mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a central base station of a cellular radio access network, comprising: addressing a relay base station (110, 112) of the cellular radio access network, said relay base station (110, 112) being associated with the central base station, with an identifier from which a corresponding identifier of the central base station associated with the relay base station (110, 112) is derivable according to a determined rule, wherein at least a portion of the identifier of the relay base station (110, 112) is identical with the corresponding portion of the identifier of the central base station associated with the relay base station (110, 112). addressing a relay base station (110, 112) of the cellular radio access network, said relay base station (110, 112) being associated with the central base station, with an identifier from which a corresponding identifier of the central base station associated with the relay base station (110, 112) is derivable according to a determined rule, wherein at least a portion of the identifier of the relay base station (110, 112) is identical with the corresponding portion of the identifier of the central base station associated with the relay base station (110, 112).
A barrier suitable for pressure impulse mitigation said barrier having a thickness of at least 5 mm and comprising a layer comprising a water gel cross-linked using a multifunctional cross-linking agent, the crosslinked mixture of water and gel comprising at least 3% w/w of the gel, characterised in that the gel is gelatin and the barrier comprises a ceramic layer.
A composition for use in a method of benefiting the health of an animal or a human, the composition comprising i) one or more carriers or excipients and ii) each of: a) a biologically pure culture of a bacterium having 99% identity to 16S rRNA gene of Blautia producta DSM2950 (SEQ ID NO: 14), said bacterium comprising genetic material encoding functionalities for synthesis of butyrate and uptake of a heterologously produced siderophore and uptake of a ferrichrome siderophore; b) a biologically pure culture of a bacterium having 99% identity to 16S rRNA gene of Bacteroides massiliensis DSM17679 (SEQ ID NO: 5), said bacterium comprising genetic material encoding functionalities for synthesis of proprionate and uptake of a heterologously produced siderophore; and c) a biologically pure culture of a bacterium having 99% identity to 16S rRNA gene of Akkermansia muciniphila ATCC BAA-835 (SEQ ID NO: 18), said bacterium comprising genetic material encoding functionalities for synthesis of propionate, synthesis of indole, synthesis of indole-3-propionate and indole-3-aldehyde, and uptake of a heterologously produced siderophore, wherein said bacteria a), b) and c) have metabolic interdependency. a) a biologically pure culture of a bacterium having 99% identity to 16S rRNA gene of Blautia producta DSM2950 (SEQ ID NO: 14), said bacterium comprising genetic material encoding functionalities for synthesis of butyrate and uptake of a heterologously produced siderophore and uptake of a ferrichrome siderophore; b) a biologically pure culture of a bacterium having 99% identity to 16S rRNA gene of Bacteroides massiliensis DSM17679 (SEQ ID NO: 5), said bacterium comprising genetic material encoding functionalities for synthesis of proprionate and uptake of a heterologously produced siderophore; and c) a biologically pure culture of a bacterium having 99% identity to 16S rRNA gene of Akkermansia muciniphila ATCC BAA-835 (SEQ ID NO: 18), said bacterium comprising genetic material encoding functionalities for synthesis of propionate, synthesis of indole, synthesis of indole-3-propionate and indole-3-aldehyde, and uptake of a heterologously produced siderophore,
A system comprising an assay test strip reader and a test strip; the test strip reader comprising a body sized to receive the assay test strip including a test portion and an encoder portion, the test portion including at least one analyte reaction section, the encoder portion including a plurality of markings at a plurality of known positions; and at least one detector positioned within the body and fixedly attached thereto such that an inserting of the assay test strip characterized by a user sliding the assay test strip in a first direction with respect to the body or a removing of the assay test strip characterized by a user sliding the assay test strip in a different second direction with respect to the body, which sliding results in movement of the assay test strip with respect to the body and the at least one detector, causes the at least one detector to detect a first signal based on a first point on the assay test strip and to detect a second signal based on a different second point on the assay test strip, at least one signal converter electronically connected to the at least one detector, the at least one signal converter configured to receive the first signal and the second signal detected by the detector, wherein the converter is configured to generate at least one result signal indicative of a result of the analyte test based on the first signal and the second signal, and output the least one result signal, wherein the detection of the first and the second signals takes place during the user - caused moving of the assay test strip relative to the body of the assay test strip reader, and wherein the at least one detector is positioned to detect an encoder optical signal indicative of the relative position between the assay test strip and the said reader body and to detect an analyte optical signal indicative of a reaction of at least one analyte, and wherein the at least one signal converter is configured to receive the encoder optical signal and to generate the at least one result signal based, at least in part, on the encoder optical signal.
Method for assembling a fuel rail assembly, comprising the steps: providing a fuel rail and a component which is to be coupled to the fuel rail, wherein the fuel rail has a casing which borders an inner cavity and which has a first via hole and wherein the component has a housing which borders an inner space and which has a second via hole, and coupling the housing to the casing so that the space is in fluid communication with the inner cavity by a hollow passage, wherein the first via hole has a circular hollow cross section which is surrounded by a wall region of the casing, the second via hole has a circular hollow cross section which is surrounded by a cylindrical wall section of the housing, and coupling of the housing to the casing so that the space is in fluid communication with the inner cavity by a hollow passage comprises the steps: inserting the cylindrical wall section into the first via hole, providing an expander bush which has a convex outer surface 17, which in particular is a convex outer surface of revolution with regard to a geometric rotational axis, and which has a third via hole, which in particular extends along the geometric rotational axis, wherein the convex outer surface has a maximum diameter which is bigger compared to a diameter of the circular hollow cross section of the second via hole, pressing the expander bush in the second via hole so that the hollow passage extends through the third via hole, so that the cylindrical wall section is expanded in a radial direction by the convex outer surface and so that the expander bush is fixed by a press-fit within the second via hole, wherein the radial expansion of the cylindrical wall section causes a mechanical coupling of the cylindrical wall section to the casing at a lateral wall section of the first via hole and characterized in that the method comprises: providing an insertion tool for pressing the expander bush into the second via hole, wherein the insertion tool comprises an operating member, in particular a handle or a drivable member, in particular drivable by an electric, pneumatic or hydraulic device, and wherein the insertion tool comprises a pin, wherein the pin has a diameter which is adapted to a diameter of the third via hole of the expander bush to cooperate for a loose fit or a medium fit, and wherein the insertion tool comprises an annular contact surface which is adjacent to the pin and which extends transversely to a longitudinal axis of the pin, inserting the pin into the third via hole so that the contact surface is in contact with the expander bush, and pressing the expander bush into the third via hole by the insertion tool..
Hemostatic composite comprising a haemostatic material and a single hydrophilic polymeric crosslinker, said crosslinker having electrophilic reactive groups, said composite comprising pores which allow external fluids, especially human blood, to access into said composite, wherein said haemostatic material is a non-woven or woven fabric of a haemostatic fiber, wherein said crosslinker is a polyalkylene oxide polymer; wherein said crosslinker is coated onto the surface on said haemostatic material; and wherein the thickness of this coating is from about 0.01 mm to about 1 mm.
A method for reduction of start-up SO 2, SO 3 and H 2 SO 4 emissions in sulfuric acid production, in which SO 2 is converted to SO 3 in n successive catalyst beds, where n is an integer >1, wherein - the final catalyst beds are used as absorbents for SO 2 and SO 3 during the start-up procedure, - one or more of the m beds downstream the first bed are purged, either separately or simultaneously, with hot gas, where m is an integer > 1 and m < n, during the previous shut-down, and - one separate purge with hot gas is used on the final bed. - the final catalyst beds are used as absorbents for SO 2 and SO 3 during the start-up procedure, - one or more of the m beds downstream the first bed are purged, either separately or simultaneously, with hot gas, where m is an integer > 1 and m < n, during the previous shut-down, and - one separate purge with hot gas is used on the final bed.
A lighting fixture comprising: a frame; a housing that is supported so as to be swingable relative to the frame about a swing axis; a first light emitting part (12a 1, 12a 2, 12a 3, 12a 4) that is provided in the housing and emits light of a first color; and a second light emitting part (12b 1, 12b 2, 12b 3, 12b 4) that is provided in the housing and emits light of a second color differing from the first color, wherein the first light emitting part (12a 1, 12a 2, 12a 3, 12a 4) and the second light emitting part (12b 1, 12b 2, 12b 3, 12b 4) are arranged in parallel to the swing axis, characterized in that the first light emitting part (12a 1, 12a 2, 12a 3, 12a 4) and the second light emitting part (12b 1, 12b 2, 12b 3, 12b 4) are each elongated, and each have a longitudinal direction that is perpendicular to the swing axis. a frame; a housing that is supported so as to be swingable relative to the frame about a swing axis; a first light emitting part (12a 1, 12a 2, 12a 3, 12a 4) that is provided in the housing and emits light of a first color; and a second light emitting part (12b 1, 12b 2, 12b 3, 12b 4) that is provided in the housing and emits light of a second color differing from the first color, wherein the first light emitting part (12a 1, 12a 2, 12a 3, 12a 4) and the second light emitting part (12b 1, 12b 2, 12b 3, 12b 4) are arranged in parallel to the swing axis, characterized in that the first light emitting part (12a 1, 12a 2, 12a 3, 12a 4) and the second light emitting part (12b 1, 12b 2, 12b 3, 12b 4) are each elongated, and each have a longitudinal direction that is perpendicular to the swing axis.
Electrical device having a housing, wherein the device has at least one high-current circuit comprising at least one power component and at least one control circuit, characterized in that the housing has a housing area for the high-current circuit and a housing area for the control circuit, and the housing has at least one separating wall which is designed and arranged to separate the housing areas (12, 13) from one another and to seal off the said housing areas from one another, wherein the separating wall has an adhesive layer at least on one side, the said adhesive layer being designed to retain metal chips (43, 44) in an adhesive manner.
A method, comprising: in a media content distribution system comprising an origination services network device and an assembly services network device: receiving, by the assembly services network device, a programming request from a remote media player, the programming request identifying a program being shown on a selected channel to be tuned on the media player; generating, by the origination services network device, a programming schedule for the media player, the programming schedule defining an ordering for playout of audio/visual (A/V) assets and graphics assets associated with the program, the A/V assets including programming assets and advertisement assets combined to create the program, the programming schedule defining the ordering of the programming assets and the advertisement assets; generating, by the origination services network device, an A/V manifest for the media player, the A/V manifest identifying the A/V assets for the media player to request the A/V assets from a content delivery network; generating, by the origination services network device, a graphics manifest for the media player, the graphics manifest identifying the graphics assets for the media player to request the graphics assets from the CDN; and transmitting, by the assembly services network device, the programming schedule, the A/V manifest, and the graphics manifest to the media player. receiving, by the assembly services network device, a programming request from a remote media player, the programming request identifying a program being shown on a selected channel to be tuned on the media player; generating, by the origination services network device, a programming schedule for the media player, the programming schedule defining an ordering for playout of audio/visual (A/V) assets and graphics assets associated with the program, the A/V assets including programming assets and advertisement assets combined to create the program, the programming schedule defining the ordering of the programming assets and the advertisement assets; generating, by the origination services network device, an A/V manifest for the media player, the A/V manifest identifying the A/V assets for the media player to request the A/V assets from a content delivery network; generating, by the origination services network device, a graphics manifest for the media player, the graphics manifest identifying the graphics assets for the media player to request the graphics assets from the CDN; and transmitting, by the assembly services network device, the programming schedule, the A/V manifest, and the graphics manifest to the media player.
A method implemented in a user equipment of a radio communications system to send uplink control information from the user equipment to a serving node of the radio communications system, the method comprising: segmenting an uplink control bit sequence to form a plurality of groups of bits, characterised in that it further comprises: encoding the groups of bits in respective error correcting encoders, one for each group of bits; encoding the bits of each of the plurality of groups output by the error correcting encoders into symbols; and mapping the symbols to different transmission ports for diversity transmission as uplink control information through a plurality of antenna ports of the user equipment. segmenting an uplink control bit sequence to form a plurality of groups of bits, characterised in that it further comprises: encoding the groups of bits in respective error correcting encoders, one for each group of bits; encoding the bits of each of the plurality of groups output by the error correcting encoders into symbols; and mapping the symbols to different transmission ports for diversity transmission as uplink control information through a plurality of antenna ports of the user equipment. encoding the groups of bits in respective error correcting encoders, one for each group of bits; encoding the bits of each of the plurality of groups output by the error correcting encoders into symbols; and mapping the symbols to different transmission ports for diversity transmission as uplink control information through a plurality of antenna ports of the user equipment.
A method for improving the operational efficiency of a battery pack (100; 150) comprising at least two nickel metal hydride, NiMH, battery modules (10, 10', 10"), wherein each battery module comprises at least one battery cell, wherein each battery module (10, 10', 10") has a casing encompassing the at least one battery cell and enclosing a gas space, wherein the gas spaces of the battery modules (10, 10', 10") are connected to each other to form a common gas space, wherein each battery cell comprises a first electrode, a second electrode, a porous separator, and an aqueous alkaline electrolyte arranged between the first electrode and the second electrode, wherein the porous separator, the first electrode and the second electrode are configured to allow exchange of hydrogen and oxygen by allowing gas to migrate between the electrodes, and wherein at least one of the casings comprises a gas inlet for adding a gas or a liquid to the common gas space; characterized in that the method comprises the steps of - obtaining data on the battery modules (10, 10', 10"), wherein the data relates to the number of battery cells per battery module (10, 10', 10") and the number of battery modules (10, 10', 10"), temperature of each battery module, and the energy capacity of the battery modules (10, 10', 10"), - obtaining an internal resistance (R i1, R i2, R i3) for at least two of the battery modules (10, 10', 10"), - determining, in case the difference in internal resistance between any of the battery modules exceeds a predetermined first resistance threshold (R t1), based on the internal resistance and the data on the battery module, a filling amount of oxygen to be filled into the battery module (10, 10', 10") in order to reduce the difference in internal resistance between any two battery modules to a level below the first resistance threshold (R t1), and - initiating filling of the battery pack based on the determined filling amount of oxygen. - obtaining data on the battery modules (10, 10', 10"), wherein the data relates to the number of battery cells per battery module (10, 10', 10") and the number of battery modules (10, 10', 10"), temperature of each battery module, and the energy capacity of the battery modules (10, 10', 10"), - obtaining an internal resistance (R i1, R i2, R i3) for at least two of the battery modules (10, 10', 10"), - determining, in case the difference in internal resistance between any of the battery modules exceeds a predetermined first resistance threshold (R t1), based on the internal resistance and the data on the battery module, a filling amount of oxygen to be filled into the battery module (10, 10', 10") in order to reduce the difference in internal resistance between any two battery modules to a level below the first resistance threshold (R t1), and - initiating filling of the battery pack based on the determined filling amount of oxygen.
A washing system suitable to be mounted on a sanitary ware product to wash a toilet bowl, said washing system comprising: • an outer body part configured to be mounted in a housing provided at the end of a clean water distribution channel on the sanitary ware product, • an inner body part, installed in the outer body part, and said inner body part comprising side channels positioned both on right and left sides of the inner body part in relation to a center of the inner body and providing water coming from said clean water distribution channel to flow into the toilet bowl in a left and right direction and at least one channel opened in a middle part providing water to flow directly downwards into the toilet bowl, • at least one sealing element installed into the inner body, • a cover (3a, 3b) installed on the inner body, • a fixing part for fitting the outer body part to the sanitary ware product, • fixing screws for fixing the outer body of the washing system to the sanitary ware product by tightening the fixing part, • at least one further sealing element providing impermeability between the sanitary ware product and said outer body, • directors mounted in the inner body directing the water to the right and left directions. • an outer body part configured to be mounted in a housing provided at the end of a clean water distribution channel on the sanitary ware product, • an inner body part, installed in the outer body part, and said inner body part comprising side channels positioned both on right and left sides of the inner body part in relation to a center of the inner body and providing water coming from said clean water distribution channel to flow into the toilet bowl in a left and right direction and at least one channel opened in a middle part providing water to flow directly downwards into the toilet bowl, • at least one sealing element installed into the inner body, • a cover (3a, 3b) installed on the inner body, • a fixing part for fitting the outer body part to the sanitary ware product, • fixing screws for fixing the outer body of the washing system to the sanitary ware product by tightening the fixing part, • at least one further sealing element providing impermeability between the sanitary ware product and said outer body, • directors mounted in the inner body directing the water to the right and left directions.