mhurhangee/ep-ind-claims huggingface dataset:
A combiner box comprising - input connectors (2, 3) for string lines (6, 7) from multiple strings of photovoltaic modules, - output connectors (4, 5) for a pair of output lines (10, 11) to an inverter, - a switching device that can be used to connect the strings to the inverter and comprising output-side switching contacts (15, 16) and at least one separate input-side switching contact (13, 14) for each of the strings or at least for each pair of strings permanently connected in parallel in the combiner box and - an overcurrent protection device interrupting overcurrents occurring from or to each of the strings or at least from or to each of the pairs of strings permanently connected in parallel in the combiner box, - wherein the switching device has a switching contact drive that may be actuated in order to disconnect the strings from the inverter, and - wherein the overcurrent protection device comprises current sensors measuring the current flowing from or to each of the strings or at least from or to each of the pairs of strings permanently connected in parallel in the combiner box and configured to actuate the switching contact drive in order to disconnect from the inverter at least the string or the pair of strings from or to which the current exceeding the overcurrent limit flows in the event of a measured current exceeding an overcurrent limit, characterized in that the switching contact drive has a common movement drive for multiple switching contacts (13 to 16) that are associated with multiple strings or multiple pairs of strings permanently connected in parallel in the combiner box. - input connectors (2, 3) for string lines (6, 7) from multiple strings of photovoltaic modules, - output connectors (4, 5) for a pair of output lines (10, 11) to an inverter, - a switching device that can be used to connect the strings to the inverter and comprising output-side switching contacts (15, 16) and at least one separate input-side switching contact (13, 14) for each of the strings or at least for each pair of strings permanently connected in parallel in the combiner box and - an overcurrent protection device interrupting overcurrents occurring from or to each of the strings or at least from or to each of the pairs of strings permanently connected in parallel in the combiner box, - wherein the switching device has a switching contact drive that may be actuated in order to disconnect the strings from the inverter, and - wherein the overcurrent protection device comprises current sensors measuring the current flowing from or to each of the strings or at least from or to each of the pairs of strings permanently connected in parallel in the combiner box and configured to actuate the switching contact drive in order to disconnect from the inverter at least the string or the pair of strings from or to which the current exceeding the overcurrent limit flows in the event of a measured current exceeding an overcurrent limit,
A rechargeable lithium battery (30; 40; 50; 60) comprising an airtight container (31; 51), electrodes (32, 32'; 52) immersed in an electrolytic solution, said electrodes being spaced apart by means of one or more separators, electrical contacts (34, 34'; 54, 54') connected to the electrodes and a means (10; 20; 33; 45; 55; 65) for sorbing harmful substances, wherein said means for sorbing harmful substances is comprised of a polymeric housing (11, 12; 21) being permeable to said harmful substances but impermeable to the electrolyte and containing one or more getter materials (14; 22, 22') in powder form for sorbing said harmful substances, characterized in that: - said polymeric housing has a cylindrical shape when said getter materials are in the form of pills; or - said permeable polymeric housing is comprised of two welded polymeric sheets defining a cavity containing powders of one or more getter materials. - said polymeric housing has a cylindrical shape when said getter materials are in the form of pills; or - said permeable polymeric housing is comprised of two welded polymeric sheets defining a cavity containing powders of one or more getter materials.
Anchoring system for building constructions comprising: - at least one anchoring profile having a C-shape in cross section, said anchoring profile defining an inner channel and being provided with an outer back, wherein a plurality of anchoring nails configured to be fixed onto a first structural component extends from the outer surface of the outer back; - a plurality of connectors configured to be inserted into the inner channel of the anchoring profile, wherein each connector is provided with at least one first connection means with a respective attachment assembly configured to be fixed onto a second structural component, said attachment assembly in turn comprising at least one second connection means able to couple with the first connection means of each connector, wherein each connector has a cross section shape and size compliant to the inner shape of the inner channel of the anchoring profile, and wherein each connector has a length, measured in the longitudinal direction of the anchoring profile, which is greater than the width, measured in the transverse direction of the anchoring profile, of said connector, wherein the inner channel has a total height, measured between the outer back and the open upper edge, which is smaller than the width, measured in the transverse direction of the anchoring profile, of said inner channel, characterized in that the anchoring profile is manufactured from steel through a cold lamination process, and in that the open upper edge of the anchoring profile is provided with a pair of opposite surfaces (34, 36) inclined towards the outer back, each connector being provided with a pair of inclined surfaces (38, 40) engageable in shape coupling with the respective inclined surfaces (34, 36) of the open upper edge of the anchoring profile, so that the contact between the two inclined surfaces (38, 40) of the connector and the two corresponding inclined surfaces (34, 36) of the open upper edge of the anchoring profile allow a stable transfer of loads from said connector to the inner channel, each connector being provided, at the respective inclined surfaces (38, 40), with a pair of corners (42, 44) having a rounded shape and arranged in order to not generate notches on the inner channel in the assembled configuration of the anchoring system. - at least one anchoring profile having a C-shape in cross section, said anchoring profile defining an inner channel and being provided with an outer back, wherein a plurality of anchoring nails configured to be fixed onto a first structural component extends from the outer surface of the outer back; - a plurality of connectors configured to be inserted into the inner channel of the anchoring profile, wherein each connector is provided with at least one first connection means with a respective attachment assembly configured to be fixed onto a second structural component, said attachment assembly in turn comprising at least one second connection means able to couple with the first connection means of each connector,
A compound of formula (Ic): wherein: P is -N(R 6)-; and R 6 is = represents a single or a double bond; and stereoisomers and pharmaceutically acceptable salts thereof. P is -N(R 6)-; and R 6 is = represents a single or a double bond; and stereoisomers and pharmaceutically acceptable salts thereof.
A method of visualizing a power transmission network state by displaying output data values interpolated at output data locations from input data including input data locations and corresponding input data values, characterized by: dividing a geographical area of interest into triangles, determining, for each triangle, closest input data locations according to a closeness criteria, and interpolating, for an output data location within a triangle, the input data values of a number N of closest input data locations of the triangle to generate an output data value corresponding to the output data location. dividing a geographical area of interest into triangles, determining, for each triangle, closest input data locations according to a closeness criteria, and interpolating, for an output data location within a triangle, the input data values of a number N of closest input data locations of the triangle to generate an output data value corresponding to the output data location.
Apparatus (1, 50) for emptying a load carrier loaded with articles, in particular in the form of packages, which has a lateral outlet opening for removal of the articles, comprising - a mount for the load carrier, and - a conveyor (21, 61) for carrying the articles away, wherein - the apparatus (1, 50) has a conveyor ramp (11, 51) arranged upstream of the conveyor (21, 81), wherein the conveyor ramp (11, 51) and the lateral outlet opening of the load carrier can be brought into contact with each other, - the mount and the conveyor ramp (11, 51) are pivotable into a position which is inclined with respect to the horizontal and in which the conveyor ramp (11, 51) is in contact with the lateral outlet opening of the load carrier, and - the mount and the conveyor ramp (11, 51) which is in contact with the load carrier are moveable relative to each other in the inclined position in such a way that the mount and the conveyor (21, 61) are moved toward each other, characterised in that arranged between the conveyor ramp (11, 51) and the conveyor (21, 61) for carrying the articles away is a conveyor belt for transferring the articles from the load carrier in the direction of the conveyor (21, 61). - a mount for the load carrier, and - a conveyor (21, 61) for carrying the articles away, wherein - the apparatus (1, 50) has a conveyor ramp (11, 51) arranged upstream of the conveyor (21, 81), wherein the conveyor ramp (11, 51) and the lateral outlet opening of the load carrier can be brought into contact with each other, - the mount and the conveyor ramp (11, 51) are pivotable into a position which is inclined with respect to the horizontal and in which the conveyor ramp (11, 51) is in contact with the lateral outlet opening of the load carrier, and - the mount and the conveyor ramp (11, 51) which is in contact with the load carrier are moveable relative to each other in the inclined position in such a way that the mount and the conveyor (21, 61) are moved toward each other,
Method for optimizing the delivery of energy by a variable electrical energy source in an electrical installation connected to an electrical energy distribution network at a connection point, said electrical installation comprising: - at least one converter, connected on the one hand to the variable electrical energy source and on the other hand to the connection point, said converter being designed to convert the energy delivered by the electrical energy source and deliver a controllable first active power (Pinv) and a controllable first reactive power (Qinv) at the connection point, and - an electrical load, connected to the connection point, and which consumes a second active power (P load) and a second reactive power (Q load), the electrical energy distribution network delivering a third active power (P net) and a third reactive power (Qnet) with a network power factor (PFnet) to the electrical installation, the method being characterized in that it comprises a step of determining the first active power (Pinv) and the first reactive power (Qinv) which the converter must deliver depending on the second active power (P load) and the second reactive power (Q load), in order for the network power factor (PF net) to be greater than or equal to a predetermined target power factor (PF targ). - at least one converter, connected on the one hand to the variable electrical energy source and on the other hand to the connection point, said converter being designed to convert the energy delivered by the electrical energy source and deliver a controllable first active power (Pinv) and a controllable first reactive power (Qinv) at the connection point, and - an electrical load, connected to the connection point, and which consumes a second active power (P load) and a second reactive power (Q load),
A data processing apparatus comprising: a range definition register arranged to store a range specifier; and filtering circuitry to perform filtering operations with respect to a specified transaction by reference to the range definition register, wherein the range definition register is arranged to store the range specifier in a format comprising a significand and an exponent, wherein a range of data identifiers is at least partially defined by the range specifier, and, when the specified transaction is with respect to a data identifier within the range of data identifiers, the filtering operations performed by the filtering circuitry are dependent on attribute data associated with the range of data identifiers. a range definition register arranged to store a range specifier; and filtering circuitry to perform filtering operations with respect to a specified transaction by reference to the range definition register, wherein the range definition register is arranged to store the range specifier in a format comprising a significand and an exponent, wherein a range of data identifiers is at least partially defined by the range specifier, and, when the specified transaction is with respect to a data identifier within the range of data identifiers, the filtering operations performed by the filtering circuitry are dependent on attribute data associated with the range of data identifiers.
A method comprising: melting a metal for casting; introducing the molten metal into a cavity in a mold body via a passageway fluidly connecting the cavity with an exterior of the mold body; using at least one induction coil embedded in a cope of the mold body and at least one induction coil embedded in a drag of the mold body, said inductions coils (150, 160) operating at a frequency of between 20 Hz to 10 kHz, applying an electromagnetic field to the molten metal during solidification of the molten metal in the mold body; and further comprising cooling the molten metal, wherein the cooling includes flowing a fluid through the at least one induction coils (150, 160), and wherein the cooling fluid further comprises deionized water. melting a metal for casting; introducing the molten metal into a cavity in a mold body via a passageway fluidly connecting the cavity with an exterior of the mold body; using at least one induction coil embedded in a cope of the mold body and at least one induction coil embedded in a drag of the mold body, said inductions coils (150, 160) operating at a frequency of between 20 Hz to 10 kHz, applying an electromagnetic field to the molten metal during solidification of the molten metal in the mold body; and further comprising cooling the molten metal, wherein the cooling includes flowing a fluid through the at least one induction coils (150, 160), and wherein the cooling fluid further comprises deionized water.
A method for converting a biomass feedstock into a product hydrocarbon, comprising: a. subjecting feedstock to fast pyrolysis in the absence of oxygen in order to generate fractions of pyrolysis gas and char; b. converting at least a portion of the pyrolysis gas to product hydrocarbon and carbon dioxide over a catalyst in the presence of hydrogen and steam; c. generating at least a portion of the hydrogen by reaction between steam and a portion of the pyrolysis gas; d. separating carbon dioxide; and e. separating recycle hydrogen from the hydrocarbon product. a. subjecting feedstock to fast pyrolysis in the absence of oxygen in order to generate fractions of pyrolysis gas and char; b. converting at least a portion of the pyrolysis gas to product hydrocarbon and carbon dioxide over a catalyst in the presence of hydrogen and steam; c. generating at least a portion of the hydrogen by reaction between steam and a portion of the pyrolysis gas; d. separating carbon dioxide; and e. separating recycle hydrogen from the hydrocarbon product.
A synergistic herbicidal composition comprising flazasulfuron or its salt and at least one urea compound selected from the group consisting of tebuthiuron and metobromuron or its salt, wherein the mixing ratio of to is from 1:3 to 1:200 by the weight ratio.
Sorbent, comprising a porous support material coated with a crosslinked amino group-containing polymer, wherein the concentration of the amino groups of the sorbent determined by titration is at least 600 μmol/mL, based on the total volume of the sorbent, and wherein the amino group-containing polymer is selected from polyvinylamine, polyallylamine and polylysine, wherein the concentration of the amino groups of the sorbent is determined by means of breakthrough measurement with 4-toluenesulphonic acid, as described in the "Analytical methods" section of the description.
A fatigue management system for determining the individual life of an aircraft, particularly the individual life of components of a helicopter, by means of an on board virtual load sensor comprising - at least one data storage with load data detected and measured by real sensors during at least one precedent load classification flight at predetermined locations of the aircraft and associated to respective causative operational conditions due to pilot input parameters collected during said classification flight surveys, - control means for at least one input for a pilot's parameters to operate said aircraft during flights, and - correlation means for said pilot's parameters and related flight parameters to associate, without real load sensors, said pilot's parameters and related flight parameters via the respective causative operational conditions collected during said classification flights to the corresponding load data from the at least one precedent load classification flight. - at least one data storage with load data detected and measured by real sensors during at least one precedent load classification flight at predetermined locations of the aircraft and associated to respective causative operational conditions due to pilot input parameters collected during said classification flight surveys, - control means for at least one input for a pilot's parameters to operate said aircraft during flights, and - correlation means for said pilot's parameters and related flight parameters to associate, without real load sensors, said pilot's parameters and related flight parameters via the respective causative operational conditions collected during said classification flights to the corresponding load data from the at least one precedent load classification flight.
A device for cleaning drinking glasses which is suitable to be immersed partially or fully in a cleaning solution in a rinsing-tub, with a plurality of vertical cylindrical brushes, over which a drinking glass can be placed to be scrubbed on the inside and outside, said device comprising: a basic housing with an essentially complementary upper section and lower section, which enclose a hollow space, in which a plurality of engaging, horizontally installed rotatable gearwheels are positioned, whereupon each time an axially extending socket is installed for a cylindrical brush, as well as a tube-shaped housing (4, 5) which is positioned essentially vertically at the end of the basic housing, wherein the tube-shaped housing (4, 5) houses an electric motor and a drive shaft, wherein the drive shaft is connected at one end to the electric motor and extends at the other end into the basic housing, wherein at this other end a driving pinion is positioned which is connected, optionally through an idler gear, with one of the rotatable gearwheels, and wherein the cylindrical brushes are detachably connected with the corresponding sockets, wherein the electric motor which drives the brushes is activated and deactivated by means of a sensor and wherein the sensor is fitted on the upper side of or on the tube-shaped housing so that the sensor is able to detect the movement of the operator at the rinsing-tub, when the operator nears the brushes of the device with glasses. a basic housing with an essentially complementary upper section and lower section, which enclose a hollow space, in which a plurality of engaging, horizontally installed rotatable gearwheels are positioned, whereupon each time an axially extending socket is installed for a cylindrical brush, as well as a tube-shaped housing (4, 5) which is positioned essentially vertically at the end of the basic housing, wherein the tube-shaped housing (4, 5) houses an electric motor and a drive shaft, wherein the drive shaft is connected at one end to the electric motor and extends at the other end into the basic housing, wherein at this other end a driving pinion is positioned which is connected, optionally through an idler gear, with one of the rotatable gearwheels, and wherein the cylindrical brushes are detachably connected with the corresponding sockets, wherein the electric motor which drives the brushes is activated and deactivated by means of a sensor and wherein the sensor is fitted on the upper side of or on the tube-shaped housing so that the sensor is able to detect the movement of the operator at the rinsing-tub, when the operator nears the brushes of the device with glasses.