mhurhangee/patent-ind-claim-en huggingface dataset:
A non-transitory computer-readable storage medium, comprising a set of instructions for operating an event processor, wherein execution of the set of instructions by a hardware processor is to cause the hardware processor to: obtain a set of raw events generated by websites accessed by client applications, wherein each raw event of the set of raw events includes a user identifier of a user that accessed a website that generated the raw event, a universal resource locator (URL) of the accessed website, an internet protocol (IP) address of a network device used to access the website, and a set of impressions indicating actions taken by the user that accessed the accessed website; predict for each raw event, an entity associated with the IP address; extract from each raw event, a hostname from the URL; generate a set of hostname events from the set of raw events by replacing the URL in each raw event with the extracted hostname for that raw event and replacing the IP address in each raw event with a name of the predicted entity for that raw event; generate a set of website interest features from the set of hostname events, wherein the set of website interest features are engineered metrics that capture entity interest to a hostname website, and wherein the hostname website is a website associated with the entity; and generate a website interest score indicating an interest level of the entity in the hostname website relative to all other websites based on the set of website interest features. obtain a set of raw events generated by websites accessed by client applications, wherein each raw event of the set of raw events includes a user identifier of a user that accessed a website that generated the raw event, a universal resource locator (URL) of the accessed website, an internet protocol (IP) address of a network device used to access the website, and a set of impressions indicating actions taken by the user that accessed the accessed website; predict for each raw event, an entity associated with the IP address; extract from each raw event, a hostname from the URL; generate a set of hostname events from the set of raw events by replacing the URL in each raw event with the extracted hostname for that raw event and replacing the IP address in each raw event with a name of the predicted entity for that raw event; generate a set of website interest features from the set of hostname events, wherein the set of website interest features are engineered metrics that capture entity interest to a hostname website, and wherein the hostname website is a website associated with the entity; and generate a website interest score indicating an interest level of the entity in the hostname website relative to all other websites based on the set of website interest features.
A screening bucket comprising a main structure which includes a collecting portion for the material to be screened and a receiving member in which there is collected the material which is subjected to sieving and which has a discharge opening for the screened material, a plurality of rotating elements which are arranged in the region of the discharge opening so as to at least partially obstruct the discharge opening , allowing the passage of material having dimensions less than a predetermined dimension when the rotating elements are rotated, the rotating elements being supported in a removable manner on pairs of opposing bearing groups , each bearing group comprising a bearing and a rotatable support , which is fixed to the bearing and to which there is connected an end of the rotating element by a male/female connection which is formed by a receiving seat and by a coupling extension formed on the rotatable support and on the rotating element , respectively, or vice-versa, the receiving seat and the coupling extension being configured so that the coupling extension can be inserted in/withdrawn from the receiving seat by a reciprocal movement towards/away in a transverse insertion direction (I) with respect to the rotation axis (X) of the respective rotating element , characterized in that the rotatable support further comprises a locking portion which is capable of being retained by a corresponding retention device so as to prevent the rotation of the rotatable support when each rotating element is removed, wherein the receiving member comprises a pair of lateral walls , each of which supports a respective bearing group , the locking portions projecting from the lateral wall of the respective bearing group in the opposite direction with respect to the rotating elements .
A vacuum-insulated line having an inner and an outer corrugated hose , which are separated from one another by means of an evacuated space , wherein one of the corrugated hoses is covered with a reinforcement hose , which is tensile- and/or pressure resistant in the axial direction, characterized in that the reinforcement hose is constructed from interconnected plastic elements , which are movable relative to one another or that the reinforcement hose is designed as a winding hose , which is constructed from interconnected metal strips .
Input method of an augmented reality device, used by user, comprising a display unit and a camera unit, wherein the display unit images a multiplicity of virtual keys on a real object such that the real object is overlaid by the virtual keys for the user, comprising the method steps of: - determining which of the virtual keys was selected by the user for input by way of a selection unit; - determining whether an input of the selected virtual key was triggered by the user by way of a trigger unit; characterized in that a multiplicity of input modalities for determining which of the virtual keys was selected by the user for input, in particular comprising eye tracking, finger tracking, and a multiplicity of input modalities for determining whether an input was triggered by the user, in particular comprising brainwave/neuronal impulse tracking, muscle tension tracking, touch detection or a microphone, are provided to the user, said input modalities being combined as desired by the user by way of a configuration on the augmented reality device in order thus to correspond to fields of use or the ideas of the user. - determining which of the virtual keys was selected by the user for input by way of a selection unit; - determining whether an input of the selected virtual key was triggered by the user by way of a trigger unit;
A one-way clutch comprising: a first rotator comprising an inner gear and configured to rotate on a first axis (X1); a planetary gear configured to mesh with the inner gear and configured to rotate on a second axis (X2) that revolves around the first axis (X1); and a second rotator configured to rotate on the first axis (X1) and comprising a stopper configured to stop rotation of the planetary gear by engaging with the planetary gear , wherein relative rotation of the first rotator and the second rotator is restricted in a state where the planetary gear and the stopper are engaged, and is permitted in a state where the planetary gear and the stopper are disengaged; characterized by an urging member configured to urge the planetary gear not to be brought in contact with the stopper in a state where the first rotator and the second rotator relatively rotate. a first rotator comprising an inner gear and configured to rotate on a first axis (X1); a planetary gear configured to mesh with the inner gear and configured to rotate on a second axis (X2) that revolves around the first axis (X1); and a second rotator configured to rotate on the first axis (X1) and comprising a stopper configured to stop rotation of the planetary gear by engaging with the planetary gear , wherein relative rotation of the first rotator and the second rotator is restricted in a state where the planetary gear and the stopper are engaged, and is permitted in a state where the planetary gear and the stopper are disengaged; characterized by an urging member configured to urge the planetary gear not to be brought in contact with the stopper in a state where the first rotator and the second rotator relatively rotate.
Mechanism for moving and locking in position at least one point switch comprising at least: - one element fixed in position with at least one stock rail, - a translationally movable element mounted fixed with at least one point switch and able to translate by virtue of an actuation device , - a locking device locking the movable element with the fixed element when the movable element is in an end-of-travel position with respect to the fixed element , such that the point switch of the translationally movable element is in abutment against its stock rail, - an unlocking element of the locking device , this unlocking element being movable and able to be displaced by virtue of an actuation device when the movable element is locked immobile with the fixed element , characterized in that the actuation device is arranged to alternately actuate the translational displacement of the unlocking element and of the movable element . - one element fixed in position with at least one stock rail, - a translationally movable element mounted fixed with at least one point switch and able to translate by virtue of an actuation device , - a locking device locking the movable element with the fixed element when the movable element is in an end-of-travel position with respect to the fixed element , such that the point switch of the translationally movable element is in abutment against its stock rail, - an unlocking element of the locking device , this unlocking element being movable and able to be displaced by virtue of an actuation device when the movable element is locked immobile with the fixed element ,
An electromagnetic relay, especially for motor reverse applications having a single magnetic system to achieve three switching positions, the magnetic system comprising: two armatures , at least one magnet (100; 165; 175), one core/pole and a mechanical system consisting of two spring arrangements , each spring arrangement comprising a central spring, characterized in that each spring arrangement further comprises two terminal springs, the relay has a non-conductive card used to bridge together the two central springs and having the function of coupling the movement of the two central springs and the movement of the two armatures , and said at least one magnet (100; 165; 175) of the magnetic system is configured to create an imbalance of forces on the two armatures which define the movement direction of the coupled central springs and armatures. two armatures , at least one magnet (100; 165; 175), one core/pole and a mechanical system consisting of two spring arrangements , each spring arrangement comprising a central spring, characterized in that each spring arrangement further comprises two terminal springs, the relay has a non-conductive card used to bridge together the two central springs and having the function of coupling the movement of the two central springs and the movement of the two armatures , and said at least one magnet (100; 165; 175) of the magnetic system is configured to create an imbalance of forces on the two armatures which define the movement direction of the coupled central springs and armatures.
A support system for supporting a printing screen unit (103; 203; 303; 403) in a screen printing machine, the support system including: a support assembly (115; 215; 315; 415) comprising a support unit (117; 217; 317; 417) for supporting a printing screen unit (103; 203; 303; 403), the printing screen unit (103; 203; 303; 403) comprising a printing screen (105; 205; 305; 405) including printing apertures (106; 206; 306; 406) through which printing medium is printed onto a workpiece (W), and a clamping mechanism for clamping the printing screen (105; 205; 305; 405); and a control unit (116; 216; 316; 416) for controlling operation of the support assembly (115; 215; 315; 415), wherein the control unit (116; 216; 316; 416) is configured to actuate the clamping mechanism to clamp the printing screen (105; 205; 305; 405) in a printing phase in printing printing medium onto a workpiece (W) so as to fix the lateral, in-plane position of the printing screen (105; 205; 305; 405), and de-actuate the clamping mechanism to release clamping of the printing screen (105; 205; 305; 405) in a separation phase in separating the printing screen unit (103; 203; 303; 403) and the workpiece (W); wherein (a) the support assembly further comprises a tensioning mechanism (118; 218; 318) for tensioning the printing screen (105; 205; 305), or (b) the printing screen unit comprises a screen frame to which the printing screen is tensioned to one predeterminable tension. a support assembly (115; 215; 315; 415) comprising a support unit (117; 217; 317; 417) for supporting a printing screen unit (103; 203; 303; 403), the printing screen unit (103; 203; 303; 403) comprising a printing screen (105; 205; 305; 405) including printing apertures (106; 206; 306; 406) through which printing medium is printed onto a workpiece (W), and a clamping mechanism for clamping the printing screen (105; 205; 305; 405); and a control unit (116; 216; 316; 416) for controlling operation of the support assembly (115; 215; 315; 415), wherein the control unit (116; 216; 316; 416) is configured to actuate the clamping mechanism to clamp the printing screen (105; 205; 305; 405) in a printing phase in printing printing medium onto a workpiece (W) so as to fix the lateral, in-plane position of the printing screen (105; 205; 305; 405), and de-actuate the clamping mechanism to release clamping of the printing screen (105; 205; 305; 405) in a separation phase in separating the printing screen unit (103; 203; 303; 403) and the workpiece (W); wherein (a) the support assembly further comprises a tensioning mechanism (118; 218; 318) for tensioning the printing screen (105; 205; 305), or (b) the printing screen unit comprises a screen frame to which the printing screen is tensioned to one predeterminable tension.
A method of transferring a transaction based on a blockchain integrated station, wherein the blockchain integrated station comprises a central processing unit, CPU, and a smart network card including a built-in processor, and is any node of a blockchain network, and the method comprises: in response to determining that the blockchain integrated station receives a transaction through the smart network card, determining (S500), by the smart network card, other to-be-transferred nodes; performing, by the smart network card, legality verification for the transaction before transferring the transaction; transferring (S502), by the smart network card, the transaction to the other to-be-transferred nodes in response to determining that the legality verification is passed, wherein the transaction does not flow through the CPU, wherein the method further comprising: writing, by the smart network card, the transaction into a network card cache, wherein the smart network card replaces the CPU to participate in a blockchain consensus, based on the transaction in the network card cache, by performing consensus interaction with other nodes in the blockchain network. in response to determining that the blockchain integrated station receives a transaction through the smart network card, determining (S500), by the smart network card, other to-be-transferred nodes; performing, by the smart network card, legality verification for the transaction before transferring the transaction; transferring (S502), by the smart network card, the transaction to the other to-be-transferred nodes in response to determining that the legality verification is passed, wherein the transaction does not flow through the CPU,
A method performed by a source base station of handing over a wireless device from the source base station to a target base station , said method comprising: determining that the wireless device is to be handed over from the source base station to the target base station , characterized in that the method further comprising: sending, to the target base station in an handover signaling message, a current mapping between two or more flow identifiers and a first data radio bearer used for communication between the wireless device and the source base station .
A process for the removal of soot from a sulfurous gas stream, wherein a process gas containing O 2 and more than 500 ppm SO 2 and/or SO 3 together with soot is brought into contact with a catalyst in a reactor, said catalyst comprising vanadium pentoxide (V 2 O 5 ), sulfur in the form of sulfate, pyrosulfate, tri- or tetrasulfate and one or more alkali metals on a porous carrier, wherein the process gas has a soot concentration of > 2 mg/Nm 3 /h, and wherein the soot is carbon black.
A computer-implemented method for adapting a component description of a metal workpiece to be produced with amorphous properties, which description is intended for controlling an injection molding device, the method comprising: - determining a cooling behavior of at least part of a metal workpiece to be produced by taking into account a component description of the workpiece, wherein the cooling behavior indicates a cooling rate, the component description is in the form of a CAD model and the component description indicates the geometry of the workpiece to be produced; - comparing the cooling rate with a critical cooling rate, wherein the critical cooling rate indicates a cooling rate from which crystallization of a melt ceases and the melt solidifies in the glassy state; - adapting the geometry of the workpiece to be produced, which geometry is indicated by at least part of the component description, by taking into account the determined cooling behavior of the workpiece, wherein adapting also comprises determining a material to be used so that amorphous properties are achieved in the workpiece to be produced, wherein the critical cooling rate is determined by taking into account the material to be used. - determining a cooling behavior of at least part of a metal workpiece to be produced by taking into account a component description of the workpiece, wherein the cooling behavior indicates a cooling rate, the component description is in the form of a CAD model and the component description indicates the geometry of the workpiece to be produced; - comparing the cooling rate with a critical cooling rate, wherein the critical cooling rate indicates a cooling rate from which crystallization of a melt ceases and the melt solidifies in the glassy state; - adapting the geometry of the workpiece to be produced, which geometry is indicated by at least part of the component description, by taking into account the determined cooling behavior of the workpiece, wherein adapting also comprises determining a material to be used so that amorphous properties are achieved in the workpiece to be produced, wherein the critical cooling rate is determined by taking into account the material to be used.
A cover glass article, comprising: a glass body having: a three-dimensional shape, an inside surface, an outside surface, and a wall thickness in a range from 0.3 mm to 3 mm, wherein: each of the inside and outside surfaces has a surface roughness (R a ) less than 1 nm and is free of indentations having diameters larger than 150 μm, a variation of the wall thickness is ± 15% or less, and the glass article has at least one bend section having a bend radius from 1 mm to 20mm. a three-dimensional shape, an inside surface, an outside surface, and a wall thickness in a range from 0.3 mm to 3 mm, wherein: each of the inside and outside surfaces has a surface roughness (R a ) less than 1 nm and is free of indentations having diameters larger than 150 μm, a variation of the wall thickness is ± 15% or less, and the glass article has at least one bend section having a bend radius from 1 mm to 20mm. each of the inside and outside surfaces has a surface roughness (R a ) less than 1 nm and is free of indentations having diameters larger than 150 μm, a variation of the wall thickness is ± 15% or less, and the glass article has at least one bend section having a bend radius from 1 mm to 20mm.
A method for regulating an electrical distribution grid which comprises an electrical source called main source , among one or more electrical sources, configured to dictate to the grid the voltage V and frequency f of a power P flowing in the grid, and to which one or more loads are connected, characterised in that the method comprises, in case of a variation in one of the frequency f and the voltage V detected in the grid, during a primary regulation, a step of adjusting, by the main source , the other of the frequency f and voltage V, so as to keep constant the ratio of the voltage V to the frequency f.
A computer-implemented method for controlling the operation of a plurality of vehicle subsystems within a vehicle , the method comprising: acquiring data from a force sensor that reflects a force applied to a steering wheel; processing the data to identify a force input; determining, via an optical sensor , a position of a hand on the steering wheel ; converting the force input into a command; and causing a first subsystem included in the plurality of subsystems to execute the command. acquiring data from a force sensor that reflects a force applied to a steering wheel; processing the data to identify a force input; determining, via an optical sensor , a position of a hand on the steering wheel ; converting the force input into a command; and causing a first subsystem included in the plurality of subsystems to execute the command.
A mould part for a mould system for manufacture of a component for a wind turbine blade, the mould part having a moulding surface with a primary side section , a secondary side section , and a central portion between the primary side section and the secondary side section, the mould part having a primary connection interface configured to abut a secondary connection interface of a second mould part, the primary connection interface comprises a primary connection surface , the primary connection interface comprising an outlet configured to be connected to a vacuum source, the primary connection interface comprising a sealing path surrounding the outlet , and wherein the sealing path comprises a sealing part configured for receiving a sealant paste formed by a bevelled edge between the moulding surface and the primary connection surface . the mould part having a moulding surface with a primary side section , a secondary side section , and a central portion between the primary side section and the secondary side section, the mould part having a primary connection interface configured to abut a secondary connection interface of a second mould part, the primary connection interface comprises a primary connection surface , the primary connection interface comprising an outlet configured to be connected to a vacuum source, the primary connection interface comprising a sealing path surrounding the outlet , and wherein the sealing path comprises a sealing part configured for receiving a sealant paste formed by a bevelled edge between the moulding surface and the primary connection surface .