mhurhangee/ep-ind-claims huggingface dataset:
A rotary shaped tool for forming an end-portion (11, 111, 211) of a rigid sleeve (13, 113, 213) of a resilient joint, comprising: - a forming body with a forming surface through which a rolling force can be applied to the end-portion (11, 111, 211) by rolling; - a device for directed transmission of the forming force into the end-portion (11, 111, 211) with at least one non-negliable direction component pointing radially inwards with respect to the rotational axis of the tool; and - a forming limiter limiting radially inwards a forming of the end-portion (11, 111, 211) of the sleeve (13, 113, 213), characterized in that the device features: - an encompassing structure for transmitting the forming force to be transmitted into the desired direction, the encompassing structure being designed to encompass the outside of the end-portion of the sleeve; and - a v-shaped or wedge-shaped protrusion (15, 15a, 15b) protruding from the forming surface for transmitting the forming force to be transmitted into the desired direction. - a forming body with a forming surface through which a rolling force can be applied to the end-portion (11, 111, 211) by rolling; - a device for directed transmission of the forming force into the end-portion (11, 111, 211) with at least one non-negliable direction component pointing radially inwards with respect to the rotational axis of the tool; and - a forming limiter limiting radially inwards a forming of the end-portion (11, 111, 211) of the sleeve (13, 113, 213), characterized in that the device features: - an encompassing structure for transmitting the forming force to be transmitted into the desired direction, the encompassing structure being designed to encompass the outside of the end-portion of the sleeve; and - a v-shaped or wedge-shaped protrusion (15, 15a, 15b) protruding from the forming surface for transmitting the forming force to be transmitted into the desired direction.
A method, comprising: detecting, by a computer system, an association of an embedded artifact (210, 212) with a resource container; associating the embedded artifact (210, 212) with an access control policy (220, 225) of the resource container; creating a restrictive version of the access control policy (220, 225); associating the embedded artifact (210, 212) with the restrictive version of the access control policy (220, 225); redacting a part of the embedded artifact (210, 212) based on the restrictive version of the access control policy (220, 225); and sharing the embedded artifact (210, 212) with a user that is authorized to access the embedded artifact (210, 212) based on the restrictive version of the access control policy (220, 225). detecting, by a computer system, an association of an embedded artifact (210, 212) with a resource container; associating the embedded artifact (210, 212) with an access control policy (220, 225) of the resource container; creating a restrictive version of the access control policy (220, 225); associating the embedded artifact (210, 212) with the restrictive version of the access control policy (220, 225); redacting a part of the embedded artifact (210, 212) based on the restrictive version of the access control policy (220, 225); and sharing the embedded artifact (210, 212) with a user that is authorized to access the embedded artifact (210, 212) based on the restrictive version of the access control policy (220, 225).
A method for channel monitoring, comprising: receiving, by a terminal device, first search space configuration information and second search space configuration information from a network device, the first search space configuration information and the second search space configuration information being two selectable configuration information of target search space configuration information; receiving, by the terminal device, first control information from the network device, wherein the first control information is Downlink Control Information, DCI, and characterized in that the first control information is used for indicating whether the first or the second search space configuration information is the target search space configuration information; and determining, by the terminal device according to the first control information, to perform downlink control channel monitoring based on the target search space configuration information. receiving, by a terminal device, first search space configuration information and second search space configuration information from a network device, the first search space configuration information and the second search space configuration information being two selectable configuration information of target search space configuration information; receiving, by the terminal device, first control information from the network device, wherein the first control information is Downlink Control Information, DCI, and characterized in that the first control information is used for indicating whether the first or the second search space configuration information is the target search space configuration information; and determining, by the terminal device according to the first control information, to perform downlink control channel monitoring based on the target search space configuration information.
Water treatment combined plant, characterised in that it comprises at least one electro-chlorinator for producing sodium hypochlorite in solution, a first reaction chamber to which sodium hypochlorite coming from said electro-chlorinator and a hydrochloric acid solution coming from a first storage tank and dosed by means of a first dosing section arrive and from which a chlorine solution comes out, a second reaction chamber to which said chlorine solution coming from said first reaction chamber and a sodium chlorite solution arrive, coming from a second storage tank and dosed by means of a second dosing section and from which a chlorine dioxide solution comes out and an injection point of said chlorine dioxide solution in a water treatment section, a valve for opening and closing a linking conduct between said electro-chlorinator and said first reaction chamber and a valve for opening and closing a linking conduct between said electro-chlorinator and a further injection point in a water treatment section, and provided with means that, when said valve for opening and closing said linking conduct between said electro-chlorinator and said first reaction chamber is closed or said electro-chlorinator is not operating, are apted to connect at least one of said reaction chambers (4 and 5) directly with both said first storage tank and said first dosing section and with said second storage tank and said second dosing section and from which chlorine dioxide comes out, means for detecting pH (7, 6) being respectively positioned at the exit of said first reaction chamber and of said second reaction chamber.
A kit of parts for supporting a shirred gut casing, the kit of parts comprising: a tubular support member having a longitudinal axis, and at least one end section having an open end, characterized in that the end section of the support member is provided with two diametrically opposed holes; and the kit of parts further comprises a stop member being substantially strip-shaped, being made from a flexible resilient material, and comprising an elongate body portion having two opposite body end portions, wherein: the body portion comprises a broadened central portion, whereby a width of the stop member at the central portion thereof is greater than a chord of a dimension of the holes in a tangential direction of the end section of the support member, and/or the body portion comprises a thickened central portion, whereby a thickness of the stop member at the central portion thereof is greater than a dimension of the holes in a longitudinal direction of the end section of the support member. a tubular support member having a longitudinal axis, and at least one end section having an open end, characterized in that the end section of the support member is provided with two diametrically opposed holes; and the kit of parts further comprises a stop member being substantially strip-shaped, being made from a flexible resilient material, and comprising an elongate body portion having two opposite body end portions, wherein: the body portion comprises a broadened central portion, whereby a width of the stop member at the central portion thereof is greater than a chord of a dimension of the holes in a tangential direction of the end section of the support member, and/or the body portion comprises a thickened central portion, whereby a thickness of the stop member at the central portion thereof is greater than a dimension of the holes in a longitudinal direction of the end section of the support member. the body portion comprises a broadened central portion, whereby a width of the stop member at the central portion thereof is greater than a chord of a dimension of the holes in a tangential direction of the end section of the support member, and/or the body portion comprises a thickened central portion, whereby a thickness of the stop member at the central portion thereof is greater than a dimension of the holes in a longitudinal direction of the end section of the support member.
A bellcrank for a variable adjustment device for an aircraft turbomachine, this bellcrank comprising a one-part body comprising a first articulation part configured to be connected to a control box of the device a second articulation part configured to be connected to a synchronization bar of the device, a third articulation part configured to be connected to a piston rod of an actuator of the device, and a fourth articulation part configured to be connected to a turnbuckle of the device, the third articulation part comprising a first tab which comprises a first orifice configured to receive an axle for articulating the piston rod and which extends in a plane P perpendicular to the axis of this orifice, characterized in that the first articulation part comprises a second tab extending in said plane P and a tubular portion at a distance from said plane P, the second tab and the tubular portion comprising orifices with aligned axes which are configured to receive a common axle for articulating the control box and which are parallel to the axis of the first orifice, the second tab being separated from the tubular portion by a free space.
A method comprising: obtaining, by a computing device, a plurality of paths through a network comprising one or more network nodes, each path of the plurality of paths representing a different sequence of links connecting pairs of the network nodes from a source to a destination, wherein each link represented in the plurality of paths has a metric; computing, by the computing device, one or more lists of segments identifiers (230A-230C), SIDs, that satisfy each path of the plurality of paths; wherein computing the one or more lists of SIDs comprises computing, based on the metrics for the links, an equidistant metric graph rooted at the source, the equidistant metric graph comprising metric graph nodes (302A-302I) and directed edges representing the links, each metric graph node of the metric graph nodes representing at least one network node, of the one or more network nodes, that are a same distance from the source along at least one path, of the plurality of paths, based on the metrics for the links represented in the plurality of paths; and programming the network to forward network traffic based at least on the one or more lists of SIDs. obtaining, by a computing device, a plurality of paths through a network comprising one or more network nodes, each path of the plurality of paths representing a different sequence of links connecting pairs of the network nodes from a source to a destination, wherein each link represented in the plurality of paths has a metric; computing, by the computing device, one or more lists of segments identifiers (230A-230C), SIDs, that satisfy each path of the plurality of paths; wherein computing the one or more lists of SIDs comprises computing, based on the metrics for the links, an equidistant metric graph rooted at the source, the equidistant metric graph comprising metric graph nodes (302A-302I) and directed edges representing the links, each metric graph node of the metric graph nodes representing at least one network node, of the one or more network nodes, that are a same distance from the source along at least one path, of the plurality of paths, based on the metrics for the links represented in the plurality of paths; and programming the network to forward network traffic based at least on the one or more lists of SIDs.
A station for cleaning tools such as rollers, brushes, spray guns or system components such as filters, rolls, pipes or hoses, marked with water-based and/or solvent-containing lacquers and paints, wherein the station comprises a cleaning region in the form of a tank, in which the tools or the system components may be held for cleaning, and the tools or system components are cleaned of paint or lacquer by means of a reusable liquid conducted in the circuit, wherein a treatment of the liquid for reuse is provided below the cleaning region of the station, characterized in that for the treatment of the reusable liquid, a coarse filtration in the form of a filter fleece is carried out in the outflow region of the cleaning region which is configured as a tank and a sedimentation tank which is provided with an overflow is arranged below the tank and a collection tank for the liquid cleaned of suspended matter is arranged below the sedimentation tank. wherein the station comprises a cleaning region in the form of a tank, in which the tools or the system components may be held for cleaning, and the tools or system components are cleaned of paint or lacquer by means of a reusable liquid conducted in the circuit, wherein a treatment of the liquid for reuse is provided below the cleaning region of the station, characterized in that for the treatment of the reusable liquid, a coarse filtration in the form of a filter fleece is carried out in the outflow region of the cleaning region which is configured as a tank and a sedimentation tank which is provided with an overflow is arranged below the tank and a collection tank for the liquid cleaned of suspended matter is arranged below the sedimentation tank.
A process for obtaining lipid containing an omega-3 highly unsaturated fatty acid from microorganisms comprising: (a) lysing cells of the microorganisms to produce a lysed cell mixture; (b) centrifuging said lysed cell mixture to produce a phase separated mixture comprising a heavy layer and a light layer, wherein said heavy layer comprises an aqueous solution and said light layer comprises said lipid; (c) separating said heavy layer from said light layer; and (d) obtaining said lipid from said light layer, wherein the process is performed without using a nonpolar organic solvent. (a) lysing cells of the microorganisms to produce a lysed cell mixture; (b) centrifuging said lysed cell mixture to produce a phase separated mixture comprising a heavy layer and a light layer, wherein said heavy layer comprises an aqueous solution and said light layer comprises said lipid; (c) separating said heavy layer from said light layer; and (d) obtaining said lipid from said light layer,
Pump, in particular vane-type pump, having a rotor which has radially running vane slots which serve for the guidance of the vanes (26-28, 49, 66, 146, 206) which can be deployed radially outward out of the vane slots in the direction of a stroke contour in order, in at least one suction region (36, 38), to effect suction, and in at least one pressure region (37, 39) which is connected to a pressure outlet, to effect pressurization of a working medium, and having multiple under-vane supply regions, wherein a starting under-vane supply region (60; 100; 130, 150; 190, 210) with a starting under-vane deployment section (62; 102; 132, 152; 192, 212) has a closed-off volume for as long as the one or more vanes (28; 146; 206) in the starting under-vane deployment section (62; 102; 132, 152; 192, 212) are not yet deployed, wherein the starting under-vane deployment section (62; 102; 132, 152; 192, 212) is connectable by way of a valve duct (65; 105; 145, 165; 205, 225) to a connecting under-vane supply region (50; 90; 140, 160; 200, 220) which is connected to the pressure outlet, characterized in that the valve duct (65; 105; 145, 165; 205, 225) is spaced apart in a radial direction from the starting under-vane deployment section (62; 102; 132, 152; 192, 212).
A crepe agent composition for being applied to a surface of a cylindrical dryer, comprising: a lubricant including an inorganic solid lubricant; a dispersant for dispersing the lubricant; a thermosetting polymer for fixing the lubricant to the surface of the cylindrical dryer; and water that is a solvent, the thermosetting polymer being polyamide polyamine epichlorohydrin, the inorganic solid lubricant being boron nitride or silicon nitride, the dispersant being a polyamine resin, the lubricant having a particle diameter of 0.5 to 20 μm, the crepe agent composition including the inorganic solid lubricant in an amount of 0.1 to 1.0 mass%, the dispersant in an amount of 0.01 to 0.2 mass%, and the thermosetting polymer in an amount of 0.1 to 30 mass%, the proportions of the inorganic solid lubricant and the thermosetting polymer being in a mass ratio of 1:10 to 150, the lubricant, the thermosetting polymer, and the dispersant each containing a nitrogen atom. a lubricant including an inorganic solid lubricant; a dispersant for dispersing the lubricant; a thermosetting polymer for fixing the lubricant to the surface of the cylindrical dryer; and water that is a solvent, the thermosetting polymer being polyamide polyamine epichlorohydrin, the inorganic solid lubricant being boron nitride or silicon nitride, the dispersant being a polyamine resin, the lubricant having a particle diameter of 0.5 to 20 μm, the crepe agent composition including the inorganic solid lubricant in an amount of 0.1 to 1.0 mass%, the dispersant in an amount of 0.01 to 0.2 mass%, and the thermosetting polymer in an amount of 0.1 to 30 mass%, the proportions of the inorganic solid lubricant and the thermosetting polymer being in a mass ratio of 1:10 to 150, the lubricant, the thermosetting polymer, and the dispersant each containing a nitrogen atom.
A method for establishing a wireless connection between a mobile device and a desired one of a plurality of luminaires using a short-range wireless communication technique, the method comprising repeatedly transmitting, from each of the plurality of luminaires, respective first device discovery messages according to a predefined pattern when a respective luminaire (110-n) is in receipt of operating power, wherein a first device discovery message includes a device identifier of the respective luminaire (110-n); receiving, in the mobile device from the plurality of luminaires, respective at least one first device discovery message; receiving, via a user interface of the mobile device, a selection of a first luminaire (110-k) of the plurality of luminaires; transmitting, from the mobile device, at least one second device discovery message that includes a device identifier of the first luminaire (110-k) and a first command; initiating, in the first luminaire (110-k), provision of a selection indication in response to receiving at least one second device discovery message including the device identifier assigned therefor and the first command; and receiving, via the user interface of the mobile device one of a selection of a second luminaire (110-m) of the plurality of luminaires or a confirmation of selection of the first luminaire (110-k): transmitting, in response to receiving a selection of the second luminaire (110-m), at least one further second device discovery message that includes a device identifier of the second selected luminaire (110-m) and the first command, and establishing, in response to receiving a confirmation of selection of the first luminaire (110-k), a wireless connection with the first luminaire (110-k) for exchange of information between the mobile device and the first luminaire (110-k) and exchanging information between the mobile device and the first luminaire (110-k) via the established wireless connection. transmitting, in response to receiving a selection of the second luminaire (110-m), at least one further second device discovery message that includes a device identifier of the second selected luminaire (110-m) and the first command, and establishing, in response to receiving a confirmation of selection of the first luminaire (110-k), a wireless connection with the first luminaire (110-k) for exchange of information between the mobile device and the first luminaire (110-k) and exchanging information between the mobile device and the first luminaire (110-k) via the established wireless connection.
A system, comprising: a gasifier, comprising: a reaction chamber configured to convert a feedstock into a synthetic gas; a quench chamber configured to cool the synthetic gas; a quench chamber sump disposed at the bottom of the gasifier configured to receive a coolant; a quench ring disposed in the quench chamber and a dip tube extending below the quench ring, the quench ring being concentric with the gasifier and configured to provide a first flow of a coolant along a surface of the dip tube to the quench chamber sump; a transition section between the reaction chamber and the quench chamber; a flow path of the synthetic gas in a flow direction from the reaction chamber through the transition section into the quench chamber; a shielding gas system comprises a shielding gas supply coupled to a shielding gas injector, the shielding gas injector having at least one shielding gas outlet configured to provide a second flow of a shielding gas to protect at least one of the quench ring or the transition section, wherein the shielding gas injector is coupled to the quench ring or is integrally formed with the quench ring as a one-piece unit. a reaction chamber configured to convert a feedstock into a synthetic gas; a quench chamber configured to cool the synthetic gas; a quench chamber sump disposed at the bottom of the gasifier configured to receive a coolant; a quench ring disposed in the quench chamber and a dip tube extending below the quench ring, the quench ring being concentric with the gasifier and configured to provide a first flow of a coolant along a surface of the dip tube to the quench chamber sump; a transition section between the reaction chamber and the quench chamber; a flow path of the synthetic gas in a flow direction from the reaction chamber through the transition section into the quench chamber; a shielding gas system comprises a shielding gas supply coupled to a shielding gas injector, the shielding gas injector having at least one shielding gas outlet configured to provide a second flow of a shielding gas to protect at least one of the quench ring or the transition section, wherein the shielding gas injector is coupled to the quench ring or is integrally formed with the quench ring as a one-piece unit.