mhurhangee/patent-ind-claim-en huggingface dataset:
Ahead structure of an applicator, comprising: a sleeve , wherein the sleeve is hollow, and the sleeve comprises a first connecting portion and a second connecting portion ; an applying head , wherein a through hole is provided inside the applying head, and the applying head comprises a head and an annular tail ; a clamp , wherein the clamp comprises a bottom and at least one pair of symmetrical and elastic jaws connected to the bottom , the annular tail is placed between the jaws , the jaws can fasten tightly the applying head , the clamp is provided inside the sleeve, the bottom of the clamp is fixedly connected to the first connecting portion of the sleeve, and the head of the applying head protrudes out of the sleeve ; and a fixing base , wherein the fixing base comprises a base and a hollow fixing rod connected to the base, the base of the fixing base is fixedly connected to the second connecting portion , an end of the fixing rod is inserted into the through hole of the applying head and connected to the through hole, and the other end of the fixing rod is connected to an exterior. a sleeve , wherein the sleeve is hollow, and the sleeve comprises a first connecting portion and a second connecting portion ; an applying head , wherein a through hole is provided inside the applying head, and the applying head comprises a head and an annular tail ; a clamp , wherein the clamp comprises a bottom and at least one pair of symmetrical and elastic jaws connected to the bottom , the annular tail is placed between the jaws , the jaws can fasten tightly the applying head , the clamp is provided inside the sleeve, the bottom of the clamp is fixedly connected to the first connecting portion of the sleeve, and the head of the applying head protrudes out of the sleeve ; and a fixing base , wherein the fixing base comprises a base and a hollow fixing rod connected to the base, the base of the fixing base is fixedly connected to the second connecting portion , an end of the fixing rod is inserted into the through hole of the applying head and connected to the through hole, and the other end of the fixing rod is connected to an exterior.
Supercapacitor comprising: - a casing , internally defining a compartment housing electrodes and electrolytic material, and having a longitudinal axis (A), a side wall extending around the longitudinal axis (A), an axial bottom wall and an axial opening for accessing the compartment arranged on the axially opposite side of the side wall with respect to the bottom wall ; - at least one terminal electrically connected to one of said electrodes and protruding outside of said compartment through said axial opening ; and - a sealing lid for sealing the compartment ; said lid closing said axial opening and comprising an elastomeric element having: - an internal through hole which receives said terminal and is delimited by an internal wall cooperating in fluid-tight contact with said terminal ; and - a peripheral wall cooperating in fluid-tight contact with said side wall ; said lid comprising an insert made of rigid material, preferably metallic, incorporated at least partially in said elastomeric element ; wherein said internal wall has at least one groove defining at least two successive ridges along the internal wall itself, the ridges cooperating in fluid-tight contact with the terminal . - a casing , internally defining a compartment housing electrodes and electrolytic material, and having a longitudinal axis (A), a side wall extending around the longitudinal axis (A), an axial bottom wall and an axial opening for accessing the compartment arranged on the axially opposite side of the side wall with respect to the bottom wall ; - at least one terminal electrically connected to one of said electrodes and protruding outside of said compartment through said axial opening ; and - a sealing lid for sealing the compartment ; said lid closing said axial opening and comprising an elastomeric element having: - an internal through hole which receives said terminal and is delimited by an internal wall cooperating in fluid-tight contact with said terminal ; and - a peripheral wall cooperating in fluid-tight contact with said side wall ; said lid comprising an insert made of rigid material, preferably metallic, incorporated at least partially in said elastomeric element ; wherein said internal wall has at least one groove defining at least two successive ridges along the internal wall itself, the ridges cooperating in fluid-tight contact with the terminal .
Use of a dispersing agent in a process for the prevention or reduction of surge wave instabilities during the transport in a flowline of a three phase gas condensate, comprising a gas phase, an aqueous phase and a condensate phase, wherein said dispersing agent is added to the three phase gas condensate to disperse the aqueous phase in the condensate phase or the condensate phase in the aqueous phase, and wherein the dispersing agent which is added to the three phase gas condensate is one or more dispersing agents selected from non-ionic oil soluble fatty acid monoesters of sorbitan (Span® surfactants) and water soluble ethoxylated fatty acid monoesters of sorbitan (Tween® surfactants).
A system for building a prefab comprising: - at least one first plate provided with a plurality of first holes ; - at least one second plate provided with a plurality of second holes , said at least one second plate being connected to and spaced apart from said at least one first plate ; each second hole being coaxial to a respective first hole ; - a plurality of longitudinal prefabricated elements provided with a respective longitudinal tube defining an inner cavity , and a casing externally covering said longitudinal tube at least along part of the longitudinal extension thereof; wherein the longitudinal tube has a first end which comes out of the casing ; wherein the first end is adapted to be inserted into a respective second hole and a respective first hole ; and wherein the first end has a length which is at least equal to the sum of the distance between the first plate and the second plate , the thickness of the first plate and the thickness of the second plate ; whereby the at least one first plate and the at least one second plate define a base of the prefab, and once the first end of the longitudinal tube is inserted into a respective second hole and into a respective first hole , the longitudinal prefabricated elements define outer walls and possibly inner walls of the prefab. - at least one first plate provided with a plurality of first holes ; - at least one second plate provided with a plurality of second holes , said at least one second plate being connected to and spaced apart from said at least one first plate ; each second hole being coaxial to a respective first hole ; said at least one second plate being connected to and spaced apart from said at least one first plate ; each second hole being coaxial to a respective first hole ; - a plurality of longitudinal prefabricated elements provided with a respective longitudinal tube defining an inner cavity , and a casing externally covering said longitudinal tube at least along part of the longitudinal extension thereof; wherein the longitudinal tube has a first end which comes out of the casing ; wherein the first end is adapted to be inserted into a respective second hole and a respective first hole ; and wherein the first end has a length which is at least equal to the sum of the distance between the first plate and the second plate , the thickness of the first plate and the thickness of the second plate ; the distance between the first plate and the second plate , the thickness of the first plate and the thickness of the second plate ; whereby the at least one first plate and the at least one second plate define a base of the prefab, and once the first end of the longitudinal tube is inserted into a respective second hole and into a respective first hole , the longitudinal prefabricated elements define outer walls and possibly inner walls of the prefab.
A liquid ejection head comprising: a channel member comprising a first common channel and a second common channel which extend parallel to each other, and a plurality of ejection units aligned along them, wherein each of the plurality of ejection units comprises an ejection hole , a pressurizing chamber connected to the ejection hole , a first channel and a second channel each connecting the pressurizing chamber and the first common channel , and a third channel connecting the pressurizing chamber and the second common channel ; and a plurality of pressurizing parts individually pressurizing the plurality of pressurizing chambers , characterized in that a first opening of the first channel on a first common channel side connecting the first channel and the first common channel and a second opening of the second channel on a first common channel side connecting the second channel and the first common channel are spaced apart from each other in a channel direction of the first common channel by a length (L0) not less than a width (L1) of the first common channel at a position of the first opening , wherein the width (L1) of the first common channel at the position of the first opening is a distance between the opening and an inner surface of the first common channel to which the opening faces. a channel member comprising a first common channel and a second common channel which extend parallel to each other, and a plurality of ejection units aligned along them, wherein a first common channel and a second common channel which extend parallel to each other, and a plurality of ejection units aligned along them, wherein each of the plurality of ejection units comprises an ejection hole , a pressurizing chamber connected to the ejection hole , a first channel and a second channel each connecting the pressurizing chamber and the first common channel , and a third channel connecting the pressurizing chamber and the second common channel ; and an ejection hole , a pressurizing chamber connected to the ejection hole , a first channel and a second channel each connecting the pressurizing chamber and the first common channel , and a third channel connecting the pressurizing chamber and the second common channel ; and a plurality of pressurizing parts individually pressurizing the plurality of pressurizing chambers , characterized in that a first opening of the first channel on a first common channel side connecting the first channel and the first common channel and a second opening of the second channel on a first common channel side connecting the second channel and the first common channel are spaced apart from each other in a channel direction of the first common channel by a length (L0) not less than a width (L1) of the first common channel at a position of the first opening , wherein the width (L1) of the first common channel at the position of the first opening is a distance between the opening and an inner surface of the first common channel to which the opening faces.
A method of generating an input feature map of an artificial intelligence model to detect an object based on light detection and ranging (LiDAR), which is performed by a computing apparatus, the method comprising: collecting LiDAR sensor data in a form of a three-dimensional point cloud for a predetermined area (S110); generating one or more first feature maps by processing the collected LiDAR sensor data based on one or more predefined indicators (S120); and generating the input feature map of the artificial intelligence model by combining, as an independent channel, each of the one or more generated first feature maps with one of second feature maps previously generated based on a distance and an angle (S130). collecting LiDAR sensor data in a form of a three-dimensional point cloud for a predetermined area (S110); generating one or more first feature maps by processing the collected LiDAR sensor data based on one or more predefined indicators (S120); and generating the input feature map of the artificial intelligence model by combining, as an independent channel, each of the one or more generated first feature maps with one of second feature maps previously generated based on a distance and an angle (S130).
A thermoelectric conversion material characterized in that columnar or spherical nanodots having a diameter of 20 nm or less are embedded in an embedding layer at an area density of 5×10 10 /cm 2 or more and an interval between the nanodots of 0.5 nm or more and 30.0 nm or less, and the first material constituting the nanodot is a material containing silicon in an amount of 30 atom% or more, and, either one or both of a difference in energy between the valence band of the first material and the valence band of the second material constituting the embedding layer and a difference in energy between the conduction band of the first material and the conduction band of the second material constituting the embedding layer are in the range of 0.1 eV or more and 0.3 eV or less.
A cooling system for an internal combustion engine of a motorcycle, having a guard , arranged on a side of the motorcycle and receiving a tangential air flow, deriving from the forward motion of the motorcycle, sucked by a fan, wherein: said guard , having a lower edge , an upper edge , a front edge and a rear edge with respect to a forward running direction (F) of the motorcycle, has a grate mesh structure extending on a plane to determine, behind the guard , a deviation space in which the air flow sucked by the fan through the guard is deviated; said grate mesh structure of the guard is surrounded by a rib having, at the front edge , a height lower than the height thereof at the rear edge , said height being measured with respect to the plane of the grate; and the grate meshes are formed in a grate provided in a single piece, with bars of the grate having a uniform cross section, with an outer face rounded, said bars having a determined thickness, whereby view of a radiator of the engine from tilted angles is obstructable. said guard , having a lower edge , an upper edge , a front edge and a rear edge with respect to a forward running direction (F) of the motorcycle, has a grate mesh structure extending on a plane to determine, behind the guard , a deviation space in which the air flow sucked by the fan through the guard is deviated; said grate mesh structure of the guard is surrounded by a rib having, at the front edge , a height lower than the height thereof at the rear edge , said height being measured with respect to the plane of the grate; and the grate meshes are formed in a grate provided in a single piece, with bars of the grate having a uniform cross section, with an outer face rounded, said bars having a determined thickness, whereby view of a radiator of the engine from tilted angles is obstructable.
Method for managing at least one communication path for the routing of the data of a session established between a terminal connected to a first router and remote equipment connected to a second router , the method comprises the following steps implemented by a communication path management device, deployed between the terminal and the remote equipment: • an analysis of at least one parameter of the established session to determine whether said session is collaborative, that is to say that it can benefit from the management of the at least one path, and if such is the case: • a sending of collaborative session initialization messages to the terminal and the remote equipment if the session is collaborative, • a reception, from the terminal or from the remote equipment, of at least one signalling message comprising at least one item of information relating to a characteristic of said session , • a determination of connection parameters between said routers based on the at least one item of information obtained, • a transmission of the connection parameters to the first or the second router for the updating of the at least one communication path between said routers , said updated path being used for the transmission of the data of said session. • an analysis of at least one parameter of the established session to determine whether said session is collaborative, that is to say that it can benefit from the management of the at least one path, and if such is the case: • a sending of collaborative session initialization messages to the terminal and the remote equipment if the session is collaborative, • a reception, from the terminal or from the remote equipment, of at least one signalling message comprising at least one item of information relating to a characteristic of said session , • a determination of connection parameters between said routers based on the at least one item of information obtained, • a transmission of the connection parameters to the first or the second router for the updating of the at least one communication path between said routers , said updated path being used for the transmission of the data of said session. • a sending of collaborative session initialization messages to the terminal and the remote equipment if the session is collaborative, • a reception, from the terminal or from the remote equipment, of at least one signalling message comprising at least one item of information relating to a characteristic of said session , • a determination of connection parameters between said routers based on the at least one item of information obtained, • a transmission of the connection parameters to the first or the second router for the updating of the at least one communication path between said routers , said updated path being used for the transmission of the data of said session.
A method for a location server to determine location information about a wireless network access point, the method comprising: collecting data specifying a plurality of locations of one or more mobile stations at which wireless signals transmitted from a first wireless access point of a first wireless network of a first network type are received by said one or more mobile stations during determination of the plurality of locations, the one or more mobile stations receiving the wireless signals from the first wireless access point and also communicating wireless signals between said one or more mobile stations and at least a second wireless access point of a second wireless network of a second network type which is different than the first network type, wherein the communicated wireless signals are used for the location determination of said one or more mobile stations; and determining a location of the first wireless access point from a coverage area defined by the collected data wherein the location of the first wireless access point is determined from a weighted average of the plurality of locations .. collecting data specifying a plurality of locations of one or more mobile stations at which wireless signals transmitted from a first wireless access point of a first wireless network of a first network type are received by said one or more mobile stations during determination of the plurality of locations, the one or more mobile stations receiving the wireless signals from the first wireless access point and also communicating wireless signals between said one or more mobile stations and at least a second wireless access point of a second wireless network of a second network type which is different than the first network type, wherein the communicated wireless signals are used for the location determination of said one or more mobile stations; and determining a location of the first wireless access point from a coverage area defined by the collected data wherein the location of the first wireless access point is determined from a weighted average of the plurality of locations ..
A burner unit , especially for the combustion of exhaust air, comprising a) a combustion chamber in which flue gases are produced; b) a gas burner to which, via a combustion gas line , combustion gas can be supplied and, via a feed air line , feed air, in particular exhaust air serving as feed air, can be supplied; c) a device by means of which the feed air is divided into primary air and secondary air; d) a mixing zone , in which the primary air is mixed with the combustion gas to form a primary air / combustion gas mixture, wherein the primary air / combustion gas mixture is supplied to the combustion chamber ; e) a flue gas recirculation system, which comprises a through-flow chamber, which is connected to the combustion chamber , and in which the secondary air is mixed with the flue gases occurring in the combustion chamber to form a secondary air / flue gas mixture; f) a device, by means of which the secondary air / flue-gas mixture is supplied to the primary air / combustion gas mixture in the combustion chamber ; characterized in that g) the internal cylindrical surfaces of the through-flow chamber form a Coanda profile in the direction of flow; h) the through-flow chamber is formed as an annular space , which surrounds a core area of the mixing zone of the combustion chamber , wherein the primary air is mixed with the combustion gas in the core area ; i) the annular space forms a Venturi ring nozzle , wherein the device, by means of which the secondary air / flue-gas mixture is supplied to the primary air / combustion gas mixture in the combustion chamber , comprises said Venturi ring nozzle . a) a combustion chamber in which flue gases are produced; b) a gas burner to which, via a combustion gas line , combustion gas can be supplied and, via a feed air line , feed air, in particular exhaust air serving as feed air, can be supplied; c) a device by means of which the feed air is divided into primary air and secondary air; d) a mixing zone , in which the primary air is mixed with the combustion gas to form a primary air / combustion gas mixture, wherein the primary air / combustion gas mixture is supplied to the combustion chamber ; e) a flue gas recirculation system, which comprises a through-flow chamber, which is connected to the combustion chamber , and in which the secondary air is mixed with the flue gases occurring in the combustion chamber to form a secondary air / flue gas mixture; f) a device, by means of which the secondary air / flue-gas mixture is supplied to the primary air / combustion gas mixture in the combustion chamber ; characterized in that g) the internal cylindrical surfaces of the through-flow chamber form a Coanda profile in the direction of flow; h) the through-flow chamber is formed as an annular space , which surrounds a core area of the mixing zone of the combustion chamber , wherein the primary air is mixed with the combustion gas in the core area ; i) the annular space forms a Venturi ring nozzle , wherein the device, by means of which the secondary air / flue-gas mixture is supplied to the primary air / combustion gas mixture in the combustion chamber , comprises said Venturi ring nozzle .
A surface cleaning apparatus , comprising a housing including an upright handle assembly and a base mounted to the handle assembly and adapted for movement across a surface to be cleaned, a suction source , a suction nozzle assembly provided on the base and defining a suction nozzle in fluid communication with the suction source , and a fluid delivery system provided on the housing and comprising a fluid supply chamber adapted to hold a supply of liquid, a fluid dispenser provided on the base in fluid communication with the fluid supply chamber , and a fluid delivery pathway between the fluid supply chamber and the fluid dispenser , the base comprising an agitator mounted therein; characterized by : the base including an integrated fluid delivery channel forming a portion of the fluid delivery pathway and a dual wiper configuration provided with the base and including a first wiper adapted to contact the agitator and a second wiper adapted to contact the surface to be cleaned.