mhurhangee/patent-ind-claim-en huggingface dataset:
System for characterizing the consumption of a fluid by a set of apparatuses supplied by a local network provided with a metrological meter which delivers visual consumption information, comprising: a) a sensor suitable for being affixed to said meter, comprising: - a means for acquiring said visual information - a radiofrequency communication means with a local relay b) a local relay comprising: - receiving means and pre-processing means for data from said sensor , the pre-processing comprising time-stamping the data - a means for communicating with a remote server for the transmission of the time-stamped data c) a remote server configured to execute processing of the data transmitted by said local relay in order to calculate characterization information, and to transmit said information to a remote connected apparatus, wherein said processing consists of: - saving said time-stamped data in a memory, in a space specific to said local relay, said time-stamped information having a temporal update frequency greater than 200 milliseconds - performing pre-processing which consists of removing the time-stamped data by applying a compliance filter - applying machine learning processing to said data in order to calculate consumption profiles associated with an identifier of a type of apparatus. a) a sensor suitable for being affixed to said meter, comprising: - a means for acquiring said visual information - a radiofrequency communication means with a local relay - a means for acquiring said visual information - a radiofrequency communication means with a local relay b) a local relay comprising: - receiving means and pre-processing means for data from said sensor , the pre-processing comprising time-stamping the data - a means for communicating with a remote server for the transmission of the time-stamped data - receiving means and pre-processing means for data from said sensor , the pre-processing comprising time-stamping the data - a means for communicating with a remote server for the transmission of the time-stamped data c) a remote server configured to execute processing of the data transmitted by said local relay in order to calculate characterization information, and to transmit said information to a remote connected apparatus, wherein said processing consists of: - saving said time-stamped data in a memory, in a space specific to said local relay, said time-stamped information having a temporal update frequency greater than 200 milliseconds - performing pre-processing which consists of removing the time-stamped data by applying a compliance filter - applying machine learning processing to said data in order to calculate consumption profiles associated with an identifier of a type of apparatus. - saving said time-stamped data in a memory, in a space specific to said local relay, said time-stamped information having a temporal update frequency greater than 200 milliseconds - performing pre-processing which consists of removing the time-stamped data by applying a compliance filter - applying machine learning processing to said data in order to calculate consumption profiles associated with an identifier of a type of apparatus.
Biomedical device for the injection of contrast means for the execution of fistulography and urethrography, comprising: - a hollow body which defines at least a chamber having an opening turned to the outside and intended to be restingly positioned on the body of a patient and a suction mouth ; and - at least a cannula associated with said body , which crosses said chamber and which has at least an inlet gap and at least an outlet gap of a contrast means, said outlet gap being positionable inside the organ to be inspected; wherein the outlet gap protrudes from said opening so that it can be introduced inside said organ, the cannula being isolated from the chambre and its inlet gap and its outlet gap being placed in communication with the outside and do not therefore communicate with the chamber itself, and said cannula comprises locator means , defining a swelling, and placed along the cannula so as to define an insertion section of the cannula between the outlet gap and the locator means , the latter being able to externally rest on said body so as to prevent a further insertion of the outlet gap inside said organ, and wherein said locator means define at least a locator surface intended to contact the patient's body, characterized by the fact that said cannula is associated sliding with said body and said locator surface is arranged in proximity to said outlet gap . - a hollow body which defines at least a chamber having an opening turned to the outside and intended to be restingly positioned on the body of a patient and a suction mouth ; and - at least a cannula associated with said body , which crosses said chamber and which has at least an inlet gap and at least an outlet gap of a contrast means, said outlet gap being positionable inside the organ to be inspected;
An electronic device comprising: a metal housing ; a conductive member disposed adjacent to the metal housing ; a plurality of ground parts including a first ground part electrically connected with a first point of the conductive member , a second ground part and a third ground part ; a ground plate electrically connected with the metal housing and the plurality of ground parts , and electrically connected with the conductive member via the first ground part and one of the second ground part and the third ground part ; a feeding part electrically connected with the conductive member ; characterized in that the electronic device further comprises: a switch configured to connect a second point of the conductive member to the second ground part or to the third ground part ; wherein the second ground part includes a capacitive element and the third ground part includes an inductive element; and wherein an electrical length of the second ground part is different from an electrical length of the third ground part . a metal housing ; a conductive member disposed adjacent to the metal housing ; a plurality of ground parts including a first ground part electrically connected with a first point of the conductive member , a second ground part and a third ground part ; a ground plate electrically connected with the metal housing and the plurality of ground parts , and electrically connected with the conductive member via the first ground part and one of the second ground part and the third ground part ; a feeding part electrically connected with the conductive member ; a switch configured to connect a second point of the conductive member to the second ground part or to the third ground part ; wherein the second ground part includes a capacitive element and the third ground part includes an inductive element; and wherein an electrical length of the second ground part is different from an electrical length of the third ground part .
A method for detecting swapped antenna sectors in a cellular communications network, the method comprising: for each of one or more cells in the cellular communications network, estimating an azimuth for each of two or more antenna sectors in the cell using a plurality of geo-located signal measurements for each antenna sector and a machine-learning algorithm, comprising calculating, for input into the machine-learning algorithm, a median azimuthal signal strength for each of a plurality of measurement azimuths with respect to a known position of the antenna sector, each median azimuthal signal strength being calculated as the median of all measurement samples for the antenna sector having measurement positions at the respective measurement azimuth, with respect to the antenna sector; and for each of the one or more cells, comparing the estimated azimuths to azimuths associated with the corresponding antenna sectors in a stored representation of the cellular communications network, to detect swapped antenna sectors in the cell. for each of one or more cells in the cellular communications network, estimating an azimuth for each of two or more antenna sectors in the cell using a plurality of geo-located signal measurements for each antenna sector and a machine-learning algorithm, comprising calculating, for input into the machine-learning algorithm, a median azimuthal signal strength for each of a plurality of measurement azimuths with respect to a known position of the antenna sector, each median azimuthal signal strength being calculated as the median of all measurement samples for the antenna sector having measurement positions at the respective measurement azimuth, with respect to the antenna sector; and for each of the one or more cells, comparing the estimated azimuths to azimuths associated with the corresponding antenna sectors in a stored representation of the cellular communications network, to detect swapped antenna sectors in the cell.
A method of processing a sample comprising: disposing a sample droplet between a top plate and a bottom plate of a digital microfluidic device , pre-filling a sampling hole extending through the top plate with an aqueous solution to form an extraction droplet in the sampling hole, contacting the sample droplet and the extraction droplet with one another so as to form a merged droplet at least partially disposed in the sampling hole, removing at least a portion of the merged droplet from the digital microfluidic device via the sampling hole extending through the top plate. disposing a sample droplet between a top plate and a bottom plate of a digital microfluidic device , pre-filling a sampling hole extending through the top plate with an aqueous solution to form an extraction droplet in the sampling hole, contacting the sample droplet and the extraction droplet with one another so as to form a merged droplet at least partially disposed in the sampling hole, removing at least a portion of the merged droplet from the digital microfluidic device via the sampling hole extending through the top plate.
Protective cloth , in particular for use in painting works, vehicle workshops, building works, hobbies, agriculture, comprising: a sheet made of a flexible material having an extension that is substantially rectangular or square, said sheet being configurable at least in a first state in which it is folded and the protective cloth is not in use, and in a second state in which the protective cloth is deployed and ready for use, wherein it comprises: two tapes made of a flexible material which extend inside corresponding sleeves obtained from opposite flaps of said sheet and characterised in that it comprises fixing means for partially fixing each of said tapes inside the corresponding sleeve so that, when the sheet is placed on an object to be covered, the user can grasp the tapes by their ends and pull them so as to crumple the sheet.
A computing system to assist vehicle driving assistance (DA) service in a multi-access edge computing (MEC) service, the computing system comprising: a proxy entity communicatively coupled to, associated with, or a part of an MEC node of a cellular network (CN), the proxy entity arranged to register one or more wireless local access networks (LANs) to provide the vehicle DA service, wherein each wireless LAN of the one or more wireless LANs corresponds to a wireless LAN service provider; and a MEC DA application operated by the MEC node, the MEC DA application arranged to determine a connectivity-considered route to route a user equipment (UE) with selected one or more subscribed wireless LANs and the CN from a first geographic location to a second geographic location, wherein the determined connectivity-considered route is a route determined based at least in part on the accessibility of WLANs, and wherein the one or more subscribed wireless LANs are subscribed by the UE to corresponding one or more wireless LAN service providers. a proxy entity communicatively coupled to, associated with, or a part of an MEC node of a cellular network (CN), the proxy entity arranged to register one or more wireless local access networks (LANs) to provide the vehicle DA service, wherein each wireless LAN of the one or more wireless LANs corresponds to a wireless LAN service provider; and a MEC DA application operated by the MEC node, the MEC DA application arranged to determine a connectivity-considered route to route a user equipment (UE) with selected one or more subscribed wireless LANs and the CN from a first geographic location to a second geographic location, wherein the determined connectivity-considered route is a route determined based at least in part on the accessibility of WLANs, and wherein the one or more subscribed wireless LANs are subscribed by the UE to corresponding one or more wireless LAN service providers.
A method for controlling a Leptinotarsa species infestation of a plant comprising causing mortality or stunting in larvae of said Leptinotarsa species by providing in the diet of said larvae at least one double-stranded RNA polynucleotide comprising at least one silencing element comprising 21 contiguous nucleotides that are complementary to a target gene having a nucleotide sequence of SEQ ID NO:730 , or an RNA transcribed from said target gene.
Transformer, comprising at least one pair of juxtaposed bearing tubular elements , rigidly connected to one another at least at one end, being at the opposite end connected to appropriate support means, and being arranged on each of said bearing tubular elements a plurality of annular ferromagnetic elements sized to cooperate with said bearing tubular elements and adapted to form the core of said transformer, the secondary windings of said transformer being arranged coaxially with said bearing tubular elements, in which said bearing tubular elements are conductors which constitute the primary of the transformer, characterized in that the wall of the bearing tubular elements has a thickness of not less than 15% of the cross-section of the bearing tubular elements.
An engineered immune cell defective for Suv39hl, for use in adoptive cellular therapy of cancer, wherein the Suv39hl expression and/or activity has been selectively blocked or inhibited and wherein said engineered immune cell: - is a T cell, a NK cell, or a T cell progenitor, and - further comprises one or more genetically engineered antigen receptors that specifically bind a target antigen. - is a T cell, a NK cell, or a T cell progenitor, and - further comprises one or more genetically engineered antigen receptors that specifically bind a target antigen.
An aqueous steviol glycoside composition comprising: water; and a stevioside/rebaudioside D complex, wherein the stevioside and the rebaudioside D are present in the aqueous steviol glycoside composition at a ratio of from 1:1 to 12:1 by weight. water; and a stevioside/rebaudioside D complex, wherein the stevioside and the rebaudioside D are present in the aqueous steviol glycoside composition at a ratio of from 1:1 to 12:1 by weight.
Method for evaluating the alertness of a vehicle driver from at least one statistical distribution over a quantity (N, N 1 , N 2 ) of errors (PE(n)) in a parameter representative of the control of the vehicle by the driver, each belonging to a class (c) within a set of classes comprising an average class ((N c +1)/2), characterized in that it comprises steps of: - increasing a probability density (P(c), P1(c), P2(c)) associated with a class (c) to which belongs a parameter error (PE(n)) which occurs at a current time; - decreasing said probability density associated with the class (c) at a later time after having observed said quantity (N, N 1 , N 2 ) of parameter errors (PE(n)). - increasing a probability density (P(c), P1(c), P2(c)) associated with a class (c) to which belongs a parameter error (PE(n)) which occurs at a current time; - decreasing said probability density associated with the class (c) at a later time after having observed said quantity (N, N 1 , N 2 ) of parameter errors (PE(n)).
A capacitive transducer comprising: an element having an end portion and a middle portion and including a plurality of active cells supported such that a vibrating membrane including one of a pair of electrodes formed with a gap inbetween is capable of vibration, wherein a distance in a direction from the end portion of the element to the middle portion of the element between the active cells in the end portion is greater than a distance in the direction from the end portion to the middle portion between the active cells in the middle portion, the active cells are electrically connected in parallel, characterized in that dummy cells are arranged between the active cells, the dummy cells are not electrically connected with the active cells, and distances between adjacent cells of the active cells and the dummy cells are equal. an element having an end portion and a middle portion and including a plurality of active cells supported such that a vibrating membrane including one of a pair of electrodes formed with a gap inbetween is capable of vibration, wherein a distance in a direction from the end portion of the element to the middle portion of the element between the active cells in the end portion is greater than a distance in the direction from the end portion to the middle portion between the active cells in the middle portion, the active cells are electrically connected in parallel, characterized in that dummy cells are arranged between the active cells, the dummy cells are not electrically connected with the active cells, and distances between adjacent cells of the active cells and the dummy cells are equal.
A method for securing wires of at least one armour layer of a portion of flexible pipe body, in an end fitting , comprising the steps of: bending wires of at least one armour layer away from an axis of the flexible pipe body at a predetermined location; locating each wire of the armour layer in a respective groove formed in a contact surface of at least one of an inner collar member and an outer collar member of the end fitting ; and urging contact surfaces of said inner collar member and said outer collar member together to thereby lock wires of the armour layer in a fixed position at said predetermined location in said end fitting . bending wires of at least one armour layer away from an axis of the flexible pipe body at a predetermined location; locating each wire of the armour layer in a respective groove formed in a contact surface of at least one of an inner collar member and an outer collar member of the end fitting ; and urging contact surfaces of said inner collar member and said outer collar member together to thereby lock wires of the armour layer in a fixed position at said predetermined location in said end fitting .
A method for measuring the electrical resistivity of a green anode, comprising: determining a measured voltage drop across a green anode surface via an electrical resistivity device positioned to contact the green anode surface; correlating a measured electrical resistivity from the voltage drop; comparing the measured electrical resistivity to a target electrical resistivity; and adjusting, based on the comparing step, at least one of anode processing parameters. determining a measured voltage drop across a green anode surface via an electrical resistivity device positioned to contact the green anode surface; correlating a measured electrical resistivity from the voltage drop; comparing the measured electrical resistivity to a target electrical resistivity; and adjusting, based on the comparing step, at least one of anode processing parameters.
A method of obtaining multilayer graphene, comprising: - depositing a first graphene monolayer having a protective layer on top thereof, on a sample comprising a second graphene monolayer grown on a first metal foil ; the method being characterized in that it comprises: - attaching to said first metal foil a first frame , said first frame comprising a substrate and a thermal release adhesive polymer layer, the thickness of said first frame being between 0.01 and 1 mm; - etching said first metal foil , wherein thanks to the first frame , impurities from an etchant solution are prevented from being inserted between the graphene layers; - depositing the stack formed by said protective layer , said first graphene monolayer , said second graphene monolayer and said first frame on a sample comprising a third graphene monolayer grown on a second metal foil , such that three layers of graphene are stacked; - removing said first frame ; - attaching to said second metal foil another frame , said another frame comprising a substrate and a thermal release adhesive polymer layer; - etching said second metal foil ; - repeating the previous stages as many times as layers of graphene need to be stacked to form a stack of multilayer graphene. - depositing a first graphene monolayer having a protective layer on top thereof, on a sample comprising a second graphene monolayer grown on a first metal foil ; - attaching to said first metal foil a first frame , said first frame comprising a substrate and a thermal release adhesive polymer layer, the thickness of said first frame being between 0.01 and 1 mm; - etching said first metal foil , wherein thanks to the first frame , impurities from an etchant solution are prevented from being inserted between the graphene layers; - depositing the stack formed by said protective layer , said first graphene monolayer , said second graphene monolayer and said first frame on a sample comprising a third graphene monolayer grown on a second metal foil , such that three layers of graphene are stacked; - removing said first frame ; - attaching to said second metal foil another frame , said another frame comprising a substrate and a thermal release adhesive polymer layer; - etching said second metal foil ; - repeating the previous stages as many times as layers of graphene need to be stacked to form a stack of multilayer graphene.
A multifunctional quick hair curling and straightening device, comprising a handle , and an upper holding arm and a lower holding arm that are independent of each other, the handle being provided with an air inlet end and an air outlet end , the lower holding arm being fixedly disposed at the air outlet end, a tail end of the upper holding arm being hinged to a tail end of the lower holding arm by means of a rotary shaft , and the opposite sides of the upper holding arm and the lower holding arm being provided with a first heating plate and a second heating plate , respectively, wherein an air blowing mechanism is disposed in the handle, characterized in that an air blowing port of the air blowing mechanism directly faces the tail ends of the upper holding arm and the lower holding arm, outer surfaces of the upper holding arm and the lower holding arm are each provided with a plurality of air grooves in a circumferential direction, the plurality of the air grooves extend from the tail ends of the upper holding arm and the lower holding arm to front ends of the upper holding arm and the lower holding arm, and air blown from the air blowing mechanism sequentially flows through the air blowing port, the air outlet end and the plurality of air grooves. characterized in that an air blowing port of the air blowing mechanism directly faces the tail ends of the upper holding arm and the lower holding arm, outer surfaces of the upper holding arm and the lower holding arm are each provided with a plurality of air grooves in a circumferential direction, the plurality of the air grooves extend from the tail ends of the upper holding arm and the lower holding arm to front ends of the upper holding arm and the lower holding arm, and air blown from the air blowing mechanism sequentially flows through the air blowing port, the air outlet end and the plurality of air grooves.