mhurhangee/ep-ind-claims huggingface dataset:
A lighting module (20a, 20b, 20c) for a modular lighting system, the lighting module comprising: - a board having a central portion and a peripheral edge adapted to be coupled to the peripheral edge of the board of another lighting module; characterized in that, - said lighting module further comprising a plurality of light sources arranged at the board such that the pitch in proximity to the peripheral edge is larger than the pitch in proximity to the central portion. - a board having a central portion and a peripheral edge adapted to be coupled to the peripheral edge of the board of another lighting module; characterized in that, - said lighting module further comprising a plurality of light sources arranged at the board such that the pitch in proximity to the peripheral edge is larger than the pitch in proximity to the central portion.
A battery module, comprising a plurality of batteries and a framework assembly, wherein the framework assembly comprises a first partition, two second partitions, and a securing clip; the first partition extends in a second direction; each second partition extends in a first direction, and the two second partitions are located respectively on two sides of the first partition in the first direction and form a cross-shaped structure together with the first partition; the securing clip fits with the two second partitions and secures the two second partitions to the first partition; and the plurality of batteries are disposed on two sides of each second partition of the framework assembly in the second direction; and wherein each second partition has a second body portion and a connection portion, the connection portion is located between the first partition and the second body portion in the first direction, and a first cavity is formed in the connection portion; the securing clip has a third body portion and two extension portions, each extension portion is connected to the third body portion and extends in a third direction, and the two extension portions are spaced apart in the first direction and form a groove together with the third body portion; and the third body portion is located above the connection portions of the two second partitions, the two extension portions are accommodated in respective first cavities of the connection portions of the two second partitions, and the first partition passes through the groove in the second direction. the first partition extends in a second direction; each second partition extends in a first direction, and the two second partitions are located respectively on two sides of the first partition in the first direction and form a cross-shaped structure together with the first partition; the securing clip fits with the two second partitions and secures the two second partitions to the first partition; and the plurality of batteries are disposed on two sides of each second partition of the framework assembly in the second direction; and wherein each second partition has a second body portion and a connection portion, the connection portion is located between the first partition and the second body portion in the first direction, and a first cavity is formed in the connection portion; the securing clip has a third body portion and two extension portions, each extension portion is connected to the third body portion and extends in a third direction, and the two extension portions are spaced apart in the first direction and form a groove together with the third body portion; and the third body portion is located above the connection portions of the two second partitions, the two extension portions are accommodated in respective first cavities of the connection portions of the two second partitions, and the first partition passes through the groove in the second direction.
A method of balancing an output signal of a variable frequency metal detector, said variable frequency metal detector comprising a driver circuit for establishing an alternating magnetic field in a coil system so as to generate an output signal at a given frequency, said driver circuit comprises a plurality of switches (50, 52, 54, 56) being arranged to cause the coil system to be driven at a frequency determined by the operation of the plurality switches (50, 52, 54, 56), characterised by the steps of; a. generating an adjustable balance signal (88, 90); b. combining the adjustable balance signal (88, 90) with the output signal of the detector to produce a combined output signal; c. varying the adjustable balance signal (88, 90) so as to compensate the combined output signal; whereby the output signal and the adjustable balance signal (88, 90) are individually filtered to remove one or more harmonics prior to being combined to form the combined output signal that is compensated. a. generating an adjustable balance signal (88, 90); b. combining the adjustable balance signal (88, 90) with the output signal of the detector to produce a combined output signal; c. varying the adjustable balance signal (88, 90) so as to compensate the combined output signal;
Device for producing a screw connection, having receiving means for receiving a screw-connection element of the screw connection to be produced and having drive means for transmitting an external force, wherein a coupling body is provided, which couples a drive body and a receiving body for conjoint rotation until a predetermined torque has been reached and renders the receiving body driveless when the predetermined torque is reached, and wherein an angle setting element is provided which, once the predetermined torque has been reached, with the drive body rendered without a driving function, serves, during an angular tightening operation, as drive means for entraining the receiving body in rotation and has a contour with which a mating contour that is fixed with regard to an axis of rotation of the device during the angular tightening is associated, wherein the contour and the mating contour cooperate such that, upon rotational actuation of the angle setting element about the axis of rotation, two end-stop positions arise, which define the start and end of the angular tightening.
A method of controlling a responsive load coupled in operation to an electric power supply network having a nominal operating frequency, the responsive load being adapted to deliver a responsive load service by varying its power consumption with respect to a function of the frequency of the electric power supply network, the method comprises: (a) assigning the responsive load a trigger, the trigger corresponding to a frequency of the electric power supply network at which power consumption of the responsive load is to be altered; and thereafter (b) where the responsive load remains available to deliver a responsive load service and the frequency of the electric power supply network is between its nominal operating frequency and the frequency corresponding to the trigger of the responsive load, adjusting the trigger of the responsive load so that the adjusted trigger corresponds to a frequency closer to the nominal operating frequency, the method being characterised in that in step (b) the trigger of the responsive load is adjusted: i) by a predetermined amount; or, ii) by an amount determined with respect to a difference between the frequency of the electric power supply network at two separate occasions since the trigger was last assigned. (a) assigning the responsive load a trigger, the trigger corresponding to a frequency of the electric power supply network at which power consumption of the responsive load is to be altered; and thereafter (b) where the responsive load remains available to deliver a responsive load service and the frequency of the electric power supply network is between its nominal operating frequency and the frequency corresponding to the trigger of the responsive load, adjusting the trigger of the responsive load so that the adjusted trigger corresponds to a frequency closer to the nominal operating frequency,
An electronic apparatus comprising: a microphone; a memory in which a text to speech, TTS, model and a plurality of evaluation texts are stored; and a processor configured to: obtain a reference vector of a user speech spoken by a user when the user speech is received through the microphone, the apparatus characterised in that the processor is further configured to generate a plurality of candidate reference vectors based on the reference vector, obtain a plurality of synthesized sounds by inputting the plurality of candidate reference vectors and the plurality of evaluation texts to the TTS model, identify at least one synthesized sound of the plurality of synthesized sounds based on a similarity between the plurality of synthesized sounds and the user speech and characteristics of the plurality of synthesized sounds, and store a reference vector of the at least one synthesized sound in the memory as a reference vector corresponding to the user for the TTS model. a microphone; a memory in which a text to speech, TTS, model and a plurality of evaluation texts are stored; and a processor configured to: obtain a reference vector of a user speech spoken by a user when the user speech is received through the microphone, the apparatus characterised in that the processor is further configured to generate a plurality of candidate reference vectors based on the reference vector, obtain a plurality of synthesized sounds by inputting the plurality of candidate reference vectors and the plurality of evaluation texts to the TTS model, identify at least one synthesized sound of the plurality of synthesized sounds based on a similarity between the plurality of synthesized sounds and the user speech and characteristics of the plurality of synthesized sounds, and store a reference vector of the at least one synthesized sound in the memory as a reference vector corresponding to the user for the TTS model. obtain a reference vector of a user speech spoken by a user when the user speech is received through the microphone, the apparatus characterised in that the processor is further configured to generate a plurality of candidate reference vectors based on the reference vector, obtain a plurality of synthesized sounds by inputting the plurality of candidate reference vectors and the plurality of evaluation texts to the TTS model, identify at least one synthesized sound of the plurality of synthesized sounds based on a similarity between the plurality of synthesized sounds and the user speech and characteristics of the plurality of synthesized sounds, and store a reference vector of the at least one synthesized sound in the memory as a reference vector corresponding to the user for the TTS model.
Device for inserting an insert, made in particular of ceramic material, by impaction into a cup designed to be received in the cotyl of a hip, comprising: - means (17, 20, 21, 22) for gripping the insert, in particular at an upper free edge of the insert; - a rod (5, 6) for imparting shock designed to be held by the surgeon and for the application of an impaciton shock to the insert when it is held by gripping means opposite the cup to be introduced therein; and - an impaction head with a surface designed to come into contact with at least one portion of the insert, in particular the inner surface of a hollow of the insert, characterised in that - the impaction head and the application rod (5, 6) are connected to one another so as to be joined in rotation, in particular the head emerges from the rod; and - the head and rod assembly is mounted pivotably in relation to the insert gripping means. - means (17, 20, 21, 22) for gripping the insert, in particular at an upper free edge of the insert; - a rod (5, 6) for imparting shock designed to be held by the surgeon and for the application of an impaciton shock to the insert when it is held by gripping means opposite the cup to be introduced therein; and - an impaction head with a surface designed to come into contact with at least one portion of the insert, in particular the inner surface of a hollow of the insert, - the impaction head and the application rod (5, 6) are connected to one another so as to be joined in rotation, in particular the head emerges from the rod; and - the head and rod assembly is mounted pivotably in relation to the insert gripping means.
Use for the production of polymer coatings of a composition comprising at least one compound represented by the formula characterised in that the groups R, identical or different, are chosen among the groups Hand CH 3 and: • x is an integer ranging from 0 to 100; • y is an integer ranging from 0 to 100; • x+y is an integer greater than or equal to 1; • m is an integer equal to 5. a polymerisation primer and at least one additional monomer suitable for reacting with said compound and different from said compound. • x is an integer ranging from 0 to 100; • y is an integer ranging from 0 to 100; • x+y is an integer greater than or equal to 1; • m is an integer equal to 5.
A method for simultaneously determining the viral load and genotype of a respiratory syncytial virus in a biological sample, comprising: a) amplifying a nucleic acid sequence encoding an RSV open reading frame in a biological sample using a set of primers that specifically amplifies an RSV A ORF and an RSV B ORF and at least two nucleic acid probes in a quantitative polymerase chain reaction assay, wherein at least one probe specifically binds to an RSV subtype A nucleic acid sequence and at least one probe specifically binds to an RSV subtype B nucleic acid sequence, wherein the at least two nucleic acid probes are differentially labeled, wherein amplifying comprises reverse transcription and quantitative real-time PCR amplification, wherein the set of primers comprises a nucleic acid sequence comprising SEQ ID NO: 1, or a nucleic acid sequence having 90% or 95% identity with SEQ ID NO: 1, and a nucleic acid sequence comprising SEQ ID NO:2, or a nucleic acid sequence having 90% or 95% identity with SEQ ID NO:2, and wherein the probe that specifically binds to an RSV subtype A nucleic acid sequence comprises SEQ ID NO:3, or a nucleic acid sequence having 90% or 95% identity with SEQ ID NO:3, and the probe that specifically binds to an RSV subtype B nucleic acid sequence comprises SEQ ID NO:4, or a nucleic acid sequence having 90% or 95% identity with SEQ ID NO:4; and b) determining the viral load and the RSV subtype(s) present in the biological sample. a) amplifying a nucleic acid sequence encoding an RSV open reading frame in a biological sample using a set of primers that specifically amplifies an RSV A ORF and an RSV B ORF and at least two nucleic acid probes in a quantitative polymerase chain reaction assay, wherein at least one probe specifically binds to an RSV subtype A nucleic acid sequence and at least one probe specifically binds to an RSV subtype B nucleic acid sequence, wherein the at least two nucleic acid probes are differentially labeled, wherein amplifying comprises reverse transcription and quantitative real-time PCR amplification, wherein the set of primers comprises a nucleic acid sequence comprising SEQ ID NO: 1, or a nucleic acid sequence having 90% or 95% identity with SEQ ID NO: 1, and a nucleic acid sequence comprising SEQ ID NO:2, or a nucleic acid sequence having 90% or 95% identity with SEQ ID NO:2, and wherein the probe that specifically binds to an RSV subtype A nucleic acid sequence comprises SEQ ID NO:3, or a nucleic acid sequence having 90% or 95% identity with SEQ ID NO:3, and the probe that specifically binds to an RSV subtype B nucleic acid sequence comprises SEQ ID NO:4, or a nucleic acid sequence having 90% or 95% identity with SEQ ID NO:4; and b) determining the viral load and the RSV subtype(s) present in the biological sample.
A cat litter composition comprising briquettes in the form of pressed cylinders having lengths of 0.3 cm to 1.5 cm with the same diameter of 0.4 cm; wherein said briquettes consist of 100% sunflower hull mass.
A method performed by a user equipment of setting a connection configuration for the user equipment in a wireless communication system supporting dual connectivity, the method comprising: detecting occurrence of a handover event; selecting a macro base station, macro eNB, (210, 230), with the highest signal strength among neighboring macro eNBs and a small base station, small eNB, (220, 240), with the highest signal strength among neighboring small eNBs; checking whether the UE is allowed to connect with the macro eNB and the small eNB belonging to different cell pairs; and determining the connection configuration for the UE on the basis of the selected eNBs and checking result. detecting occurrence of a handover event; selecting a macro base station, macro eNB, (210, 230), with the highest signal strength among neighboring macro eNBs and a small base station, small eNB, (220, 240), with the highest signal strength among neighboring small eNBs; checking whether the UE is allowed to connect with the macro eNB and the small eNB belonging to different cell pairs; and determining the connection configuration for the UE on the basis of the selected eNBs and checking result.
A detection/stimulation micro-lead intended to be implanted in a target vessel of a venous, arterial or lymphatic system for the stimulation of a tissue in the region of the target vessel, wherein: - the micro-lead includes a distal active part consisted by a micro-cable of diameter at most equal to 0.66 mm (2 French), comprising an electrically conductive core coated with an insulation layer; - the micro-cable comprises at least one stimulation zone (ZS1, ZS2) where the insulation layer has a plurality of naked zones (14, 16) forming respective stimulation electrodes; - the micro-cable has, in the stimulation zone, a three-dimensional preform configured so that the micro-cable conforms the wall of the target vessel in the stimulation zone; and - the three-dimensional preform is inscribed in a cylindrical envelope volume whose diameter is chosen so that, in the free state of the micro-cable, greater than the diameter of the target vessel, characterized in that: - the micro-cable includes, in the region of the three-dimensional preform, at least three of said naked zones, these at least three naked zones being arranged at respective places of the micro-cable located on said cylindrical envelope volume, these places being further regularly distributed over the circumference of the cylindrical envelope volume considered in axial projection; and - the surface devoid of insulating coating of each naked zone (14, 16) is lower than 0.3 mm 2. - the micro-lead includes a distal active part consisted by a micro-cable of diameter at most equal to 0.66 mm (2 French), comprising an electrically conductive core coated with an insulation layer; - the micro-cable comprises at least one stimulation zone (ZS1, ZS2) where the insulation layer has a plurality of naked zones (14, 16) forming respective stimulation electrodes; - the micro-cable has, in the stimulation zone, a three-dimensional preform configured so that the micro-cable conforms the wall of the target vessel in the stimulation zone; and - the three-dimensional preform is inscribed in a cylindrical envelope volume whose diameter is chosen so that, in the free state of the micro-cable, greater than the diameter of the target vessel, characterized in that: - the micro-cable includes, in the region of the three-dimensional preform, at least three of said naked zones, these at least three naked zones being arranged at respective places of the micro-cable located on said cylindrical envelope volume, these places being further regularly distributed over the circumference of the cylindrical envelope volume considered in axial projection; and - the surface devoid of insulating coating of each naked zone (14, 16) is lower than 0.3 mm 2.
A system comprising a DC collector grid and a plurality of wind turbines, wherein each of the wind turbines having a power generator (401; 501), a DC output terminal, and a connection system connecting the wind turbine to the DC collector grid, the connection system comprising: a controllable voltage source unit functionally connected in series with the power generator (401; 501) to receive AC electrical power from the power generator (401; 501), and to generate an AC electrical power output accordingly, wherein said voltage source unit comprises a transformer with a primary set of windings, that receive the AC electrical power from said power generator (401; 501), and a secondary set of windings connected to an inverter, said inverter having an AC side and a DC side connected to a DC link capacitor; wherein said power generator (401; 501) is a synchronous generator; and a rectifier (405; 515, 516) arranged to receive AC electrical power output from said voltage source unit and to rectify the AC electrical power output to a DC electrical power to be provided to the DC collector grid; wherein the connection system comprises a main transformer (404; 514; 530) arranged to step up an AC voltage level between said voltage source unit and said rectifier (405; 515, 516). a controllable voltage source unit functionally connected in series with the power generator (401; 501) to receive AC electrical power from the power generator (401; 501), and to generate an AC electrical power output accordingly, wherein said voltage source unit comprises a transformer with a primary set of windings, that receive the AC electrical power from said power generator (401; 501), and a secondary set of windings connected to an inverter, said inverter having an AC side and a DC side connected to a DC link capacitor; wherein said power generator (401; 501) is a synchronous generator; and a rectifier (405; 515, 516) arranged to receive AC electrical power output from said voltage source unit and to rectify the AC electrical power output to a DC electrical power to be provided to the DC collector grid; wherein the connection system comprises a main transformer (404; 514; 530) arranged to step up an AC voltage level between said voltage source unit and said rectifier (405; 515, 516).
A piezoelectric device comprising a membrane comprising fibres and at least one oxide with piezoelectric properties in the form of spherical nanoparticles, nanowires, nanotubes, nanobelts or nanorods, having an average size comprised between 1 nm and 100 nm; characterized in that: the fibres are of a polyhydroxyalkanoate, PHA, having average diameter comprised between 100 nm and 2000 nm, the at least one oxide has at least one binding agent on its surface; and the at least one binding agent is a hydrophilic binder or a lipophilic binder. the fibres are of a polyhydroxyalkanoate, PHA, having average diameter comprised between 100 nm and 2000 nm, the at least one oxide has at least one binding agent on its surface; and the at least one binding agent is a hydrophilic binder or a lipophilic binder.