mhurhangee/ep-ind-claims huggingface dataset:
Method for retrofitting a transformer incorporated in a power distribution system and having a core comprising at least one limb with a winding arrangement and a yoke, wherein the core is disposed in a transformer tank which is filled with a coolant and insulating liquid, comprising the following steps: a. disconnecting the transformer from the power distribution system; b. draining off at least some of the coolant and insulating liquid; c. opening the transformer tank so that sections of the yoke are accessible; d. mounting a compensation winding arrangement on at least one section of the yoke to compensate a unidirectional flux component flowing in a limb of the transformer; e. establishing an electrical connection between the compensation winding arrangement and at least one current control device (120, 120', 120", 120"') disposed outside the transformer tank; f. closing the transformer tank; g. topping up the transformer tank with the quantity of coolant and insulating fluid drained off in step b. h. Connecting the transformer to the power distribution system, wherein the compensation winding arrangement is disposed on a section of the upper yoke and is formed from at least one open conductor loop (13, 15) which is wound at least partly around the section of the yoke forming an upper yoke, wherein the compensation winding arrangement has at least two cited conductor loops (13, 15), wherein each conductor loop (13, 15) has two wire sections (17, 18) extending in the longitudinal direction of the yoke and oriented toward one another, wherein a first corresponding wire pair of these wire sections (17, 18) is interconnected and a second corresponding wire pair of these wire sections (17, 18) is run to terminal contacts (K1, K2) which are electrically connected to the assigned current control device. a. disconnecting the transformer from the power distribution system; b. draining off at least some of the coolant and insulating liquid; c. opening the transformer tank so that sections of the yoke are accessible; d. mounting a compensation winding arrangement on at least one section of the yoke to compensate a unidirectional flux component flowing in a limb of the transformer; e. establishing an electrical connection between the compensation winding arrangement and at least one current control device (120, 120', 120", 120"') disposed outside the transformer tank; f. closing the transformer tank; g. topping up the transformer tank with the quantity of coolant and insulating fluid drained off in step b. h. Connecting the transformer to the power distribution system,
A device for electrical contacting, having a contact pin and at least one contact pin socket penetrated by said contact pin in an operating state, wherein the contact pin socket has a first guide which is fixed on a component in an operating state, and a second guide conductively connected with the first, wherein the second guide is displaceably arranged on the first guide and wherein the contact pin makes contact in a conductive manner with at least the second guide in an operating state, wherein the first and second guides (3, 4) each have a central opening (5, 12) which in an operating state is penetrated by the contact pin, characterized in that the first and second guides (3, 4) have engagement means respectively corresponding to each other.
A process for removing CO 2 from a CO 2 -containing gas, the process comprising: contacting a lean liquid medium with a CO 2 -containing gas in an absorption zone in the presence of a biocatalyst that promotes the absorption of CO 2 from the gas phase into the liquid medium, thereby producing a rich liquid medium, wherein the biocatalyst comprises a carbonic anhydrase; continuously separating the biocatalyst from the rich liquid medium to produce a separated biocatalyst and a separated rich liquid medium; continuously introducing the separated rich liquid medium to a stripper to form a separated lean liquid medium and CO 2; continuously introducing the separated biocatalyst to the separated lean liquid medium to form a lean liquid medium comprising the biocatalyst, and reintroducing the lean liquid medium comprising the biocatalyst into the absorption zone and contacting it with the CO 2 -containing gas; characterized in that the separated biocatalyst has less than 7 gram rich liquid medium per gram biocatalyst based on a dry, salt free biocatalyst. continuously separating the biocatalyst from the rich liquid medium to produce a separated biocatalyst and a separated rich liquid medium; continuously introducing the separated rich liquid medium to a stripper to form a separated lean liquid medium and CO 2; continuously introducing the separated biocatalyst to the separated lean liquid medium to form a lean liquid medium comprising the biocatalyst, and reintroducing the lean liquid medium comprising the biocatalyst into the absorption zone and contacting it with the CO 2 -containing gas;
Tool for a kitchen appliance having a cup element which is formed at a lower end of a stem and in which is arranged a blade which can be made to rotate by a shaft mounted in the stem and, proceeding from the stem, two or more separating ribs are arranged on an inner wall of the cup element, wherein at least 80% of the surface area of the separating ribs is located between the inner wall of the cup element and an imaginary surface of rotation defined by the rotation of the blade, characterised in that, proceeding from the stem or from an imaginary cylindrical surface concentric with the stem, the at least two separating ribs are directed outwards substantially tangentially in relation to the stem or to the imaginary surface.
A method of converting solid carbon based material comprising the steps of: providing a rotatable chamber in which the material can be heated; introducing the material into the chamber; indirectly, heating the material in the chamber to a temperature between-260 °C (500°F) and 538 °C (1000°F) to reduce the material; rotating the heated chamber with the material in the heated chamber; collecting low temperature gases or oil or both from the reduced material from the chamber; and collecting residual solids from the reduced material from the chamber, wherein the residual solids include tire carbon, said method being characterized in that the material is a whole tire introduced into the chamber without grinding or pulverizing the whole tire and in that the material is subjected to only one heating step. providing a rotatable chamber in which the material can be heated; introducing the material into the chamber; indirectly, heating the material in the chamber to a temperature between-260 °C (500°F) and 538 °C (1000°F) to reduce the material; rotating the heated chamber with the material in the heated chamber; collecting low temperature gases or oil or both from the reduced material from the chamber; and collecting residual solids from the reduced material from the chamber, wherein the residual solids include tire carbon, said method being characterized in that the material is a whole tire introduced into the chamber without grinding or pulverizing the whole tire and in that the material is subjected to only one heating step.
A nonaqueous electrolyte battery comprising: a positive electrode; a negative electrode having an operating potential of 0.7 V or more with respect to a potential of metallic lithium; a separator disposed between the positive electrode and the negative electrode, the separator being made of a fiber-made nonwoven fabric having a tortuosity of 1.8 to 3 and a vacancy of 40% to 60%; and a nonaqueous electrolyte, wherein the operating potential, the tortuosity and the vacancy are measured as described in the specification. a positive electrode; a negative electrode having an operating potential of 0.7 V or more with respect to a potential of metallic lithium; a separator disposed between the positive electrode and the negative electrode, the separator being made of a fiber-made nonwoven fabric having a tortuosity of 1.8 to 3 and a vacancy of 40% to 60%; and a nonaqueous electrolyte, wherein the operating potential, the tortuosity and the vacancy are measured as described in the specification.
A method performed by an electronic device for connecting to multiple Packet Data Networks, PDNs, (PDNs) in a wireless communication system using a Carrier Aggregation, CA, technique, the method comprising: transmitting, to a core network, information regarding one or more frequency bands and information regarding a first operation policy of multiple PDNs based on a dynamic CA carrier, determined based on a state of the electronic device, wherein the information regarding the first operation policy of multiple PDNs comprises mapping information between at least one frequency band among the one or more frequency bands and at least one PDN among the multiple PDNs; receiving, from the core network, information regarding a second operation policy of multiple PDNs which is determined by the core network using the first operation policy of multiple PDNs according to a state and function of the core network; and configuring a radio bearer for data communication according to the second operation policy of multiple PDNs. transmitting, to a core network, information regarding one or more frequency bands and information regarding a first operation policy of multiple PDNs based on a dynamic CA carrier, determined based on a state of the electronic device, wherein the information regarding the first operation policy of multiple PDNs comprises mapping information between at least one frequency band among the one or more frequency bands and at least one PDN among the multiple PDNs; receiving, from the core network, information regarding a second operation policy of multiple PDNs which is determined by the core network using the first operation policy of multiple PDNs according to a state and function of the core network; and configuring a radio bearer for data communication according to the second operation policy of multiple PDNs.
A synthetic rope comprising: synthetic material strength member elements, comprising at least one treated strength member element which comprises at least one synthetic fiber or non-metallic fiber with a metallic treatment; and untreated strength member elements which comprise synthetic or non-metallic fibers, wherein the at least one treated strength member element is a strength member fiber coated or clad with a magnetically detectable material; wherein the at least one synthetic or non-metallic fiber of the at least one treated strength member element and the synthetic or non-metallic fibers of the untreated strength member elements are of a material chosen from the group consisting of: aramid, HMPE, PBO, LCP, polyamide, polyester, polyethylene, glass, and polypropylene, wherein the material of the metallic treatment of the at least one treated strength member element is chosen from nickel, iron, cobalt or steel such that the at least one treated strength member element renders the synthetic rope capable of being inspected by a magnetic or electromagnetic non-destructive test method. synthetic material strength member elements, comprising at least one treated strength member element which comprises at least one synthetic fiber or non-metallic fiber with a metallic treatment; and untreated strength member elements which comprise synthetic or non-metallic fibers, wherein the at least one treated strength member element is a strength member fiber coated or clad with a magnetically detectable material; wherein the at least one synthetic or non-metallic fiber of the at least one treated strength member element and the synthetic or non-metallic fibers of the untreated strength member elements are of a material chosen from the group consisting of: aramid, HMPE, PBO, LCP, polyamide, polyester, polyethylene, glass, and polypropylene, wherein the material of the metallic treatment of the at least one treated strength member element is chosen from nickel, iron, cobalt or steel such that the at least one treated strength member element renders the synthetic rope capable of being inspected by a magnetic or electromagnetic non-destructive test method.
An exterior cover for a straddled vehicle in which a seat is supported by a vehicle body frame, the exterior cover including an exterior surface and being configured to be supported by the vehicle body frame, the exterior cover comprising an integral layered resin portion formed of a first resin layer and a second resin layer layered on and integrally molded with each other, the first resin layer made of resin with a crystalline structure being thinner than the second resin layer made of resin having a Young's modulus lower than that of the first resin layer, wherein in a first cross-section of the exterior cover cut in a first direction crossing the exterior surface, the integral layered resin portion formed of the first resin layer and the second resin layer which are integrally molded into a layered structure forms: a cover main body on which the exterior surface is formed; and two first bending portions respectively formed into bent shapes at both end portions of the cover main body. a cover main body on which the exterior surface is formed; and two first bending portions respectively formed into bent shapes at both end portions of the cover main body.
The use of an aqueous composition, comprising a first water soluble compound comprising at least a silicon moiety and at least one amino group, and a second compound comprising at least 1 carboxylic acid group, for coating over a photoresist pattern.
Process for monitoring the particle concentration in a gas comprising charging at least a fraction of the particles by mixing at least a fraction of the particle-containing gas with another, essentially particle free and ionized gas which ionized gas is ionized with means for ionization and by monitoring the electrical charge carried by the particles, characterised in that the process comprises sucking a sample flow from the particle containing gas by an ejector where the ionized clean gas forms the main flow and the sample flow forms the side flow, wherein the means for ionization is electrically isolated from the rest of the system and at least one charge measuring means is arranged to determine the net charge obtained by the emitted particles by measuring the discharging current carried along by them from said means for ionization which discharging current is measured between said means and a point in a galvanic contact with the wall of the apparatus gas flow channel wall.
A method, comprising: retrieving, by a device, contextual information based on at least one of an image, the device, user context, or a combination thereof; identifying two or more models from a plurality of learning models based on the contextual information and at least one object recognized in an image based on at least one visual recognition model; activating the two or more models for the at least one object recognized in the image; updating the contextual information by adding at least one visual label identified by the two or more models to the contextual information; activating an additional model from the plurality of learning models based on the updated contextual information; and displaying information comprising at least one icon at the device, the at least one icon being associated with at least one of an application, a service, or a combination thereof providing additional information, wherein the additional information is associated with the additional model. retrieving, by a device, contextual information based on at least one of an image, the device, user context, or a combination thereof; identifying two or more models from a plurality of learning models based on the contextual information and at least one object recognized in an image based on at least one visual recognition model; activating the two or more models for the at least one object recognized in the image; updating the contextual information by adding at least one visual label identified by the two or more models to the contextual information; activating an additional model from the plurality of learning models based on the updated contextual information; and displaying information comprising at least one icon at the device, the at least one icon being associated with at least one of an application, a service, or a combination thereof providing additional information, wherein the additional information is associated with the additional model.
A surgical stapler comprising: (a) a first elongate member having a distal portion configured to support one of a staple cartridge or an anvil surface having a plurality of staple-forming pockets; (b) a second elongate member having a distal portion configured to support the other of a staple cartridge or an anvil surface having a plurality of staple-forming pockets; (c) a clamp member, wherein the clamp member is movable from an open position to a closed position to releasably clamp the first and second elongate members together; (d) a clamp lockout feature supported by the first elongate member, wherein the clamp lockout feature is moveable between a lockout position in which the clamp lockout feature is configured to prevent closure of the clamp member, and a release position in which the clamp lockout feature is configured to permit closure of the clamp member; and (e) an actuating feature supported by the second elongate member, wherein the actuating feature is configured to actuate the clamp lockout feature from the lockout position to the release position in response to approximation of the distal portions of the first and second elongate members, and characterised in that the clamp lockout feature is configured to translate along a longitudinal axis of the first elongate member between the lockout position and the release position. (a) a first elongate member having a distal portion configured to support one of a staple cartridge or an anvil surface having a plurality of staple-forming pockets; (b) a second elongate member having a distal portion configured to support the other of a staple cartridge or an anvil surface having a plurality of staple-forming pockets; (c) a clamp member, wherein the clamp member is movable from an open position to a closed position to releasably clamp the first and second elongate members together; (d) a clamp lockout feature supported by the first elongate member, wherein the clamp lockout feature is moveable between a lockout position in which the clamp lockout feature is configured to prevent closure of the clamp member, and a release position in which the clamp lockout feature is configured to permit closure of the clamp member; and (e) an actuating feature supported by the second elongate member, wherein the actuating feature is configured to actuate the clamp lockout feature from the lockout position to the release position in response to approximation of the distal portions of the first and second elongate members, and
A dry bay sealing assembly comprising: a structural member joined to a fitting with a fastener, defining a joint, said structural member having a front end proximate the fitting; a first end plate and a second end plate disposed on respective opposite first and second sides of the structural member, said first and second end plates being proximate to the joint; a bridge extending between the first and second end plates proximate to the front end of the structural member; wherein the first end plate, the second end plate and the bridge define an interior volume therebetween containing at least a portion of the fastener and cooperate with the structural member to seal the interior volume from an exterior volume. a structural member joined to a fitting with a fastener, defining a joint, said structural member having a front end proximate the fitting; a first end plate and a second end plate disposed on respective opposite first and second sides of the structural member, said first and second end plates being proximate to the joint; a bridge extending between the first and second end plates proximate to the front end of the structural member; wherein the first end plate, the second end plate and the bridge define an interior volume therebetween containing at least a portion of the fastener and cooperate with the structural member to seal the interior volume from an exterior volume.
A device for providing a self-adhesive label as an identification carrier for the purpose of fixing it to a security document, in particular a passport, comprising: - a first provision apparatus for providing at least one identification carrier with at least one first identification characteristic, - a fixing apparatus for fixing the identification carrier to a security document, and - a movement apparatus for realizing a relative movement between the first provision apparatus and the fixing apparatus for the purpose of retrieving the identification carrier from the first provision apparatus by means of the fixing apparatus, wherein the fixing apparatus has a first pressing apparatus, specifically a first pressing roller, for pressing at least one first section of the identification carrier onto the security document along a first pressing direction, characterized in that the fixing apparatus has a second pressing apparatus, specifically a second pressing roller, for pressing at least one second section of the identification carrier onto the security document along a second pressing direction, wherein the second pressing direction is substantially opposed to the first pressing direction. - a first provision apparatus for providing at least one identification carrier with at least one first identification characteristic, - a fixing apparatus for fixing the identification carrier to a security document, and - a movement apparatus for realizing a relative movement between the first provision apparatus and the fixing apparatus for the purpose of retrieving the identification carrier from the first provision apparatus by means of the fixing apparatus, wherein the fixing apparatus has a first pressing apparatus, specifically a first pressing roller, for pressing at least one first section of the identification carrier onto the security document along a first pressing direction, characterized in that the fixing apparatus has a second pressing apparatus, specifically a second pressing roller, for pressing at least one second section of the identification carrier onto the security document along a second pressing direction, wherein the second pressing direction is substantially opposed to the first pressing direction.
A water-dispersible fluorescent particle comprising: an internal hydrophobic region comprising a mixture of one or more first hydrophobic polymers and one or more second hydrophobic polymers, wherein the first hydrophobic polymer is fluorescent and has a first solubility parameter and the second hydrophobic polymer is non-fluorescent and has a second solubility parameter, and wherein the first and second solubility parameters differ by less than 1 cal 1/2 cm -3/2; and an external region encapsulating the internal hydrophobic region, wherein the external region comprises one or more amphiphilic polymers, wherein each of the one or more amphiphilic polymers comprises at least one hydrophobic segment embedded in the internal hydrophobic region and at least one hydrophilic segment that renders the particle dispersible in water. an internal hydrophobic region comprising a mixture of one or more first hydrophobic polymers and one or more second hydrophobic polymers, wherein the first hydrophobic polymer is fluorescent and has a first solubility parameter and the second hydrophobic polymer is non-fluorescent and has a second solubility parameter, and wherein the first and second solubility parameters differ by less than 1 cal 1/2 cm -3/2; and an external region encapsulating the internal hydrophobic region, wherein the external region comprises one or more amphiphilic polymers, wherein each of the one or more amphiphilic polymers comprises at least one hydrophobic segment embedded in the internal hydrophobic region and at least one hydrophilic segment that renders the particle dispersible in water.