mhurhangee/ep-ind-claims huggingface dataset:
A rotating electrical machine, comprising: a rotor; a stator winding; a lead wire connected to supply power to the stator winding; a stator core around which the stator winding is wound; and a casing housing the stator core, wherein: the lead wire is placed to face an outer circumferential surface of the stator core via a dielectric along a surface direction, characterized in that the stator core is ground; and the lead wire is extended in a circumferential direction along the outer circumferential surface of the stator core. a rotor; a stator winding; a lead wire connected to supply power to the stator winding; a stator core around which the stator winding is wound; and a casing housing the stator core, wherein: the lead wire is placed to face an outer circumferential surface of the stator core via a dielectric along a surface direction, characterized in that the stator core is ground; and the lead wire is extended in a circumferential direction along the outer circumferential surface of the stator core. the lead wire is placed to face an outer circumferential surface of the stator core via a dielectric along a surface direction, characterized in that the stator core is ground; and the lead wire is extended in a circumferential direction along the outer circumferential surface of the stator core.
A method for preparing an inorganic polysilazane resin, wherein a ratio of containing silicon atoms to containing nitrogen atoms, Si/N is 1.30 or more, comprising heating an inorganic polysilazane compound containing both Si-NH and Si-Cl to react NH in one inorganic polysilazane compound containing both Si-NH and Si-Cl with Cl in another inorganic polysilazane compound containing both Si-NH and Si-Cl, wherein the heating is conducted in the presence of a catalyst, or synthesizing a silazane oligomer or polymer with no Si-CI bond and then thermally reacting the synthesized silazane oligomer or polymer with an added halosilane to react NH in the silazane oligomer or polymer with the added halosilane. heating an inorganic polysilazane compound containing both Si-NH and Si-Cl to react NH in one inorganic polysilazane compound containing both Si-NH and Si-Cl with Cl in another inorganic polysilazane compound containing both Si-NH and Si-Cl, wherein the heating is conducted in the presence of a catalyst, or synthesizing a silazane oligomer or polymer with no Si-CI bond and then thermally reacting the synthesized silazane oligomer or polymer with an added halosilane to react NH in the silazane oligomer or polymer with the added halosilane.
A combine harvester comprising at least one straw walker extending in a longitudinal direction of the harvester and supported by a front and rear shaft (11,12), said shafts being rotatable about respective rotation axes (13,14), each shaft provided with one or more eccentric portions (15,16), wherein the straw walker is rotatably mounted on an eccentric portion of the respective front and rear shafts, so that the simultaneous rotation of the shafts actuates a reciprocating motion of the straw walker, wherein the combine is further provided with a pivot frame and one or more actuators, configured to adjust the angular position of the frame by pivoting the frame about a pivot axis oriented transversally to said longitudinal direction, and wherein the front and rear shafts (11,12) are configured to rotate with respect to the pivot frame, so that the straw walker's angular position is adjustable while the straw walker executes said reciprocating motion.
A portable countermeasure device, comprising: at least one directional antenna; at least one signal disruption component in electronic communication with the at least one directional antenna, the at least one signal disruption component comprising at least one signal generator; and at least one amplifier coupled to the at least one signal generator, wherein the at least one signal generator is configured to generate a disruptive signal on an associated frequency band and the corresponding at least one amplifier amplifies the generated disruptive signal; and a first activator and a second activator communicatively coupled to the at least one signal disruption component, the first activator operable to activate control circuitry for disruption of control frequency bands, the second activator operable to activate control circuitry for disruption of GPS/navigation bands; and a firearm form factor body having a top portion, a bottom portion, a first side, a second side, a front, and a back, wherein the at least one signal disruption component is disposed within the firearm form factor body. at least one directional antenna; at least one signal disruption component in electronic communication with the at least one directional antenna, the at least one signal disruption component comprising at least one signal generator; and at least one amplifier coupled to the at least one signal generator, wherein the at least one signal generator is configured to generate a disruptive signal on an associated frequency band and the corresponding at least one amplifier amplifies the generated disruptive signal; and a first activator and a second activator communicatively coupled to the at least one signal disruption component, the first activator operable to activate control circuitry for disruption of control frequency bands, the second activator operable to activate control circuitry for disruption of GPS/navigation bands; and the at least one signal disruption component comprising at least one signal generator; and at least one amplifier coupled to the at least one signal generator, wherein the at least one signal generator is configured to generate a disruptive signal on an associated frequency band and the corresponding at least one amplifier amplifies the generated disruptive signal; and at least one signal generator; and at least one amplifier coupled to the at least one signal generator, wherein the at least one signal generator is configured to generate a disruptive signal on an associated frequency band and the corresponding at least one amplifier amplifies the generated disruptive signal; and a first activator and a second activator communicatively coupled to the at least one signal disruption component, the first activator operable to activate control circuitry for disruption of control frequency bands, the second activator operable to activate control circuitry for disruption of GPS/navigation bands; and a firearm form factor body having a top portion, a bottom portion, a first side, a second side, a front, and a back, wherein the at least one signal disruption component is disposed within the firearm form factor body.
A creping blade comprising a blade having a tip and a blade clamping end and a length L1 corresponding to the height of the blade, a backing layer having a length L2 wherein L1 is greater than L2; characterised in that a layer of viscoelastic material is disposed between the blade and the backing layer
A method of a user equipment, UE, for receiving a service continuity indicator in a wireless communication system, comprising: transmitting, by the UE, a Single-Cell Point-to-Multipoint, SCPTM, service list to a serving cell; receiving, by the UE, the service continuity indicator from the serving cell, wherein the service continuity indicator includes first service information indicating SCPTM services available to be provided to the UE from a target cell via a SCPTM transmission, among services listed in the SCPTM service list; and wherein the service continuity indicator further includes second service information indicating SCPTM services not available to be provided to the UE from the target cell via SCPTM transmission, among services listed in the SCPTM service list; transmitting, by the UE, a unicast service request message to the target cell for services not being indicated by the first service information, among services listed in the SCPTM service list, and for services being indicated by the second service information; and receiving, by the UE, services being indicated by the first service information from the target cell via the SCPTM transmission and services being indicated by the second service information from the target cell via a unicast transmission. transmitting, by the UE, a Single-Cell Point-to-Multipoint, SCPTM, service list to a serving cell; receiving, by the UE, the service continuity indicator from the serving cell, wherein the service continuity indicator includes first service information indicating SCPTM services available to be provided to the UE from a target cell via a SCPTM transmission, among services listed in the SCPTM service list; and wherein the service continuity indicator further includes second service information indicating SCPTM services not available to be provided to the UE from the target cell via SCPTM transmission, among services listed in the SCPTM service list; transmitting, by the UE, a unicast service request message to the target cell for services not being indicated by the first service information, among services listed in the SCPTM service list, and for services being indicated by the second service information; and receiving, by the UE, services being indicated by the first service information from the target cell via the SCPTM transmission and services being indicated by the second service information from the target cell via a unicast transmission.
Duct joint for coupling ducts (2, 3), in particular for coupling smoke extraction ducts, comprising two duct flanges, each may be positioned at an end of a duct (2, 3) to be connected and has a generally L-shape in cross-section, with a connecting portion for the duct (2, 3) and a distal end portion provided with a widened section, a joint slide profile connecting the two duct flanges at the widened sections thereof, and at least one joint bolt clamp, overlapping the distal end portions of the duct flanges and the joint slide profile provided thereon, and clamping the two duct flanges together, characterized in that the joint slide profile connects the two duct flanges by form-fit with overlapping the distal end portions of the duct flanges as it grips behind the widened sections, wherein it is mounted to the distal end portions by sliding connection from a side.
An aerosol-generating device comprising: a heater; a first switch electrically connected to the heater in series; a second switch electrically connected to the heater and the first switch in series; and a processor configured to output a first control signal that controls an open/closed state of the first switch and a second control signal that controls an open/closed state of the second switch; characterized in that the aerosol-generating device further comprises: a rectifying circuit electrically connected to an output terminal of the processor and an input terminal of the first switch; and a capacitor electrically connected to an output terminal of the processor and an input terminal of the second switch. a heater; a first switch electrically connected to the heater in series; a second switch electrically connected to the heater and the first switch in series; and a processor configured to output a first control signal that controls an open/closed state of the first switch and a second control signal that controls an open/closed state of the second switch; characterized in that the aerosol-generating device further comprises: a rectifying circuit electrically connected to an output terminal of the processor and an input terminal of the first switch; and a capacitor electrically connected to an output terminal of the processor and an input terminal of the second switch. a rectifying circuit electrically connected to an output terminal of the processor and an input terminal of the first switch; and a capacitor electrically connected to an output terminal of the processor and an input terminal of the second switch.
A pedal apparatus, comprising: a pedal housing including an inner space; a pedal pad configured to rotate relative to the pedal housing; a pedal arm connected directly or indirectly to the pedal pad to rotate based on an angle of rotation of the pedal pad, the pedal arm including a hollow; a magnet installed in the pedal arm; a sensing board including a Hall sensor configured to sense a magnetic force generated by the magnet, the sensing board having at least a portion inserted into the hollow, and a pedal cover including a cover body configured to shield the inner space of the pedal housing, wherein the pedal arm further includes a pair of coupling rings respectively disposed at both ends of the hollow, and the pair of coupling rings are respectively engaged with a first rotation guide ring formed on an inner surface of the pedal housing and a second rotation guide ring formed on an inner surface of the cover body such that the pedal arm rotates about a predetermined rotation axis, characterised in that the cover body comprises: a board insertion space recessed toward the hollow; and a board box configured to shield the board insertion space from the inner space of the pedal housing. a pedal housing including an inner space; a pedal pad configured to rotate relative to the pedal housing; a pedal arm connected directly or indirectly to the pedal pad to rotate based on an angle of rotation of the pedal pad, the pedal arm including a hollow; a magnet installed in the pedal arm; a sensing board including a Hall sensor configured to sense a magnetic force generated by the magnet, the sensing board having at least a portion inserted into the hollow, and a pedal cover including a cover body configured to shield the inner space of the pedal housing, wherein the pedal arm further includes a pair of coupling rings respectively disposed at both ends of the hollow, and the pair of coupling rings are respectively engaged with a first rotation guide ring formed on an inner surface of the pedal housing and a second rotation guide ring formed on an inner surface of the cover body such that the pedal arm rotates about a predetermined rotation axis, characterised in that the cover body comprises: a board insertion space recessed toward the hollow; and a board box configured to shield the board insertion space from the inner space of the pedal housing. a board insertion space recessed toward the hollow; and a board box configured to shield the board insertion space from the inner space of the pedal housing.
A method of interacting with a user, comprising: collecting a set of user preferences for a user into a user preference database; providing a metadata stream associated with an audiovisual input, the audiovisual input being a program available for playing on an audiovisual display device; comparing the metadata stream with the set of user preferences to form a comparison; and outputting a message to the user if the comparison indicates that the metadata stream matches one or more elements of the set of user preferences; characterised in that collecting the set of user preferences for the user comprises: determining a time for which a program is played on an audiovisual display device; writing metadata for the program with a rating attribute determined in accordance with the time for which the program is played into a queue for storage into the user preference database; entering a wait loop for a prescribed time; if a programming channel change occurs before the prescribed time, exiting the wait loop and posting the metadata and rating attribute from the queue into the user preference database; but if the audiovisual display device is powered down before the prescribed time, or the prescribed time times out, not posting the metadata and rating attribute from the queue into the user preference database. collecting a set of user preferences for a user into a user preference database; providing a metadata stream associated with an audiovisual input, the audiovisual input being a program available for playing on an audiovisual display device; comparing the metadata stream with the set of user preferences to form a comparison; and outputting a message to the user if the comparison indicates that the metadata stream matches one or more elements of the set of user preferences; determining a time for which a program is played on an audiovisual display device; writing metadata for the program with a rating attribute determined in accordance with the time for which the program is played into a queue for storage into the user preference database; entering a wait loop for a prescribed time; if a programming channel change occurs before the prescribed time, exiting the wait loop and posting the metadata and rating attribute from the queue into the user preference database; but if the audiovisual display device is powered down before the prescribed time, or the prescribed time times out, not posting the metadata and rating attribute from the queue into the user preference database.
Cutting device for a comminution rotor, in particular for comminuting wood and/or soil, with at least one cutter holder comprising at least one groove, which is configured to at least partly receive a basis element of the comminution rotor, and comprises at least one longitudinal middle line with at least two partial lengths (20, 22) which are oriented at an angle with respect to each other, characterised in that the groove is delimited by at least two partial surface areas (24, 26, 28, 30) of the cutter holder, which are arranged in an angle between 75 ° and 105 ° with respect to each other.
A method for multiple input multiple output, MIMO, communications, comprising: receiving, by a terminal device, scheduling information from a network device, the scheduling information at least indicating physical resource blocks shared by a demodulation reference signal, DMRS, of the terminal device and a further DMRS of at least one further terminal device, and different sub-carriers allocated to the DMRS and the further DMRS in each of the physical resource blocks, the number of the physical resource blocks being indivisible by a total number of the terminal device and the at least one further terminal device; generating, by the terminal, the DMRS, a length of the DMRS being determined based on the number of the physical resource blocks and the number of the at least one further terminal device; and transmitting, by the terminal, the generated DMRS to the network device on the sub-carriers allocated to the DMRS in the physical resource blocks. receiving, by a terminal device, scheduling information from a network device, the scheduling information at least indicating physical resource blocks shared by a demodulation reference signal, DMRS, of the terminal device and a further DMRS of at least one further terminal device, and different sub-carriers allocated to the DMRS and the further DMRS in each of the physical resource blocks, the number of the physical resource blocks being indivisible by a total number of the terminal device and the at least one further terminal device; generating, by the terminal, the DMRS, a length of the DMRS being determined based on the number of the physical resource blocks and the number of the at least one further terminal device; and transmitting, by the terminal, the generated DMRS to the network device on the sub-carriers allocated to the DMRS in the physical resource blocks.
A method for monitoring a Physical Downlink Control Channel, PDCCH, signal, the method performed by a terminal (10, 100) and comprising: monitoring a PDCCH signal; wherein during an active time of a discontinuous reception, DRX, the PDCCH signal is monitored on a downlink subframe, based on (i) that the downlink subframe is not required for uplink, UL, transmission for a half-duplex operation in a frequency division duplex, FDD, based on (ii) that the downlink subframe is not a part of a configured measurement gap, and based on (iii) that the downlink subframe does not immediately precede an uplink subframe, wherein the half duplex operation in the FDD does not allow a reception on the downlink subframe and a transmission on the uplink subframe to be simultaneously performed, characterized in that the method comprises: based on that the terminal (10, 100) is configured with a coverage expansion for the half-duplex operation in the FDD, receiving repetitions of a physical downlink shared channel, PDSCH, signal; and based on that the terminal (10, 100) is configured with the coverage expansion for the half-duplex operation in the FDD, transmitting repetitions of a physical uplink shared channel, PUSCH, signal on a plurality of uplink subframes, which are not overlapping with the repetitions of the PDSCH signal. monitoring a PDCCH signal; wherein during an active time of a discontinuous reception, DRX, the PDCCH signal is monitored on a downlink subframe, based on (i) that the downlink subframe is not required for uplink, UL, transmission for a half-duplex operation in a frequency division duplex, FDD, based on (ii) that the downlink subframe is not a part of a configured measurement gap, and based on (iii) that the downlink subframe does not immediately precede an uplink subframe, wherein the half duplex operation in the FDD does not allow a reception on the downlink subframe and a transmission on the uplink subframe to be simultaneously performed, characterized in that the method comprises: based on that the terminal (10, 100) is configured with a coverage expansion for the half-duplex operation in the FDD, receiving repetitions of a physical downlink shared channel, PDSCH, signal; and based on that the terminal (10, 100) is configured with the coverage expansion for the half-duplex operation in the FDD, transmitting repetitions of a physical uplink shared channel, PUSCH, signal on a plurality of uplink subframes, which are not overlapping with the repetitions of the PDSCH signal. based on that the terminal (10, 100) is configured with a coverage expansion for the half-duplex operation in the FDD, receiving repetitions of a physical downlink shared channel, PDSCH, signal; and based on that the terminal (10, 100) is configured with the coverage expansion for the half-duplex operation in the FDD, transmitting repetitions of a physical uplink shared channel, PUSCH, signal on a plurality of uplink subframes, which are not overlapping with the repetitions of the PDSCH signal.
Discharge closure set for a sanitary facility comprising a plug free to move between a first opening position and a second closing position, and opening/closing means adapted to cooperate with said plug in order to move it to one of said opening or closing positions, said opening/closing means comprising at least an element moving between a first coupling position with said plug in which said moveable element and the plug are coupled magnetically and a second disconnection position in which there is substantially no magnetical coupling between said plug and said moveable element, such that substantially no force is exerted on the plug which consequently falls due to gravity guided by a guide and stop means into the second closing position, said opening/closing means comprising actuation means, accessible from outside the sanitary facility when installed therein, connected to said moveable element through a motion transmission means, whereby said motion transmission means comprise a rod connected, in installed state of the set, downstream to a lever, characterising in that the lever rotates around a pin arranged in installed state of the set in a water discharge group provided in a hole of the sanitary facility, which lever moves the moveable element fixed to the lever between said first coupling position and said second disconnection position, said lever transmitting a rotational motion to said moveable element.