mhurhangee/ep-ind-claims huggingface dataset:
A vascular filter device comprising: a support (2, 3, 4); a filter comprising one or more filter elements, and being configured to capture thrombus passing through a blood vessel, a holder for holding the filter in a closed filtering state and for releasing to convert the filter to an open state after a period of time; characterized in that, the filter is adapted to retain captured thrombus after said conversion, and at least some of the filter elements are arranged to remain in a closed state after release by the holder, because they are blocked by a retained clot from opening fully a support (2, 3, 4); a filter comprising one or more filter elements, and being configured to capture thrombus passing through a blood vessel, a holder for holding the filter in a closed filtering state and for releasing to convert the filter to an open state after a period of time; characterized in that, the filter is adapted to retain captured thrombus after said conversion, and at least some of the filter elements are arranged to remain in a closed state after release by the holder, because they are blocked by a retained clot from opening fully
A roller board, in particular for workers, which comprises: - a board of a first material, wherein the board comprises two lateral longitudinal edges as well as a first transverse edge and a second transverse edge, - a first end member associated with the first transverse edge, - a second end member associated with the second transverse edge, - wherein at least one of the two end members (5, 7) is made of a second material, wherein the second material is different with respect to the first material, and - wherein at least one of the longitudinal edges comprises a fold. - a board of a first material, wherein the board comprises two lateral longitudinal edges as well as a first transverse edge and a second transverse edge, - a first end member associated with the first transverse edge, - a second end member associated with the second transverse edge, - wherein at least one of the two end members (5, 7) is made of a second material, wherein the second material is different with respect to the first material, and - wherein at least one of the longitudinal edges comprises a fold.
A vapor generating device, comprising: a vapor generation chamber (120, 320), the vapor generation chamber having a laser fiber optic (104, 304) disposed therein; a fluid reservoir (112, 312) coupled to the vapor generation chamber so as to deliver fluid to the vapor generation chamber; and a laser generator (110, 310) coupled to the laser fiber optic; characterized in that the device further comprises a controller configured to sense a temperature of the laser fiber optic and to adjust a power delivered by the laser generator to the laser fiber optic based on the sensed temperature so as to transform all fluid delivered from the fluid reservoir to the vapor generation chamber into a vapor within the device. a vapor generation chamber (120, 320), the vapor generation chamber having a laser fiber optic (104, 304) disposed therein; a fluid reservoir (112, 312) coupled to the vapor generation chamber so as to deliver fluid to the vapor generation chamber; and a laser generator (110, 310) coupled to the laser fiber optic; characterized in that the device further comprises a controller configured to sense a temperature of the laser fiber optic and to adjust a power delivered by the laser generator to the laser fiber optic based on the sensed temperature so as to transform all fluid delivered from the fluid reservoir to the vapor generation chamber into a vapor within the device.
A deoxidizing agent for edible oils having an average particle diameter of 50 to 1,000 μm and comprising granulated particle, wherein the granulated particle is obtained by granulating carbonate group-containing magnesium hydroxide particles or baked particles thereof, wherein the carbonate group-containing magnesium hydroxide particles are represented by the following formula and have a BET specific surface area of 80 to 400 m 2 /g: Mg 2-x (CO 3) 0.5x · mH 2 O wherein x satisfies 0.02 ≦ x ≦ 0.7 and m satisfies 0 ≦ m ≦ 1.
An electronic device assembly comprising: an electronic device having a bottom and back side, wherein the bottom includes apertures and the back side includes a panel jack for connecting to cables; and a cable retainer having a base and a back upstanding wall extending from the base, the base being attached to the bottom of the electronic device, the back upstanding wall facing the back side, the back upstanding wall being spaced from the back side, and the back upstanding wall having slots for supporting the cable; characterized in that connection features comprise snaps that connect to the base to the bottom through apertures in the bottom of the electronic device, the apertures serving as vents for heat dissipation. an electronic device having a bottom and back side, wherein the bottom includes apertures and the back side includes a panel jack for connecting to cables; and a cable retainer having a base and a back upstanding wall extending from the base, the base being attached to the bottom of the electronic device, the back upstanding wall facing the back side, the back upstanding wall being spaced from the back side, and the back upstanding wall having slots for supporting the cable; characterized in that connection features comprise snaps that connect to the base to the bottom through apertures in the bottom of the electronic device, the apertures serving as vents for heat dissipation.
A wedge shaped container formed from a folded web of flexible material, the container comprising: a base, a rear wall connected at a first edge of the base via a first fold line, and a pair of upstanding side walls (4,6), one on each side of the base, each side wall decreasing in height from the rear wall to the opposite end of the base such that in an erected configuration the base, rear wall and side walls form a wedge shape; each side wall (4,6) being formed of a first side wall panel extending along and connected at an edge of the base via a second fold line transverse to the first fold line; characterised by each side wall further comprising a second side wall panel extending along and connected at an edge of the rear wall via a third fold line transverse to the first fold line; and in that the side wall panels (4,6) of a respective side wall are connected together by a hinge joint, so that, from a fold-flat configuration, in which the rear wall overlies the base, folding of the rear wall about the first fold line away from the base causes the respective side wall panels (4,6) to be folded inwardly about the second and third fold lines into the erected configuration in which the first and second side wall panels form the upstanding side walls to form the wedge shaped container. a base, a rear wall connected at a first edge of the base via a first fold line, and a pair of upstanding side walls (4,6), one on each side of the base, each side wall decreasing in height from the rear wall to the opposite end of the base such that in an erected configuration the base, rear wall and side walls form a wedge shape; each side wall (4,6) being formed of a first side wall panel extending along and connected at an edge of the base via a second fold line transverse to the first fold line; characterised by each side wall further comprising a second side wall panel extending along and connected at an edge of the rear wall via a third fold line transverse to the first fold line; and in that the side wall panels (4,6) of a respective side wall are connected together by a hinge joint, so that, from a fold-flat configuration, in which the rear wall overlies the base, folding of the rear wall about the first fold line away from the base causes the respective side wall panels (4,6) to be folded inwardly about the second and third fold lines into the erected configuration in which the first and second side wall panels form the upstanding side walls to form the wedge shaped container.
A method for the purification of herpes simplex virus particles from a mammalian host cell culture comprising the steps of: a) treating the mammalian host cell culture with a viral releasing agent to release the HSV particles from the host cells; b) treating the material from step (a) with an endonuclease; c) filtering the material from step (b) to remove any intact cells or cellular debris; d) applying the solution obtained from step (c) to an anion exchange chromatography resin; e) eluting the HSV particles from the anion exchange column; f) subjecting the eluent from step (e) to tangential flow filtration, wherein the tangential flow filtration is a hollow fiber system; and g) recovering the purified HSV particles. a) treating the mammalian host cell culture with a viral releasing agent to release the HSV particles from the host cells; b) treating the material from step (a) with an endonuclease; c) filtering the material from step (b) to remove any intact cells or cellular debris; d) applying the solution obtained from step (c) to an anion exchange chromatography resin; e) eluting the HSV particles from the anion exchange column; f) subjecting the eluent from step (e) to tangential flow filtration, wherein the tangential flow filtration is a hollow fiber system; and g) recovering the purified HSV particles.
A method for investigating and quantifying leakage rate of a fluid between a first pipe and a second pipe, the first pipe being surrounded by at least a portion of the second pipe, where the pipes (5, 7) are arranged in a well in a ground, the method including the steps of: - installing a measuring arrangement including a flow meter and a pressure gauge in fluid communication with an annulus (A; B) surrounding a leakage site in the first pipe, the pressure gauge being connected to pressure sensors (25, 25') arranged to measure a pressure difference between annuli (A, B) surrounding either side of the fluid leakage site; - providing by means of a pressure-regulating valve arranged downstream of the measuring arrangement a constant pressure difference between the annuli (A, B) surrounding the leakage site; and - conveying through the measuring arrangement fluid in gas phase from the annulus (A; B) connected to the measuring arrangement, said annulus (A; B) being utilised as a separation chamber for gas and liquid. - installing a measuring arrangement including a flow meter and a pressure gauge in fluid communication with an annulus (A; B) surrounding a leakage site in the first pipe, the pressure gauge being connected to pressure sensors (25, 25') arranged to measure a pressure difference between annuli (A, B) surrounding either side of the fluid leakage site; - providing by means of a pressure-regulating valve arranged downstream of the measuring arrangement a constant pressure difference between the annuli (A, B) surrounding the leakage site; and - conveying through the measuring arrangement fluid in gas phase from the annulus (A; B) connected to the measuring arrangement, said annulus (A; B) being utilised as a separation chamber for gas and liquid.
A data prefetch method, wherein the method comprises: obtaining a first data access request; determining a data prefetch policy based on the first data access request and a data lifecycle, wherein the data prefetch policy comprises a prefetch length, and the data lifecycle indicates duration for storing data in a first storage medium; and storing, into the first storage medium according to the prefetch policy, a first data set stored in a second storage medium, wherein a read/write access rate of the second storage medium is less than that of the first storage medium, and the first data set comprises at least one piece of data. obtaining a first data access request; determining a data prefetch policy based on the first data access request and a data lifecycle, wherein the data prefetch policy comprises a prefetch length, and the data lifecycle indicates duration for storing data in a first storage medium; and storing, into the first storage medium according to the prefetch policy, a first data set stored in a second storage medium, wherein a read/write access rate of the second storage medium is less than that of the first storage medium, and the first data set comprises at least one piece of data.
A closure cap (100; 200; 300) for a container comprising: a lid and a shell, and a hinge region for pivotally connecting the lid to the shell and for locking the lid in an open position thereof; the lid comprising a top panel having a tongue adjacent the hinge region and a wall suspended from a bottom face of the top panel and connected to the shell via a plurality of bridges configured to break upon a first opening of the lid, the hinge region comprising a pair of elongate hinge elements (116, 118) spaced apart from each other, and a ratchet-like member disposed therebetween, the hinge elements (116, 118) being integrally formed with the shell and the top panel, and each having a lower portion (130, 132), an upper portion (122,124), and an intermediate portion (126, 128) having an inwardly sloping outer face the ratchet-like member being integrally formed with the shell and having a body (140; 240; 340) with an outer contour (142; 242; 342) comprising a lower (144; 244; 344), an intermediate (146; 246; 346) and an upper portion (148; 248; 348), and an inner contour (150; 250; 350) comprising a lower (152; 252; 352), an intermediate (154; 254; 354) and an upper portion (156; 256; 356), characterized in that the inwardly sloping outer face of the intermediate portion (126, 128) of the hinge elements (116, 118) provides the upper portion (122, 124) with a wall of reduced thickness relative to a wall thickness of the lower portion (130, 132); and in that the intermediate portion (146; 246; 346) of the outer contour (142; 242; 342) comprises at least one inward curvature (158; 258; 358, 359) for guiding an end portion of the tongue during opening of the lid, and the upper portion (148; 248; 348) of the outer contour (142; 242; 342) comprises an outward curvature (160; 260; 360) for providing an abutment for the end portion of the tongue in a final open position of the lid. a lid and a shell, and a hinge region for pivotally connecting the lid to the shell and for locking the lid in an open position thereof; the lid comprising a top panel having a tongue adjacent the hinge region and a wall suspended from a bottom face of the top panel and connected to the shell via a plurality of bridges configured to break upon a first opening of the lid, the hinge region comprising a pair of elongate hinge elements (116, 118) spaced apart from each other, and a ratchet-like member disposed therebetween, the hinge elements (116, 118) being integrally formed with the shell and the top panel, and each having a lower portion (130, 132), an upper portion (122,124), and an intermediate portion (126, 128) having an inwardly sloping outer face the ratchet-like member being integrally formed with the shell and having a body (140; 240; 340) with an outer contour (142; 242; 342) comprising a lower (144; 244; 344), an intermediate (146; 246; 346) and an upper portion (148; 248; 348), and an inner contour (150; 250; 350) comprising a lower (152; 252; 352), an intermediate (154; 254; 354) and an upper portion (156; 256; 356),
A processor comprising: an instruction cache for storing a plurality of instructions; and annotation logic configured to determine a lookahead distance associated with an instruction and annotate the at least one instruction cache with the lookahead distance, wherein the lookahead distance indicates the shortest distance to a later instruction that references a register that the instruction defines and is the minimum number of instruction issues in a program order between a register definition and its closest following use or redefinition, wherein the instruction is a lookahead predecessor of the later instruction, and instruction issue logic configured to issue instructions in program order, and to generate a ready signal for the later instruction based on the lookahead distance, wherein the later instruction is only issued if all of its lookahead predecessors have retired and all of its program-order predecessors have issued. an instruction cache for storing a plurality of instructions; and annotation logic configured to determine a lookahead distance associated with an instruction and annotate the at least one instruction cache with the lookahead distance, wherein the lookahead distance indicates the shortest distance to a later instruction that references a register that the instruction defines and is the minimum number of instruction issues in a program order between a register definition and its closest following use or redefinition, wherein the instruction is a lookahead predecessor of the later instruction, and instruction issue logic configured to issue instructions in program order, and to generate a ready signal for the later instruction based on the lookahead distance, wherein the later instruction is only issued if all of its lookahead predecessors have retired and all of its program-order predecessors have issued.
A apparatus comprising: a serial point-to-point link interface (120, 122, 135) to enable communication between a processor and a device; wherein the serial point-to-point link interface (120, 122, 135) implements a protocol stack and includes a transmitter to transmit serial data to the device and a receiver to deserialize a serial stream from the device; wherein the protocol stack is to support a plurality of power management states, including an active state, a first off state (D3 hot), in which power rails are on, and a second off state (D3 cold), in which the power rails are off; wherein the protocol stack is configured to provide a default wait time to allow the device to begin a transition from the second off state to the active state prior to access of the device; and wherein the protocol stack is configured to access the device prior to expiration of the default wait time to complete the transition based on a device-advertised wait time. a serial point-to-point link interface (120, 122, 135) to enable communication between a processor and a device; wherein the serial point-to-point link interface (120, 122, 135) implements a protocol stack and includes a transmitter to transmit serial data to the device and a receiver to deserialize a serial stream from the device; wherein the protocol stack is to support a plurality of power management states, including an active state, a first off state (D3 hot), in which power rails are on, and a second off state (D3 cold), in which the power rails are off; wherein the protocol stack is configured to provide a default wait time to allow the device to begin a transition from the second off state to the active state prior to access of the device; and wherein the protocol stack is configured to access the device prior to expiration of the default wait time to complete the transition based on a device-advertised wait time.
A method for carrying out a combined operation of a bioethanol production unit and a biogas unit, characterized in that: a) corn meal from a dry milling step is mashed with at least 0.1 t of dry matter, i.e., TS, in the form of whole stillage and at least 0.1 m 3 of outflow from the biogas unit per tonne of corn meal, b) the mash from step a) is fed to a cooking stage with mash temperatures below the gelatinization temperature of the starch in the corn meal, followed by an ethanol-forming fermentation step and then feeding the fermented mash to a distillation step, and c) the whole stillage from step b) is fed to the mashing step in step a) and to the biogas unit. a) corn meal from a dry milling step is mashed with at least 0.1 t of dry matter, i.e., TS, in the form of whole stillage and at least 0.1 m 3 of outflow from the biogas unit per tonne of corn meal, b) the mash from step a) is fed to a cooking stage with mash temperatures below the gelatinization temperature of the starch in the corn meal, followed by an ethanol-forming fermentation step and then feeding the fermented mash to a distillation step, and c) the whole stillage from step b) is fed to the mashing step in step a) and to the biogas unit.
An optical observation system comprising: - an optical fiber that has at least one curved portion as a sensor for inputting light which has occurred at an uncertain position in a test region and propagated in space from an uncertain direction, the optical fiber being adapted for inputting the light from the at least one curved portion and transmitting the light; and - at least one detection system (4, 4A, 4B) that is adapted to detect the light transmitted by the optical fiber, wherein the optical observation system is adapted to receive light which is spark light; and wherein the at least one detection system comprises a spectrum acquisition part to obtain a wavelength spectrum of the light transmitted by the optical fiber and is adapted to display information for determining whether a spark causing the spark light is explosive, based on the intensity of a light in a specific wavelength band included in the light wavelength spectrum which has been obtained in the spectrum acquisition part. - an optical fiber that has at least one curved portion as a sensor for inputting light which has occurred at an uncertain position in a test region and propagated in space from an uncertain direction, the optical fiber being adapted for inputting the light from the at least one curved portion and transmitting the light; and - at least one detection system (4, 4A, 4B) that is adapted to detect the light transmitted by the optical fiber, wherein the optical observation system is adapted to receive light which is spark light; and wherein the at least one detection system comprises a spectrum acquisition part to obtain a wavelength spectrum of the light transmitted by the optical fiber and is adapted to display information for determining whether a spark causing the spark light is explosive, based on the intensity of a light in a specific wavelength band included in the light wavelength spectrum which has been obtained in the spectrum acquisition part.
A compound of the general formula cyclo(-Tyr 1 -His 2 -Xaa 3 -Cys 4 -Ser 5 -Xaa 6 - D Pro 7 -Xaa 8 - Arg 9 -Tyr 10 -Cys 11 -Tyr 12 -Xaa 13 -Xaa 14 -Xaa 15 -Pro 16 -) disulfide bond between Cys 4 and Cys 11, and pharmaceutically acceptable salts thereof, wherein Xaa 3 is Tyr; Tyr(Me); or Tyr(CF 3), Tyr(Me) is (2 S)-2-amino-(4-methoxyphenyl)-3-propionic acid, Tyr(CF 3) is (2 S)-2-amino-(4-trifluoromethoxyphenyl)-3-propionic acid, Xaa 6 is Ala; or Acc Acc is 1-aminocyclopropane-carboxylic acid, Xaa 8 is Orn(iPr), Orn(iPr) is (2 S)-N ω -isopropyl-2,5-diaminopentanoic acid, Xaa 13 is Gin; or Glu, Xaa 14 is Lys(iPr), Lys(iPr) is (2 S)-N ω -isopropyl-2,6-diaminohexanoic acid, Xaa 15 is D Lys(iPr), D Lys(iPr) is (2 R)-N ω -isopropyl-2,6-diaminohexanoic acid, with the proviso that if Xaa 6 is Ala, then Xaa 15 is D Lys(iPr). cyclo(-Tyr 1 -His 2 -Xaa 3 -Cys 4 -Ser 5 -Xaa 6 - D Pro 7 -Xaa 8 - Arg 9 -Tyr 10 -Cys 11 -Tyr 12 -Xaa 13 -Xaa 14 -Xaa 15 -Pro 16 -) disulfide bond between Cys 4 and Cys 11, and pharmaceutically acceptable salts thereof, wherein Xaa 3 is Tyr; Tyr(Me); or Tyr(CF 3), Tyr(Me) is (2 S)-2-amino-(4-methoxyphenyl)-3-propionic acid, Tyr(CF 3) is (2 S)-2-amino-(4-trifluoromethoxyphenyl)-3-propionic acid, Xaa 6 is Ala; or Acc Acc is 1-aminocyclopropane-carboxylic acid, Xaa 8 is Orn(iPr), Orn(iPr) is (2 S)-N ω -isopropyl-2,5-diaminopentanoic acid, Xaa 13 is Gin; or Glu, Xaa 14 is Lys(iPr), Lys(iPr) is (2 S)-N ω -isopropyl-2,6-diaminohexanoic acid, Xaa 15 is D Lys(iPr), D Lys(iPr) is (2 R)-N ω -isopropyl-2,6-diaminohexanoic acid, with the proviso that if Xaa 6 is Ala, then Xaa 15 is D Lys(iPr).