mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method of transmitting blockchain transactions to a blockchain network, wherein the method is performed by a first party and comprises: transmitting at least part of a blockchain transaction to an internet server via an internet service hosted by the internet server, wherein the internet server is configured to connect to one or more nodes of the blockchain network, and to transmit a blockchain transaction to the one or more blockchain nodes, wherein the transmitted blockchain transaction comprises the at least part of the blockchain transaction; characterised by receiving, from the internet server via the internet service, a list of contacts, which are other parties associated with the first party, wherein for each contact in the list, the list comprises a respective one or more blockchain addresses associated with that contact. transmitting at least part of a blockchain transaction to an internet server via an internet service hosted by the internet server, wherein the internet server is configured to connect to one or more nodes of the blockchain network, and to transmit a blockchain transaction to the one or more blockchain nodes, wherein the transmitted blockchain transaction comprises the at least part of the blockchain transaction; characterised by receiving, from the internet server via the internet service, a list of contacts, which are other parties associated with the first party, wherein for each contact in the list, the list comprises a respective one or more blockchain addresses associated with that contact.
A rotating manifold comprising: an axle; a hub rotatable relative to the axle about an axis of rotation; a compressed air line housed in the axle; a vacuum line in fluid communication with the hub; and a plurality of conduits connected to the hub, wherein each conduit of the plurality of conduits is in fluid communication with the vacuum line and wherein each conduit of the plurality of conduits houses a compressed air line arm in fluid communication with the compressed air line. an axle; a hub rotatable relative to the axle about an axis of rotation; a compressed air line housed in the axle; a vacuum line in fluid communication with the hub; and a plurality of conduits connected to the hub, wherein each conduit of the plurality of conduits is in fluid communication with the vacuum line and wherein each conduit of the plurality of conduits houses a compressed air line arm in fluid communication with the compressed air line.
A method for evaluating, by a user equipment, UE, conditions for traffic steering in a wireless communication system, wherein the UE is capable of the traffic steering between 3 rd generation partnership project, 3GPP, access network and a wireless local area network, WLAN, the method comprising: receiving, by the UE, signaling including at least one WLAN identifier from the 3GPP access network; receiving, by the UE, radio access network, RAN, assistance information from the 3GPP access network; evaluating the conditions for the traffic steering, by the UE configured with a plurality of serving cells including a primary cell, PCell, only on the PCell based on the received RAN assistance information which is only applicable for a WLAN for which an identifier has been signaled to the UE; and when the conditions for the traffic steering are met on the PCell, performing, by the UE, the traffic steering between one or more serving cells other than the PCell and a WLAN identified by a WLAN identifier in the received signaling, wherein the RAN assistance information is applicable if access network discovery and selection function, ANDSF, policies are not applied to the UE. receiving, by the UE, signaling including at least one WLAN identifier from the 3GPP access network; receiving, by the UE, radio access network, RAN, assistance information from the 3GPP access network; evaluating the conditions for the traffic steering, by the UE configured with a plurality of serving cells including a primary cell, PCell, only on the PCell based on the received RAN assistance information which is only applicable for a WLAN for which an identifier has been signaled to the UE; and when the conditions for the traffic steering are met on the PCell, performing, by the UE, the traffic steering between one or more serving cells other than the PCell and a WLAN identified by a WLAN identifier in the received signaling, wherein the RAN assistance information is applicable if access network discovery and selection function, ANDSF, policies are not applied to the UE.
A heat-sealable biodegradable packaging material, which comprises a fiber substrate as well as one or more polymeric coating layers of inner biodegradable adhesive layer and outer biodegradable coating layer extruded thereon, characterized in that said coating layer containing not less than 90 weight-% of polylactide and, as an additive, not more than 10 weight-% of acrylic copolymer blended therein for improving the heat sealing ability of said coating layer to itself and/or to the fiber substrate, and in that said adhesive layer consists of polybutylene adipate terephthalate (PBAT) in itself or by being blended in with polylactide.
A sensor system comprising, a support substrate comprising a semiconductor layer; and, an optical system comprising an optical source and a spatial light modulator, said optical system being configured for exposing at least part of said semiconductor layer with a geometrically shaped light beam, said light beam forming at least one shaped photon-induced THz plasmonic region (118,120,122) in said semiconductor layer, said plasmonic region comprising a sensing region (124,126,128) for sensing the THz response of a small volume sample disposed on or over said support substrate in the vicinity of said plasmonic region.
A method of producing a honeycomb structure, wherein the honeycomb structure comprises: porous partition walls disposed so as to form a plurality of cells functioning as fluid passages of exhaust gas between two end faces (6a, 6b) and having a large number of pores, and first plugging portions disposed so as to alternately plug one of open end portions of each of the cells on the two end faces; wherein additional plugging portions are further disposed in the open end portions of the cells, which open end portions are unplugged open end portions having no first plugging portion disposed therein, in such a manner that the additional plugging portions stop inflow of a part of the exhaust gas to said open end portions having no first plugging portions disposed therein, and wherein the disposition length in an axial direction of the additional plugging portions is different from that in the axial direction of the first plugging portions; wherein the method comprises the steps of: disposing a mask and/or a film having openings of a predetermined size on two end faces of a honeycomb formed body obtained by forming clay into a honeycomb shape or a honeycomb structure obtained by firing such a honeycomb formed body; and filling independent materials into portions which become said first plugging portions and said additional plugging portions of the cells to form the first plugging portions and the additional plugging portions; the method being characterized in that the mask and/or the film have/has openings whose sizes are different between the openings corresponding with the additional plugging portions and the openings corresponding with the first plugging portions. porous partition walls disposed so as to form a plurality of cells functioning as fluid passages of exhaust gas between two end faces (6a, 6b) and having a large number of pores, and first plugging portions disposed so as to alternately plug one of open end portions of each of the cells on the two end faces; disposing a mask and/or a film having openings of a predetermined size on two end faces of a honeycomb formed body obtained by forming clay into a honeycomb shape or a honeycomb structure obtained by firing such a honeycomb formed body; and filling independent materials into portions which become said first plugging portions and said additional plugging portions of the cells to form the first plugging portions and the additional plugging portions;
A laminate comprising a base layer, a hard coat layer and a top coat layer containing (a) mica or (b) flaky metal oxide fine particles, all of which are formed in the mentioned order, wherein the (a) mica and the (b) flaky metal oxide fine particles have a thickness of 10 nm or less, respectively, wherein the (b) flaky metal oxide fine particles contain one element selected from the group consisting of Ti and Nb as a constituent element, wherein the hard coat layer comprises a silicone resin or an organic resin, and wherein the top coat layer is formed by plasma exposure, infrared exposure or ultraviolet exposure.
A sulfur-based positive-electrode active material (i) wherein the sulfur-based positive electrode active material comprises: a carbon skeleton derived from a polymer composed of a monomer unit having at least one hetero atom-containing moiety, and sulfur incorporated into the carbon skeleton as the carbon skeleton is formed from the polymer by heat treatment under a non-oxidizing atmosphere, wherein the temperature of the heat treatment is within the range from 250°C to 550°C; or (ii) wherein the sulfur-based positive-electrode active material is one prepared by a preparation process comprising a step of heat-treating a polymer composed of a monomer unit having at least one hetero atom-containing moiety and sulfur under a non-oxidizing atmosphere, and a heat-treating temperature is from 250°C to 550°C; wherein the sulfur-based positive-electrode active material (i, ii) is characterized in that the hetero atom-containing moiety is a moiety having a heterocyclic group being pyrrolidone or in that the polymer is polyvinylpyridine. (i) wherein the sulfur-based positive electrode active material comprises: a carbon skeleton derived from a polymer composed of a monomer unit having at least one hetero atom-containing moiety, and sulfur incorporated into the carbon skeleton as the carbon skeleton is formed from the polymer by heat treatment under a non-oxidizing atmosphere, wherein the temperature of the heat treatment is within the range from 250°C to 550°C; or (ii) wherein the sulfur-based positive-electrode active material is one prepared by a preparation process comprising a step of heat-treating a polymer composed of a monomer unit having at least one hetero atom-containing moiety and sulfur under a non-oxidizing atmosphere, and a heat-treating temperature is from 250°C to 550°C; wherein the sulfur-based positive-electrode active material (i, ii) is characterized in that the hetero atom-containing moiety is a moiety having a heterocyclic group being pyrrolidone or in that the polymer is polyvinylpyridine.
Pneumatic brake head for shunting and train travel, consisting of a cast metal housing with a coupling half together with a retaining clip for attachment to a main air line of a railway car, wherein an axle comprising an actuation lever for a trigger line at its external end protrudes from a circular opening offset by 90° relative to the coupling half and projecting inwardly to a cylinder, characterized in that, at the lower end of the axle, a groove disk having a concentrically forced-in press-seal is located, wherein the groove disk is supported on a valve disk located above it by a spring force axially acting upon it by means of a compression spring, and the axle engages positively into a locking cone, the axle being deflectable in a defined manner in at least two stages: in a first one, it can be resiliently deflected into the concentric initial position, and, in a second increased lateral deflection, it there assumes its end position by means of a latching.
An apparatus for determining a parameter of a transformer which has a high-voltage side and a low-voltage side, the apparatus comprising terminals for detachably connecting the apparatus to the low-voltage side of the transformer, further terminals (33, 34) for detachably connecting the apparatus to the high-voltage side of the transformer, a controllable switching means connected to the further terminals (33, 34) for short-circuiting the high-voltage side, a source for generating a test signal, coupled to the terminals, for impressing the test signal on the low-voltage side of the transformer, a control device configured to automatically control the source and the controllable switching means such that the high-voltage side is short-circuited by the controllable switching means while the test signal from the source is impressed on the low-voltage side, and an evaluation device which is configured to determine the leakage reactance and/or the leakage inductance of the transformer on the basis of the test response of the transformer, which is detected while the high-voltage side is short-circuited by the controllable switching means and the test signal from the source is impressed on the low-voltage side, wherein the evaluation device is further configured to automatically identify a deviation from nominal data of the transformer on the basis of the determined leakage reactance and/or the leakage inductance of the transformer by comparing the determined leakage reactance and/or leakage inductance with the nominal data. terminals for detachably connecting the apparatus to the low-voltage side of the transformer, further terminals (33, 34) for detachably connecting the apparatus to the high-voltage side of the transformer, a controllable switching means connected to the further terminals (33, 34) for short-circuiting the high-voltage side, a source for generating a test signal, coupled to the terminals, for impressing the test signal on the low-voltage side of the transformer, a control device configured to automatically control the source and the controllable switching means such that the high-voltage side is short-circuited by the controllable switching means while the test signal from the source is impressed on the low-voltage side, and an evaluation device which is configured to determine the leakage reactance and/or the leakage inductance of the transformer on the basis of the test response of the transformer, which is detected while the high-voltage side is short-circuited by the controllable switching means and the test signal from the source is impressed on the low-voltage side, wherein the evaluation device is further configured to automatically identify a deviation from nominal data of the transformer on the basis of the determined leakage reactance and/or the leakage inductance of the transformer by comparing the determined leakage reactance and/or leakage inductance with the nominal data.
Item of furniture having a furniture carcass and a movable furniture part which is received on the latter, and having a device for moving the received furniture part, wherein provided are guiding means of the device which have at least one pivot arm (14.1 - 14.9) for pivoting the furniture part and by way of which, when the device is assembled, the furniture part is movable from a closed position to an open position of the furniture part relative to the furniture carcass and back to the closed position, wherein the device has a base unit with a baseplate on which the guiding means engage in such a manner that a pivot axis about which the at least one pivot arm (14.1 - 14.9) is pivotable is transverse to a baseplate plane defined by the baseplate, wherein present in the region of a baseplate periphery (25, 26) is a wall portion (27, 28) which projects in relation to the baseplate plane, wherein a contact flange (29, 30), which is oriented at an angle, by way of a spacing from the baseplate plane extends outwards on the wall portion (27, 28) such that the contact flange (29, 30) is present above a region that lies outside the baseplate periphery (25, 26), characterized in that the base unit is accommodated completely in a region of a wall of the furniture carcass that lies deeper in comparison to a planar internal side.
Lightning protection, grounding and equipotential bonding terminal consisting of a contact plate and of a cleat with formations for receiving a conductor portion, wherein the cleat is designed as a double cleat with two parallel formations (3; 4), a first flat support surface located between the formations, which is divided into two portions, at least one bore for a clamping screw or a clamping bolt, the bore being located between the two portions of the first support surface, wherein an embossing is provided in the portion of the bore for generating a second support surface for a fastening nut, the second support surface being located higher in the direction of the formations than the first support surface; wherein the contact plate, whose inside dimensions correspond to the cleat, has raised edges on two opposite sides, into which the cleat immerses in the assembled state, wherein the contact plate comprises a profile structure which extends in the direction of one of the two formations of the cleat and extends to said one formation, and wherein there is a recess in the contact plate, the position of which is congruent to the bore in the cleat.
Circuit arrangement for a household appliance, having: - a circuit input with a first and a second alternating voltage terminal (103, 104), between which an electrical alternating voltage can be applied, - a direct voltage generating unit which is coupled to the first and the second alternating voltage terminal (103, 104) and which picks up the electrical alternating voltage at the circuit input, and is designed to provide, from the alternating voltage, an electrical direct voltage for an electronics unit of the household appliance between a direct voltage terminal and a reference potential, and - a protective earth, whereby the reference potential is coupled to the protective earth, characterised in that the circuit arrangement has a capacitor with a capacity in a range of values from 10 nF to 500 nF, in particular from 50 nF to 200 nF, via which the reference potential is coupled to the protective earth, and in that a resistor is connected parallel to the capacitor, wherein the resistor has a resistance value such that the current strength of a current flowing through the resistor is smaller than a predetermined limit value, which lies in a range of values from 3 mA to 7 mA, in particular is 5 mA, wherein the resistor has a resistance value in a range of values from 1 kilohm to 15 kilohms. - a circuit input with a first and a second alternating voltage terminal (103, 104), between which an electrical alternating voltage can be applied, - a direct voltage generating unit which is coupled to the first and the second alternating voltage terminal (103, 104) and which picks up the electrical alternating voltage at the circuit input, and is designed to provide, from the alternating voltage, an electrical direct voltage for an electronics unit of the household appliance between a direct voltage terminal and a reference potential, and - a protective earth, whereby the reference potential is coupled to the protective earth,
An additional module intended for equipping a surgical operating table, including a support intended for supporting a portion of the body of a patient, removable fastening means capable of being removably fastened to complementary fastening means of the operating table, hinge means located between the fastening means and the support, capable of enabling pivoting along at least one axis of rotation of said support relative to the fastening means, said module including at least one electric motor capable of being controlled so as to actuate the hinge means and pivoting the support, characterised in that the hinge means include at least one hypoid gear including an input gear wheel actuated by the motor and meshing with an output gear wheel.
Dosing device comprising a valve body, fitted with a hollow body for storing and retaining a pre-determined amount of a cleaning liquid, where said valve body is composed of a first valve body element and a second valve body element, where also said valve body is inserted inside a hollow body of the dosing device for a liquid detergent, for an opening and closing of an inlet pipe and an outlet pipe, respectively, for supplying and emptying the detergent inside the hollow body, with said valve body being able to slide between two pre-set positions following the operation of the actuation devices, in a first position with the opening of the inlet and the closing of the outlet and a second position with the inlet closed and the outlet open, wherein said valve body has, near the opposite ends, profiles that join to the relative seals (6, 7) for closing the inlet and outlet pipes, and having the closing profile of the outlet pipe on the outside of the hollow body since the lower part of the first valve body element suited to closing the outlet pipe is always exposed on the outside of the hollow body and the part of the valve body to which the seal is joined for the closing of the outlet pipe, following an opening movement of the outlet pipe, with the lower part of the first valve body element partially protruding on the outside of the hollow body, shows the seal for sealing the closing of the outlet pipe, following a closing movement of the outlet, moves the part of the valve body to which is joined the seal dedicated to the closing of the inlet pipe; characterized in that the first valve body element is able to push with its top end the second valve body element, wherein the dosing device comprises a removable tank, wherein the second valve body element is connected to the removable tank above the hollow body.
A secondary battery comprising: an electrode assembly; a case accommodating the electrode assembly; and a cap assembly coupled to the case, the cap assembly comprising: a cap-up exposed at a top of the cap assembly; a safety vent under the cap-up and comprising a protrusion protruding toward the electrode assembly, the safety vent being electrically connected to the electrode assembly via the protrusion; and a reinforcement plate between the cap-up and the safety vent and extending along a periphery of the cap-up, wherein an edge region of the reinforcement plate extends to an interior region of the cap assembly such that it is exposed under the cap-up; the safety vent is configured to invert when an internal pressure of the case exceeds a reference pressure, and the safety vent is further configured such that the inversion begins at an interior edge of the edge region of the reinforcement plate. an electrode assembly; a case accommodating the electrode assembly; and a cap assembly coupled to the case, the cap assembly comprising: a cap-up exposed at a top of the cap assembly; a safety vent under the cap-up and comprising a protrusion protruding toward the electrode assembly, the safety vent being electrically connected to the electrode assembly via the protrusion; and a reinforcement plate between the cap-up and the safety vent and extending along a periphery of the cap-up, wherein a cap-up exposed at a top of the cap assembly; a safety vent under the cap-up and comprising a protrusion protruding toward the electrode assembly, the safety vent being electrically connected to the electrode assembly via the protrusion; and a reinforcement plate between the cap-up and the safety vent and extending along a periphery of the cap-up, wherein an edge region of the reinforcement plate extends to an interior region of the cap assembly such that it is exposed under the cap-up; the safety vent is configured to invert when an internal pressure of the case exceeds a reference pressure, and the safety vent is further configured such that the inversion begins at an interior edge of the edge region of the reinforcement plate.