mhurhangee/ep-ind-claims huggingface dataset:
A gas turbine engine comprising: a compressor section; an air supply; an oil supply; and a fluid cooler comprising: an outer tube having an outer tube inlet at a first end of the fluid cooler and an outer tube outlet at a second end of the fluid cooler, a primary axis of the fluid cooler defined within the outer tube between the first end of the fluid cooler and the second end of the fluid cooler; and a plurality of inner tubes extending within the outer tube between the first end of the fluid cooler and the second end of the fluid cooler, the plurality of inner tubes having a common inner tube inlet and a common inner tube outlet, the plurality of inner tubes extending helically about the primary axis of the fluid cooler, a first group of the plurality of inner tubes disposed at a first radius from the primary axis of the fluid cooler and a second group of the plurality of inner tubes disposed at a second radius from the primary axis of the fluid cooler, the second radius different from the first radius, wherein the outer tube inlet is fluidly coupled to the oil supply. a compressor section; an air supply; an oil supply; and a fluid cooler comprising: an outer tube having an outer tube inlet at a first end of the fluid cooler and an outer tube outlet at a second end of the fluid cooler, a primary axis of the fluid cooler defined within the outer tube between the first end of the fluid cooler and the second end of the fluid cooler; and a plurality of inner tubes extending within the outer tube between the first end of the fluid cooler and the second end of the fluid cooler, the plurality of inner tubes having a common inner tube inlet and a common inner tube outlet, the plurality of inner tubes extending helically about the primary axis of the fluid cooler, a first group of the plurality of inner tubes disposed at a first radius from the primary axis of the fluid cooler and a second group of the plurality of inner tubes disposed at a second radius from the primary axis of the fluid cooler, the second radius different from the first radius, wherein the outer tube inlet is fluidly coupled to the oil supply. an outer tube having an outer tube inlet at a first end of the fluid cooler and an outer tube outlet at a second end of the fluid cooler, a primary axis of the fluid cooler defined within the outer tube between the first end of the fluid cooler and the second end of the fluid cooler; and a plurality of inner tubes extending within the outer tube between the first end of the fluid cooler and the second end of the fluid cooler, the plurality of inner tubes having a common inner tube inlet and a common inner tube outlet, the plurality of inner tubes extending helically about the primary axis of the fluid cooler, a first group of the plurality of inner tubes disposed at a first radius from the primary axis of the fluid cooler and a second group of the plurality of inner tubes disposed at a second radius from the primary axis of the fluid cooler, the second radius different from the first radius, wherein the outer tube inlet is fluidly coupled to the oil supply.
Electro thermal fuse, comprising a tubular casing consisting of electric insulating material, which is on each of its terminal portions (11, 12) closed by a cover, which is also functioning as a contact member (110, 120) consisting of an electric conductive material, which is suitable for integration of the fuse into each disposable electric circuit, while an electric conductor is inserted throughout the passage within said hollow casing and is during the normal operation of the fuse, namely when the electric current is allowed to flow through said electric conductor, via at least one soldered contact (3, 3') electrically interconnected with said contact members (110, 120), but is in the case of the electric overload within said circuit and generated heat and consequently melting and interruption of said at least one soldered contact (3, 3') displaceable away from at least one of said contact members (110, 120) by means of a spring, by which the electric current through the fuse is then interrupted, characterized in that said tubular casing consists of ceramics, and each of said contact members (110, 120) is furnished with a centrally arranged through passage (111, 121), so that the electric conductor is inserted through said passages (111, 121) within said contact members (110, 120) and is by means of solder (3, 3'), which is located on the external side of the fuse, firmly and electric conductively connected with each of said contact members (110, 120), wherein said conductor is in the one terminal area of the fuse extended and ended with appropriate thicker portion, so that a spring is placed around said conductor and is inserted between said thicker portion and the belonging contact member with said solder, and wherein the residual volume within said passage in the casing of the fuse, namely the area between said conductor and the casing as well as between said contact members (110, 120), is filled with a pre-determined quantity of arc preventing filler of the basis of properly granulated silica.
A fish school finding device (1, 2), comprising: an individual fish detecting module configured to detect an individual fish from echo information obtained from ultrasonic waves transmitted in a depth direction at predetermined time intervals; a reference section detecting module (43, 45) configured to detect a reference section; and a measurement area setting module (44, 46) configured to set a measurement area based on the reference section, characterized in that: the device comprises an individual fish number calculating module configured to calculate a number of the individual fish for each of a plurality of two-dimensionally arrayed sections consisting of the depth direction and a time axis direction; the reference section detecting module (43, 45) is configured to detect the reference section based on the number of the individual fish; and the measurement area setting module (44, 46) determines that adjacent sections have a continuity with each other in case that the number of individual fish calculated for each section is within a predetermined range of each other, and the number of individual fish calculated for each section is equal to or greater than a predetermined threshold number. an individual fish detecting module configured to detect an individual fish from echo information obtained from ultrasonic waves transmitted in a depth direction at predetermined time intervals; a reference section detecting module (43, 45) configured to detect a reference section; and a measurement area setting module (44, 46) configured to set a measurement area based on the reference section, characterized in that: the device comprises an individual fish number calculating module configured to calculate a number of the individual fish for each of a plurality of two-dimensionally arrayed sections consisting of the depth direction and a time axis direction; the reference section detecting module (43, 45) is configured to detect the reference section based on the number of the individual fish; and the measurement area setting module (44, 46) determines that adjacent sections have a continuity with each other in case that the number of individual fish calculated for each section is within a predetermined range of each other, and the number of individual fish calculated for each section is equal to or greater than a predetermined threshold number. the device comprises an individual fish number calculating module configured to calculate a number of the individual fish for each of a plurality of two-dimensionally arrayed sections consisting of the depth direction and a time axis direction; the reference section detecting module (43, 45) is configured to detect the reference section based on the number of the individual fish; and the measurement area setting module (44, 46) determines that adjacent sections have a continuity with each other in case that the number of individual fish calculated for each section is within a predetermined range of each other, and the number of individual fish calculated for each section is equal to or greater than a predetermined threshold number.
A method of detecting a diode fault in an AC signal rectifier circuit, the AC signal rectifier circuit including a plurality of diodes, and being arranged to supply a rectified output voltage to a load, wherein the method includes the steps of deriving an operating value indicative of the ratio of the voltage magnitudes of a first harmonic frequency and another harmonic frequency of the rectified output voltage across the load; and determining whether a fault has occurred in one or more of the diodes on the basis of the derived operating value. wherein the method includes the steps of deriving an operating value indicative of the ratio of the voltage magnitudes of a first harmonic frequency and another harmonic frequency of the rectified output voltage across the load; and determining whether a fault has occurred in one or more of the diodes on the basis of the derived operating value.
Assembly to manipulate a plurality of straws for packaging animal semen each having a predetermined diameter and a predetermined length, comprising a freezing rack having a rim and a bottom surrounding a central free space, said bottom comprising two toothed walls (11, 25) which extend longitudinally along said central space, each toothed wall (11, 25) having a set of toothing at its apex comprising a succession of teeth and hollows, the sets of toothing of said toothed walls (11, 25) being identical with each hollow delimited by a surface having a curvature according to said predetermined diameter, characterized in that it further comprises a crosspiece comprising parts (103, 104) which are movable relative to each other and that are configured to take a position in which said crosspiece is removably secured to said freezing rack at a place provided to receive at least one said straw.
Washing system for cleaning items to be cleaned, comprising: - at least one housing having at least one inlet, for impinging the washing system with cleaning fluid, and at least one nozzle opening which is formed in the housing and fluidically connected to the inlet; - at least one cleaning opening which is formed in the housing; and - at least one self-closing closure element for closing the cleaning opening; wherein the closure element has at least one activation element; wherein the housing has at least one activation opening; wherein the activation element by way of the activation opening is able to be activated from outside the housing; wherein the activation element protrudes through the activation opening towards the outside of the housing; wherein the activation element is disposed between a connecting region of the closure element to the housing and the cleaning opening. - at least one housing having at least one inlet, for impinging the washing system with cleaning fluid, and at least one nozzle opening which is formed in the housing and fluidically connected to the inlet; - at least one cleaning opening which is formed in the housing; and - at least one self-closing closure element for closing the cleaning opening;
A composition comprising peat moss and one or more alkoxylates selected from the group consisting of alcohol alkoxylates and alkylphenol alkoxylates and one or more polysaccharides wherein the one or more of the polysaccharides is a guar or guar derivative; or wherein the one or more polysaccharides is selected from the group consisting of cationic modified guar, hydroxypropyl guar, alkyl guar, and cationic modified hydroxypropyl guar.
A method of refining raffinate-2 comprising: feeding a raffinate-2 containing n-butane, isobutane, and 1-butene to a first distillation column; obtaining a heavy raffinate-3 containing n-butane from a lower part of the first distillation column and an upper part fraction containing 1-butene from an upper part of the first distillation column; feeding the upper part fraction containing 1-butene to a second distillation column; and recovering a lower part fraction rich in 1-butene from a lower part of the second distillation column and a light raffinate-3 containing isobutane from an upper part of the second distillation column, wherein the second distillation column is divided into a first region and a second region by a separation wall, and the upper part fraction recovered from the upper part of the first distillation column is directly fed to a lower part of the first region of the second distillation column without being condensed. feeding a raffinate-2 containing n-butane, isobutane, and 1-butene to a first distillation column; obtaining a heavy raffinate-3 containing n-butane from a lower part of the first distillation column and an upper part fraction containing 1-butene from an upper part of the first distillation column; feeding the upper part fraction containing 1-butene to a second distillation column; and recovering a lower part fraction rich in 1-butene from a lower part of the second distillation column and a light raffinate-3 containing isobutane from an upper part of the second distillation column, wherein the second distillation column is divided into a first region and a second region by a separation wall, and the upper part fraction recovered from the upper part of the first distillation column is directly fed to a lower part of the first region of the second distillation column without being condensed.
A process for removing residuals from hollow fiber membranes by enforced convective transport of a washing fluid through a membrane wall, wherein the hollow fiber membranes are subjected to a bath of a washing fluid and subsequently mechanically compressed by guiding the membranes over a roller bearing a groove having a width smaller than the outer diameter of the membranes, the membranes being passed through the groove and rinsed with the washing fluid during mechanical compression.
A system with a mattress and a box spring or platform for facilitating horizontal rotation of said mattress while said mattress is supported by said box spring or platform, the system comprising: a cover (20, 22) configured to be removably attached to one or the other between said mattress and said box spring or platform, said cover (20, 22) having a slick side having a relatively low co-efficient of friction and a non-slick side having a relatively higher co-efficient of friction; wherein in a rotate mode of operation, said cover (20, 22) is removably attached to one between said mattress and said box spring or platform so that said slick side faces outwardly and is in contact with the inherent surface roughness or a slick surface of the other between said mattress and said box spring or platform in a rotate mode of operation, and in a normal mode of operation, the cover (20, 22) is removably attached to the other between said mattress and said box spring or platform so that said slick side faces inwardly and the non-slick side is in contact with the inherent surface roughness of said one between said mattress and said box spring or platform. a cover (20, 22) configured to be removably attached to one or the other between said mattress and said box spring or platform, said cover (20, 22) having a slick side having a relatively low co-efficient of friction and a non-slick side having a relatively higher co-efficient of friction; wherein in a rotate mode of operation, said cover (20, 22) is removably attached to one between said mattress and said box spring or platform so that said slick side faces outwardly and is in contact with the inherent surface roughness or a slick surface of the other between said mattress and said box spring or platform in a rotate mode of operation, and in a normal mode of operation, the cover (20, 22) is removably attached to the other between said mattress and said box spring or platform so that said slick side faces inwardly and the non-slick side is in contact with the inherent surface roughness of said one between said mattress and said box spring or platform.
A system for receiving a plurality of vessels, comprising: a collection bank configured to receive a plurality of vessels, wherein each vessel is configured to hold a sample and wherein the collection bank comprises: (i) a plurality of alignment components, wherein each of the plurality of alignment components (215; 216) is configured to reorient each of the plurality of vessels from a substantially horizontal position to a substantially vertical position to facilitate entry into a collection container _as each of the plurality of vessels is individually directed from an entry position to a collection point within the collection bank; (ii) a plurality of encasing panels adjacent to each of the plurality of alignment components (215; 216), wherein each of the plurality of encasing panels is configured to enclose each of the plurality of alignment components (215; 216) to form a chute; (iii) a plurality of collection containers comprising an opening, wherein each of the plurality of containers is configured to receive and hold at least some of the plurality of vessels at a particular collection point; and (iv) a support structure configured to house each of the plurality of alignment components (215; 216), encasing panels, and collection containers. (i) a plurality of alignment components, wherein each of the plurality of alignment components (215; 216) is configured to reorient each of the plurality of vessels from a substantially horizontal position to a substantially vertical position to facilitate entry into a collection container _as each of the plurality of vessels is individually directed from an entry position to a collection point within the collection bank; (ii) a plurality of encasing panels adjacent to each of the plurality of alignment components (215; 216), wherein each of the plurality of encasing panels is configured to enclose each of the plurality of alignment components (215; 216) to form a chute; (iii) a plurality of collection containers comprising an opening, wherein each of the plurality of containers is configured to receive and hold at least some of the plurality of vessels at a particular collection point; and (iv) a support structure configured to house each of the plurality of alignment components (215; 216), encasing panels, and collection containers.
A heat-recoverable article having a cylindrical shape comprising a base material layer, wherein the base material layer contains an antioxidant and two or more polyolefin resins; wherein the base material layer has one melting-point peak temperature, and the melting-point peak temperature is 112°C to 128°C; and wherein the heat of fusion of all of the resin components of the base material layer is 80 to 130 J/g, and the oxidation induction temperature of the base material layer is 265°C to 280°C.
A yarn winder comprising a cradle rotatably supporting a take up tube (19A, 19B), a plurality of supplied yarns (Ya, Yb), and a doubling device for doubling the supplied yarns (Ya, Yb), the yarn winder being switchable between (i) the formation of a plurality of packages by winding the supplied yarns (Ya, Yb) onto the take up tube (19A, 19B), and (ii) the formation of a single package by doubling the supplied yarns (Ya, Yb) in the doubling device and winding a yarn (Yg) formed by the doubling onto the take up tube (19A, 19B), characterized in that the yarn winder comprises: automatic yarn threading devices (24a, 24b) provided for two or more of the packages, respectively, to automatically perform yarn threading onto the take up tube (19A, 19B), one of the automatic yarn threading devices (24a, 24b) corresponding to one of the two or more of the packages is adapted to be used for both the formation of the single package and the formation of the plurality of packages, and a part of each of the remaining automatic yarn threading devices (24a, 24b) is arranged to be detached at the time of formation of a single package to prevent a yarn from interfering with the part. automatic yarn threading devices (24a, 24b) provided for two or more of the packages, respectively, to automatically perform yarn threading onto the take up tube (19A, 19B), one of the automatic yarn threading devices (24a, 24b) corresponding to one of the two or more of the packages is adapted to be used for both the formation of the single package and the formation of the plurality of packages, and a part of each of the remaining automatic yarn threading devices (24a, 24b) is arranged to be detached at the time of formation of a single package to prevent a yarn from interfering with the part.
A method for establishing a fine timing measurement, FTM, session between wireless devices (510, 512), the method comprising: generating, at a first wireless device, a first request to establish parameters of a FTM session with a second wireless device using a FTM protocol, the first request comprising one or more FTM session parameters having a value indicative that the first wireless device is requesting the FTM session have an infinite FTM session duration; receiving one or more FTM messages (518, 522, 526, 530) from the second wireless device according to the parameters of the FTM session that were established, wherein each FTM message comprises a timing synchronization function, TSF, parameter for synchronizing a timer of the first wireless device with a timer of the second wireless device; and sending a second request to the second wireless device requesting that the FTM session be terminated. generating, at a first wireless device, a first request to establish parameters of a FTM session with a second wireless device using a FTM protocol, the first request comprising one or more FTM session parameters having a value indicative that the first wireless device is requesting the FTM session have an infinite FTM session duration; receiving one or more FTM messages (518, 522, 526, 530) from the second wireless device according to the parameters of the FTM session that were established, wherein each FTM message comprises a timing synchronization function, TSF, parameter for synchronizing a timer of the first wireless device with a timer of the second wireless device; and sending a second request to the second wireless device requesting that the FTM session be terminated.
Apparatus for erecting an object, wherein the object extends in an object plane, the apparatus comprises a feeding device with a transporting area (Tf), a removal device and a turning and transporting device, the feeding device is designed for transporting a flat object in such a way that the object lies on the transporting area (Tf) during transport and the object plane extends parallel to the transporting area (Tf), the turning and transporting device is designed for turning an object about an axis of rotation, lying in the object plane, in such a way that, after the turning, the object plane of the object is approximately perpendicular, and for transporting the object while it is being turned in a transporting direction from the feeding device to the removal device, and the removal device is designed for transporting away a turned object in such a way that, while it is being transported away, its object plane is approximately perpendicular, characterized in that the turning and transporting device comprises at least two erecting stages [AK, AK] connected in series, each erecting stage [AK, AK] respectively comprises an erecting area [AF, AF], the turning and transporting device is designed for transporting an object while it is being turned in the transporting direction in such a way that the object slides over all the erecting areas [AF, AF] one after the other, and is thereby erected step by step, and each of these erecting areas [AF, AF] is inclined in a sloping manner with respect to the horizontal at each point along the extent of the erecting area [AF, AF] in the transporting direction by in each case an angle of inclination [α, α], wherein the smallest angle of inclination [α] of an erecting area [AF] is greater than the greatest angle of inclination [α] of the preceding erecting area [AF - seen in the transporting direction.