mhurhangee/ep-ind-claims huggingface dataset:
A fusion protein, consisting of or comprising a first amino acid sequence and a second amino acid sequence, wherein: a) the first amino acid sequence is provided by an amino acid sequence that has at least 80% sequence identity with an amino acid sequence consisting of residues 874-1850 of a C. difficile Toxin A sequence or residues 1444-1851 of a C. difficile Toxin B sequence; and b) the second amino acid sequence is provided by an amino acid sequence that has at least 80% sequence identity with an amino acid sequence consisting of a long repeat unit located within amino acid residues 1851-2710 of a C. difficile Toxin A sequence or within amino acid residues 1852-2366 of a C. difficile Toxin B sequence; with the proviso that the fusion protein is not a polypeptide comprising amino acid residues 543-2710 of a C. difficile Toxin A; with the proviso that the fusion protein is not a polypeptide comprising amino acid residues 543-2366 of a C. difficile Toxin B; and the fusion protein lacks cysteine protease activity, wherein part or all of the amino acid sequence providing said activity is absent. a) the first amino acid sequence is provided by an amino acid sequence that has at least 80% sequence identity with an amino acid sequence consisting of residues 874-1850 of a C. difficile Toxin A sequence or residues 1444-1851 of a C. difficile Toxin B sequence; and b) the second amino acid sequence is provided by an amino acid sequence that has at least 80% sequence identity with an amino acid sequence consisting of a long repeat unit located within amino acid residues 1851-2710 of a C. difficile Toxin A sequence or within amino acid residues 1852-2366 of a C. difficile Toxin B sequence;
A method of evaluating a squeegeeing property of powder for lamination shaping, wherein the squeegeeing property is evaluated using at least a satellite adhesion ratio of the powder and an apparent density of the powder, wherein the satellite adhesion ratio is a ratio of a number of particles on which satellites are adhered to a number of all particles, and wherein, if the satellite adhesion ratio is equal to or less than 50% and the apparent density is equal to or more than 3.5 g/cm 3, the squeegeeing property is evaluated as that the powder can be spread into a uniform powder layer in the lamination shaping. wherein the satellite adhesion ratio is a ratio of a number of particles on which satellites are adhered to a number of all particles, and wherein, if the satellite adhesion ratio is equal to or less than 50% and the apparent density is equal to or more than 3.5 g/cm 3, the squeegeeing property is evaluated as that the powder can be spread into a uniform powder layer in the lamination shaping.
A pneumatic tire comprising at least one component, the at least one component comprising a rubber composition, the rubber composition comprising at least one diene based elastomer and from 1 to 30 parts by weight, per 100 parts by weight of elastomer (phr), of a particulate composite comprising ultra high molecular weight polyethylene having a molecular weight in a range of from 4000 to 10000 kg/mol, an inorganic filler and a network of pores, the pores constituting at least 35 percent by volume of the particulate composite.
Press, preferably a pneumatic press, for separating the solid part and liquid part, also referred to as juice, of a material, such as grape harvest, said press comprising a tank having a longitudinal axis (XX'), a support frame on which the tank is arranged substantially horizontally, a device for driving the tank in rotation about its longitudinal axis (XX'), at least one sensor for detecting the angular position of the tank and a control unit, said tank having a tubular body that is closed at each of its opposite ends by a plate, said body being equipped with at least one opening for filling the tank that is closed by a door and being provided with a drainage zone comprising one or more longitudinal drains each extending, inside the tank, along said body, parallel to the longitudinal axis (XX') of the tank, one of the plates of the tank being equipped with an axial filling orifice for filling the tank with material to be pressed, said tank being further provided with at least one pressurization orifice, said tank comprising at least one membrane, the membrane or at least one of the membranes being sealingly fastened, on the one hand, to the tubular body of the tank along two opposite longitudinal edges and, on the other hand, to the plates along two respective transverse edges, the one or more membranes sealingly separating the internal volume of the tank into a chamber, referred to as treatment chamber, into which said axial filling orifice opens, and at least one chamber referred to as control chamber, into which the pressurization orifice or one of the pressurization orifices opens, said treatment chamber being equipped with at least one material presence sensor, referred to as first presence sensor, the control unit being configured to control the device for driving the tank in rotation at least on the basis of the data supplied by the first presence sensor, characterized in that the treatment chamber is equipped with a venting device comprising at least one venting member mounted so as to be able to move between a closed position and an open position for venting the treatment chamber, and comprises a second material presence sensor, in that the second presence sensor and the one or more venting members are arranged outside the drainage zone, on the part of the tubular body of the tank equipped with the one or more doors and extending between one of the longitudinal edges of the membrane and the drainage zone, in that the first presence sensor and the second presence sensor are angularly offset about the longitudinal axis of rotation (XX') of the tank so that, in the state in which the tank is driven in rotation with the one or more venting members arranged in front of the first presence sensor, the second presence sensor is arranged in front of the first sensor and in that the control unit is configured to control the passage of the one or more venting members from the closed position to the open position at least on the basis of the data supplied by the second presence sensor.
Apparatus for manufacturing a three-dimensional moulded article by means of material application in layers S n with n=1 to N, having - at least one material dispensing device for applying material that can be solidified physically or chemically to a printing substrate or a solidified layer S n of the moulded article located thereon; - a drive device for positioning the printing substrate and the at least one material dispensing device relative to each other; - a control device having a data memory, for storing image data of the three-dimensional moulded article, wherein the control device has a control connection to the drive device and the at least one material dispensing device; - a monitoring device for checking the layers S n of the three-dimensional moulded article, wherein an evaluation device follows the monitoring device; - a material removal device, wherein the evaluation device and the material removal device have a control connection to the control device, and the material dispensing device is followed by a levelling device for levelling the respectively applied layer S n, characterized in that the evaluation device is designed to determine a layer S n with n=x in which at least one defect has been detected by the monitoring device, to check the layers S n following the defective layer S x with n=x+1, x+2... for a defective geometry change of the moulded article which exceeds a predetermined dimension, to generate an error signal for the layer S x with a defective geometry change of the following layers Sn with n=x+1, x+2... and to forward the error signal generated for this first of the defective layers S x to the control device; in that the material removal device is configured to remove the material of a subregion of the three-dimensional moulded article from the last printed layer S N as far as the first of the defective layers S x for which an error signal has been generated, wherein the material removal device is designed in such a way that, during the removal of the material, complete layers S n can be removed. - at least one material dispensing device for applying material that can be solidified physically or chemically to a printing substrate or a solidified layer S n of the moulded article located thereon; - a drive device for positioning the printing substrate and the at least one material dispensing device relative to each other; - a control device having a data memory, for storing image data of the three-dimensional moulded article, wherein the control device has a control connection to the drive device and the at least one material dispensing device; - a monitoring device for checking the layers S n of the three-dimensional moulded article, wherein an evaluation device follows the monitoring device; - a material removal device, wherein the evaluation device and the material removal device have a control connection to the control device, and the material dispensing device is followed by a levelling device for levelling the respectively applied layer S n,
A composition consisting of: 19.6% by weight of magnesium sulfate, 8% by weight of PEG-7 caprylic/capric glycerides, 47.65% by weight of PEG-8, 5% by weight of glycerin, 1% by weight of citric acid, 13.2% by weight of dimethicone, 1.8% by weight of dimethiconol, 2% by weight of silica dimethyl silylate, 1% by weight of silica, 0.05% by weight of fragrance, 0.4% by weight of water, and 0.3% by weight of capryloyl salicylic acid, wherein when the composition is exposed to water and subjected to cyclical mechanical motion having a peak cyclic or oscillation frequency of 168 Hz, the composition provides a temperature increase of 4-6 °C greater than a temperature increase of the composition subjected to manual mixing. 19.6% by weight of magnesium sulfate, 8% by weight of PEG-7 caprylic/capric glycerides, 47.65% by weight of PEG-8, 5% by weight of glycerin, 1% by weight of citric acid, 13.2% by weight of dimethicone, 1.8% by weight of dimethiconol, 2% by weight of silica dimethyl silylate, 1% by weight of silica, 0.05% by weight of fragrance, 0.4% by weight of water, and 0.3% by weight of capryloyl salicylic acid,
A power system for a satellite comprising: a plurality of variable power high power amplifiers grouped together in a redundancy ring, each variable power high power amplifier having a power conditioner configured to adjust a control voltage for the high power amplifier, a control input and a minimum effective isotropic radiated power; and a controller coupled to each control input, wherein the controller is configured to generate control signals to adjust a saturated power output of each variable power high power amplifier to the respective minimum effective isotropic radiated power. a plurality of variable power high power amplifiers grouped together in a redundancy ring, each variable power high power amplifier having a power conditioner configured to adjust a control voltage for the high power amplifier, a control input and a minimum effective isotropic radiated power; and a controller coupled to each control input, wherein the controller is configured to generate control signals to adjust a saturated power output of each variable power high power amplifier to the respective minimum effective isotropic radiated power.
A foldable vehicle having a foldable seat which is mounted between a rear wheel support and a foldable frame, the foldable seat comprising: a seat; a first support bar; and a second support bar; a linkage bar, the foldable seat being characterised in that a front end of the seat is pin-jointed with an upper end of the rear wheel support, a rear end of the seat is pin-jointed with an end of the first support bar, another end of the first support bar is pin-jointed with an end of the second support bar, another end of the second support bar is pin-jointed with an end of the linkage bar, a connection portion between the two ends of the second support bar is pin-jointed with the rear wheel support, and another end of the linkage bar is pin-jointed with the foldable frame. a seat; a first support bar; and a second support bar; a linkage bar,
An imaging system, comprising: an optical channel configured to transfer light, a first sensor configured to generate first image data by imaging an object along a first optical path, and a second sensor configured to generate second image data by imaging the object along a second optical path, wherein the first sensor and the second sensor are focus shifted, wherein the first optical path and the second optical path are guided at least partly through the optical channel, and wherein the first sensor and the second sensor are arranged such that they are inclined in relation to each other. an optical channel configured to transfer light, a first sensor configured to generate first image data by imaging an object along a first optical path, and a second sensor configured to generate second image data by imaging the object along a second optical path, wherein the first sensor and the second sensor are focus shifted, wherein the first optical path and the second optical path are guided at least partly through the optical channel, and wherein the first sensor and the second sensor are arranged such that they are inclined in relation to each other.
A water treatment composition, comprising a unitary structure formed from a blend of: (i) 50 - 99.25 wt.% of a particulate halogen-releasing compound comprising chlorinated isocyanuric acids; and (ii) 0.75 - 2.0 wt.% of particulate fluoropolymer to slow the dissolution rate of the halogen-releasing compound in water, wherein all weight percentages are based on the total weight of said composition. (i) 50 - 99.25 wt.% of a particulate halogen-releasing compound comprising chlorinated isocyanuric acids; and (ii) 0.75 - 2.0 wt.% of particulate fluoropolymer to slow the dissolution rate of the halogen-releasing compound in water,
A metabolically engineered Escherichia coli for the production of at least one specialty product chosen from the group consisting of a saccharide, an activated saccharide, a nucleoside, a glycoside, a glycolipid and a glycoprotein, characterized in that: a) said E. coli is genetically modified with the introduction of a gene encoding a sucrose phosphorylase, and b) said E. coli is further genetically modified by knocking-out the genes pgi, pfkA and pfke.
An apparatus for determining material optical properties of hair, the apparatus comprising: a. a material holder for a sample of hair, comprising a curvilinear surface; b. a light source to illuminate the material holder; and c. an image capture element aligned with the surface normal of the curvilinear surface of the material holder; wherein the light source has an output; and wherein the light source is disposed with its axis parallel to, but not otherwise aligned with, the axis of the image capture element, characterised in that said light source is a collimated light source and in that a surface mirror and a half silvered mirror are disposed to bring the output of the collimated light source into alignment with the axis of the image capture element and to illuminate the curvilinear surface. a. a material holder for a sample of hair, comprising a curvilinear surface; b. a light source to illuminate the material holder; and c. an image capture element aligned with the surface normal of the curvilinear surface of the material holder; wherein the light source has an output; and wherein the light source is disposed with its axis parallel to, but not otherwise aligned with, the axis of the image capture element, characterised in that said light source is a collimated light source and in that a surface mirror and a half silvered mirror are disposed to bring the output of the collimated light source into alignment with the axis of the image capture element and to illuminate the curvilinear surface.
Method for the detection, differentiation and quantification of T cell populations, comprising the following steps: a) contacting a first aliquot of a body fluid of an individual with at least one antigen, wherein the body fluid contains antigen presenting cells and T cells, b) incubating the first aliquot with the at least one antigen over a certain period of time, c) detection and differentiation of the T cell population by detecting in the first aliquot and in a second aliquot of the body fluid of the individual, which has not been incubated with the at least one antigen, at least a first marker of the APC induced by T cells in a specific T cell population using reverse transcription quantitative real-time polymerase chain reaction (RT-qPCR), and d) detection and quantification of the T cell population by determining the ratio of the detected marker of the APC of the first aliquot to the second aliquot. a) contacting a first aliquot of a body fluid of an individual with at least one antigen, wherein the body fluid contains antigen presenting cells and T cells, b) incubating the first aliquot with the at least one antigen over a certain period of time, c) detection and differentiation of the T cell population by detecting in the first aliquot and in a second aliquot of the body fluid of the individual, which has not been incubated with the at least one antigen, at least a first marker of the APC induced by T cells in a specific T cell population using reverse transcription quantitative real-time polymerase chain reaction (RT-qPCR), and d) detection and quantification of the T cell population by determining the ratio of the detected marker of the APC of the first aliquot to the second aliquot.
A snow sledge, comprising: a forwardly open receptacle with a bottom, side walls and a back wall for receiving and containing snow received over a front edge of the bottom, a handle protruding upwards from the receptacle, and at least a first and a second elongated ski (8, 9) extending along an outer surface of the bottom in a direction from the front edge towards the back wall, wherein the at least first and second elongated skis (8, 9) are detachably attached to the receptacle, and the at least first and second elongated skis (8, 9) protrude outwards from the outer surface of the the bottom, c h a r a c t e r i z e d in that the front edge of the bottom comprises a metal reinforcement bar extending substantially along the entire length of the front edge, and the handle is shaped in such a way that a first end and a second end of the handle are attached to a first and a second end piece of the reinforcement bar. a forwardly open receptacle with a bottom, side walls and a back wall for receiving and containing snow received over a front edge of the bottom, a handle protruding upwards from the receptacle, and at least a first and a second elongated ski (8, 9) extending along an outer surface of the bottom in a direction from the front edge towards the back wall, wherein the at least first and second elongated skis (8, 9) are detachably attached to the receptacle, and the at least first and second elongated skis (8, 9) protrude outwards from the outer surface of the the bottom, c h a r a c t e r i z e d in that the front edge of the bottom comprises a metal reinforcement bar extending substantially along the entire length of the front edge, and the handle is shaped in such a way that a first end and a second end of the handle are attached to a first and a second end piece of the reinforcement bar.
Method for determining the fill level of a medium according to the transit time method, wherein at least one transmitting signal is transmitted, wherein at least one receiving signal is received, and wherein the receiving signal is evaluated at least in view of the fill level, wherein the received signal is filtered into a plurality of sub-signals using different, selectable evaluation criteria as filter measure, wherein one evaluation criterion is a frequency, wherein, in each case, information is obtained from the sub-signals in that, in each case, at least one partial signal is identified in the sub-signals, wherein each identified partial signal is assigned to one of at least two signal classes - in particular the classes echo signal and interfering signal - and wherein the information obtained is combined together, wherein at least one overall piece of information is generated about the level.
A method for introducing electric conductors into an overmolding of a steering wheel skeleton, the electric conductors being used in particular for heating, shielding purposes and for sensing contact on a steering wheel, comprising the following steps: - introducing at least one cut into the overmolding using a cutting tool in a first method step, characterized in that - simultaneous introduction of both a first layer of an electric conductor and a second layer of an electric conductor into the cut that has been created occurs in a second method step. - introducing at least one cut into the overmolding using a cutting tool in a first method step, characterized in that - simultaneous introduction of both a first layer of an electric conductor and a second layer of an electric conductor into the cut that has been created occurs in a second method step.
A method for feedback-based network slice management, the method being performed by a network slice management function NSMF including at least one processor, the method comprising: subscribing, via a network data analytics function NWDAF subscription interface of the NSMF, directly with the NWDAF to create a subscription to be notified of network slice load information and specifying, as part of the subscription, network slice load information report generation criteria defined by the NSMF; receiving, directly from the NWDAF, via the NWDAF subscription interface of the NSMF and in response to the NSMF-defined network slice load information report triggering criteria being met, network slice load information; determining, based on the network slice load information, that a network slice resource allocation change is needed; and in response to determining that a network slice resource allocation change is needed, dynamically changing the network slice resource allocation during operation of a network slice. subscribing, via a network data analytics function NWDAF subscription interface of the NSMF, directly with the NWDAF to create a subscription to be notified of network slice load information and specifying, as part of the subscription, network slice load information report generation criteria defined by the NSMF; receiving, directly from the NWDAF, via the NWDAF subscription interface of the NSMF and in response to the NSMF-defined network slice load information report triggering criteria being met, network slice load information; determining, based on the network slice load information, that a network slice resource allocation change is needed; and in response to determining that a network slice resource allocation change is needed, dynamically changing the network slice resource allocation during operation of a network slice.