mhurhangee/ep-ind-claims huggingface dataset:
A connection processing method, implemented by a second server, comprising: initializing, in response to receiving a first connection request from a source device, an abnormality processing policy, wherein the abnormality processing policy represents a corresponding processing when an abnormality occurs; transmitting first connection information to a target device of the first connection request; transmitting, in response to receiving a first connection information confirmation message transmitted by the target device, a first connection confirmation message to the source device; generating the abnormality processing policy based on information of the source device and/or information of the target device; transmitting, in response to receiving a second connection confirmation message indicating that the source device is connected to a first server, a first notification to the target device, the first notification comprising the abnormality processing policy related to the source device; and transmitting, in response to receiving a third connection confirmation message indicating that the target device is connected to a first server, a second notification to the source device, the second notification comprising the abnormality processing policy related to the target device, wherein the second server is a connection server, the first server is a server configured to provide service data services to the source device and the target device, the source device is a source client device, and the target device is a target client device. initializing, in response to receiving a first connection request from a source device, an abnormality processing policy, wherein the abnormality processing policy represents a corresponding processing when an abnormality occurs; transmitting first connection information to a target device of the first connection request; transmitting, in response to receiving a first connection information confirmation message transmitted by the target device, a first connection confirmation message to the source device; generating the abnormality processing policy based on information of the source device and/or information of the target device; transmitting, in response to receiving a second connection confirmation message indicating that the source device is connected to a first server, a first notification to the target device, the first notification comprising the abnormality processing policy related to the source device; and transmitting, in response to receiving a third connection confirmation message indicating that the target device is connected to a first server, a second notification to the source device, the second notification comprising the abnormality processing policy related to the target device, wherein the second server is a connection server, the first server is a server configured to provide service data services to the source device and the target device, the source device is a source client device, and the target device is a target client device.
A cavity insert for a preform injection mold, the cavity insert (7; 107) having a tubular inner part (8; 108) and a tubular outer part, the inner part (8; 108) having an inner surface bounding a product cavity and having an outer surface (11; 111) facing and contacting an inner surface of the outer part, characterized in that the inner part (8; 108) and the outer part are of different materials, the material of the inner part (8; 108) having a specific thermal conductivity higher than the specific thermal conductivity of the material of the outer part.
A heparin which is obtainable by a method comprising mixing an aqueous solution of 5 to 30% by weight of a heparin having a molecular weight in a range of 3000 to 30000 dalton with an organic solvent having an amount (volume) 0.2 to 1 times the amount (volume) of the aqueous heparin solution at a temperature of 5 to 40°C to obtain a colloidal precipitate of heparin, wherein the organic solvent is selected from ethanol, methanol, isopropanol, acetone and a mixed solvent thereof, and wherein a salt is dissolved in a concentration of 50 to 500 mM in the aqueous heparin solution, wherein the salt is selected from sodium chloride and sodium acetate.
A tire comprising a laminated structure, said laminated structure is a single layer and said laminated structure is a dilatant layer, said dilatant layer comprising particles and a binder, wherein a dilatant is a non-newtonian fluid and is a mixture which acts as a fluid when applied with small shear stress and acts as a solid when applied with a large shear stress, wherein said particles are arranged so that density distribution of the particles falls toward an upper and a lower surface from a central part of the layer. said laminated structure is a single layer and said laminated structure is a dilatant layer, said dilatant layer comprising particles and a binder, wherein a dilatant is a non-newtonian fluid and is a mixture which acts as a fluid when applied with small shear stress and acts as a solid when applied with a large shear stress, wherein said particles are arranged so that density distribution of the particles falls toward an upper and a lower surface from a central part of the layer.
A method of wireless communication performed by a user equipment, UE, comprising: receiving an indicator, in a physical downlink control channel, PDCCH, payload, that indicates whether the PDCCH payload includes data or downlink control information, DCI, for obtaining the data, wherein the indicator is an initial state of a cyclic redundancy check that includes a predefined sequence of bits and further indicates whether the data is self-contained within the PDCCH payload or segmented across multiple PDCCH payloads; and obtaining at least one of the data or the DCI based at least in part on the indicator. receiving an indicator, in a physical downlink control channel, PDCCH, payload, that indicates whether the PDCCH payload includes data or downlink control information, DCI, for obtaining the data, wherein the indicator is an initial state of a cyclic redundancy check that includes a predefined sequence of bits and further indicates whether the data is self-contained within the PDCCH payload or segmented across multiple PDCCH payloads; and obtaining at least one of the data or the DCI based at least in part on the indicator.
A method for storing returned goods of different types of goods in an order-picking system, wherein the order-picking system comprises a container warehouse for providing a plurality of storage containers (52, 54), and at least one workstation at which the returned goods are delivered, in a return mode, in the storage containers from the container warehouse, the method comprising the following steps: providing at least one returned good of a first type of goods at a delivering station; detecting each of the returned goods and, preferably separately, delivering the returned goods to a returned-goods conveyor conveying the returned goods to the workstation; identifying the type of goods of each of the detected returned goods; identifying a storage container with which the respectively identified type of goods is associated; retrieving the respectively associated storage container from the container warehouse, and conveying this storage container to the workstation while the returned goods are transported from the delivering station to the workstation; and delivering the returned goods, at the workstation, to the associated storage container. providing at least one returned good of a first type of goods at a delivering station; detecting each of the returned goods and, preferably separately, delivering the returned goods to a returned-goods conveyor conveying the returned goods to the workstation; identifying the type of goods of each of the detected returned goods; identifying a storage container with which the respectively identified type of goods is associated; retrieving the respectively associated storage container from the container warehouse, and conveying this storage container to the workstation while the returned goods are transported from the delivering station to the workstation; and delivering the returned goods, at the workstation, to the associated storage container.
An optical isolation device comprising at least one optical isolation element, wherein the optical isolation element comprises a polarization conversion element and a polarizer, wherein the polarization conversion element converts unpolarized incident light into one polarized light and releases it, wherein the polarization conversion element and the polarizer are sequentially disposed, wherein the optical isolation device further comprises a phase delay plate at a position where light generated in the polarization conversion element and passed through the polarizer can enter, wherein the polarization conversion element has a transmittance of 50% or more and comprises a retroreflector and a reflective polariscope, the reflective polariscope being an element in which among a first polarized light and a second polarized light which constitute an orthogonal polarisation mode pair, the first polarized light passes through the reflective polariscope and the second polarized light is reflected by the reflective polariscope, wherein the retroreflector is located at a position where the second polarized light reflected by the reflective polariscope can be incident, wherein the polarization conversion element further comprises a retarder, and wherein the retarder is located in a light path of the second polarized light reflected to the retroreflector by the reflective polariscope. wherein the optical isolation element comprises a polarization conversion element and a polarizer, wherein the polarization conversion element converts unpolarized incident light into one polarized light and releases it, wherein the polarization conversion element and the polarizer are sequentially disposed, wherein the optical isolation device further comprises a phase delay plate at a position where light generated in the polarization conversion element and passed through the polarizer can enter, wherein the polarization conversion element has a transmittance of 50% or more and comprises a retroreflector and a reflective polariscope, the reflective polariscope being an element in which among a first polarized light and a second polarized light which constitute an orthogonal polarisation mode pair, the first polarized light passes through the reflective polariscope and the second polarized light is reflected by the reflective polariscope, wherein the retroreflector is located at a position where the second polarized light reflected by the reflective polariscope can be incident, wherein the polarization conversion element further comprises a retarder, and wherein the retarder is located in a light path of the second polarized light reflected to the retroreflector by the reflective polariscope.
A plate type water generator including a support panel having a first side (1 a) provided with a heating plate type heat exchanger to boil and evaporate a material liquid by heat exchange with a heating fluid and provided with a condensing plate type heat exchanger for condensing vapor by heat exchange with a cooling fluid, the support panel having a second side (1 b) provided with a gas-liquid separation tank for separating the material liquid and vapor, the first side (1 a) being opposite to the second side with regard to the support panel, wherein the support panel is formed with a boiled water outlet port communicating with a boiled water discharge path from material liquid paths in the heating plate type heat exchanger provided on the first side (1 a) and also formed with a vapor inlet port communicating with a vapor intake path leading to vapor paths in the condensing plate type heat exchanger provided on the first side (1 a), these ports being open at the second side (1 b) of the support panel, wherein the gas-liquid separation tank is provided with an entirely open side toward the support panel, wherein the open side of the gas liquid separation tank is closely attached to the second side (1 b) of the support panel by a flange connection in a manner such that the boiled water outlet port of the heating plate type heat exchanger and the vapor inlet port of the condensing plate type heat exchanger are exposed directly to an inside of the gas-liquid separation tank and the open side is closed with the support panel by flange connection, wherein the boiled water discharge path and the boiled water outlet port communicating with the discharge path in the heating plate type heat exchanger are formed into a channel of an elongated section, while the vapor intake path and the vapor inlet port communicating with the intake path in the condensing plate type heat exchanger are formed into another channel of an elongated section, these channels being arranged to extend in parallel to each other.
A method comprising: converting selected visible content (310, 410) of a first application window within a user interface into a placeable representation (314, 414) of an application associated with the selected visible content (310, 410) responsive to initiation of a directional placement instruction, wherein the user indicates, via the directional placement instruction, by dragging the placeable representation, a preference for placement of a launched window of the associated application; receiving the directional placement instruction; and presenting a second application window associated with the application within the user interface based on the directional placement instruction, characterized in that the directional placement instruction includes selection of the first application window or another application window to be replaced by the newly launched second application window. converting selected visible content (310, 410) of a first application window within a user interface into a placeable representation (314, 414) of an application associated with the selected visible content (310, 410) responsive to initiation of a directional placement instruction, wherein the user indicates, via the directional placement instruction, by dragging the placeable representation, a preference for placement of a launched window of the associated application; receiving the directional placement instruction; and presenting a second application window associated with the application within the user interface based on the directional placement instruction, characterized in that the directional placement instruction includes selection of the first application window or another application window to be replaced by the newly launched second application window.
A weaving shuttle comprising wheels for circulation on the reed of a circular loom, and comprising bobbin holders arranged on bearing blocks for holding a weft bobbin so that it is rotatable about its longitudinal axis, characterized by carriers on which the wheels are mounted and which are kept at a distance from each other transversely to the direction of travel of the weaving shuttle by means of spacers, with the carriers being connected by means of the spacers in order to form a frame.
Terminal element - with an insulating material housing, - wherein the insulating material housing has a conductor insertion opening for insertion of an electrical conductor, and - a contact pin insertion opening for inserting a contact pin, - with a busbar, wherein the busbar has a contact portion disposed between the inserted electrical conductor and the inserted contact pin, - the busbar having a contact bend which adjoins the contact portion and merges into a socket portion for contacting the contact pin, the socket portion and the contact portion of the busbar forming a second contact point, - with a clamping spring for contacting the electrical conductor, the clamping spring having a clamping leg with a clamping edge oriented towards the contact portion, a spring bend and an abutment leg, the clamping edge and the contact section forming a first contact point for the electrical conductor to be clamped on, characterized in that - a retaining section extending towards the contact section and projecting past the contact section projects from the socket section of the busbar, - wherein the contact leg of the clamping spring is mounted on the retaining section of the conductor rail. - with an insulating material housing, - wherein the insulating material housing has a conductor insertion opening for insertion of an electrical conductor, and - a contact pin insertion opening for inserting a contact pin, - with a busbar, wherein the busbar has a contact portion disposed between the inserted electrical conductor and the inserted contact pin, - the busbar having a contact bend which adjoins the contact portion and merges into a socket portion for contacting the contact pin, the socket portion and the contact portion of the busbar forming a second contact point, - with a clamping spring for contacting the electrical conductor, the clamping spring having a clamping leg with a clamping edge oriented towards the contact portion, a spring bend and an abutment leg, the clamping edge and the contact section forming a first contact point for the electrical conductor to be clamped on, - a retaining section extending towards the contact section and projecting past the contact section projects from the socket section of the busbar, - wherein the contact leg of the clamping spring is mounted on the retaining section of the conductor rail.
A method for detecting a pinger transmitting series of bursts of substantially sinusoidal signals at substantially periodic intervals, characterised in that it comprises the following steps: ▪ direct detection of the signal received from said pinger, the individual bursts of which have relative phases that are variable and unknown due to incoherent integration of said signal; ▪ spectral analysis and time integration; with the detection being effected by means of a filter, the central frequency of which is set to the frequency of the carrier of the bursts of signals transmitted by said pinger, the bandwidth of which is greater than or equal to the inverse of the duration of a burst and the output rate of which is substantially equal to the duration of a burst; the energy present due to incoherent integration is added at the output of said filter, with the adding of the output energy of said filter occurring at the rate of the period of the series of bursts; with the incoherent integration being carried out in parallel according to the various possible initial phases, i.e. according to the various possible initial instants of arrival of a burst in a period. ▪ direct detection of the signal received from said pinger, the individual bursts of which have relative phases that are variable and unknown due to incoherent integration of said signal; ▪ spectral analysis and time integration;
An airfoil article including a composite skin, the composite skin having a first surface and a second surface opposite to said first surface, the composite skin forming a leading edge and adapted to during use be subjected to an airflow (a) meeting the leading edge at stagnation points, where the airflow (a) is divided into a first and second airflow, and at which stagnation points the local velocity of the airflow is essentially zero, the leading edge comprising an elongated member (9, 9'...9'"", 30, 32, 36, 38, 39) comprising an electrically conductive material, the elongated member having an inner surface and an outer surface opposite to said inner surface, wherein the outer surface of said elongated member (9, 9'...9'"", 30, 32, 36, 38, 39) is arranged flush with the first surface of the composite skin such that an essentially smooth aerodynamic surface of the leading edge is formed, the elongated member has an extension in a length direction (l) being essentially parallel with an imaginary line intersecting with the stagnation points and a width (w) extending in a chordwise direction at least covering the stagnation points of low angle of attack and the stagnation points of high angle of attack and the area therebetween, and wherein the elongated member is adapted to serve as an erosion protection of the leading edge, a heating element of a de-/anti-icing system, as a conductor of a lightning conductor system and constitutes an electrode (AC, RE) of a plasma generating system, wherein the elongated member (9, 9'...9'"", 30, 32, 36, 38, 39) is fit into a recessed area of the composite skin, the depth of the recessed area is essentially equal to the thickness of the elongated member after curing of the composite skin, and wherein the elongated member is adhered to the composite skin.
A method for manufacturing a turbomachine rectifier comprising an outer ring and a plurality of stator vanes, said vanes comprising a platform and a blade, characterized in that said method comprises at least the following steps: a) first folds are draped on a core with openings and in the form of the aerodynamic flow; said first folds being precut and draped so that the precuts are placed opposite the openings of the core or said first folds being cut after draping along incisions placed opposite the openings of the core; b) the blades of the vanes or, alternatively, the blades of the vane preforms, are inserted through the precuts or incisions of the first folds and the openings of the core; c) last folds are draped above the platforms, thus forming a rectifier preform; d) a resin is injected into a closed mold containing the preform and the resin-impregnated preform is polymerized; e) a molded piece having substantially the shape and dimensions of said rectifier is retrieved from the mold. a) first folds are draped on a core with openings and in the form of the aerodynamic flow; said first folds being precut and draped so that the precuts are placed opposite the openings of the core or said first folds being cut after draping along incisions placed opposite the openings of the core; b) the blades of the vanes or, alternatively, the blades of the vane preforms, are inserted through the precuts or incisions of the first folds and the openings of the core; c) last folds are draped above the platforms, thus forming a rectifier preform; d) a resin is injected into a closed mold containing the preform and the resin-impregnated preform is polymerized; e) a molded piece having substantially the shape and dimensions of said rectifier is retrieved from the mold.