mhurhangee/ep-ind-claims huggingface dataset:
A method for utilization of rubber containing waste, comprising the pretreatment of the waste, the thermal decomposition of the waste in the furnace, the separation of the decomposition products into a gas-steam mixture and solid residue, the separation of the heavy hydrocarbon fraction from the gas-steam mixture, characterized in that the waste is blown with water vapor during the pretreatment, that the thermal decomposition is carried out in the atomized heavy hydrocarbon fraction and in the superheated water vapor with their mass ratio (0.1 - 0.5) hydrocarbon fraction: 1 water vapor, wherein a gas-steam mixture and a solid residue is formed, that the separation of the heavy hydrocarbon fraction from the gas-steam mixture is carried out with water, wherein the water in the gas-steam mixed flow is sprayed in an amount of 5 to 15% mass flow (mass flow rate) of the mixture, and that metal is separated from the solid residue through magnetic separation, whereupon a zinc-oxide containing product is separated by dielectric separation. that the waste is blown with water vapor during the pretreatment, that the thermal decomposition is carried out in the atomized heavy hydrocarbon fraction and in the superheated water vapor with their mass ratio (0.1 - 0.5) hydrocarbon fraction: 1 water vapor, wherein a gas-steam mixture and a solid residue is formed, that the separation of the heavy hydrocarbon fraction from the gas-steam mixture is carried out with water, wherein the water in the gas-steam mixed flow is sprayed in an amount of 5 to 15% mass flow (mass flow rate) of the mixture, and that metal is separated from the solid residue through magnetic separation, whereupon a zinc-oxide containing product is separated by dielectric separation.
A turbine blade (10;41;51) comprising: a base part which is arranged to be fixed to a rotor; an aerofoil part which extends in a radial direction of the rotor and which includes a blade surface on a pressure side and a suction side, the blade surface forming an aerofoil profile between a leading ledge and a trailing edge; and a platform (16;42) which is provided between the base part and the aerofoil part and which has a depression formed in a trailing-edge end part of the platform (16;42) along a circumferential direction of the rotor and a cooling channel (14,26,28,44) formed inside the platform (16;42), characterized in that the cooling channel (14,26,28,44) formed inside the platform (16;42) has an opening (15,27,45) to an outward part of an end surface disposed outward from the depression in a radial direction of the rotor, the outward part of the end surface is formed thicker in the radial direction of the rotor at the opening (15,27,45) of the cooling channel (14,26,28,44) opening to the outward part of the end surface than at a position which corresponds to a trailing-edge end of a hub of the aerofoil part at which the aerofoil part is connected to the platform (16;42), and the end surface of the platform (16;42) on a trailing edge side gradually decreases in a thickness of the outward part in the radial direction of the rotor from the suction side of the aerofoil part toward the trailing-edge end of the hub. a base part which is arranged to be fixed to a rotor; an aerofoil part which extends in a radial direction of the rotor and which includes a blade surface on a pressure side and a suction side, the blade surface forming an aerofoil profile between a leading ledge and a trailing edge; and a platform (16;42) which is provided between the base part and the aerofoil part and which has a depression formed in a trailing-edge end part of the platform (16;42) along a circumferential direction of the rotor and a cooling channel (14,26,28,44) formed inside the platform (16;42), characterized in that the cooling channel (14,26,28,44) formed inside the platform (16;42) has an opening (15,27,45) to an outward part of an end surface disposed outward from the depression in a radial direction of the rotor, the outward part of the end surface is formed thicker in the radial direction of the rotor at the opening (15,27,45) of the cooling channel (14,26,28,44) opening to the outward part of the end surface than at a position which corresponds to a trailing-edge end of a hub of the aerofoil part at which the aerofoil part is connected to the platform (16;42), and the end surface of the platform (16;42) on a trailing edge side gradually decreases in a thickness of the outward part in the radial direction of the rotor from the suction side of the aerofoil part toward the trailing-edge end of the hub.
A container for storing and dispensing products, said container comprising: a flexible body for dispensing a single dose of said product, said body having a first end and a second end and defining an interior cavity sealable at the first end by joining a first inner side of the inner surface of said body to an opposite inner side of the inner surface of said body; a seal membrane shaped to overlie the sealing edge and to cover said dispensing orifice; a tab portion extending from said seal membrane; wherein said seal membrane is removably affixed to the sealing edge; and wherein a cap is not provided at said second end to cover seal membrane; said second end of the body being threadless; said container being characterized by said second end of the body being neckless and having a shoulder and a protuberance, said protuberance defining a dispensing orifice and having a generally flat sealing edge, wherein said sealing edge defines an outer ring of the dispensing orifice. a flexible body for dispensing a single dose of said product, said body having a first end and a second end and defining an interior cavity sealable at the first end by joining a first inner side of the inner surface of said body to an opposite inner side of the inner surface of said body; a seal membrane shaped to overlie the sealing edge and to cover said dispensing orifice; a tab portion extending from said seal membrane; wherein said seal membrane is removably affixed to the sealing edge; and wherein a cap is not provided at said second end to cover seal membrane; said second end of the body being threadless; said container being characterized by said second end of the body being neckless and having a shoulder and a protuberance, said protuberance defining a dispensing orifice and having a generally flat sealing edge, wherein said sealing edge defines an outer ring of the dispensing orifice.
A microporous membrane having at least one layer, the layer comprising polymethylpentene in an amount in the range of 22.0 wt.% to 40.0 wt.% based on the weight of the layer, the membrane having an average thickness in the range of 1.0 μm to 1.0 x 10 2 μm, a normalized air permeability in the range of 50.0 seconds/100cm 3 /20μm to 750 seconds/100 cm 3 /20μm, a porosity in the range of 25.0% to 80.0%, a meltdown temperature ≥ 180.0°C, and a shutdown temperature ≤ 135.0°C, and one or more of a TD heat shrinkage at 105°C ≤ 2.1%, and a TD heat shrinkage at 130°C < 25.0%. wherein the membrane further comprises polyethylene, and either: (i) the polyethylene has an Mw in the range of 1.0 x 10 5 to 2.0 x 10 6 and a Tm ≥ 130.0°C; or (ii) the polyethylene comprises (a) polyethylene having an Mw in the range of 1.0 x 10 5 to 9.0 x 10 5 and a Tm > 130.0°C and (b) polyethylene having an Mw in the range of 1.0 x 10 6 to 1.5 x 10 7 and a Tm > 130.0°C, and wherein the membrane further comprises polypropylene, the polypropylene having an Mw in the range of 1.0 x 10 4 to 1.0 x 10 7 and a Tm ≥ 150.0°C. (i) the polyethylene has an Mw in the range of 1.0 x 10 5 to 2.0 x 10 6 and a Tm ≥ 130.0°C; or (ii) the polyethylene comprises (a) polyethylene having an Mw in the range of 1.0 x 10 5 to 9.0 x 10 5 and a Tm > 130.0°C and (b) polyethylene having an Mw in the range of 1.0 x 10 6 to 1.5 x 10 7 and a Tm > 130.0°C,
A fiber bundle condensing device for a spinning machine comprising: a condensing device configured to condense a fiber bundle having been drafted, and including a delivery roller pair that comprises a delivery top roller and a delivery bottom roller and transports the fiber bundle, a suction portion that exerts suction on the fiber bundle, and an air-permeable apron that is rotated along the suction portion; a support plate fixed to a roller stand, and configured to support the condensing device; and a countershaft configured to rotate the delivery bottom roller, characterized in that the support plate has an opening through which the countershaft is inserted, the opening is smaller than an outer diameter of a bearing, and an edge portion of the opening restricts a position of the bearing in an axial direction of the countershaft. a condensing device configured to condense a fiber bundle having been drafted, and including a delivery roller pair that comprises a delivery top roller and a delivery bottom roller and transports the fiber bundle, a suction portion that exerts suction on the fiber bundle, and an air-permeable apron that is rotated along the suction portion; a support plate fixed to a roller stand, and configured to support the condensing device; and a countershaft configured to rotate the delivery bottom roller, characterized in that the support plate has an opening through which the countershaft is inserted, the opening is smaller than an outer diameter of a bearing, and an edge portion of the opening restricts a position of the bearing in an axial direction of the countershaft.
Turbine engine casing comprising an endoscopy opening and a member which is positioned on and fixed to the casing and comprising a chute which communicates with the opening, and which comprises an internal thread for screwing a plug, and means (22, 26) for fixing the member to the casing, characterized in that it further comprises a plug for screwing into the casing opening and a cowl which is mounted on the member and covers the fixing means at least in part, the cowl being arranged so as to allow free access to the chute when the plug is not screwed into said chute, said plug comprising means for bearing against the cowl so as to keep it pressed against the member.
A storage box, comprising a foldable box main body, the bottom of which is provided with a substrate made of soft material, and further comprising a soleplate supporting the box main body, the soleplate being detachably disposed on the substrate, wherein the box main body consists of a front side plate, a right side plate, a rear side plate and a left side plate connected in turn by joints, the bottoms of the front side plate, the right side plate, the rear side plate and the left side plate being connected with the substrate to form a space for accommodating articles together, the box main body being also movably connected with at least a lug plate for resisting against the soleplate, said lug plate being movably connected with the rear side plate or front side plate in a foldable way, characterized in that all plates (11, 12, 13, 14) consist of two layers of paperboard spliced together, the substrate being connected to the front side plate, right side plate, rear side plate and left side plate into a clearance between the two layers of paperboard.
A process for making animal feed mash agglomerates, said process comprising the steps of: a) providing a first feed fraction comprising one or more starch containing sources, and a second feed fraction; b) milling the first feed fraction; c) adding water to the milled first feed fraction of step (b) to obtain a slurry having a water content of between 50 and 99 wt.% with respect to the weight of the slurry; d) heating the slurry of step (c) for a period of at most 5 minutes under conditions sufficient to allow the starch to gelatinize; e) milling the second feed fraction; f) mixing the heated slurry of step (d) with the second feed fraction of step (e) to obtain animal feed mash agglomerates; wherein at least steps (b) to (d) are carried out independently of step (e), and wherein the method does not comprise a pelleting step. a) providing a first feed fraction comprising one or more starch containing sources, and a second feed fraction; b) milling the first feed fraction; c) adding water to the milled first feed fraction of step (b) to obtain a slurry having a water content of between 50 and 99 wt.% with respect to the weight of the slurry; d) heating the slurry of step (c) for a period of at most 5 minutes under conditions sufficient to allow the starch to gelatinize; e) milling the second feed fraction; f) mixing the heated slurry of step (d) with the second feed fraction of step (e) to obtain animal feed mash agglomerates;
A catheter insertion tool, comprising: a housing in which at least a portion of a catheter is initially disposed; a needle distally extending from the housing; and a safety cap slidable along the needle, wherein the safety cap is configured to be locked to the housing when distally sliding to a position of isolating the tip of the needle within the safety cap, and a catheter hub which is connected to the safety cap until the safety cap is locked to the housing when distally sliding to the position of isolating the tip of the needle, wherein a proximal end of the catheter is connected to the catheter hub, wherein the safety cap includes a first portion wrapping the needle and a second portion slidably attached to a rail, the rail being an integral part of or fixated to the housing. a housing in which at least a portion of a catheter is initially disposed; a needle distally extending from the housing; and a safety cap slidable along the needle, wherein the safety cap is configured to be locked to the housing when distally sliding to a position of isolating the tip of the needle within the safety cap, and a catheter hub which is connected to the safety cap until the safety cap is locked to the housing when distally sliding to the position of isolating the tip of the needle, wherein a proximal end of the catheter is connected to the catheter hub, wherein the safety cap includes a first portion wrapping the needle and a second portion slidably attached to a rail, the rail being an integral part of or fixated to the housing.
Method for determining motion states of at least two bodies (M1, M2, M3, M4, M5, M6) by means of an MR-device, the bodies (M1, M2, M3, M4, M5, M6) each having a target region (TR1, TR2, TR3, TR4) which is in an anatomic motion comprising a repetitive motion pattern with a motion repetition rate, in particular cardiac and/or respiratory motion, the method comprises the steps of: • performing a sequence of individual MR-measurements on the bodies (M1, M2, M3, M4, M5, M6) at a MR-repetition rate higher than the motion-repetition rate, wherein nuclear spins of the at least two bodies (M1, M2, M3, M4, M5, M6) are excited during the sequence of individual MR-measurements simultaneously at navigator times; • with the individual MR-measurements: determining at least one navigator signal; and • determining the motion states of the at least two bodies (M1, M2, M3, M4, M5, M6) by analyzing the navigator signal; characterized in that the navigator signal for the at least two bodies (M1, M2, M3, M4, M5, M6) is detected by means of a single common receiving coil, wherein the navigator signal is indicative for the motion state of at least two of the repetitive motion patterns of respective target regions of the at least two bodies at each navigator time of the navigator signal, wherein a read gradient G R is applied with the individual MR-measurements and that at least two of the bodies (M1, M2, M3, M4, M5, M6) are separated along the direction of the read gradient G R. the method comprises the steps of: • performing a sequence of individual MR-measurements on the bodies (M1, M2, M3, M4, M5, M6) at a MR-repetition rate higher than the motion-repetition rate, wherein nuclear spins of the at least two bodies (M1, M2, M3, M4, M5, M6) are excited during the sequence of individual MR-measurements simultaneously at navigator times; • with the individual MR-measurements: determining at least one navigator signal; and • determining the motion states of the at least two bodies (M1, M2, M3, M4, M5, M6) by analyzing the navigator signal; • performing a sequence of individual MR-measurements on the bodies (M1, M2, M3, M4, M5, M6) at a MR-repetition rate higher than the motion-repetition rate, wherein nuclear spins of the at least two bodies (M1, M2, M3, M4, M5, M6) are excited during the sequence of individual MR-measurements simultaneously at navigator times; • with the individual MR-measurements: determining at least one navigator signal; and • determining the motion states of the at least two bodies (M1, M2, M3, M4, M5, M6) by analyzing the navigator signal; characterized in that the navigator signal for the at least two bodies (M1, M2, M3, M4, M5, M6) is detected by means of a single common receiving coil, wherein the navigator signal is indicative for the motion state of at least two of the repetitive motion patterns of respective target regions of the at least two bodies at each navigator time of the navigator signal, wherein a read gradient G R is applied with the individual MR-measurements and that at least two of the bodies (M1, M2, M3, M4, M5, M6) are separated along the direction of the read gradient G R.
An inclinable exercise device for use during at least one of jumping and squat exercises, comprising: a support; an adjustable incline having an upper portion and a lower portion, the upper portion operably supported by the support to allow adjustment in an angle of the adjustable incline; a user support platform movably attached to the adjustable incline for movement of the user support platform along the adjustable incline during at least one of jumping and squat exercises; a foot support stand secured to the adjustable incline in the lower portion, the foot support stand engaged by one's feet during at least one of jumping and squat exercises; one or more resistance mechanisms resisting upward movement of the user support platform along the adjustable incline during at least one of jumping and squat exercises; characterized in that the foot support stand includes an engagement surface that is continuously curved, keeping one's feet engaged therewith substantially perpendicular to one's lower legs during use. a support; an adjustable incline having an upper portion and a lower portion, the upper portion operably supported by the support to allow adjustment in an angle of the adjustable incline; a user support platform movably attached to the adjustable incline for movement of the user support platform along the adjustable incline during at least one of jumping and squat exercises; a foot support stand secured to the adjustable incline in the lower portion, the foot support stand engaged by one's feet during at least one of jumping and squat exercises; one or more resistance mechanisms resisting upward movement of the user support platform along the adjustable incline during at least one of jumping and squat exercises; characterized in that the foot support stand includes an engagement surface that is continuously curved, keeping one's feet engaged therewith substantially perpendicular to one's lower legs during use.
Ribbon-shaped connector for connecting cellular electrical elements, comprising a ribbon-shaped support element, a ribbon-shaped retaining element and at least one contact element, whereby the at least one contact element is arranged between the support element and the retaining element, wherein the retaining element and/or the support element are separated parts of a ribbon material, characterized in that the support element is deep-drawn i.e. thermoplastically formed and comprises at least one receptacle moulded into it for the at least one contact element.
A timber bunk assembly which comprises a timber bunk and at least two fasteners for fastening the timber bunk, wherein the fastener of the timber bunk comprises basic parts that comprise a bottom plate, a lateral guard on top of the bottom plate, a top plate on top of the lateral guard, a fitting piece on top of the top plate and clamping pieces on top of the fitting piece, the basic parts being attachable together by bolts, characterized in that the fastener of the timber bunk comprises replaceable additional parts that are configured to complete the fastener into a fastener of a trailer, wherein said replaceable additional parts comprise a sliding plastic plate, a raising plate and the bottom plate which further comprises a rubber pad and a slide strip on its surface, the sliding plastic plate and the raising plate being next to each other below the top plate.
A method of operating a network node, comprising: providing (902, 1002) a first information element, IE, including an indication of an added synchronization signal block/physical cell identity, SSB/PCI, wherein the indication of the added SSB/PCI indicates an SSB and associated PCI that are associated with a radio link; providing (904, 1004) a second IE including the indication of the added SSB/PCI, wherein the second IE relates to uplink power control; and transmitting (906, 1008) a control message including the first IE and the second IE to a user equipment, UE, to enable the UE to perform radio link monitoring function and uplink power control on the radio link based on the added SSB/PCI. providing (902, 1002) a first information element, IE, including an indication of an added synchronization signal block/physical cell identity, SSB/PCI, wherein the indication of the added SSB/PCI indicates an SSB and associated PCI that are associated with a radio link; providing (904, 1004) a second IE including the indication of the added SSB/PCI, wherein the second IE relates to uplink power control; and transmitting (906, 1008) a control message including the first IE and the second IE to a user equipment, UE, to enable the UE to perform radio link monitoring function and uplink power control on the radio link based on the added SSB/PCI.