mhurhangee/patent-ind-claim-en huggingface dataset:
A wireless power-supplying system comprising a power-transmitting device and a power-receiving device , wherein the power-transmitting device includes a power-transmitting coil to which AC power of a certain frequency is input from a power supply and a controller which controls the frequency, the power-receiving device includes a power-receiving coil which is magnetically coupled with the power-transmitting coil with a certain coupling coefficient and a power-receiving side series element connected to the power-receiving coil in series and having an imaginary impedance jZ S2i , the imaginary impedance is defined so that impedance when a power-receiving side is seen from the power supply is independent of the coupling coefficient when the frequency and the coupling coefficient are predetermined values, and the controller changes the frequency according to at least one of power-transmitting status information of the power-transmitting device and power-receiving status information of the power-receiving device when the coupling coefficient changes, and wherein a fixed load is connected to the power-receiving device as a power-supply target, the power-transmitting status information is a voltage V 1 across the power-transmitting coil , the power-receiving status information is a voltage V 2 across the power-receiving coil , and the controller changes the frequency so that Equation 2 is satisfied [Math 2] V 2 V 1 = L 2 L 1 where L 1 is self-inductance of the power-transmitting coil and L 2 is self-inductance of the power-receiving coil . wherein the power-transmitting device includes a power-transmitting coil to which AC power of a certain frequency is input from a power supply and a controller which controls the frequency, the power-receiving device includes a power-receiving coil which is magnetically coupled with the power-transmitting coil with a certain coupling coefficient and a power-receiving side series element connected to the power-receiving coil in series and having an imaginary impedance jZ S2i , the imaginary impedance is defined so that impedance when a power-receiving side is seen from the power supply is independent of the coupling coefficient when the frequency and the coupling coefficient are predetermined values, and the controller changes the frequency according to at least one of power-transmitting status information of the power-transmitting device and power-receiving status information of the power-receiving device when the coupling coefficient changes, and wherein a fixed load is connected to the power-receiving device as a power-supply target, the power-transmitting status information is a voltage V 1 across the power-transmitting coil , the power-receiving status information is a voltage V 2 across the power-receiving coil , and the controller changes the frequency so that Equation 2 is satisfied [Math 2] V 2 V 1 = L 2 L 1 where L 1 is self-inductance of the power-transmitting coil and L 2 is self-inductance of the power-receiving coil .
A method of wireless communication, comprising: receiving , by a user equipment, UE from a plurality of communication devices , a plurality of session initiation protocol, SIP, addresses of the plurality of communication devices, wherein the UE and the plurality of communication devices are associated with a domain; and registering , by the UE, the plurality of communication devices for an Internet Protocol Multimedia Subsystem, IMS, service, wherein the plurality of communication devices are registered with an IMS registration device using a single IMS registration of the UE, and wherein the UE is a proxy for performing IMS signaling for the plurality of communication devices. receiving , by a user equipment, UE from a plurality of communication devices , a plurality of session initiation protocol, SIP, addresses of the plurality of communication devices, wherein the UE and the plurality of communication devices are associated with a domain; and registering , by the UE, the plurality of communication devices for an Internet Protocol Multimedia Subsystem, IMS, service, wherein the plurality of communication devices are registered with an IMS registration device using a single IMS registration of the UE, and wherein the UE is a proxy for performing IMS signaling for the plurality of communication devices. wherein the plurality of communication devices are registered with an IMS registration device using a single IMS registration of the UE, and wherein the UE is a proxy for performing IMS signaling for the plurality of communication devices.
A polypeptide comprising a VP2 polypeptide with at least one amino acid modification relative to wild type VP2, wherein the wild type VP2 has the amino acid sequence of SEQ ID NO: 1, and the at least one amino acid modification consists of Q399N, Q400N, Y401F, and Q404T. wherein the wild type VP2 has the amino acid sequence of SEQ ID NO: 1, and the at least one amino acid modification consists of Q399N, Q400N, Y401F, and Q404T.
A biomorphic hydroxyapatite scaffold obtained from a wood having a total porosity of at least 20%, preferably at least 40%, more preferably between 60 and 95% said porosity being measured after subjecting the wood to a step of pyrolysis, said hydroxyapatite being characterized by : - a hierarchically organized pore structure, which derives from the hierarchically organized pore structure of the wood from which it is obtained, wherein said scaffold has a length, measured along a direction in which a dimension of the scaffold is maximum, greater than or equal to 2 cm and wherein the scaffold comprises platelet rich plasma, antibodies, growth factors proteins, DNA fragments, miRNA, siRNA and/or drugs, preferably antibiotics or anticancer drugs. - a hierarchically organized pore structure, which derives from the hierarchically organized pore structure of the wood from which it is obtained,
Method for automatically driving a vehicle , in particular a motor vehicle , to drive to a parking position, comprising the following steps: providing a trajectory for a controller of the vehicle , generating signals for controlling a movement of the vehicle along the provided trajectory , wherein providing the trajectory comprises the following steps: determining a current position of the vehicle via a position determination device , establishing a communication link to a server outside of the vehicle via a communication device , transmitting the determined current position of the vehicle to the server via the communication link , retrieving and receiving at least one trajectory stored at the server via the communication link , wherein the retrieved and received trajectory runs at least through a tolerance range around the determined current position of the vehicle , characterized in that if an additional trajectory is retrieved and received in addition to the at least one retrieved and received trajectory , one of these trajectories is selected by the controller as a function of a selection parameter. providing a trajectory for a controller of the vehicle , generating signals for controlling a movement of the vehicle along the provided trajectory , wherein providing the trajectory comprises the following steps: determining a current position of the vehicle via a position determination device , establishing a communication link to a server outside of the vehicle via a communication device , transmitting the determined current position of the vehicle to the server via the communication link , retrieving and receiving at least one trajectory stored at the server via the communication link , wherein the retrieved and received trajectory runs at least through a tolerance range around the determined current position of the vehicle , characterized in that if an additional trajectory is retrieved and received in addition to the at least one retrieved and received trajectory , one of these trajectories is selected by the controller as a function of a selection parameter. determining a current position of the vehicle via a position determination device , establishing a communication link to a server outside of the vehicle via a communication device , transmitting the determined current position of the vehicle to the server via the communication link , retrieving and receiving at least one trajectory stored at the server via the communication link , wherein the retrieved and received trajectory runs at least through a tolerance range around the determined current position of the vehicle , characterized in that if an additional trajectory is retrieved and received in addition to the at least one retrieved and received trajectory , one of these trajectories is selected by the controller as a function of a selection parameter.
Device for the removal a coating from a substrate in at least one area of the substrate , the device comprising a nozzle suitable for emitting a jet of a solvent medium, a suction device being present, the suction device comprising an intake opening and a channel adjoining the suction opening , the channel leading into a condensation chamber , the condensation chamber comprising a baffle wall and having an open side , the open side being opposite the baffle wall and a drain adjoins the condensation chamber , wherein the open side leads into a chamber and the chamber has a valve , wherein the device further comprises a sensing device adapted to sense a contour of the substrate , wherein the device further comprises a receptacle a rotation drive adapted to rotate the receptacle , characterized in that the nozzle is adapted to dispense a jet of solution medium guided in a jet of compressed air, the nozzle having two discharge tubes for this purpose guided one inside the other, the solution medium being dispensed from the inner tube and the jet of compressed air being dispensed from the outer tube, wherein the receptacle is adapted to hold the substrate and to effect a relative movement between the solution medium jet and the substrate in dependency of the recognized contour. a nozzle suitable for emitting a jet of a solvent medium, a suction device being present, the suction device comprising an intake opening and a channel adjoining the suction opening , the channel leading into a condensation chamber , the condensation chamber comprising a baffle wall and having an open side , the open side being opposite the baffle wall and a drain adjoins the condensation chamber , wherein the open side leads into a chamber and the chamber has a valve , wherein the device further comprises a sensing device adapted to sense a contour of the substrate , wherein the device further comprises a receptacle a rotation drive adapted to rotate the receptacle , characterized in that the nozzle is adapted to dispense a jet of solution medium guided in a jet of compressed air, the nozzle having two discharge tubes for this purpose guided one inside the other, the solution medium being dispensed from the inner tube and the jet of compressed air being dispensed from the outer tube, wherein the receptacle is adapted to hold the substrate and to effect a relative movement between the solution medium jet and the substrate in dependency of the recognized contour.
A method of determining an area of interest of a plurality of mobile devices , the method comprising: obtaining sequential trajectory data comprising a plurality of dots associated with times and locations of each of the plurality of mobile devices ; generating a plurality of clusters, based on the obtained sequential trajectory data, each cluster comprising a plurality of dots from a corresponding mobile device of the plurality of mobile devices ; collecting GPS data and ambient signal data of at least one of the plurality of mobile devices when said at least one of the plurality of mobile devices moves; determining a reference location based on a change in at least one of Global Positioning System, GPS data, and ambient signal data of said at least one of the plurality of mobile devices ; determining a trajectory distance travelled by each mobile device from the reference location to each cluster; selecting a subset of clusters whose trajectory distances are inside of a specified range relative to the other trajectory distances; and determining a location of the area of interest of the mobile devices based on the selected subset of clusters. obtaining sequential trajectory data comprising a plurality of dots associated with times and locations of each of the plurality of mobile devices ; generating a plurality of clusters, based on the obtained sequential trajectory data, each cluster comprising a plurality of dots from a corresponding mobile device of the plurality of mobile devices ; collecting GPS data and ambient signal data of at least one of the plurality of mobile devices when said at least one of the plurality of mobile devices moves; determining a reference location based on a change in at least one of Global Positioning System, GPS data, and ambient signal data of said at least one of the plurality of mobile devices ; determining a trajectory distance travelled by each mobile device from the reference location to each cluster; selecting a subset of clusters whose trajectory distances are inside of a specified range relative to the other trajectory distances; and determining a location of the area of interest of the mobile devices based on the selected subset of clusters.
A vessel comprising: - a hull for floating in a body of water, - a rope-parking bollard comprising a bollard column having a proximal longitudinal end and a distal longitudinal end, ∘ a bollard head arranged at the distal longitudinal end of the bollard column , and ∘ a transmission system comprising at least one of a receiver, a transmitter and a transceiver for allowing wireless communication with a remote-control system, ∘ wherein the cross-sectional area of the bollard head oriented perpendicular to the longitudinal direction of the bollard column is larger than the corresponding cross-sectional area of the bollard column , ∘ wherein the rope-parking bollard is fixed to the hull at the proximal longitudinal end of the bollard column , and - a mooring system for automatic mooring to one or more bollards on a quay structure , wherein at least a bollard head of the rope-parking bollard protrudes from an external side of the hull . - a hull for floating in a body of water, - a rope-parking bollard comprising a bollard column having a proximal longitudinal end and a distal longitudinal end, ∘ a bollard head arranged at the distal longitudinal end of the bollard column , and ∘ a transmission system comprising at least one of a receiver, a transmitter and a transceiver for allowing wireless communication with a remote-control system, ∘ wherein the cross-sectional area of the bollard head oriented perpendicular to the longitudinal direction of the bollard column is larger than the corresponding cross-sectional area of the bollard column , ∘ wherein the rope-parking bollard is fixed to the hull at the proximal longitudinal end of the bollard column , and ∘ a bollard head arranged at the distal longitudinal end of the bollard column , and ∘ a transmission system comprising at least one of a receiver, a transmitter and a transceiver for allowing wireless communication with a remote-control system, ∘ wherein the cross-sectional area of the bollard head oriented perpendicular to the longitudinal direction of the bollard column is larger than the corresponding cross-sectional area of the bollard column , ∘ wherein the rope-parking bollard is fixed to the hull at the proximal longitudinal end of the bollard column , and - a mooring system for automatic mooring to one or more bollards on a quay structure ,
A wire billet butt-welding apparatus, comprising: a rotary plate and a butt-welding stock receiver , the rotary plate and the butt-welding stock receiver being arranged in adjacency, a stock receiving rod being provided on the butt-welding stock receiver , the butt-welding stock receiver being rotatable to enable the stock receiving rod to switch between a butt-welding position (B), a stock receiving position (A), and a stock discharging position (C), a plurality of mounting portions being circumferentially provided on the rotary plate , each mounting portion being rotatable about a central axis of the rotary plate , a stock pushing mechanism being configured to push a coil of wire billet from the mounting portion to the stock receiving rod being provided in a central portion of the rotary plate ; wherein the wire billet butt-welding apparatus further comprises a wire billet butt-welder , the wire billet butt-welder being disposed at the butt-welding position (B), and wherein the stock receiving rod comprises two rod bodies arranged in parallel at an interval, the two rod bodies being mutually independent and rotatable synchronously about a same axis.
A partitioning component for a feeding bottle device , the feeding bottle device comprising a teat component defining a teat volume therein and a container component defining a container volume therein, the teat component being attachable to the container component by means of an attachment component , the partitioning component being configured to separate the teat volume from the container volume when the feeding bottle device is assembled, wherein the partitioning component comprises a first passage allowing a passage of fluid from the container volume to the teat volume and a second passage allowing a passage of fluid from the teat volume to the container volume , wherein the second passage is provided in the form of a one-way passage, wherein the first passage and the second passage are integrated within the partition component characterized in that the partitioning component further comprises a guiding component for guiding the partitioning component into an opening of the container component .
Storage and picking system comprising at least one stacker crane mobile within the storage and picking system , shelving units containing magazines accessible by the crane , a pickup terminal accessible from outside the storage and picking system , a path running alongside the shelving units , a track defining the path, a first goods issuing mechanism arranged between the path and the terminal , wherein each of the magazines comprises packaged goods , wherein the stacker crane comprises a mast bound to the track and a carriage slidably guided along the mast , and wherein the carriage comprises a tray for receiving the goods , characterized in that each magazine comprises a slide rail slidably guided along the magazine , a pusher slide mounted on the slide rail , a restraint affixed to a front end of the slide rail , the pusher slide and the restraint biased toward each other, and a catch affixed to the restraint , and in that the carriage comprises a raising mechanism recessed complementarily to the catch and sloping toward the tray , and an extendible hook for engaging the catch of one of the magazines and for retracting the slide rail of said one of the magazines such that the slide rail projects beyond said one of the magazines , wherein, after the retraction of the slide rail including the packaged goods , the raising mechanism is for raising an item above the restraint such that the item slides down the raising mechanism onto the tray , and in that each magazine , in particular each restraint , comprises an identification tag for identifying the packaged goods contained in the magazine , and in that each magazine comprises a notch for retaining the magazine within a shelving unit by a bar.
Device for holding and positioning, on a stake for growing vegetation, a protective netting which is designed to protect the vegetation and which comprises at least one wire comprising a fastening means designed to fasten said holding and positioning device on said stake for growing vegetation, said device also comprising at least one receiving means which is designed to receive at least one wire, and at least one cradle positioned between said at least one fastening means and said at least one receiving means , said device being characterized in that said at least one receiving means is designed to receive said at least one wire of the protective netting, and in that said at least one cradle is designed to receive said protective netting.
A unit dose solid textile-treating composition, comprising: a water-soluble single-chamber container; and at least one solid textile-treating composition, which comprises: (a) a water-soluble core comprising a water-soluble carrier; (b) a coating that at least partially covers the water-soluble core, the coating comprising: (i) a water-soluble polymer; (ii) a colorant; and (iii) a colorant stabilizer that is an acid having a molecular weight of 1000 daltons or less; and (c) a flow aid physically associated with the coating such that the flow aid is partially or fully exposed on an outer surface of the coating; wherein the solid textile-treating composition does not contain a polysaccharide; and wherein the solid textile-treating composition are free flowing particles. a water-soluble single-chamber container; and at least one solid textile-treating composition, which comprises: (a) a water-soluble core comprising a water-soluble carrier; (b) a coating that at least partially covers the water-soluble core, the coating comprising: (i) a water-soluble polymer; (ii) a colorant; and (iii) a colorant stabilizer that is an acid having a molecular weight of 1000 daltons or less; and (c) a flow aid physically associated with the coating such that the flow aid is partially or fully exposed on an outer surface of the coating; wherein the solid textile-treating composition does not contain a polysaccharide; and wherein the solid textile-treating composition are free flowing particles. (a) a water-soluble core comprising a water-soluble carrier; (b) a coating that at least partially covers the water-soluble core, the coating comprising: (i) a water-soluble polymer; (ii) a colorant; and (iii) a colorant stabilizer that is an acid having a molecular weight of 1000 daltons or less; and (i) a water-soluble polymer; (ii) a colorant; and (iii) a colorant stabilizer that is an acid having a molecular weight of 1000 daltons or less; and (c) a flow aid physically associated with the coating such that the flow aid is partially or fully exposed on an outer surface of the coating; wherein the solid textile-treating composition does not contain a polysaccharide; and wherein the solid textile-treating composition are free flowing particles.