mhurhangee/ep-ind-claims huggingface dataset:
A method of facilitating an analysis of a communication configuration of a Process Control, PC, system with a plurality of Intelligent Electronic Devices IEDs connected to a communication network according to IEC 61850 for controlling an industrial process comprising a plurality of operational aspects, the PC system being a Substation Automation, SA, system controlling an electric power substation, wherein sender IEDs are configured to send different messages to different predetermined receiver IEDs, the method comprising - retrieving, for each sender IED of the plurality of IEDs and for each message configured to be transmitted by said sender IED, from a formal configuration representation of the PC system, the receiver IEDs for which the message is destined, - retrieving, for each sender IED and for each receiver IED, an unambiguous IED-specific operational aspect from the formal configuration representation of the PC system, which operational aspect is a hierarchically lowest functional level according to IEC 61850-6 Substation Description for SA systems to which the IED is assigned, or a hierarchically lowest geographical indication corresponding to a hierarchical structure being an area or site to which the IED is assigned, - generating a graphical representation of the sender and receiver IEDs as well as of the messages configured to be transmitted from the sender to the receiver IEDs, wherein generating the graphical representation includes forming groups of the IEDs with identical operational aspects according to the operational aspects retrieved and indicating, for each group of IEDs, the respective operational aspect, and - displaying this representation for analysis by a user. - retrieving, for each sender IED of the plurality of IEDs and for each message configured to be transmitted by said sender IED, from a formal configuration representation of the PC system, the receiver IEDs for which the message is destined, - retrieving, for each sender IED and for each receiver IED, an unambiguous IED-specific operational aspect from the formal configuration representation of the PC system, which operational aspect is a hierarchically lowest functional level according to IEC 61850-6 Substation Description for SA systems to which the IED is assigned, or a hierarchically lowest geographical indication corresponding to a hierarchical structure being an area or site to which the IED is assigned, - generating a graphical representation of the sender and receiver IEDs as well as of the messages configured to be transmitted from the sender to the receiver IEDs, wherein generating the graphical representation includes forming groups of the IEDs with identical operational aspects according to the operational aspects retrieved and indicating, for each group of IEDs, the respective operational aspect, and - displaying this representation for analysis by a user.
A mechanical circulatory support system comprising: an implantable blood pump; an external controller configured to supply power to the implantable blood pump and including an external controller input connector; a battery module comprising a housing and one or more battery cells disposed within the housing; and a connector cable configured to removably couple the external controller input connector to the battery module, wherein the connector cable comprises electrical conductors (40, 42) configured to transfer power from the one or more battery cells to the external controller and an optical fiber to transfer data between the external controller and the battery module, characterized in that the battery module comprises a battery module input connector configured to receive electrical power from another battery module and/or a charging unit. an implantable blood pump; an external controller configured to supply power to the implantable blood pump and including an external controller input connector; a battery module comprising a housing and one or more battery cells disposed within the housing; and a connector cable configured to removably couple the external controller input connector to the battery module, wherein the connector cable comprises electrical conductors (40, 42) configured to transfer power from the one or more battery cells to the external controller and an optical fiber to transfer data between the external controller and the battery module, characterized in that the battery module comprises a battery module input connector configured to receive electrical power from another battery module and/or a charging unit.
A fire extinguishing system, in particular a sprinkler or spray water system comprising at least one fluid line, an alarm valve station to which one or more fluid lines are connected, wherein the alarm valve station, comprising a fire extinguishing system valve comprising a housing (2, 3) which has a fluid inlet chamber, a fluid outlet chamber and a closing body reciprocable between a blocking state and a release state, wherein the fluid inlet chamber and the fluid outlet chamber are separated from each other in the blocking state and communicate with each other in fluid-conducting relationship in the release state, one of more sensors, and an electronic evaluation unit, wherein the alarm valve station is connected in signal-conducting relationship to one or more sensors characterised in that the evaluation unit - is integrated in the housing (2, 3), is arranged externally on the housing or in the region of 5 m or less of the fire extinguishing system valve - is connected in signal-conducting relationship to one or more actuators, and - is adapted to control the actuator or actuators by means of the control commands, wherein the closing body has an actuator as a control drive and the electronic evaluation unit is adapted to move the closing body selectively into the release or into the blocking position by means of the control drive; and/or wherein the closing body has an actuator in the form of a pilot control drive and the electronic evaluation unit is adapted to either lock or unlock the closing body by means of the pilot control drive; and/or wherein the alarm valve station has an alarm passage and a testing valve for flooding the alarm passage, wherein the testing valve has an actuator as a control drive and the electronic evaluation unit is adapted to move the testing valve selectively into the release or into the blocking position by means of the control drive. - is integrated in the housing (2, 3), is arranged externally on the housing or in the region of 5 m or less of the fire extinguishing system valve - is connected in signal-conducting relationship to one or more actuators, and - is adapted to control the actuator or actuators by means of the control commands,
A process for the production of a pressure container filled with at least one flavoured physical propellant which is present in the form of a fluid and is suitable for consumption, wherein at least one food-safe physical propellant which is present in the form of a fluid and at least one flavouring suitable for consumption are metred into the pressure container, characterised in that the pressure container has a main body in the form of a cartridge having at least one thread attachment and at least one receiving means for a drink dispenser, wherein at least one filling valve for receiving at least one physical propellant is arranged on the at least one thread attachment and wherein the at least one flavouring is added to the pressure container by way of at least one metering means and at least one physical propellant is added to the pressure container after the connection of at least one pressure line, wherein the added at least one flavouring is brought into relationship with the at least one physical propellant by the operation of introducing the at least one physical propellant and/or by the already introduced at least one physical propellant and/or the at least one metering means, preferably in the form of a pipette, feeds the at least one flavouring, preferably dropwise, to the pressure container prior to the addition of the at least one physical propellant and/or the at least one flavouring is added by way of at least one bypass line, preferably wherein the bypass line jointly with the at least one pressure line open into at least one connectig valve, during filling of the pressure container with the at least one physical propellant, preferably successively, by way of the at least one metering means of the at least one bypass line.
A machine for preparing a beverage from an ingredient capsule, comprising: - an ingredient capsule processing module having a chamber (16,17) for processing said capsule therein; - a passage for a transfer of said capsule to the chamber; and - a capsule positioner having at least one member (45a,45b) which delimits a seat for receiving a capsule, the movable member(s) being movable from a position for receiving and holding said capsule to a position for releasing said capsule into the passage, the movable member(s) (45a,45b) is/are arranged to: - hold said capsule generally vertically above the passage in the receiving and holding position; and - drop said capsule generally vertically from the capsule positioner into the passage in the releasing position, optionally, the transfer of said capsule extending along a generally straight and generally vertical direction from a position of said capsule when held by the movable member(s) along the passage, characterised in that the machine comprises guiding means for guiding the capsule in the passage the guide means comprising guide members for guiding a capsule flange, wherein the capsule positioner has a seat that has guides for guiding said flange into the guiding means in the passage. - an ingredient capsule processing module having a chamber (16,17) for processing said capsule therein; - a passage for a transfer of said capsule to the chamber; and - a capsule positioner having at least one member (45a,45b) which delimits a seat for receiving a capsule, the movable member(s) being movable from a position for receiving and holding said capsule to a position for releasing said capsule into the passage, the movable member(s) (45a,45b) is/are arranged to: - hold said capsule generally vertically above the passage in the receiving and holding position; and - drop said capsule generally vertically from the capsule positioner into the passage in the releasing position,
A female coupling comprising an outer hollow main assembly, adapted to be connected to and disconnected from a corresponding male coupling by means of pushing and pulling actions, respectively, said female coupling and male coupling comprising a female valve assembly and a male valve assembly, respectively, each of said female and male valve assemblies being adapted to be alternatively translated forwards and backwards between a first closing position and a second opening position, wherein the flow of a fluid is possible between the female coupling and male coupling with said female and male valve assemblies in the respective opening positions, wherein said female coupling comprises mechanical locking means adapted to prevent the backward translation of the female valve assembly from its said second opening position, wherein said mechanical locking means comprise a rocker arm adapted to oscillate or pivot between a first engaging position and a second releasing position, and wherein said rocker arm, in its first engaging position, engages said female valve assembly, thus locking it in its second opening position so as to prevent the backward translation of said female valve assembly from its said second opening position, characterized in that said rocker arm is adapted to be translated with respect to said hollow main assembly between a first front position and second rear position, and in that said rocker arm is adapted to be automatically switched from its engaging position to its second releasing position as the result of its translation from its first front position towards its second rear position.
Process for making a lithiated transition metal oxide, said process comprising the following steps: (a) providing a precursor selected from mixed oxides, mixed hydroxides, mixed oxyhydroxides, and mixed carbonates of nickel and at least one transition metal selected from manganese and cobalt, wherein at least 45 mole-% of the cations of the precursor are Ni cations, (b) mixing said precursor with at least one lithium salt selected from LiOH, Li 2 O, Li 2 CO 3, and LiNO 3, thereby obtaining a mixture, (c) adding at least one phosphorus compound of general formula X y H 3-y PO 4 wherein: X is selected from NH 4 and Li, y is 1 or 2, to the mixture obtained in step (b), wherein steps (b) and (c) may be performed consecutively or simultaneously, (d) treating the mixture so obtained at a temperature in the range of from 650 to 950°C. (a) providing a precursor selected from mixed oxides, mixed hydroxides, mixed oxyhydroxides, and mixed carbonates of nickel and at least one transition metal selected from manganese and cobalt, wherein at least 45 mole-% of the cations of the precursor are Ni cations, (b) mixing said precursor with at least one lithium salt selected from LiOH, Li 2 O, Li 2 CO 3, and LiNO 3, thereby obtaining a mixture, (c) adding at least one phosphorus compound of general formula X y H 3-y PO 4 wherein: X is selected from NH 4 and Li, y is 1 or 2, to the mixture obtained in step (b), wherein steps (b) and (c) may be performed consecutively or simultaneously, X is selected from NH 4 and Li, y is 1 or 2, (d) treating the mixture so obtained at a temperature in the range of from 650 to 950°C.
A method of producing a chlorogenic acid-containing composition, comprising a step of subjecting coffee beans to column extraction using water at from 75°C to 98°C, wherein the coffee beans are at least one selected from the group consisting of green coffee beans, decaffeinated green coffee beans, roasted coffee beans having an L value of 40 or more, and decaffeinated roasted coffee beans having an L value of 25 or more, and are at least one selected from the group consisting of unground coffee beans and ground coffee beans having an average particle size of 4.5 mm or more as measured using the method disclosed in the present description.
Extraction device for extracting a tuyere part, in particular a tuyere or a tuyere cooler, from a shaft furnace, the device comprising: - a supporting frame with a positioning element configured to position the extraction device against a furnace wall; - a carriage supported by the supporting frame, said carriage being movable in a direction radial to the furnace wall; - an extraction rod having a first end attached to the carriage and a second end for connecting to the tuyere part, wherein the first end of the extraction rod comprises a stopper; and - a percussion system acting on the stopper of the extraction rod in a direction away from the furnace wall in order to inflict a sharp blow; - a pretensioning mechanism on said supporting frame, the pretensioning mechanism being configured to apply a substantially constant load to the carriage, in a direction away from the furnace wall. - a supporting frame with a positioning element configured to position the extraction device against a furnace wall; - a carriage supported by the supporting frame, said carriage being movable in a direction radial to the furnace wall; - an extraction rod having a first end attached to the carriage and a second end for connecting to the tuyere part, wherein the first end of the extraction rod comprises a stopper; and - a percussion system acting on the stopper of the extraction rod in a direction away from the furnace wall in order to inflict a sharp blow; - a pretensioning mechanism on said supporting frame, the pretensioning mechanism being configured to apply a substantially constant load to the carriage, in a direction away from the furnace wall.
A support cushion, comprising: a top surface; a bottom surface opposite the top surface and separated from the top surface by a distance defining a thickness of the support cushion; and a layer of flexible visco-elastic foam having a plurality of cells defining a reticulated cellular structure, the cells of the reticulated cellular structure comprising a skeletal plurality of supports through which substantially open cell walls establish fluid communication between an interior of the cell and interiors of adjacent cells, the layer of flexible visco-elastic foam having a density no less than about 30 kg/m3 and no greater than about 175 kg/m3, and a hardness of no less than about 20 N and no greater than about 150 N at 40% indentation force deflection measured at about 22 degrees Celsius, the layer of flexible visco-elastic foam having at least one material property responsive to a temperature change in a range of 10-30°C. a top surface; a bottom surface opposite the top surface and separated from the top surface by a distance defining a thickness of the support cushion; and a layer of flexible visco-elastic foam having a plurality of cells defining a reticulated cellular structure, the cells of the reticulated cellular structure comprising a skeletal plurality of supports through which substantially open cell walls establish fluid communication between an interior of the cell and interiors of adjacent cells, the layer of flexible visco-elastic foam having a density no less than about 30 kg/m3 and no greater than about 175 kg/m3, and a hardness of no less than about 20 N and no greater than about 150 N at 40% indentation force deflection measured at about 22 degrees Celsius, the layer of flexible visco-elastic foam having at least one material property responsive to a temperature change in a range of 10-30°C.
A tray for an equipment for receiving surgical materials and/or liquid products, wherein said tray has an upper face that is provided with at least one housing and that is intended to removably receive the tight surface film intended to form at least one recess for receiving said surgical materials and/or liquid products, characterized in that the tray includes means for sticking said tight surface film against said upper face of the tray, wherein the sticking means comprise channels formed in said tray, and in that one at least of said channels comprises: - an upstream end, opening to the upper face of said tray, and - a downstream end, intended to be connected with air suction means, so as to cause a suction sticking of said tight surface film against said upper face of said tray. characterized in that the tray includes means for sticking said tight surface film against said upper face of the tray, wherein the sticking means comprise channels formed in said tray, and in that one at least of said channels comprises: - an upstream end, opening to the upper face of said tray, and - a downstream end, intended to be connected with air suction means, - an upstream end, opening to the upper face of said tray, and - a downstream end, intended to be connected with air suction means, so as to cause a suction sticking of said tight surface film against said upper face of said tray.
A back side illuminated avalanche photodiode, comprising: at least one PN junction on a front side of the avalanche photodiode, wherein the at least one PN junction includes a first region of a first dopant type and a second region of a second dopant type; at least one depletion structure located adjacent to the at least one PN junction, configured to form a depletion region and including at least one component (16a-16g) of the first dopant type buried within the second region; and at least two electrodes to polarise the at least one PN junction; wherein the second region comprises a depleted portion of the second region fully depleted by the at least one depletion structure within the depletion region extending between a first non-depleted portion of the second region on a front side of the avalanche photodiode shallower than the depleted portion of the second region and a second non-depleted portion of the second region on a back side of the avalanche photodiode shallower than the depleted portion of the second region. at least one PN junction on a front side of the avalanche photodiode, wherein the at least one PN junction includes a first region of a first dopant type and a second region of a second dopant type; at least one depletion structure located adjacent to the at least one PN junction, configured to form a depletion region and including at least one component (16a-16g) of the first dopant type buried within the second region; and at least two electrodes to polarise the at least one PN junction; wherein the second region comprises a depleted portion of the second region fully depleted by the at least one depletion structure within the depletion region extending between a first non-depleted portion of the second region on a front side of the avalanche photodiode shallower than the depleted portion of the second region and a second non-depleted portion of the second region on a back side of the avalanche photodiode shallower than the depleted portion of the second region.
A reception apparatus, comprising: a reception unit configured to receive a content transmitted in an Internet Protocol, IP, transmission system; an acquisition unit (203, 204, 205) configured to acquire, based on first control information that is transmitted in a first layer in a protocol stack of the IP transmission system and includes information indicating whether second control information transmitted in a second layer higher than the first layer exists, the second control information; and a control unit configured to control operations of the units that process the content based on the second control information, wherein the first layer is a physical layer of broadcast waves having a predetermined frequency band, the physical layer is used to transmit data for each of one or a plurality of Physical Layer Pipes, PLPs, that can be grouped, the first control information includes information used for identifying a PLP group as a group of the PLPs and information if a PLP includes Link Layer Signaling, LLS, signaling information, and the second control information is LLS signaling information including information used for selecting the content. a reception unit configured to receive a content transmitted in an Internet Protocol, IP, transmission system; an acquisition unit (203, 204, 205) configured to acquire, based on first control information that is transmitted in a first layer in a protocol stack of the IP transmission system and includes information indicating whether second control information transmitted in a second layer higher than the first layer exists, the second control information; and a control unit configured to control operations of the units that process the content based on the second control information, wherein the first layer is a physical layer of broadcast waves having a predetermined frequency band, the physical layer is used to transmit data for each of one or a plurality of Physical Layer Pipes, PLPs, that can be grouped, the first control information includes information used for identifying a PLP group as a group of the PLPs and information if a PLP includes Link Layer Signaling, LLS, signaling information, and the second control information is LLS signaling information including information used for selecting the content.