mhurhangee/ep-ind-claims huggingface dataset:
An apparatus having a plurality of ports for sending and receiving network messages to and from one or more entities of a computer network at least some of which are segregated into a plurality of virtual local area networks, VLANs, defined within the computer network, the apparatus comprising: means for maintaining VLAN registration state for a port of the plurality of ports in response to receiving attribute events for the VLANs; the apparatus characterised by comprising: means for computing encoded values for all of the VLANs defined within the computer network, in accordance with a number base conversion encoding algorithm that encodes a plurality of attribute events associated with a set of different VLANs into a single encoded value; means for loading the encoded values for all of the VLANs defined within the computer network into a single Generic Application Registration Protocol, GARP, VLAN Registration Protocol, GVRP, Protocol Data Unit, PDU message, for transmission from the port of the plurality of ports, wherein the single GVRP PDU message has a size limited to no more than 1500 bytes. means for maintaining VLAN registration state for a port of the plurality of ports in response to receiving attribute events for the VLANs; the apparatus characterised by comprising: means for computing encoded values for all of the VLANs defined within the computer network, in accordance with a number base conversion encoding algorithm that encodes a plurality of attribute events associated with a set of different VLANs into a single encoded value; means for loading the encoded values for all of the VLANs defined within the computer network into a single Generic Application Registration Protocol, GARP, VLAN Registration Protocol, GVRP, Protocol Data Unit, PDU message, for transmission from the port of the plurality of ports, wherein the single GVRP PDU message has a size limited to no more than 1500 bytes. means for computing encoded values for all of the VLANs defined within the computer network, in accordance with a number base conversion encoding algorithm that encodes a plurality of attribute events associated with a set of different VLANs into a single encoded value; means for loading the encoded values for all of the VLANs defined within the computer network into a single Generic Application Registration Protocol, GARP, VLAN Registration Protocol, GVRP, Protocol Data Unit, PDU message, for transmission from the port of the plurality of ports, wherein the single GVRP PDU message has a size limited to no more than 1500 bytes.
Process for cleaning mushrooms intended for human consumption of foreign elements, characterised in that it comprises the following steps: - separation from the mushrooms of the soluble parts through the generation of an extract; - cleaning the pulp of insoluble foreign elements, - reconstruction by combining the pulp, removed of soluble elements and cleansed of insoluble elements, with the extract, where the step of cleaning the pulp takes place at least during and/or after the generation of the extract. - separation from the mushrooms of the soluble parts through the generation of an extract; - cleaning the pulp of insoluble foreign elements, - reconstruction by combining the pulp, removed of soluble elements and cleansed of insoluble elements, with the extract,
Sensor device for detecting properties of fluid media in a container, comprising - at least one base plate made of an insulating material with a first surface exposed to the media, - more than two sensor elements (411 to 415) of the same type each having at least a first and a second electrode (41a, 41b) which are arranged on the first surface of the base plate and being insulated from each other and around which the media flow, - a drive device for driving the sensor elements, and - wherein the multiple sensor elements (411 to 415) are arranged in a predetermined spatial position relative to each other and spread over the first surface, and each sensor element (411 to 415) being drivable via individual connection lines, characterized in that - the multiple sensor elements (411 to 415) are differently shaped in their geometrical dimensions, and wherein the size of the differently shaped sensor elements (411 to 415) is graded in a predetermined way, and - the drive device is configured to drive all sensor elements or groups of sensor elements for detecting the properties of the fluid media. - at least one base plate made of an insulating material with a first surface exposed to the media, - more than two sensor elements (411 to 415) of the same type each having at least a first and a second electrode (41a, 41b) which are arranged on the first surface of the base plate and being insulated from each other and around which the media flow, - a drive device for driving the sensor elements, and - wherein the multiple sensor elements (411 to 415) are arranged in a predetermined spatial position relative to each other and spread over the first surface, and each sensor element (411 to 415) being drivable via individual connection lines, - the multiple sensor elements (411 to 415) are differently shaped in their geometrical dimensions, and wherein the size of the differently shaped sensor elements (411 to 415) is graded in a predetermined way, and - the drive device is configured to drive all sensor elements or groups of sensor elements for detecting the properties of the fluid media.
A tool holder comprising a collet configured to be clamped to the shank of a tool, a pull-out protection configured to secure the tool against being pulled out of the collet, the pull-out protection including a protection element for transmitting pull-out forces acting on the tool to the collet, wherein the protection element is mounted so as to be movable relative to the collet, characterized in that the protection element has a wedge-shaped configuration and force-transmission surfaces (48, 50), wherein due to the wedge-shaped configuration, the protection element - in a position engaged with the tool - can be clamped or is clamped with the tool and with the collet in a self-locking manner, wherein the clamping forces of the collet that act on the tool are not influenced by the protection element and wherein the protection element only has a function as a blocking element when these clamping forces are exceeded.
A vehicle for inspecting a railway line, comprising: - a supporting structure; - a cover, associated with the supporting structure; - a plurality of rolling elements, connected to the supporting structure and configured to come into contact with the tracks of the railway line, so as to allow the vehicle to move on the tracks, along a stretch of the railway line; - an inspection system, including one or more sensors (21, 22, 23, 24) and configured to detect inspection data relative to the stretch of the railway line travelled by the vehicle; - an actuating unit, associated with said plurality of rolling elements for transmitting a drive torque, wherein the actuating unit comprises a plurality of electric motors, each electric motor of said plurality being associated with a corresponding rolling element of said plurality of rolling elements; - a control unit, connected to the inspection system for receiving the inspection data and programmed to process the inspection data, to derive information regarding the presence of obstacles to railway traffic along said stretch of railway line, wherein the control unit is programmed to control the actuating unit in response to the inspection data, characterised in that the vehicle comprises, for each rolling element of said plurality, a corresponding movement sensor, configured to determine movement data representing an angular speed of the corresponding rolling element, wherein the control unit is configured to control the actuation unit in response to the movement data. - a supporting structure; - a cover, associated with the supporting structure; - a plurality of rolling elements, connected to the supporting structure and configured to come into contact with the tracks of the railway line, so as to allow the vehicle to move on the tracks, along a stretch of the railway line; - an inspection system, including one or more sensors (21, 22, 23, 24) and configured to detect inspection data relative to the stretch of the railway line travelled by the vehicle; - an actuating unit, associated with said plurality of rolling elements for transmitting a drive torque, wherein the actuating unit comprises a plurality of electric motors, each electric motor of said plurality being associated with a corresponding rolling element of said plurality of rolling elements; - a control unit, connected to the inspection system for receiving the inspection data and programmed to process the inspection data, to derive information regarding the presence of obstacles to railway traffic along said stretch of railway line, wherein the control unit is programmed to control the actuating unit in response to the inspection data, characterised in that the vehicle comprises, for each rolling element of said plurality, a corresponding movement sensor, configured to determine movement data representing an angular speed of the corresponding rolling element, wherein the control unit is configured to control the actuation unit in response to the movement data.
A current carrying assembly for use in a high temperature superconducting, HTS magnet coil, the current carrying assembly comprising a partially insulating layer and first and second HTS cables; wherein the first and second HTS cables are on respective first and second surfaces of the partially insulating layer; the partially insulating layer comprising: an insulating body having within it: a set of linking tracks wherein each linking track is electrically conductive and is electrically connected to the first and second surfaces of the partially insulating layer, in order to provide an electrical path between said first and second surfaces; a set of pickup tracks, wherein each pickup track is electrically conductive and is inductively coupled to a respective linking track, and electrically isolated from the first and second surfaces; and wherein each of the pickup tracks is electrically connected to electrical contacts for connection to a current measuring device; and wherein the electrial contacts are on surfaces of the partially insulating layer other than the first and second surfaces. the partially insulating layer comprising: an insulating body having within it: a set of linking tracks wherein each linking track is electrically conductive and is electrically connected to the first and second surfaces of the partially insulating layer, in order to provide an electrical path between said first and second surfaces; a set of pickup tracks, wherein each pickup track is electrically conductive and is inductively coupled to a respective linking track, and electrically isolated from the first and second surfaces; and a set of linking tracks wherein each linking track is electrically conductive and is electrically connected to the first and second surfaces of the partially insulating layer, in order to provide an electrical path between said first and second surfaces; a set of pickup tracks, wherein each pickup track is electrically conductive and is inductively coupled to a respective linking track, and electrically isolated from the first and second surfaces; and wherein each of the pickup tracks is electrically connected to electrical contacts for connection to a current measuring device; and wherein the electrial contacts are on surfaces of the partially insulating layer other than the first and second surfaces.
A method for preparing a transition-metal adamantane carboxylate salt, the method comprising: mixing a transition-metal hydroxide and a diamondoid compound having at least one carboxylic acid moiety to form a reactant mixture, where the transition metal hydroxide has the formula M 2, where M is chosen from Co, Cu and Ni, and the diamondoid compound is 1-adamantane carboxylic acid; and wherein the transition-metal hydroxide and the 1-adamantane carboxylic acid are mixed in amounts that provide a ratio of M 2+ to 1-adamantane carboxylic acid in the reaction mixture of from 0.5:1 to 1.0:1; and hydrothermally treating the reactant mixture at a reaction temperature of from 100°C to 180°C for a reaction time of at least 12 hours to form the transition-metal adamantane carboxylate salt. mixing a transition-metal hydroxide and a diamondoid compound having at least one carboxylic acid moiety to form a reactant mixture, where the transition metal hydroxide has the formula M 2, where M is chosen from Co, Cu and Ni, and the diamondoid compound is 1-adamantane carboxylic acid; and wherein the transition-metal hydroxide and the 1-adamantane carboxylic acid are mixed in amounts that provide a ratio of M 2+ to 1-adamantane carboxylic acid in the reaction mixture of from 0.5:1 to 1.0:1; and hydrothermally treating the reactant mixture at a reaction temperature of from 100°C to 180°C for a reaction time of at least 12 hours to form the transition-metal adamantane carboxylate salt.
An uncured resin which can be stored at room temperature for at least 6 weeks and which can be fully cured in no more than 2 hours at a temperature of between 165°C and 190°C, said uncured resin comprising: an epoxy resin component comprising one or more epoxy resins selected from the group consisting of difunctional epoxy resin, trifunctional epoxy resin and tetrafunctional epoxy resin; and a curing agent comprising a [3-(4-aminobenzoyl) oxyphenyl] 4-aminobenzoate, wherein the stoichiometric ratio between the [3-(4-aminobenzoyl) oxyphenyl] 4-aminobenzoate and the epoxy resin resin(s) of the epoxy resin component is between 0.65:1 and 0.95:1, and wherein said uncured resin can be stored at room temperature of at least 6 weeks and wherein said uncured resin can be fully cured in no more than 2 hours at a temperature of between 165°C and 190°C. an epoxy resin component comprising one or more epoxy resins selected from the group consisting of difunctional epoxy resin, trifunctional epoxy resin and tetrafunctional epoxy resin; and a curing agent comprising a [3-(4-aminobenzoyl) oxyphenyl] 4-aminobenzoate, wherein the stoichiometric ratio between the [3-(4-aminobenzoyl) oxyphenyl] 4-aminobenzoate and the epoxy resin resin(s) of the epoxy resin component is between 0.65:1 and 0.95:1, and wherein said uncured resin can be stored at room temperature of at least 6 weeks and wherein said uncured resin can be fully cured in no more than 2 hours at a temperature of between 165°C and 190°C.
Method for controlling an aircraft of a specific type, especially a multirotor VTOL aircraft having preferably electrically driven rotors, wherein a) prior to a flight, a finite number of nominal trajectories for the aircraft and a finite number of contingency trajectories arranged around the nominal trajectories are calculated and stored in a database available on board the aircraft; b) prior to a flight, a finite number of type-specific, permissible flight manoeuvres of the aircraft are pre-planned and stored in the database as a manoeuvre library; c) optionally, prior to a flight, a number of discrete flight levels at different altitudes are defined and stored in the database; d) during a flight, the database is accessed by means of a computer-aided transition planning algorithm within a real-time algorithm in order, in dependence upon a state of the aircraft detected by sensors, to change between the nominal trajectories and the contingency trajectories and optionally between the defined flight levels using the pre-planned flight manoeuvres and to actuate a path-tracking controller and/or a flight controller of the aircraft accordingly; characterised in that prior to the flight, transition intervals and entry and exit intervals (TI, EN, EX) are defined at least for each nominal trajectory; and a change between nominal trajectories and optionally between flight levels is permissible only within those transition intervals and entry and exit intervals (TI, EN, EX). a) prior to a flight, a finite number of nominal trajectories for the aircraft and a finite number of contingency trajectories arranged around the nominal trajectories are calculated and stored in a database available on board the aircraft; b) prior to a flight, a finite number of type-specific, permissible flight manoeuvres of the aircraft are pre-planned and stored in the database as a manoeuvre library; c) optionally, prior to a flight, a number of discrete flight levels at different altitudes are defined and stored in the database; d) during a flight, the database is accessed by means of a computer-aided transition planning algorithm within a real-time algorithm in order, in dependence upon a state of the aircraft detected by sensors, to change between the nominal trajectories and the contingency trajectories and optionally between the defined flight levels using the pre-planned flight manoeuvres and to actuate a path-tracking controller and/or a flight controller of the aircraft accordingly;
A measurement system for measuring vibration of an electronic device that is adapted to transmit sound to a user via vibration transmission by pressing a vibrating body held in a housing against a human ear, the measurement system comprising a storage configured to store a first test signal corresponding to a predetermined test sound; a signal output unit configured to output the first test signal that vibrates the vibrating body; a generation unit configured to generate a second test signal corresponding to a different test sound than the predetermined test sound; an ear model unit having an ear model modeled after a human ear; the ear model unit including an artificial external ear canal unit and an artificial external ear canal, formed with a hole in the central region of the artificial external ear canal unit; a support portion configured to press the electronic device against the ear model unit; a vibration detector mounted on the artificial external ear canal unit configured to detect vibration of the vibrating body of the electronic device which propagates to the external ear canal unit; and a microphone configured to measure the sound pressure of the sound which propagates to the external ear canal; the system being characterized in that it further comprises: a controller configured to receive a combined output signal of the vibration detector and of the microphone in response to vibration of the vibrating body vibrated by the first test signal or the second test signal, and to store the combined output signal, a measurement unit configured to use the combined output signal of the vibration detector and of the microphone to measure an auditory sensation level.
A covering structure, in particular for a battery housing of an electric vehicle, having an SMC base body and an EMC layer which is bonded to the SMC base body and has a dome-shaped surface and a plurality of passage openings distributed over the circumference of the covering structure for receiving fastening means, in particular for fastening the covering structure to the battery housing, characterized in that a support portion is provided around at least one of the passage openings, which is provided with a smooth embossing surface.
A composition of matter comprising (i) liposomes encapsulating in their intraliposomal aqueous compartment at least one active agent, the liposomes having a diameter of at least 200nm and being embedded in a water insoluble, water absorbed cross-linked polymeric matrix, and (ii) an aqueous medium holding the polymeric matrix, the aqueous medium having an amount of non-encapsulated active agent in free form, wherein the amount of active agent in free form in the aqueous medium is selected so as to maintain an osmolarity difference between the aqueous medium and the intraliposomal aqueous compartment of no more than 50mOsmole during a storage period at 4°C of at least three months.
Film resistor comprising a piezoresistive layer, characterized in that the piezoresistive layer comprises a first transition metal carbide as main constituent and at least one additive material selected from among transition metal nitrides, second transition metal carbides and mixtures thereof, wherein the first transition metal carbide contains a transition metal selected from a group comprising Ti, V, Cr, Zr, Nb, Mo, Hf, Ta, W and combinations thereof. the piezoresistive layer comprises a first transition metal carbide as main constituent and at least one additive material selected from among transition metal nitrides, second transition metal carbides and mixtures thereof, wherein the first transition metal carbide contains a transition metal selected from a group comprising Ti, V, Cr, Zr, Nb, Mo, Hf, Ta, W and combinations thereof.
Photosensitizer formulation in the form of a nano-emulsion, comprising a continuous aqueous phase and at least one dispersed oily phase, wherein the surface of the dispersed phase has a zeta potential the absolute value of which is lower than 20 mV, wherein the aqueous phase comprises at least one polyalkoxylated cosurfactant and wherein the oily phase also comprises further to the photosensitizer, at least one amphiphilic lipid and at least one solubilising lipid consisting of a mixture of saturated fatty acid glycerides comprising: - 0 % to 20 % by weight C8 fatty acids - 0 % to 20 % by weight C10 fatty acids, - 10 % to 70 % by weight C12 fatty acids, - 5 % to 30 % by weight C14 fatty acids, - 5 % to 30 % by weight C16 fatty acids, and - 5 % to 30 % by weight C18 fatty acids. - 0 % to 20 % by weight C8 fatty acids - 0 % to 20 % by weight C10 fatty acids, - 10 % to 70 % by weight C12 fatty acids, - 5 % to 30 % by weight C14 fatty acids, - 5 % to 30 % by weight C16 fatty acids, and - 5 % to 30 % by weight C18 fatty acids.