vectors (MVr'1, MVr' 2,..., MVr' k) associated respectively with the k overlapped reference blocks, the determination of the motion vector of said at least one partition of the block of the current image comprising the steps of: - selecting a particular point of the reference partition, said particular point being the centre of said reference partition, - selecting the reference motion vector associated with the overlapped reference block which contains the centre of said reference partition, the centre of said reference partition being calculated as the point which minimizes the sum of the distances with respect to all the points of said reference partition. said method being characterized in that, in the case in which said at least one reference partition overlaps a set of k reference blocks from among said plurality of n reference blocks (r'1, r'2,...,r'n) of the reference image, with k≤n, said motion vector of said at least one partition of the block of the current image is determined on the basis of at least one reference motion vector belonging to a set of k reference motion vectors (MVr'1, MVr' 2,..., MVr' k) associated respectively with the k overlapped reference blocks, the determination of the motion vector of said at least one partition of the block of the current image comprising the steps of: - selecting a particular point of the reference partition, said particular point being the centre of said reference partition, - selecting the reference motion vector associated with the overlapped reference block which contains the centre of said reference partition, - selecting a particular point of the reference partition, said particular point being the centre of said reference partition, - selecting the reference motion vector associated with the overlapped reference block which contains the centre of said reference partition, the centre of said reference partition being calculated as the point which minimizes the sum of the distances with respect to all the points of said reference partition.
A method performed by a network for receiving a transmission on a random-access channel, RACH, from a device, the method comprising: receiving, by the network, a mobile station radio access capabilities, MS RAC, message from the device; transmitting, by the network, an identification, ID, assigned by the network subsequent to receiving the MS RAC, the ID being locally unique and providing contention resolution; receiving, by the network, further transmissions on the RACH from the device using the ID and a timing advance, TA, determined by the device. receiving, by the network, a mobile station radio access capabilities, MS RAC, message from the device; transmitting, by the network, an identification, ID, assigned by the network subsequent to receiving the MS RAC, the ID being locally unique and providing contention resolution; receiving, by the network, further transmissions on the RACH from the device using the ID and a timing advance, TA, determined by the device.
Use of N-methyl-N-acylglucamines as thickener in aqueous surfactant solutions, containing one or more anionic surfactants from the group of the alkyl ether sulfates and alkyl sulfates, wherein the N-methyl-N-acylglucamines contain at least 60 wt% of N-methyl-N-acylglucamines with a C 12 -, C 14 - or an unsaturated C 18 -fatty acid residue and simultaneously less than 5 wt% of N-methyl-N-acylglucamines that contain a fatty acid residue < C 12; wherein the proportion of N-methyl-N-acylglucamines that contain an unsaturated C 18 -acyl group is at least 8 wt%.