mhurhangee/ep-ind-claims huggingface dataset:
An indicator apparatus structured to be used in a circuit interrupter that includes a mechanism which is movable to switch the circuit interrupter between a CLOSED condition and an OPEN condition, the indicator apparatus comprising: a first movable element structured to be cooperable with the mechanism; an indicator element structured to be movable between a first position that corresponds with the CLOSED condition of the circuit interrupter and a second position that corresponds with the OPEN condition of the circuit interrupter, the indicator element in at least one of the first position and the second position being structured to output an indication representative of the condition of the circuit interrupter; a second movable element cooperable with the indicator element to move the indicator element between the first and second positions; and a connection apparatus situated on at least one of the first and second movable elements (16, 20) and structured to enable the first and second movable elements to be cooperable; characterized in that the first movable element comprises an elongated opening formed therein that is structured to receive therein a portion of the mechanism of the circuit interrupter. a first movable element structured to be cooperable with the mechanism; an indicator element structured to be movable between a first position that corresponds with the CLOSED condition of the circuit interrupter and a second position that corresponds with the OPEN condition of the circuit interrupter, the indicator element in at least one of the first position and the second position being structured to output an indication representative of the condition of the circuit interrupter; a second movable element cooperable with the indicator element to move the indicator element between the first and second positions; and a connection apparatus situated on at least one of the first and second movable elements (16, 20) and structured to enable the first and second movable elements to be cooperable; characterized in that the first movable element comprises an elongated opening formed therein that is structured to receive therein a portion of the mechanism of the circuit interrupter.
A switch comprising: a control system; a first switch matrix; a second switch matrix; said first switch matrix has a first state machine associated with a first link and said second switch matrix has a second state machine associated with a second link; said first switch matrix being configured to send and/or receive on said first link a plurality of Protocol Data Units, PDUs, and/or a plurality of response PDUs which are used to drive said first state machine to verify a status of said first link; and said second switch matrix being configured to send and/or receive on said second link a plurality of Protocol Data Units, PDUs, and/or a plurality of response PDUs which are used to drive said second state machine to verify a status of said second link; the switch being characterized in that each state machine is associated with a different one of the links (112a, 113a), wherein each state machine is configured to control whether the state machine is in an isolated state or an available state based on measurements of PDUs received on the associated link; and wherein each state machine is configured to determining when to perform state transitions, the state machine including a hysteresis mechanism for preventing oscillating state transitions. a control system; a first switch matrix; a second switch matrix; said first switch matrix has a first state machine associated with a first link and said second switch matrix has a second state machine associated with a second link; said first switch matrix being configured to send and/or receive on said first link a plurality of Protocol Data Units, PDUs, and/or a plurality of response PDUs which are used to drive said first state machine to verify a status of said first link; and said second switch matrix being configured to send and/or receive on said second link a plurality of Protocol Data Units, PDUs, and/or a plurality of response PDUs which are used to drive said second state machine to verify a status of said second link; the switch being characterized in that each state machine is associated with a different one of the links (112a, 113a), wherein each state machine is configured to control whether the state machine is in an isolated state or an available state based on measurements of PDUs received on the associated link; and wherein each state machine is configured to determining when to perform state transitions, the state machine including a hysteresis mechanism for preventing oscillating state transitions.
Conveyor device comprising an conveyor element which revolves between deflecting rollers, on which a receiving device for conveying goods to be conveyed is provided, and comprising a power supply line, wherein the conveyor element is a conveyor chain having chain links hinged together, each link comprising a section of the power supply line which is provided in the respective chain link, characterized in that all sections of adjacent chain links are coupled to one another, the power supply line extends over the entire conveyor chain and the power supply can be tapped at any point in the conveyor chain.
A ball joint connector for connecting an elongated element to a ball pin, comprising a socket having a cylindrical cavity for receiving a ball of a ball pin with an opening at one end and a dome-shaped end wall at the opposite end, said socket being adapted to be connectable to the elongated element, and a clip disposed at least partially within the cavity and dimensioned to encompass, when the ball is received in the cavity, more than its upper hemisphere opposite to the lower hemisphere on which the pin of the ball pin is coaxially carried, said clip being moveable between a locking position in which it extends with two opposite end portions into the lower hemisphere of the ball to be in abutment with surface portions in the lower hemisphere to hold the ball secured in the cavity, and a retracted assembly/disassembly position in which its opposite end portions allow the ball to pass for insertion/removal to/from the cavity, the clip is arranged to extend, in its locking position, in abutment with the surface of a ball received in the cavity on opposing sides of the ball on each side over a portion of the upper hemisphere and with its opposite end portion over an adjoining surface portion of the lower hemisphere of the ball, and the clip is received in grooves formed in the inner wall of the cavity extending in a symmetrical manner on opposite side regions of the cavity from a first end close to the opening of the cavity to a second end in the dome-shaped end wall, characterised in that the depth of each groove is increasing starting from the first end to form a flaring groove bottom adapted to support the clip end portion in the locking position to keep the ball in the cavity, wherein the increasing depth of the groove is arranged such that the opposite end portions of the clip are, in its the assembly/disassembly position, free to be moved radially outwardly into a region of increased depth of the groove to allow the ball to pass by the opposite end portions of the clip.
A beverage-making machine comprising a) at least one sensor for acquiring measured values for at least one component of the beverage-making machine; b) a data store; c) a control unit; d) an electronic data communication interface suitable for wired and/or wireless data transmission; e) a diagnostic program which is available to the beverage-making machine via the electronic data communication interface and/or is stored on the data store, characterised in that the control unit is configured to activate the diagnostic program after an instruction obtained via the electronic data communication interface and, based on information contained in the diagnostic program, to acquire measured values of at least one component of the beverage-making machine for a particular period of time via the at least one sensor and to provide these values to the electronic data communication interface and/or to store them on the data store. a) at least one sensor for acquiring measured values for at least one component of the beverage-making machine; b) a data store; c) a control unit; d) an electronic data communication interface suitable for wired and/or wireless data transmission; e) a diagnostic program which is available to the beverage-making machine via the electronic data communication interface and/or is stored on the data store,
Method for determining a height (h s) of a settled bed in a mixture in a loading space, wherein the mixture consists of a settled bed and a mixture soup which is located above the settled bed, and wherein the method comprises: a) providing an elongated resonance member in the loading space which extends in a substantial vertical direction, b) measuring a resonance frequency (f o) of the resonance member, c) computing a height (h s) of the settled bed based on the measured resonance frequency (f o), wherein b) comprises determining an indication of or imposing the tensile force (F s) acting in the longitudinal direction of the resonance member and c) comprises computing a height (h s) of the settled bed based on the measured resonance frequency (f o) and the determined indication of the tensile force (F s) or the imposed tensile force (F s). a) providing an elongated resonance member in the loading space which extends in a substantial vertical direction, b) measuring a resonance frequency (f o) of the resonance member, c) computing a height (h s) of the settled bed based on the measured resonance frequency (f o),
A wiring board, comprising: an insulating substrate composed of a stack of a plurality of insulating layers, the insulating substrate having an upper face, a lower face, and side faces; and a plurality of line conductors formed of platinum or a metallic material comprising platinum as a main component, the plurality of line conductors each including a first end and a second end located on a side opposite to the first end, the plurality of line conductors being respectively disposed in layer-intervals between the plurality of insulating layers, characterized in that in the line conductors, a line width of a line conductor located in a layer-interval among the layer-intervals which layer-interval is closest to the upper face or the lower face of the insulating substrate is greater than a line width of a line conductor located in each other layer-interval. an insulating substrate composed of a stack of a plurality of insulating layers, the insulating substrate having an upper face, a lower face, and side faces; and a plurality of line conductors formed of platinum or a metallic material comprising platinum as a main component, the plurality of line conductors each including a first end and a second end located on a side opposite to the first end, the plurality of line conductors being respectively disposed in layer-intervals between the plurality of insulating layers, characterized in that in the line conductors, a line width of a line conductor located in a layer-interval among the layer-intervals which layer-interval is closest to the upper face or the lower face of the insulating substrate is greater than a line width of a line conductor located in each other layer-interval.
Solar generation method using a system comprising a set of solar cells connected to an inverter that transmits the energy generated to an electrical network, which comprises controlling the active and reactive power that the system transmits to the electrical network by controlling the voltage (V cell) of the solar cells and the current (I inv) at the output of the inverter, such that: - in a first mode of operation, the voltage (V cell) applied to the solar cells provides the maximum active power in accordance with the operating conditions; and - in a second mode of operation, the voltage (V cell) applied to the solar cells is different from the voltage that provides the maximum active power, generating an active power that is lower than the maximum, characterized in that said solar generation method comprises switching from the first mode of operation to the second mode of operation when one of the contingencies selected from: - an increase in the electrical network frequency above a pre-established threshold value, - a derivative of the electrical network frequency with respect to time that is above a pre-established threshold value, and - an electrical network voltage that is outside a pre-established range, is detected by a control unit of the inverter or by a central control unit connected to multiple control units. - in a first mode of operation, the voltage (V cell) applied to the solar cells provides the maximum active power in accordance with the operating conditions; and - in a second mode of operation, the voltage (V cell) applied to the solar cells is different from the voltage that provides the maximum active power, generating an active power that is lower than the maximum, characterized in that said solar generation method comprises switching from the first mode of operation to the second mode of operation when one of the contingencies selected from: - an increase in the electrical network frequency above a pre-established threshold value, - a derivative of the electrical network frequency with respect to time that is above a pre-established threshold value, and - an electrical network voltage that is outside a pre-established range, is detected by a control unit of the inverter or by a central control unit connected to multiple control units.
A method of operating a user equipment, UE, comprising: determining group identifying information that identifies a given Multimedia Broadcast Multicast Service, MBMS, group to which the UE is registered, the given MBMS group being supported by a MBMS session that is maintained while the MBMS session is not being used to support any group calls associated with the given MBMS group; receiving a group page for a given group call with the given MBMS group that includes the group identifying information that identifies the given MBMS group; and setting up the given group call in response to the group page over the MBMS session based on the group identifying information, wherein resources supporting the MBMS session are allocated to unicast traffic when the MBMS session is not being used to support any group calls associated with the given MBMS group. determining group identifying information that identifies a given Multimedia Broadcast Multicast Service, MBMS, group to which the UE is registered, the given MBMS group being supported by a MBMS session that is maintained while the MBMS session is not being used to support any group calls associated with the given MBMS group; receiving a group page for a given group call with the given MBMS group that includes the group identifying information that identifies the given MBMS group; and setting up the given group call in response to the group page over the MBMS session based on the group identifying information, wherein resources supporting the MBMS session are allocated to unicast traffic when the MBMS session is not being used to support any group calls associated with the given MBMS group.
A method for producing a sugar liquid using a cellulose-containing biomass as a raw material, said method comprising: hydrolyzing a cellulose-containing biomass to produce an aqueous sugar solution; and filtering the obtained aqueous sugar solution through a reverse osmosis membrane to collect a purified sugar liquid from the feed side, while removing fermentation-inhibiting substances from the permeate side, wherein functional layer(s) of said reverse osmosis membrane in Step is/are polyamide or cellulose acetate; and said fermentation inhibitor substance(s) is one or more selected from acetic acid, formic acid, levulinic acid, furfural, hydroxymethylfurfural, vanillin, acetovanillin, vanillic acid, and syringic acid. hydrolyzing a cellulose-containing biomass to produce an aqueous sugar solution; and filtering the obtained aqueous sugar solution through a reverse osmosis membrane to collect a purified sugar liquid from the feed side, while removing fermentation-inhibiting substances from the permeate side,
A high strength galvannealed steel sheet having, a) a composition consisting of the following elements in wt. %: C 0.10 - 0.2 Mn 2.0 - 3.0 Si 0.2 - 0.5 Cr 0.1 - 0.7 Ti 0.01 - 0.07 Al ≤ 0.2 Nb < 0.05 Mo < 0.1 optionally B 0.001 - 0.005 balance Fe apart from impurities, b) a multiphase microstructure comprising in vol.% retained austenite 4 - 20 martensite 5 - 25 bainitic ferrite ≤ 10 polygonal ferrite ≤ 10 balance bainite + tempered martensite 50-90, c) at least one of the following mechanical properties a tensile strength, R m 1180 - 1300 MPa a yield strength, R p0.2 800 - 970 MPa an elongation, A 50 ≥ 8 % an elongation, A 80 ≥ 6 % wherein R m, R p0.2 and A 80 values have been measured according to the European norm EN 10002 Part I and the A 50 value has been measured in accordance with the JIS Z 2241:2011. and d) a bendability according to a 90° V Bend test value Ri/t of ≤ 4 for a sample having the size of 35 mm ×100 mm, wherein Ri is the bending radius in mm and t is the thickness in mm of the steel sheet. measured using the testing method referred in the description. a) a composition consisting of the following elements in wt. %: C 0.10 - 0.2 Mn 2.0 - 3.0 Si 0.2 - 0.5 Cr 0.1 - 0.7 Ti 0.01 - 0.07 Al ≤ 0.2 Nb < 0.05 Mo < 0.1 optionally B 0.001 - 0.005 balance Fe apart from impurities, b) a multiphase microstructure comprising in vol.% retained austenite 4 - 20 martensite 5 - 25 bainitic ferrite ≤ 10 polygonal ferrite ≤ 10 balance bainite + tempered martensite 50-90, c) at least one of the following mechanical properties a tensile strength, R m 1180 - 1300 MPa a yield strength, R p0.2 800 - 970 MPa an elongation, A 50 ≥ 8 % an elongation, A 80 ≥ 6 % wherein R m, R p0.2 and A 80 values have been measured according to the European norm EN 10002 Part I and the A 50 value has been measured in accordance with the JIS Z 2241:2011. and a tensile strength, R m 1180 - 1300 MPa a yield strength, R p0.2 800 - 970 MPa an elongation, A 50 ≥ 8 % an elongation, A 80 ≥ 6 % wherein R m, R p0.2 and A 80 values have been measured according to the European norm EN 10002 Part I and the A 50 value has been measured in accordance with the JIS Z 2241:2011. and d) a bendability according to a 90° V Bend test value Ri/t of ≤ 4 for a sample having the size of 35 mm ×100 mm, wherein Ri is the bending radius in mm and t is the thickness in mm of the steel sheet. measured using the testing method referred in the description.
A packed coffee beverage having: a content of guaiacol of 100 to 550 μg/L, a content of furfuryl methyl sulfide of 25 to 1,000 μg/L, and a content of p-ethylphenol in the beverage of 2 to 20 μg/L. a content of guaiacol of 100 to 550 μg/L, a content of furfuryl methyl sulfide of 25 to 1,000 μg/L, and a content of p-ethylphenol in the beverage of 2 to 20 μg/L.
A system comprising: a first photovoltaic string including a series connection of photovoltaic cells; a first voltage-compensation circuit connected in series with the first photovoltaic string to form a first compensated string, wherein the first voltage-compensation circuit includes an input connected to a source of power independent from voltage provided by the photovoltaic cells within the first photovoltaic string, wherein the first voltage-compensation circuit is configured to provide a first adjustable compensation voltage to the first photovoltaic string; a second photovoltaic string including a series connection of second photovoltaic cells; a second voltage-compensation circuit connected in series with the second photovoltaic string to form a second compensated string, wherein the second voltage-compensation circuit is configured to provide a second adjustable compensation voltage to the second photovoltaic string, wherein a first output of the first compensated string and a second output of the second compensated string are parallel-connected; and characterized by a central controller operatively attached to the first voltage-compensation circuit and the second voltage-compensation circuit, wherein the central controller is adapted to control the first adjustable compensation voltage and the second adjustable compensation voltage by tracking power produced from the parallel-connected first output and second output. a first photovoltaic string including a series connection of photovoltaic cells; a first voltage-compensation circuit connected in series with the first photovoltaic string to form a first compensated string, wherein the first voltage-compensation circuit includes an input connected to a source of power independent from voltage provided by the photovoltaic cells within the first photovoltaic string, wherein the first voltage-compensation circuit is configured to provide a first adjustable compensation voltage to the first photovoltaic string; a second photovoltaic string including a series connection of second photovoltaic cells; a second voltage-compensation circuit connected in series with the second photovoltaic string to form a second compensated string, wherein the second voltage-compensation circuit is configured to provide a second adjustable compensation voltage to the second photovoltaic string, wherein a first output of the first compensated string and a second output of the second compensated string are parallel-connected; and characterized by a central controller operatively attached to the first voltage-compensation circuit and the second voltage-compensation circuit, wherein the central controller is adapted to control the first adjustable compensation voltage and the second adjustable compensation voltage by tracking power produced from the parallel-connected first output and second output.
A component of a solid oxide fuel cell comprising: an electrolyte including a stabilized zirconia doped with at least three different dopants including Mn, Al, and Fe, wherein the stabilized zirconia includes Mn in an amount of not greater than 5 at%, Al in an amount of not greater than 3 at%, and Fe in an amount of at least 4 at% and not greater than 8 at%, wherein the electrolyte has a density of at least 92% of theoretical density, calculated based on Archimedes' principle.