mhurhangee/patent-ind-claim-en huggingface dataset:
A hot forging die for hot-forging a rod-shaped forging material by radial forging, the hot forging die comprising a pair of halved pressing portions for interposing the forging material between the pair of the halved pressing portions , each of the halved pressing portions being a convex portion having a substantially semicircular cross-section when seen from a direction perpendicular to a longitudinal direction of the forging material, the convex portion being continuous so as to surround the forging material, wherein each of the halved pressing portions includes rough processing portions and a finishing portion being a convex portion having a larger curvature radius in the substantially semicircular cross-section than the rough processing portions ; characterized in that each of the halved pressing portions has an arc shape, wherein each of the halved pressing portions includes: the finishing portion formed around a bottom of the arc shape, and rough processing portions formed on each of both end sides of the arc shape. the finishing portion formed around a bottom of the arc shape, and rough processing portions formed on each of both end sides of the arc shape.
A universal serial bus, USB, Type-C plug comprising: • a dual-role port, DRP , connectable to a USB device, wherein the DRP contains: ∘ a power pin, a CC pin, a ground pin, a first resistor (Ri) and a second resistor (R2); • a power cable, a ground cable, and a CC wire of a cable on which the USB Type-C plug is disposed; • a role control switch comprising a first output terminal , a second output terminal , a third output terminal and an input terminal ; • wherein the power pin is connected to the power cable, the first output terminal is connected to a first end of the first resistor (Ri) and a second end of the first resistor (R1) is connected to the power cable, wherein the second output terminal is connected to the CC wire, wherein the ground pin is connected to the ground cable and the third output terminal is connected to a first end of the second resistor (R2) and a second end of the second resistor (R2) is connected to the ground cable, wherein the input terminal is connected to the CC pin; • wherein in a first state the role control switch is configured to connect the input terminal to the first output terminal , in a second state the role control switch is configured to connect the input terminal to the second output terminal and in a third state the role control switch is configured to connect the input terminal to the third output terminal . • a dual-role port, DRP , connectable to a USB device, wherein the DRP contains: ∘ a power pin, a CC pin, a ground pin, a first resistor (Ri) and a second resistor (R2); • a power cable, a ground cable, and a CC wire of a cable on which the USB Type-C plug is disposed; • a role control switch comprising a first output terminal , a second output terminal , a third output terminal and an input terminal ; • wherein the power pin is connected to the power cable, the first output terminal is connected to a first end of the first resistor (Ri) and a second end of the first resistor (R1) is connected to the power cable, wherein the second output terminal is connected to the CC wire, wherein the ground pin is connected to the ground cable and the third output terminal is connected to a first end of the second resistor (R2) and a second end of the second resistor (R2) is connected to the ground cable, wherein the input terminal is connected to the CC pin; • wherein in a first state the role control switch is configured to connect the input terminal to the first output terminal , in a second state the role control switch is configured to connect the input terminal to the second output terminal and in a third state the role control switch is configured to connect the input terminal to the third output terminal .
Terrace canopy comprising a column that is constructed of a set of profiles, wherein the terrace canopy further comprises at least one beam (3; 5) and a corner connection positioned between the column and the at least one beam, wherein the column supports the at least one beam and comprises: - a core profile wherein each side wall of the core profile has an inside and an outside , each outside being provided with at least one mounting means comprising a mounting slot, the core profile having a rotational symmetry of at least order three and the corner connection being attached to the core profile; and - a plurality of cover profiles (78; 78'; 78b, 86; 78d) each attached to a side of the core profile by means of the mounting slot in that side, each cover profile being provided with an outer wall having an outside and an inside and with at least one attachment means configured to cooperate with said mounting slot for connecting the respective cover profile to the core profile, wherein at least one cover profile is attached to each side wall and wherein the plurality of cover profiles, after attachment to the core profile, completely cover the core profile and form the visible outside of the column, characterised in that the corner connection has a rotational symmetry equal to the core profile. - a core profile wherein each side wall of the core profile has an inside and an outside , each outside being provided with at least one mounting means comprising a mounting slot, the core profile having a rotational symmetry of at least order three and the corner connection being attached to the core profile; and - a plurality of cover profiles (78; 78'; 78b, 86; 78d) each attached to a side of the core profile by means of the mounting slot in that side, each cover profile being provided with an outer wall having an outside and an inside and with at least one attachment means configured to cooperate with said mounting slot for connecting the respective cover profile to the core profile, wherein at least one cover profile is attached to each side wall and wherein the plurality of cover profiles, after attachment to the core profile, completely cover the core profile and form the visible outside of the column, characterised in that the corner connection has a rotational symmetry equal to the core profile.
A method of starting a wire fed weld operation, characterized by - monitoring at least one of a prior run-in time, a prior run in distance, a prior run in wire feed speed, and whether or not there is contact at the time of at least one prior start; and - controlling a position of the wire for a present weld operation in response to the at least one prior run-in time, run in distance, prior run in wire feed speed, and whether or not there is contact at the beginning of the at least one prior start. - monitoring at least one of a prior run-in time, a prior run in distance, a prior run in wire feed speed, and whether or not there is contact at the time of at least one prior start; and - controlling a position of the wire for a present weld operation in response to the at least one prior run-in time, run in distance, prior run in wire feed speed, and whether or not there is contact at the beginning of the at least one prior start.
Stripping claw for automated insertion into a stripping tool which is intended for stripping a stripping part from a flat workpiece, wherein the stripping claw has at least two tips (6.1, 6.2) for placing on the stripping part, characterised in that , a ram receiver is formed in a concave manner between the two tips (6.1, 6.2).
Spindle drive for an actuator of a steer-by-wire steering system, having a spindle which is disposed so as to be linearly displaceable in a spindle nut , wherein the spindle drive is configured as a roller screw drive having at least one threaded roller , wherein the ends of the at least one threaded roller are configured having an external toothing and mesh in each case with an internal toothing of one respective gear rim , wherein the gear rims are disposed on the end side so as to be within the spindle nut , wherein the at least one threaded roller is guided radially and axially by synchronizer rings disposed within the spindle nut , characterized in that the spindle has grooves , which in the longitudinal direction are uniformly mutually spaced apart, and the at least one threaded roller has an external thread which permanently engages in a rolling manner with the grooves of the threaded spindle such that a linear displacement of the spindle takes place by rotating the spindle nut .
Method for sorting out fine particles from a particle mixture of a PET recycling system, arranged on a surface of a support element , comprising particles of different sizes, in particular, fine particles with a diameter of up to 1 mm, wherein the fine particles are at least partially sorted out from the particle mixture by means of an electrostatically charged separating element ; wherein the separating element is located next to and/or above the particle mixture ; wherein the support element is a conveyor medium such that the particle mixture is moved relative to the separating element along a direction parallel to the surface of the support element on which the particle mixture is arranged; characterized in that fine particles adhering to the separating element are removed from the separating element using a cleaning element .
An uplink access method performed by a base station, the method comprising: • sending N signals and N pieces of physical random access channel, PRACH, resource indication information to a user equipment, wherein N is an integer greater than or equal to 2, wherein the N signals and the N pieces of PRACH resource indication information are sent through N transmit beams, and each transmit beam among the N transmit beams carries one signal among the N signals and one piece of PRACH resource indication information among the N pieces of PRACH resource indication information (step 101); and • receiving a random access preamble sequence of the user equipment only on a PRACH resource corresponding to one piece of PRACH resource indication information among the N pieces of PRACH resource indication information (step 103); characterized in that an i th piece of PRACH resource indication information is carried in another channel, being a downlink shared channel, indicated by channel indication information that is carried in an i th channel, a time-frequency-code resource used by an i th signal has a preset relationship with a time-frequency-code resource used by the i th channel, and i is an integer that is greater than or equal to 1 and less than or equal to N. • sending N signals and N pieces of physical random access channel, PRACH, resource indication information to a user equipment, wherein N is an integer greater than or equal to 2, wherein the N signals and the N pieces of PRACH resource indication information are sent through N transmit beams, and each transmit beam among the N transmit beams carries one signal among the N signals and one piece of PRACH resource indication information among the N pieces of PRACH resource indication information (step 101); and • receiving a random access preamble sequence of the user equipment only on a PRACH resource corresponding to one piece of PRACH resource indication information among the N pieces of PRACH resource indication information (step 103); characterized in that an i th piece of PRACH resource indication information is carried in another channel, being a downlink shared channel, indicated by channel indication information that is carried in an i th channel, a time-frequency-code resource used by an i th signal has a preset relationship with a time-frequency-code resource used by the i th channel, and i is an integer that is greater than or equal to 1 and less than or equal to N. an i th piece of PRACH resource indication information is carried in another channel, being a downlink shared channel, indicated by channel indication information that is carried in an i th channel, a time-frequency-code resource used by an i th signal has a preset relationship with a time-frequency-code resource used by the i th channel, and i is an integer that is greater than or equal to 1 and less than or equal to N.
A method for operating a hybrid-electric propulsion system of an aircraft , the hybrid-electric propulsion system comprising a turbomachine , a propulsor coupled to the turbomachine , and an electrical system, the electrical system comprising an electric machine coupled to the turbomachine , the method comprising: operating, by one or more computing devices , the turbomachine in an idle operating condition; receiving , by the one or more computing devices , a thrust increase command to accelerate the turbomachine while operating the turbomachine in the idle operating condition; determining , by the one or more computing devices , a rate of change of commanded thrust increase; and providing, by the one or more computing devices , electrical power to the electric machine to add power to the turbomachine and increase an acceleration of the turbomachine in response to the received command to accelerate the turbomachine , wherein providing, by the one or more computing devices , electrical power to the electric machine further comprises modulating, by the one or more computing devices , an amount of electrical power provided to the electric machine based at least in part on the determined rate of change of commanded thrust increase. operating, by one or more computing devices , the turbomachine in an idle operating condition; receiving , by the one or more computing devices , a thrust increase command to accelerate the turbomachine while operating the turbomachine in the idle operating condition; determining , by the one or more computing devices , a rate of change of commanded thrust increase; and providing, by the one or more computing devices , electrical power to the electric machine to add power to the turbomachine and increase an acceleration of the turbomachine in response to the received command to accelerate the turbomachine , wherein providing, by the one or more computing devices , electrical power to the electric machine further comprises modulating, by the one or more computing devices , an amount of electrical power provided to the electric machine based at least in part on the determined rate of change of commanded thrust increase.
A resource management method, comprising: receiving, by user equipment, UE , signaling for releasing resource sent by a base station, wherein the signaling for releasing resource indicates information of resource location; and determining, by the UE based on the information of resource location, a time-frequency resource corresponding to the information of resource location in allocated resources already allocated by a network side to the UE , and releasing the time-frequency resource, wherein the time-frequency resource comprises some but not all of the allocated resources, wherein the allocated resources are for a data transmission. receiving, by user equipment, UE , signaling for releasing resource sent by a base station, wherein the signaling for releasing resource indicates information of resource location; and determining, by the UE based on the information of resource location, a time-frequency resource corresponding to the information of resource location in allocated resources already allocated by a network side to the UE , and releasing the time-frequency resource, wherein the time-frequency resource comprises some but not all of the allocated resources, wherein the allocated resources are for a data transmission.
Stationary suction unit for the sucking away of dirt, with a suction assembly which has a motor-driven fan unit for the generation of a suction flow, and with a carrier , in particular having a housing , for carrying the suction assembly, wherein the suction assembly is mounted in front of a filter module with at least one filter element and at least one dirt collecting container , and with a suction inlet for the connection of a suction line , wherein the suction flow in operation of the suction unit flows from the suction inlet , through the dirt collecting container and the filter module , to the suction assembly as far as an outlet opening , wherein the stationary suction unit has a connection unit to create a flow-connection for the suction flow between the suction assembly and the dirt collecting container , and wherein the connection unit has at least one suction connection flow-connected to the suction assembly, and is movably mounted on the carrier between an operating position (B) in which the suction connection or connections is or are moved towards the dirt collecting container and flow-connected to the dirt collecting container , and a changeover position (W) in which the suction connection or connections is or are moved away from the dirt collecting container and flow-separated from the dirt collecting container , so that the dirt collecting container in the changeover position (W) is released from the connection unit and may be moved away from the carrier , characterised in that the stationary suction unit has a coupling device for coupling the connection unit to the filter module , so that the filter module accompanies a movement of the connection unit and in the operating position (B) is moved towards the dirt collecting container and in the changeover position (W) is removed from the dirt collecting container .
An audio system comprising: - a sound generator configured to provide an auditory stimulation adapted to induce neural oscillations wherein said auditory stimulation is further adapted to compensate cochlear dispersion and to alleviate a neurological pathology by: - - adding a plurality of pure tones each with a specific relative phase, adapted to compensate the cochlear dispersion, and hereby providing a chirp capable of compensating the cochlear dispersion; wherein - - said specific relative phase is determined using a delay model preferably given by: τ = k · f -d , wherein τ is the delay in seconds, f is the frequency in Hz and the constants k and d have the values k = 0.0920 and d = 0.4356; and wherein - - said plurality of pure tones are separated by a constant frequency difference that is the same as the frequency of the neural oscillations to be induced; - a sleep monitor configured to determine at least one stage of sleep; and - a sound generator controller adapted to at least one of initiate and terminate an auditory stimulation in response to a determined sleep stage. - a sound generator configured to provide an auditory stimulation adapted to induce neural oscillations wherein said auditory stimulation is further adapted to compensate cochlear dispersion and to alleviate a neurological pathology by: - - adding a plurality of pure tones each with a specific relative phase, adapted to compensate the cochlear dispersion, and hereby providing a chirp capable of compensating the cochlear dispersion; wherein - - said specific relative phase is determined using a delay model preferably given by: τ = k · f -d , wherein τ is the delay in seconds, f is the frequency in Hz and the constants k and d have the values k = 0.0920 and d = 0.4356; and wherein - - said plurality of pure tones are separated by a constant frequency difference that is the same as the frequency of the neural oscillations to be induced; - - adding a plurality of pure tones each with a specific relative phase, adapted to compensate the cochlear dispersion, and hereby providing a chirp capable of compensating the cochlear dispersion; wherein - - said specific relative phase is determined using a delay model preferably given by: τ = k · f -d , wherein τ is the delay in seconds, f is the frequency in Hz and the constants k and d have the values k = 0.0920 and d = 0.4356; and wherein - - said plurality of pure tones are separated by a constant frequency difference that is the same as the frequency of the neural oscillations to be induced; - a sleep monitor configured to determine at least one stage of sleep; and - a sound generator controller adapted to at least one of initiate and terminate an auditory stimulation in response to a determined sleep stage.
A vacuum cleaner, comprising: a cleaner main body which includes a suction motor for generating suction force; and a suction hose which communicates with the cleaner main body for sucking dust-containing air, wherein the cleaner main body includes a main body portion ; a dust container which is provided in the main body portion , the dust container which includes a suction port in which air sucked through the suction hose is introduced and a storage space for collecting dust; and a cover member which includes a connector , which is connected with the suction hose on a side thereof, and is movable to selectively cover at least a portion of the dust container , and wherein when the cover member is moved to a position covering the portion of the dust container , the connector is aligned with an air introducing direction at the suction port in parallel, characterized in that the vacuum cleaner further comprises: a first sealing portion which is formed to be inclined and disposed on an opened end of the connector ; and a second sealing portion which is formed to be inclined at the same angle as the first sealing portion and disposed at an opened end of the suction port facing the first sealing portion , wherein when the cover member is closed, the first sealing portion and the second sealing portion are in close contact with each other. a cleaner main body which includes a suction motor for generating suction force; and a suction hose which communicates with the cleaner main body for sucking dust-containing air, wherein the cleaner main body includes a main body portion ; a dust container which is provided in the main body portion , the dust container which includes a suction port in which air sucked through the suction hose is introduced and a storage space for collecting dust; and a cover member which includes a connector , which is connected with the suction hose on a side thereof, and is movable to selectively cover at least a portion of the dust container , and wherein when the cover member is moved to a position covering the portion of the dust container , the connector is aligned with an air introducing direction at the suction port in parallel, characterized in that the vacuum cleaner further comprises: a first sealing portion which is formed to be inclined and disposed on an opened end of the connector ; and a second sealing portion which is formed to be inclined at the same angle as the first sealing portion and disposed at an opened end of the suction port facing the first sealing portion , wherein when the cover member is closed, the first sealing portion and the second sealing portion are in close contact with each other. a first sealing portion which is formed to be inclined and disposed on an opened end of the connector ; and a second sealing portion which is formed to be inclined at the same angle as the first sealing portion and disposed at an opened end of the suction port facing the first sealing portion , wherein when the cover member is closed, the first sealing portion and the second sealing portion are in close contact with each other.