mhurhangee/ep-ind-claims huggingface dataset:
Compounds 31- O -demethyl-FK506, 9-deoxo-FK506, 9-deoxo-31- O -demethyl-FK506 or 9-deoxo-prolyl-FK506 for use in treating a fungal infection caused by a fungus of the genus Cryptococcus or a fungus of the genus Candida.
Multi-layer adhesive tape to compress and contract one or more scars, comprising: - a top layer; - a bonding layer adjacent to said top layer; - a bottom layer adjacent to said bonding layer and opposite to said top layer; - an adhesive layer adjacent to said flexible bottom layer and opposite to said bonding layer; and - a first peelable liner at least adjacent to said adhesive layer and opposite to said bottom layer, wherein the widths (L') of said top layer and bonding layer are larger than the widths of said bottom layer and adhesive layer, and wherein said adhesive layer comprises a rubber- or acrylic-based pressure-sensitive adhesive, characterized in that said bottom layer comprises a plastic film comprising one or more polyolefin compounds, polyamide, polyester, nylon, polyvinylchloride and/or polyvinylidene chloride, and/or comprise a silicone film, or comprise a polyurethane material, and said top layer comprises a polyurethane material, wherein said bottom layer and top layer comprise a thickness between 20 μm and 1100 μm. - a top layer; - a bonding layer adjacent to said top layer; - a bottom layer adjacent to said bonding layer and opposite to said top layer; - an adhesive layer adjacent to said flexible bottom layer and opposite to said bonding layer; and - a first peelable liner at least adjacent to said adhesive layer and opposite to said bottom layer,
A method for removing deposits in interiors of receptacles and installations, with a cleaning device (1, 101) by way of explosion technology, wherein the cleaning device (1, 101) comprises a cleaning apparatus (2, 102) with a receiving space (11, 111), and at least one pressure container (21, 21'; 121, 121') which is connected to the cleaning apparatus (2, 102) via at least one metering fitting (18, 18', 118, 118'), with the following steps: - providing at least one gaseous component in the pressure container (21, 21'; 121, 121') at overpressure; - introducing the at least one gaseous component from the pressure container (21, 21'; 121, 121') into the cleaning apparatus (2, 102) via the metering fitting (18, 18', 118, 118'); - providing an explosive, gaseous mixture in the receiving space (11, 111), comprising or consisting of the at least one introduced gaseous component; - igniting the explosive, gaseous mixture. characterised in that for optimising the introduction of the at least one gaseous component out of the pressure container into the cleaning apparatus: - the control of the introduction of the at least one gaseous component into the cleaning apparatus (2, 102) is effected according to the principle of the differential pressure between a maximal pressure at the beginning of the introduction and a nominal residual pressure after the completion of the introduction, wherein the nominal residual pressure lies in an overpressure region, or - the storage space in the at least one pressure container is reduced in size during the introduction of the at least one gaseous component into the cleaning apparatus. - providing at least one gaseous component in the pressure container (21, 21'; 121, 121') at overpressure; - introducing the at least one gaseous component from the pressure container (21, 21'; 121, 121') into the cleaning apparatus (2, 102) via the metering fitting (18, 18', 118, 118'); - providing an explosive, gaseous mixture in the receiving space (11, 111), comprising or consisting of the at least one introduced gaseous component; - igniting the explosive, gaseous mixture. - the control of the introduction of the at least one gaseous component into the cleaning apparatus (2, 102) is effected according to the principle of the differential pressure between a maximal pressure at the beginning of the introduction and a nominal residual pressure after the completion of the introduction, wherein the nominal residual pressure lies in an overpressure region, or - the storage space in the at least one pressure container is reduced in size during the introduction of the at least one gaseous component into the cleaning apparatus.
A motor vehicle dashboard comprising a panel designed to be placed below a windshield, said panel comprising at least one opening, the panel comprising a front portion (16, 26) extending in front of the opening and a rear portion (18, 28) extending behind the opening, the dashboard further comprising an aeration device comprising an outlet orifice, said outlet orifice being connected to said opening by an air guide duct extending from the outlet orifice to the opening, characterized in that the front portion (16, 26) is pushed in if an impact occurs against the panel causing the deformation of said duct while absorbing energy, the duct being made in a single piece of flexible material and being arranged to deform so as to allow the front portion (16, 26) of the panel to be pushed in while absorbing energy in case of impact against said panel.
A method that segments or concatenates radio link control, RLC, service data units, SDUs, into RLC protocol data units, PDUs, the method being executed by a wireless communications apparatus and comprising: receiving a first RLC SDU and a second RLC SDU; partitioning information of the first RLC SDU into a first payload part and a second payload part, and the information of the second RLC SDU into a third payload part and a fourth payload part, wherein the second payload part and the fourth payload part are limited to a maximum size, wherein the maximum size corresponds to a size of a length indicator, LI, field; forming a first RLC PDU using the first payload part; forming a second RLC PDU using a concatenated payload part, wherein the concatenated payload part is obtained by concatenating the second payload part and the third payload part; setting the LI field comprised in a header of the second RLC PDU to indicate the size of information contained in the second payload part; forming a third RLC PDU using the fourth payload part; and dispatching the first RLC PDU, the second RLC PDU, and the third RLC PDU, wherein the first payload part of the first RLC PDU and the third payload part of the second RLC PDU are not constrained by the maximum size. receiving a first RLC SDU and a second RLC SDU; partitioning information of the first RLC SDU into a first payload part and a second payload part, and the information of the second RLC SDU into a third payload part and a fourth payload part, wherein the second payload part and the fourth payload part are limited to a maximum size, wherein the maximum size corresponds to a size of a length indicator, LI, field; forming a first RLC PDU using the first payload part; forming a second RLC PDU using a concatenated payload part, wherein the concatenated payload part is obtained by concatenating the second payload part and the third payload part; setting the LI field comprised in a header of the second RLC PDU to indicate the size of information contained in the second payload part; forming a third RLC PDU using the fourth payload part; and dispatching the first RLC PDU, the second RLC PDU, and the third RLC PDU, wherein the first payload part of the first RLC PDU and the third payload part of the second RLC PDU are not constrained by the maximum size.
An isolated antibody or antigen binding fragment thereof that binds human erythropoietin (Epo) comprising heavy and light chain variable domain sequences of Fab NVS1 represented by SEQ ID NOs: 13 and 14, respectively; of Fab NVS2 represented by represented by SEQ ID NOs: 33 and 34, respectively; of Fab NVS3 represented by SEQ ID NOs: 53 and 54, respectively; or of Fab NVS4 represented by SEQ ID NOs: 73 and 74, respectively.
An apparatus comprising: a first transceiver circuit, the first transceiver circuit configured to communicate with a plurality of first devices using a first communication network medium, the first transceiver circuit including a first visual indicator representing, in a first mode of operation, a first status parameter of communication between the apparatus and the plurality of first devices using the first communication network, the first transceiver circuit also including a second visual indicator representing, in the first mode of operation, a second status parameter of communication between the apparatus and the plurality of first devices using the first communication network; a second transceiver circuit, the second transceiver circuit configured to communicate with a plurality of second devices using a second communication network medium; and a controller coupled to the first transceiver circuit and the second transceiver circuit, the controller being configured to determine the status of communication between the apparatus and the plurality of second devices using the first status parameter and the second status parameter and, in a second mode of operation, to provide the status for the second status parameter to the first visual indicator of the first transceiver circuit and to provide the status for the first status parameter to the second visual indicator of the first transceiver circuit. a first transceiver circuit, the first transceiver circuit configured to communicate with a plurality of first devices using a first communication network medium, the first transceiver circuit including a first visual indicator representing, in a first mode of operation, a first status parameter of communication between the apparatus and the plurality of first devices using the first communication network, the first transceiver circuit also including a second visual indicator representing, in the first mode of operation, a second status parameter of communication between the apparatus and the plurality of first devices using the first communication network; a second transceiver circuit, the second transceiver circuit configured to communicate with a plurality of second devices using a second communication network medium; and a controller coupled to the first transceiver circuit and the second transceiver circuit, the controller being configured to determine the status of communication between the apparatus and the plurality of second devices using the first status parameter and the second status parameter and, in a second mode of operation, to provide the status for the second status parameter to the first visual indicator of the first transceiver circuit and to provide the status for the first status parameter to the second visual indicator of the first transceiver circuit.
A method for determining the robustness of a seal of a flexible part of a container comprising the steps of: a) providing a container comprising at least one flexible part, wherein said at least one flexible part comprises a sealing means; b) said sealing means is sealing the interior (1.1) of the container from the exterior of the container (1.2); c) providing a fluid connection between the interior of the container with a detection device for a test medium; d) exposing the exterior of the container to an atmosphere comprising said test medium; e) moving the flexible part of the container in a direction away from the container until the detection device detects the test medium above a predefined threshold value; f) determining the distance by which the flexible part was moved in step e). a) providing a container comprising at least one flexible part, wherein said at least one flexible part comprises a sealing means; b) said sealing means is sealing the interior (1.1) of the container from the exterior of the container (1.2); c) providing a fluid connection between the interior of the container with a detection device for a test medium; d) exposing the exterior of the container to an atmosphere comprising said test medium; e) moving the flexible part of the container in a direction away from the container until the detection device detects the test medium above a predefined threshold value; f) determining the distance by which the flexible part was moved in step e).
A composition comprising at least a semiconducting light emitting nanoparticle and a matrix material comprising at least one metal phosphonate polymer, metal xanthate polymer, or a metal carboxylate polymer or a combination thereof.
Filter element for an extractor hood, which has at least one filter layer, at least one filter layer consisting of a plastic material, and the filter layer having openings, the size of which is fixed, wherein the at least one filter layer consists of at least two layers and the layers are each embodied from plastic profiles, characterised in that the plastic profiles in the individual layers are arranged in each case parallel to one another in a plane at a defined distance of less than 2 mm from one another so that the ends of adjacent plastic profiles are adjacent to one another in this plane, the plastic profiles of a layer are arranged crosswise on the plastic profiles of a second layer, the openings of the filter layer are formed by the alignment of the plastic profiles in the individual layers and are delimited by filter webs which are embodied from the plastic profiles of the two layers arranged crosswise, and that obstructions, which occur as a result of the plastic profiles, are below 50% of the surface of the filter layer.
A catheter comprising: an elongated body including proximal and distal portions (17A,17B), the distal portion of the elongated body comprising: an inner liner comprising a proximal liner section and a distal liner section comprising different materials, wherein the distal liner section has a first hardness less than a second hardness of the proximal liner section, wherein the distal liner section is less lubricious than the proximal liner section, and wherein the distal liner section extends to a distal-most end of the catheter; and an outer jacket positioned over the inner liner, wherein the distal liner section further comprises a slip agent. an inner liner comprising a proximal liner section and a distal liner section comprising different materials, wherein the distal liner section has a first hardness less than a second hardness of the proximal liner section, wherein the distal liner section is less lubricious than the proximal liner section, and wherein the distal liner section extends to a distal-most end of the catheter; and an outer jacket positioned over the inner liner, wherein the distal liner section further comprises a slip agent.
A method performed by a Radio Access Network, RAN, node of a radio communication network, wherein one or several communication devices are communicatively connectable to the RAN node via a gateway of a capillary network, the method comprising: acquiring (310, 510, 610, 710, 810, 910, 1010) information related to a Discontinuous Reception, DRX, configuration that is preferred by the gateway for the capillary network from a Core Network, CN, node; selecting, based on the acquired information, a DRX configuration to be applied by the RAN node to match the preferred DRX configuration for the capillary network, wherein the match is sufficiently good for the synchronization of DRX configuration used by the capillary network and the RAN node; transmitting a configuration message including the selected DRX configuration to the gateway for configuring the gateway accordingly; and applying the selected DRX configuration to the RAN node, wherein the gateway is connected to the capillary network and the RAN node via a capillary network interface and a cellular network radio interface, respectively, wherein the capillary network is a non-3GPP network and the RAN belongs to a 3GPP network. acquiring (310, 510, 610, 710, 810, 910, 1010) information related to a Discontinuous Reception, DRX, configuration that is preferred by the gateway for the capillary network from a Core Network, CN, node; selecting, based on the acquired information, a DRX configuration to be applied by the RAN node to match the preferred DRX configuration for the capillary network, wherein the match is sufficiently good for the synchronization of DRX configuration used by the capillary network and the RAN node; transmitting a configuration message including the selected DRX configuration to the gateway for configuring the gateway accordingly; and applying the selected DRX configuration to the RAN node, wherein the gateway is connected to the capillary network and the RAN node via a capillary network interface and a cellular network radio interface, respectively, wherein the capillary network is a non-3GPP network and the RAN belongs to a 3GPP network.
A method of preparing a composition comprising an extract or preparation of human feces comprising human fecal material, the method comprising: blending a fecal sample from a fecal donor with a diluent, and filtering the blended fecal sample with a filter medium wherein the blended fecal sample is passed through sieves with progressively smaller sieve sizes until a final passage through a sieve of 0.25mm to result in a composition comprising the fecal donor's intestinal microbiota that are able to pass through a 0.25mm sieve. blending a fecal sample from a fecal donor with a diluent, and filtering the blended fecal sample with a filter medium wherein the blended fecal sample is passed through sieves with progressively smaller sieve sizes until a final passage through a sieve of 0.25mm to result in a composition comprising the fecal donor's intestinal microbiota that are able to pass through a 0.25mm sieve.
A cell culture for obtaining an epithelial organoid, the cell culture comprising i) epithelial stem cells, or tissue fragments comprising said epithelial stem cells ii) a basal medium for animal or human cells, iii) a Bone Morphogenetic Protein inhibitor, iv) a mitogenic growth factor selected from the group consisting of epidermal growth factor, transforming growth factor-alpha (TGF-alpha), basic fibroblast growth factor (bFGF), brain-derived neurotrophic factor (BDNF) and keratinocyte growth factor, v) at least one soluble culture enhancer, wherein said at least one culture enhancer induces correct polarization of the cells in said cell culture within the developing organoid, and vi) a Wnt agonist if said epithelial stem cells, or tissue fragments comprising said epithelial stem cells are healthy cells, wherein said at least one soluble culture enhancer in said cell culture is a laminin/entactin complex in a concentration between 0.2 mg/ml and 1 mg/ml. i) epithelial stem cells, or tissue fragments comprising said epithelial stem cells ii) a basal medium for animal or human cells, iii) a Bone Morphogenetic Protein inhibitor, iv) a mitogenic growth factor selected from the group consisting of epidermal growth factor, transforming growth factor-alpha (TGF-alpha), basic fibroblast growth factor (bFGF), brain-derived neurotrophic factor (BDNF) and keratinocyte growth factor, v) at least one soluble culture enhancer, wherein said at least one culture enhancer induces correct polarization of the cells in said cell culture within the developing organoid, and vi) a Wnt agonist if said epithelial stem cells, or tissue fragments comprising said epithelial stem cells are healthy cells,
Assembly for material extrusion for an additive manufacturing of a three-dimensional printing object with a printing assembly, extrusion material and filling material, wherein the printing assembly can be moved translationally in three axes (X, Y, Z) and comprises at least one nozzle as well as at least one conveyor, wherein the at least one nozzle is configured to extrude the extrusion material, wherein the at least one conveyor is configured to supply the filling material for the extrusion material in particular simultaneously, wherein the filling material has in particular profiled fibres, wherein the fibres are processed to form a fabric tape, characterised in that the fibres of the fabric tape have connecting means for establishing a form-fit connection with an adjacent fabric tape. wherein the printing assembly can be moved translationally in three axes (X, Y, Z) and comprises at least one nozzle as well as at least one conveyor, wherein the at least one nozzle is configured to extrude the extrusion material, wherein the at least one conveyor is configured to supply the filling material for the extrusion material in particular simultaneously, wherein the filling material has in particular profiled fibres, wherein the fibres are processed to form a fabric tape, characterised in that the fibres of the fabric tape have connecting means for establishing a form-fit connection with an adjacent fabric tape.
A method, comprising: determining, by a first wireless node, whether there are enough master nodes within range in a wireless communication network comprising a plurality of wireless nodes; and assuming, by the first wireless node, a role of a master node to participate in synchronization message contention in the wireless communication network, in response to determining that there are not enough master nodes within range, characterized in that the determination whether there are enough master nodes within range in the wireless communication network comprises; detecting, by the first wireless node, communication events within range in the wireless communication network, wherein said communication events comprise a series of time periods with or without detection of a synchronization message; and determining, by the first wireless node, that there are not enough master nodes within range when detecting consecutive communication events with a synchronization message from only one node. determining, by a first wireless node, whether there are enough master nodes within range in a wireless communication network comprising a plurality of wireless nodes; and assuming, by the first wireless node, a role of a master node to participate in synchronization message contention in the wireless communication network, in response to determining that there are not enough master nodes within range, characterized in that the determination whether there are enough master nodes within range in the wireless communication network comprises; detecting, by the first wireless node, communication events within range in the wireless communication network, wherein said communication events comprise a series of time periods with or without detection of a synchronization message; and determining, by the first wireless node, that there are not enough master nodes within range when detecting consecutive communication events with a synchronization message from only one node.
A printing ink consisting essentially of: a) from 15 to 45 weight percent of finely subdivided polyolefin resin particles having a size from 1 nanometer to 150 micrometers; b) from 15 to 45 weight percent of a hydrocarbon solvent selected from the class consisting of aliphatic and aromatic hydrocarbons and having sufficient volatility for substantially total removal at a temperature from 149° C. (300° F.) to 260° C. (500° F.); and c) from 0.05 to 2.0 weight percent of a dispersant, sufficient to stabilize the dispersion of the resin particles in the hydrocarbon solvent; and d) from 1 to 70 weight percent of an additive selected from the class consisting essentially of a colorant, metallic particles, mineral particles and mixtures thereof wherein the printing ink is free of wax and adhesive. a) from 15 to 45 weight percent of finely subdivided polyolefin resin particles having a size from 1 nanometer to 150 micrometers; b) from 15 to 45 weight percent of a hydrocarbon solvent selected from the class consisting of aliphatic and aromatic hydrocarbons and having sufficient volatility for substantially total removal at a temperature from 149° C. (300° F.) to 260° C. (500° F.); and c) from 0.05 to 2.0 weight percent of a dispersant, sufficient to stabilize the dispersion of the resin particles in the hydrocarbon solvent; and d) from 1 to 70 weight percent of an additive selected from the class consisting essentially of a colorant, metallic particles, mineral particles and mixtures thereof wherein the printing ink is free of wax and adhesive.