mhurhangee/ep-ind-claims huggingface dataset:
A lighting system, comprising: - a lighting bar; and - at least one lighting device couplable to the lighting bar, in any position along said lighting bar, wherein: - the lighting bar comprises: - a bar body which extends longitudinally along a bar axis, is suitable to be fixed to a support, for example a ceiling or a wall, and forms a central seat defining a longitudinal central opening in the bar body; - a linear lighting source housed in said central seat and comprising a linear electronic lighting board on which a lighting circuit is obtained suitable to generate a substantially continuous light beam directed towards said longitudinal central opening when it is electrically powered by a first power supply line extending along the linear electronic board, the linear electronic board being embedded into an insulating body made of a translucent polymer material and inserted with shape and/or force coupling into the central seat, so as to give the lighting bar a degree of protection for an outdoor use, a second electrical power supply line, which is independent from the first one, being obtained along the linear electronic board; - each lighting device is provided with mechanical connection means, suitable to interact with the bar body for mechanically supporting the lighting device by means of the lighting bar, and electrical connection needles, suitable to create an electrical contact with the second electrical power supply line by passing through the insulating body, so as to electrically power the lighting device. - a lighting bar; and - at least one lighting device couplable to the lighting bar, in any position along said lighting bar, wherein: - the lighting bar comprises: - a bar body which extends longitudinally along a bar axis, is suitable to be fixed to a support, for example a ceiling or a wall, and forms a central seat defining a longitudinal central opening in the bar body; - a linear lighting source housed in said central seat and comprising a linear electronic lighting board on which a lighting circuit is obtained suitable to generate a substantially continuous light beam directed towards said longitudinal central opening when it is electrically powered by a first power supply line extending along the linear electronic board, the linear electronic board being embedded into an insulating body made of a translucent polymer material and inserted with shape and/or force coupling into the central seat, so as to give the lighting bar a degree of protection for an outdoor use, a second electrical power supply line, which is independent from the first one, being obtained along the linear electronic board; - each lighting device is provided with mechanical connection means, suitable to interact with the bar body for mechanically supporting the lighting device by means of the lighting bar, and electrical connection needles, suitable to create an electrical contact with the second electrical power supply line by passing through the insulating body, so as to electrically power the lighting device.
A method for manufacturing loops of magnetic circuits for a multi-phase transformer from a magnetic strip, the method being characterized by at least the steps of: a) providing a magnetic strip of constant width in the form of a cylindrical roll extending along a longitudinal axis; b) cutting the roll into sections to extract therefrom first and second half-rolls (14; 16) of longitudinal axis (X14; X16) wherein each half-rolls comprises a respective boundary surface (14a; 16a) which is formed once it is separated from the other half-roll (14; 16), wherein the roll is cut slantwise relative to the longitudinal axis, such that the orientation of the boundary surfaces (14a; 16a) is opposite: the first half-roll comprises a boundary surface outwardly oriented relative to its longitudinal axis, while the second half-roll comprises a boundary surface inwardly oriented relative to its longitudinal axis; c) aligning the first and second half-rolls (14, 16) into conformity to form two loops, including at least one sub-step of reversely unwinding and rewinding the second half-roll on a mandrel (15, 18). a) providing a magnetic strip of constant width in the form of a cylindrical roll extending along a longitudinal axis; b) cutting the roll into sections to extract therefrom first and second half-rolls (14; 16) of longitudinal axis (X14; X16) wherein each half-rolls comprises a respective boundary surface (14a; 16a) which is formed once it is separated from the other half-roll (14; 16), wherein the roll is cut slantwise relative to the longitudinal axis, such that the orientation of the boundary surfaces (14a; 16a) is opposite: the first half-roll comprises a boundary surface outwardly oriented relative to its longitudinal axis, while the second half-roll comprises a boundary surface inwardly oriented relative to its longitudinal axis; c) aligning the first and second half-rolls (14, 16) into conformity to form two loops, including at least one sub-step of reversely unwinding and rewinding the second half-roll on a mandrel (15, 18).
A composition suitable for topical skin application comprising isolated queen bee venom, wherein the composition further comprises a diluent or carrier.
Linear actuator for generating a linear actuating force, comprising: - a first motorized drive unit with a first drive shaft which is configured as a hollow shaft, - a first rotational/translational gear mechanism which is driven by the first motorized drive unit, with a first threaded spindle and a first threaded nut which is in engagement with the threaded spindle, - a second motorized drive unit which is arranged axially with respect to the first motorized drive unit, with a drive shaft, and - a second rotational/translational gear mechanism which is driven by the second motorized drive unit, with a second threaded spindle and a threaded nut which is in engagement with the second threaded spindle, the drive shaft of the second motorized drive unit being guided through the drive shaft which is configured as a hollow shaft, and being connected fixedly to the second threaded spindle so as to rotate with it, characterized in that - the drive shaft of the first motorized drive unit is configured as a first threaded spindle. - a first motorized drive unit with a first drive shaft which is configured as a hollow shaft, - a first rotational/translational gear mechanism which is driven by the first motorized drive unit, with a first threaded spindle and a first threaded nut which is in engagement with the threaded spindle, - a second motorized drive unit which is arranged axially with respect to the first motorized drive unit, with a drive shaft, and - a second rotational/translational gear mechanism which is driven by the second motorized drive unit, with a second threaded spindle and a threaded nut which is in engagement with the second threaded spindle, the drive shaft of the second motorized drive unit being guided through the drive shaft which is configured as a hollow shaft, and being connected fixedly to the second threaded spindle so as to rotate with it, characterized in that - the drive shaft of the first motorized drive unit is configured as a first threaded spindle.
A machine readable storage medium containing executable machine readable instructions configured to cause processor of a source device (202, 600) to: access a set of training fingerprints, wherein each of the training fingerprints specifies an access point of a plurality of access points to which a wireless mobile device made a successful connection and a cellular tower identifier and cellular signal strength of a cellular tower near the wireless mobile device when the successful connection was made; generate an interim model from the accessed set of training fingerprints, the interim model containing a subset of the information in the set of training fingerprints and configured for use by a destination wireless device (204, 800) to generate a prediction model to predict an availability of an access point, wherein the interim model has the same probability mass function distribution characteristics as a source prediction model generated from the set of training finger prints; the source prediction model allowing predicting an availability of an access point in response to a cellular finger print; and transfer the generated interim model to the destination wireless device. access a set of training fingerprints, wherein each of the training fingerprints specifies an access point of a plurality of access points to which a wireless mobile device made a successful connection and a cellular tower identifier and cellular signal strength of a cellular tower near the wireless mobile device when the successful connection was made; generate an interim model from the accessed set of training fingerprints, the interim model containing a subset of the information in the set of training fingerprints and configured for use by a destination wireless device (204, 800) to generate a prediction model to predict an availability of an access point, wherein the interim model has the same probability mass function distribution characteristics as a source prediction model generated from the set of training finger prints; the source prediction model allowing predicting an availability of an access point in response to a cellular finger print; and transfer the generated interim model to the destination wireless device.
A nozzle for dispensing an atomized fluid, said nozzle comprising a first main hollow body defining a first inner chamber, said first main hollow body comprising fixing means adapted to allow said first main hollow body to be fixed to a main pipe or fitting, wherein with said first main hollow body fixed to said main pipe or fitting, said first inner chamber is in fluid communication with said main pipe or fitting, for introducing at least one liquid and at least one gas into said first inner chamber, wherein said nozzle comprises a diffuser insert; wherein said nozzle comprises a second minor hollow body defining a second inner chamber and adapted to be removably fixed to said first main hollow body; wherein said second minor hollow body defines a dispensing orifice by means of which said second inner chamber is put into communication with the outside of said second minor hollow body; and wherein, with said second minor hollow body fixed to said first main hollow body, said second inner chamber is in communication with said first inner chamber, thus defining a swirling chamber positioned between said diffuser insert and said dispensing orifice, wherein said diffuser insert is accommodated in said first inner chamber; characterized in that said second inner chamber comprises a fifth portion radially delimited by an eighth substantially cylindrical surface, in that with said second minor hollow body fixed to said first main hollow body, said fifth portion is positioned downstream of said diffuser insert with respect to said dispensing orifice, in that said second inner chamber comprises a sixth portion radially delimited by a ninth substantially truncated-cone surface, which extends from said eighth cylindrical surface towards said dispensing nozzle with a decreasing diameter towards said dispensing nozzle, in that said second inner chamber comprises a seventh portion radially delimited by a tenth substantially cylindrical surface which extends from said sixth truncated-cone portion towards said dispensing orifice, and in that said dispensing orifice is radially delimited by an eleventh inner substantially truncated-cone surface which extends from said tenth substantially cylindrical surface towards the outside of said second minor hollow body with an increasing diameter towards the outside of said second minor hollow body.
A resin composition comprising: (a) a tetraglycidyl amine; (b) a first bisphenol epoxy; (c) a dicyandiamide; and (d) a toluene bis (dimethylurea); wherein the tetraglycidyl amine has a EEW of 110 g/eq to 140 g/eq and is an amount of 30 to 60 PHR per 100 PHR of total epoxy resin in the resin composition; wherein an EEW of the first bisphenol epoxy is from 500 to 1500 g/eq and an amount of the first bisphenol epoxy is from 10 to 25 PHR per 100 PHR of the total epoxy resin; wherein an amount of the dicyandiamide is in a range of 3 to 7 PHR per 100 PHR of the total epoxy resin; wherein the resin composition has a Tg of at least 160°C when cured at 143°C for 3 min and also maintains a Tg of greater than 160°C when cured at 177°C for 1 min or longer. (a) a tetraglycidyl amine; (b) a first bisphenol epoxy; (c) a dicyandiamide; and (d) a toluene bis (dimethylurea);
A method for an antenna system, said antenna system comprising an antenna and a duplex filter to which the antenna is connected, a first radio base station and at least a second radio base station which both are connected to a filter combiner in the antenna system, said method comprising the steps of: - providing a signal received in the antenna to a receiver filter comprised in the duplex filter, wherein said received signal is composed of a first signal of a first access network and of a second signal of a second access network; - providing via a signal path from the duplex filter said received signal to a switch which is also comprised in the antenna system; the method being characterized in that it also comprises the steps of: - selecting at least one signal path from the switch and directing, by the switch, the received signal, along said at least one selected signal path (12, 13, 14, 15), said signal paths comprising a signal path to the duplex filter, a signal path to the filter combiner, a signal path to the second radio base station and a signal path to an external RF component; and - operating said first radio base station and/or said second radio base station based on the selected signal path/paths (12, 13, 14, 15). - providing a signal received in the antenna to a receiver filter comprised in the duplex filter, wherein said received signal is composed of a first signal of a first access network and of a second signal of a second access network; - providing via a signal path from the duplex filter said received signal to a switch which is also comprised in the antenna system; - selecting at least one signal path from the switch and directing, by the switch, the received signal, along said at least one selected signal path (12, 13, 14, 15), said signal paths comprising a signal path to the duplex filter, a signal path to the filter combiner, a signal path to the second radio base station and a signal path to an external RF component; and - operating said first radio base station and/or said second radio base station based on the selected signal path/paths (12, 13, 14, 15).
A vibration signal generation program to be executed by a computer included in an apparatus for generating a vibration signal for vibrating a vibration apparatus, the vibration signal generation program causing the computer to function as: data acquisition means (31, S82) for acquiring first data obtained by encoding amplitude modulation information indicating a change in an amplitude and second data obtained by encoding frequency modulation information indicating a change in a frequency; decoding means (31, S83) for decoding the acquired first and second data; and vibration signal generation means (31, S86) for generating a vibration signal using the decoded amplitude modulation information and an amplitude of the previously generated vibration signal and using the decoded frequency modulation information and a frequency of the previously generated vibration signal. data acquisition means (31, S82) for acquiring first data obtained by encoding amplitude modulation information indicating a change in an amplitude and second data obtained by encoding frequency modulation information indicating a change in a frequency; decoding means (31, S83) for decoding the acquired first and second data; and vibration signal generation means (31, S86) for generating a vibration signal using the decoded amplitude modulation information and an amplitude of the previously generated vibration signal and using the decoded frequency modulation information and a frequency of the previously generated vibration signal.
A method of producing a maintainer plant comprising introducing by transformation into said plant an exogenous restoring gene construct comprising: (i) a first nucleotide sequence that, if introduced into a male-sterile plant with a homozygous recessive genotype for a trait that affects viability or fertility, wherein the trait is male sterility, would restore the homozygous recessive trait, said first nucleotide sequence being in a hemizygous condition; and (ii) a second nucleotide sequence, linked to the first nucleotide sequence, which inhibits the formation, function, or dispersal of male gametes of the maintainer plant by interference with the normal accumulation of starch in pollen, wherein the second nucleotide sequence is operably linked to a promoter preferentially directing expression in the male gametes; wherein the maintainer plant further comprises a third nucleotide sequence linked to the first nucleotide sequence and encoding a scorable visual marker product capable of being used for selection of progeny seed comprising the restoring gene construct; wherein the first nucleotide sequence restores male fertility sporophytically. (i) a first nucleotide sequence that, if introduced into a male-sterile plant with a homozygous recessive genotype for a trait that affects viability or fertility, wherein the trait is male sterility, would restore the homozygous recessive trait, said first nucleotide sequence being in a hemizygous condition; and (ii) a second nucleotide sequence, linked to the first nucleotide sequence, which inhibits the formation, function, or dispersal of male gametes of the maintainer plant by interference with the normal accumulation of starch in pollen, wherein the second nucleotide sequence is operably linked to a promoter preferentially directing expression in the male gametes;
A method of manufacturing a product by the steps of i) injecting a sufficiently heated thermoplastic material into a 1 st cavity to form a preliminary product comprising a collar having an opening, the opening having an opening cross-sectional area, a, and a connecting feature located on the inner surface thereof, then ii) optionally cooling the preliminary product of step i), then iii) blow moulding the preliminary product in a 2 nd cavity to form a void volume, the void volume having a void volume cross-sectional area, b, wherein steps i) to iii) are performed in a single moulding unit, then iv) removing the finished product produced in step iii) from the single moulding unit, wherein the product has ratio of the cross-sectional area of the void volume, b, to the cross-sectional area of the opening of the collar, a, which is greater than 1. i) injecting a sufficiently heated thermoplastic material into a 1 st cavity to form a preliminary product comprising a collar having an opening, the opening having an opening cross-sectional area, a, and a connecting feature located on the inner surface thereof, then ii) optionally cooling the preliminary product of step i), then iii) blow moulding the preliminary product in a 2 nd cavity to form a void volume, the void volume having a void volume cross-sectional area, b, iv) removing the finished product produced in step iii) from the single moulding unit,
A sensor for intercepting radioelectric signals, characterized in that it is suitable for analyzing radar emissions and communication emissions, and in that it includes: - a reception stage, common and capable of digitizing an incident radioelectric signal; - a primary analysis processing stage, common and capable of preprocessing the digitized signal so as to determine a plurality of primary characteristics of the incident radioelectric signal; and - a secondary analysis processing stage, including a processing chain for analyzing the preprocessed digitized signal dedicated to communication emissions, and a processing chain for analyzing the preprocessed digitized signal dedicated to radar emissions, the primary analysis processing stage including a discrimination module adapted for applying the preprocessed digitized signal at the input of the chain dedicated to communication emissions and/or at the input of the chain dedicated to radar emissions, based on primary characteristics determined for the incident radioelectric signal. - a reception stage, common and capable of digitizing an incident radioelectric signal; - a primary analysis processing stage, common and capable of preprocessing the digitized signal so as to determine a plurality of primary characteristics of the incident radioelectric signal; and - a secondary analysis processing stage, including a processing chain for analyzing the preprocessed digitized signal dedicated to communication emissions, and a processing chain for analyzing the preprocessed digitized signal dedicated to radar emissions,
A method performed at a user equipment of requesting uplink resource from a network node within a wireless communication network, for transmitting uplink data, comprising: transmitting a scheduling request; generating a status report said status report providing an indication of an amount of said uplink data and whether said uplink data is to be transmitted as a cellular communication to at least one other user equipment transmitted via at least one network node or whether said uplink data is to be transmitted as a direct communication directly to at least one other user equipment; in response to receiving from said network node a resource grant granting a resource to said user equipment for transmitting said status report, transmitting said status report within said granted resource; wherein when said uplink data is to be transmitted as said direct communication said status report comprises an indication of a priority of said direct communication. transmitting a scheduling request; generating a status report said status report providing an indication of an amount of said uplink data and whether said uplink data is to be transmitted as a cellular communication to at least one other user equipment transmitted via at least one network node or whether said uplink data is to be transmitted as a direct communication directly to at least one other user equipment; in response to receiving from said network node a resource grant granting a resource to said user equipment for transmitting said status report, transmitting said status report within said granted resource; wherein when said uplink data is to be transmitted as said direct communication said status report comprises an indication of a priority of said direct communication.