mhurhangee/ep-ind-claims huggingface dataset:
Method for the in vitro diagnosis and/or prognosis of the tolerant state of a patient subjected to a liver transplantation that comprises: a. Assessing the level of systemic and/or intra-hepatic iron stores in a biological sample obtained from said patient and b. Assessing the tolerance or non-tolerance status of the liver transplant patient under investigation by comparing the level of systemic and/or intra-hepatic iron stores of step a. either with the level of systemic or intra-hepatic iron stores taken from a reference sample, or with a predetermined threshold, wherein, assessment of tolerance or non-tolerance status is conducted by measuring in a biological sample obtained from the liver allograft of the patient under investigation, the expression level of at least one of the following genes or combination thereof: TFRC, CDHR2, HMOX1, MIF, HAMP, IFNG, PEBP1, SLC5A12, ADORA3 and DAB2 and assessing the tolerance or non-tolerance of the patient under investigation to a liver transplantation by comparing the expression level of at least one of the genes or combinations thereof with the expression level of the same genes or combinations thereof, taken from a reference sample. a. Assessing the level of systemic and/or intra-hepatic iron stores in a biological sample obtained from said patient and b. Assessing the tolerance or non-tolerance status of the liver transplant patient under investigation by comparing the level of systemic and/or intra-hepatic iron stores of step a. either with the level of systemic or intra-hepatic iron stores taken from a reference sample, or with a predetermined threshold, wherein, assessment of tolerance or non-tolerance status is conducted by measuring in a biological sample obtained from the liver allograft of the patient under investigation, the expression level of at least one of the following genes or combination thereof: TFRC, CDHR2, HMOX1, MIF, HAMP, IFNG, PEBP1, SLC5A12, ADORA3 and DAB2 and assessing the tolerance or non-tolerance of the patient under investigation to a liver transplantation by comparing the expression level of at least one of the genes or combinations thereof with the expression level of the same genes or combinations thereof, taken from a reference sample.
A black resin steel plate, comprising: a blackening layer formed on one side of a zinc plated steel plate, wherein the blackening layer is a nickel-zinc oxide layer, and has an atom composition comprising Ni, and Zn and O at a weight ratio of Ni: Zn: O = 25 ∼ 75: 2 ∼ 25: 20 ∼ 70; and a black resin film which is formed on the blackening layer and which contains a black pigment and satisfies Formula 1 below: 0.05 ≤ X ≤ 0.27 wherein X is a coefficient of friction calculated by a draw bead test of a black resin film sample having a size of 150 mm × 50 mm under conditions including a load of 650 kgf and a rate of 20 mm/s. a blackening layer formed on one side of a zinc plated steel plate, wherein the blackening layer is a nickel-zinc oxide layer, and has an atom composition comprising Ni, and Zn and O at a weight ratio of Ni: Zn: O = 25 ∼ 75: 2 ∼ 25: 20 ∼ 70; and a black resin film which is formed on the blackening layer and which contains a black pigment and satisfies Formula 1 below: 0.05 ≤ X ≤ 0.27 wherein X is a coefficient of friction calculated by a draw bead test of a black resin film sample having a size of 150 mm × 50 mm under conditions including a load of 650 kgf and a rate of 20 mm/s.
- A manhole pressure cooker comprising an internal-mount lid, a lid handle fastened to said lid, a cooking vessel provided with a bottom, and a vessel handle fastened to said vessel, said lid handle and said vessel handle being provided with complementary locking means (10, 11) capable of co-operating, when the lid is in a pre-locking position in which the vessel handle and the lid handle are substantially superposed, to lock the lid relative to the vessel in order to allow pressure to build up inside the pressure cooker, said pressure cooker being characterized in that it further comprises retaining means that allow said lid spontaneously to go from its pre-locking position, in the absence of co-operation between said complementary locking means (10, 11), to reach a stable retention position in which said retaining means act by themselves to keep the lid some distance away from said bottom.
A microbial host cell comprising a vector construct comprising: (a) a nucleotide sequence encoding a polypeptide having Δ5 desaturase activity, wherein the polypeptide has at least 80% amino acid identity, based on the Clustal V method of alignment, when compared to the amino acid sequence as set forth in SEQ ID NO:13; or (b) a nucleotide sequence encoding a polypeptide having Δ5 desaturase activity, wherein the nucleotide sequence has at least 80% sequence identity, based on the BLASTN method of alignment, when compared to the nucleotide sequence as set forth in SEQ ID NO:12 or SEQ ID NO:25. (a) a nucleotide sequence encoding a polypeptide having Δ5 desaturase activity, wherein the polypeptide has at least 80% amino acid identity, based on the Clustal V method of alignment, when compared to the amino acid sequence as set forth in SEQ ID NO:13; or (b) a nucleotide sequence encoding a polypeptide having Δ5 desaturase activity, wherein the nucleotide sequence has at least 80% sequence identity, based on the BLASTN method of alignment, when compared to the nucleotide sequence as set forth in SEQ ID NO:12 or SEQ ID NO:25.
Electrical machine, in particular a generator, with a stator having a winding overhang, a rotor arranged in the stator such that it can rotate about a rotor axis, and a heat exchanger, wherein the heat exchanger is fluidically connected to the winding overhang via a coolant shaft, which is arranged radially outside the winding overhang, extending at least partially approximately along a circumferential direction, and bounded by an outer surface in a radial direction, such that the winding overhang can be cooled by means of a continuous flow of a fluid via the heat exchanger and the winding overhang, characterised in that a plurality of guide elements, arranged in a distributed manner along a circumferential direction, are provided in the coolant shaft, so as to deflect, at least partially, a flow of a fluid orientated in the circumferential direction in the coolant shaft into a radial flow towards the winding overhang, and to distribute the flow to a plurality of regions of the winding overhang.
Assembly comprising a shoe and a device connected with the shoe to support the ankle, wherein the device comprises a shaped piece which surrounds the ankle at least at the back and which is formed corresponding to the malleoli (17, 18) of the ankle, wherein the shoe is fitted with an upper and a sole and wherein the assembly comprises a connecting means which extends at an angle of less than 90° in relation to the sole from the shaped piece of the device in the direction of the upper, characterized in that the connecting means comprises a first and a second connecting part (21a, 21b), wherein the first part extends between the shaped piece near the lateral malleolus and a fixing means connected with the shoe, and the second part extends between the fixing means and the shaped piece near the medial malleolus.
X-ray device for an inverse computed tomography configuration, which includes a plurality of X-ray emitters (2.1 to 2.n) and a detector arranged opposite the X-ray emitters (2.1 to 2.n), wherein after passing through at least some of a region of interest located in the intermediate region between the X-ray emitters (2.1 to 2.n) and the detector, the X-rays emitted by the X-ray emitters (2.1 to 2.n) can be detected by the detector, wherein the X-ray emitters (2.1 to 2.n) are arranged in an arrangement other than equidistant, wherein the X-ray emitters (2.1 to 2.n) are arranged in series with one another, in at least two mutually spaced sub-arrangements (3.1, 3.2), wherein each sub-arrangement (3.1, 3.2) includes a plurality of X-ray emitters (2.1 to 2.n), and a spacing between the at least two sub-arrangements (3.1) is greater than a spacing between adjacent X-ray emitters (2.1 to 2.n) of at least one of the sub-arrangements (3.1, 3.2), characterised in that associated with each sub-arrangement (3.1, 3.2) is a respective collimator (6.1, 6.2), which limits the region that can be irradiated by the X-ray emitters (2.1 to 2.n) of the respective sub-arrangement (3.1, 3.2) to a partial region (Q1, Q2) of a maximum cross-sectional area of the region of interest that can be irradiated, wherein the partial regions (Q1, Q2), taken in their entirety, completely cover the cross-sectional area of the region of interest.
An optical recording medium, comprising: a substrate, two to four recording layers, wherein at least one or more of the recording layers are specific recording layers having a composition containing PdO, PdO 2 and at least one of completely oxidized In, Zn, Al and Sn, and wherein adjacent to the specific recording layers, In/Al oxide layers containing at least either In or Al as a main component are disposed. a substrate, two to four recording layers, wherein at least one or more of the recording layers are specific recording layers having a composition containing PdO, PdO 2 and at least one of completely oxidized In, Zn, Al and Sn, and wherein adjacent to the specific recording layers, In/Al oxide layers containing at least either In or Al as a main component are disposed.
A method for preparing a composite collagen sponge comprising collagen, cell growth factors and a protecting agent, wherein the protecting agent is at a content of 10% to 50% by weight on the basis of the composite collagen sponge, said protecting agent comprising amino acids, saccharides and albumin in a weight ratio of 1 to 11: 1.25 to 17.5: 1 to 7.5, wherein the amino acids are at least one amino acid selected from leucine, isoleucine, glycine, alanine, and serine; and the saccharides are at least one saccharide selected from glucose, lactose, sucrose, trehalose, and mannitol, comprising a virus inactivation step which includes a two-stage virus inactivation process, wherein: the first stage of virus inactivation is virus inactivation with an organic solvent/detergent; the second stage of virus inactivation is a 30 to 120 minute-treatment of the composite collagen sponge in a water bath at 90 to 100°C, and wherein the second stage of virus inactivation is carried out in the presence of the protecting agent which is added into the collagen solution in such an amount that the final concentration of the amino acids constituting the protecting agent is 2.0 to 22 mg/ml, the final concentration of the saccharides is 2.5 to 35 mg/ml and the final concentration of the albumin is 2 to 15 mg/ml; and wherein the composite collagen sponge has a water absorption capacity of more than 52 times. the first stage of virus inactivation is virus inactivation with an organic solvent/detergent; the second stage of virus inactivation is a 30 to 120 minute-treatment of the composite collagen sponge in a water bath at 90 to 100°C, and wherein the second stage of virus inactivation is carried out in the presence of the protecting agent which is added into the collagen solution in such an amount that the final concentration of the amino acids constituting the protecting agent is 2.0 to 22 mg/ml, the final concentration of the saccharides is 2.5 to 35 mg/ml and the final concentration of the albumin is 2 to 15 mg/ml; and wherein the composite collagen sponge has a water absorption capacity of more than 52 times.
Method for the production and recycling of a chemically decomposable, cured epoxy resin system comprising one or more epoxy resins and one or more curing agents wherein the curing agent comprises at least one cyanate according to the formula R-O-C=N, wherein R is an organic residue which is aromatic, partly halogenated- or perhalogenated-aliphatic which reacts with the epoxide resin to become an epoxide resin polymer comprising cyanurates and the cured epoxide resin system decomposes by aminolysis with reactive NH 2 - or other amino groups and/or alcoholysis with mono-, di-, or poly functional alcohols.
A self-propelled soil compactor, comprising at least one compactor roller and associated to at least one compactor roller at least one scraper device (28, 28') with a scraper swivel-mounted at a carrier arrangement and being in contact with the associated roller in an operation swivel position, an actuation lever for swivel actuation of the scraper and a lock arrangement for locking the scraper in at least one out-of-operation swivel position without contact with the associated compactor roller, - said lock arrangement comprising a lock element biased into an active position and a counter-lock element that can be brought into locking engagement with the lock element for locking the scraper in the out-of-operation swivel position, - said lock element being adjustable between the active position and an inactive position, wherein in the active position the lock element is or can be brought in locking engagement with the counter-lock element and wherein in the inactive position it is not or cannot be brought in locking engagement with the counter-lock element, characterized in that at said counter-lock element a deflecting inclined surface for the lock element is provided in such a way that when swivelling the scraper from the operation swivel position to the out-of-operation swivel position the deflecting inclined surface displaces the lock element in the direction towards the inactive position and when the out-of-operation swivel position of the scraper has been reached the lock element comes in locking engagement with the counter-lock element. - said lock arrangement comprising a lock element biased into an active position and a counter-lock element that can be brought into locking engagement with the lock element for locking the scraper in the out-of-operation swivel position, - said lock element being adjustable between the active position and an inactive position, wherein in the active position the lock element is or can be brought in locking engagement with the counter-lock element and wherein in the inactive position it is not or cannot be brought in locking engagement with the counter-lock element,
A dishmachine comprising: a first tank for a first composition; a first pump in fluid communication with the first tank and the upper wash arms; a second tank for a second composition; a second pump in fluid communication with the second tank and the lower wash arms; and the dishmachine further comprising a diverter plate selectively movable between a first position and a second position wherein the first position causes the diverter plate to be in fluid communication with the first tank and the second position causes the diverter plate to be in fluid communication with the second tank, wherein the dishmachine is characterized in that it comprises: a gutter plate located above the diverter plate; and a removable strainer located on top of the gutter plate. a first tank for a first composition; a first pump in fluid communication with the first tank and the upper wash arms; a second tank for a second composition; a second pump in fluid communication with the second tank and the lower wash arms; and the dishmachine further comprising a diverter plate selectively movable between a first position and a second position wherein the first position causes the diverter plate to be in fluid communication with the first tank and the second position causes the diverter plate to be in fluid communication with the second tank, wherein the dishmachine is characterized in that it comprises: a gutter plate located above the diverter plate; and a removable strainer located on top of the gutter plate.
A device for determining a volume of a container, in particular a beverage container, comprising - a horizontal support surface for placing the container, - a projection device, which is configured to project two light lines (12, 13) onto the support surface and the container placed thereon, - an image capturing unit, which is directed at an angle (β) to the projection device onto the support surface and is configured to capture the container and the light lines (12, 13) projected by the projection device, and - an evaluation unit, which is configured to determine at least one inner contour line (25, 26) of the container and a center line of the container on the basis of the captured light lines (12, 13), and to determine the volume of the container on the basis of a rotation body, which is formed by rotation of the inner contour line (25, 26) about the center line. - a horizontal support surface for placing the container, - a projection device, which is configured to project two light lines (12, 13) onto the support surface and the container placed thereon, - an image capturing unit, which is directed at an angle (β) to the projection device onto the support surface and is configured to capture the container and the light lines (12, 13) projected by the projection device, and - an evaluation unit, which is configured to determine at least one inner contour line (25, 26) of the container and a center line of the container on the basis of the captured light lines (12, 13), and to determine the volume of the container on the basis of a rotation body, which is formed by rotation of the inner contour line (25, 26) about the center line.
An aqueous ink or coating composition comprising a first hydroxyl-functionalised polyurethane dispersion having a hydroxyl value of 25 mgKOH/g or greater, and a second polyurethane dispersion having a hydroxyl value of less than 25 mgKOH/g.
Disposable container for the preservation and transport of human tissue samples or organs to be subjected to histological examination comprising: a receptacle containing a buffer solution, a piercing cap, a capsule containing formalin sealed by means of a protective film, a safety ring nut inserted between the base of the piercing cap and the capsule characterised in that: - said container is suitable for containing 30 or 90 ml; - said capsule contains formalin concentrated at 40% and 1/10 of the buffer solution; - said piercing cap is provided with threading; - it is equipped with a stopper positioned on the threading of the ring nut to safeguard the protective film adhering to the capsule. - said container is suitable for containing 30 or 90 ml; - said capsule contains formalin concentrated at 40% and 1/10 of the buffer solution; - said piercing cap is provided with threading; - it is equipped with a stopper positioned on the threading of the ring nut to safeguard the protective film adhering to the capsule.
Feedback actuator for a steering device of a motor vehicle, comprising a casing unit which has an outer casing which can be attached to a motor vehicle and in which an inner casing is accommodated so as to be telescopically adjustable in the longitudinal direction and in which a steering spindle is mounted so as to be rotatable about a longitudinal axis, wherein an electric motor of a drive unit is arranged in an interior of the sheath unit, which has a stator fixed to the casing unit and a rotor which can be driven in rotation and has a rotor shaft which is coupled to the steering spindle via a gear, the stator being fixed to the outer casing, characterized in in that the motor has an external cross-section which is smaller than an internal cross-section of the inner casing. the stator being fixed to the outer casing, characterized in in that the motor has an external cross-section which is smaller than an internal cross-section of the inner casing.
A helicopter engine mounting system for mounting an engine to an aircraft body supported in flight by a rotary wing system rotating with an operational rotating frequency with a plurality of rotating blades, said aircraft body having a frequency vibration from said rotating blades, said engine mounting system characterized by: a top engine mount and a bottom engine mount, said top engine mount having a bottom end for grounding to said aircraft body, and said bottom engine mount having a bottom end for grounding to said aircraft body, said top engine mount having a top fluid chamber distal from said top engine mount bottom end, said bottom engine mount having a bottom fluid chamber proximate said bottom engine mount bottom end, an intermediate cradle with a revolute center cradle joint; a lateral link, said lateral link having a first end for grounding to said aircraft body and a second distal end, said second distal end distal from said first end, said second distal end linked to said intermediate cradle, with said intermediate cradle attachable between said engine and said top engine mount and said bottom engine mount, with said center cradle joint between said top engine mount and said bottom engine mount with a fluid conduit connecting said top engine mount top fluid chamber with said bottom engine mount bottom fluid chamber wherein said aircraft body frequency vibration is inhibited from reaching said engine by a mass of fluid moving between said top engine mount top fluid chamber and said bottom engine mount bottom fluid chamber. a top engine mount and a bottom engine mount, said top engine mount having a bottom end for grounding to said aircraft body, and said bottom engine mount having a bottom end for grounding to said aircraft body, said top engine mount having a top fluid chamber distal from said top engine mount bottom end, said bottom engine mount having a bottom fluid chamber proximate said bottom engine mount bottom end, said top engine mount having a top fluid chamber distal from said top engine mount bottom end, said bottom engine mount having a bottom fluid chamber proximate said bottom engine mount bottom end, an intermediate cradle with a revolute center cradle joint; a lateral link, said lateral link having a first end for grounding to said aircraft body and a second distal end, said second distal end distal from said first end, said second distal end linked to said intermediate cradle, with said intermediate cradle attachable between said engine and said top engine mount and said bottom engine mount, with said center cradle joint between said top engine mount and said bottom engine mount with a fluid conduit connecting said top engine mount top fluid chamber with said bottom engine mount bottom fluid chamber wherein said aircraft body frequency vibration is inhibited from reaching said engine by a mass of fluid moving between said top engine mount top fluid chamber and said bottom engine mount bottom fluid chamber.