mhurhangee/ep-ind-claims huggingface dataset:
A method for radio spectrum sharing, the method comprising: identifying, via a scheduler, a free radio spectrum block; publishing, via a transceiver, an identification packet of the free radio spectrum block, the identification packet including at least one of available spectrum, time, or area corresponding to the free radio spectrum block; receiving, via the transceiver, an acknowledgement to the identification packet; causing, via the scheduler, a provider of the free radio spectrum block to cease radio communication on the available spectrum for the time and area specified in the identification packet; determining, via the scheduler, a use for a portion of the free radio spectrum block when radio communications are ceased for the portion of the free radio spectrum block; publishing, via the transceiver, a reclamation packet; receiving, via the transceiver, acknowledgements to the reclamation packet; and causing resumption of radio communication on the available spectrum in response to receiving a threshold number of acknowledgements to the reclamation packet, wherein the threshold number of acknowledgements are equal to a number of acknowledgements received to the identification packet. identifying, via a scheduler, a free radio spectrum block; publishing, via a transceiver, an identification packet of the free radio spectrum block, the identification packet including at least one of available spectrum, time, or area corresponding to the free radio spectrum block; receiving, via the transceiver, an acknowledgement to the identification packet; causing, via the scheduler, a provider of the free radio spectrum block to cease radio communication on the available spectrum for the time and area specified in the identification packet; determining, via the scheduler, a use for a portion of the free radio spectrum block when radio communications are ceased for the portion of the free radio spectrum block; publishing, via the transceiver, a reclamation packet; receiving, via the transceiver, acknowledgements to the reclamation packet; and causing resumption of radio communication on the available spectrum in response to receiving a threshold number of acknowledgements to the reclamation packet, wherein the threshold number of acknowledgements are equal to a number of acknowledgements received to the identification packet.
A rotor for an electric machine with a rotor core with slots to house conductor bars of winding coils, with sub-slots below the slots that are designed to transport a cooling medium via a first radial passage located at the slots through which the cooling medium can enter from the sub-slots into a first cavity, which has a radially decreasing cross section area towards the outside of the rotor, passages that extend in the axial direction and through which the cooling medium can pass to the enter into a second cavity located in the slots, and a second radial passage through which the cooling medium can be purged, characterized in that the second cavity has a radially increasing cross section area towards the outside of the rotor and the first cavity and the second cavity are bores in the conductor bars and the second passages which connect the first cavity with the second cavity are recesses of a hollow conductor bar.
A nonaqueous battery comprising: a positive electrode; and a negative electrode, wherein at least one of the positive electrode and the negative electrode includes a current collector (11, 21), an intermediate layer, and an active material layer (12, 22), and the intermediate layer is interposed between the current collector (11, 21) and the active material layer (12, 22), characterized in that: the intermediate layer includes graphite particles and insulating particles, in a cross section of the intermediate layer in a thickness direction, a major axis diameter of the graphite particles is equal to the thickness of the intermediate layer, and in X-ray diffraction measurement of the intermediate layer by an out-of-plane method, an XRD intensity ratio of a 110 diffraction line of a graphite crystal to a 002 diffraction line of the graphite crystal is 0.0011 or more. a positive electrode; and a negative electrode, wherein at least one of the positive electrode and the negative electrode includes a current collector (11, 21), an intermediate layer, and an active material layer (12, 22), and the intermediate layer is interposed between the current collector (11, 21) and the active material layer (12, 22), characterized in that: the intermediate layer includes graphite particles and insulating particles, in a cross section of the intermediate layer in a thickness direction, a major axis diameter of the graphite particles is equal to the thickness of the intermediate layer, and in X-ray diffraction measurement of the intermediate layer by an out-of-plane method, an XRD intensity ratio of a 110 diffraction line of a graphite crystal to a 002 diffraction line of the graphite crystal is 0.0011 or more. the intermediate layer includes graphite particles and insulating particles, in a cross section of the intermediate layer in a thickness direction, a major axis diameter of the graphite particles is equal to the thickness of the intermediate layer, and in X-ray diffraction measurement of the intermediate layer by an out-of-plane method, an XRD intensity ratio of a 110 diffraction line of a graphite crystal to a 002 diffraction line of the graphite crystal is 0.0011 or more.
A method performed in a wireless terminal (26 1) which is a user equipment, UE, the method comprising: generating wireless terminal capability information, for each of one or more band combinations, indicating whether or not the wireless terminal (26 1) in RRC_CONNECTED supports simultaneous transmission of a plurality of communications consisting of communication between the wireless terminal (26 1) and a base station and device-to-device, D2D, communication, the D2D communication being directly performed between the wireless terminal (26 1) and another wireless terminal (26 2); and transmitting the wireless terminal capability information to the base station. generating wireless terminal capability information, for each of one or more band combinations, indicating whether or not the wireless terminal (26 1) in RRC_CONNECTED supports simultaneous transmission of a plurality of communications consisting of communication between the wireless terminal (26 1) and a base station and device-to-device, D2D, communication, the D2D communication being directly performed between the wireless terminal (26 1) and another wireless terminal (26 2); and transmitting the wireless terminal capability information to the base station.
An optical apparatus (10, 32) comprising a disposable non-magnetic optical fibre probe for coupling light into a sample and receiving light from the sample for performing Raman spectroscopy, and a non-magnetic optical extension releasably connected to the disposable non-magnetic optical probe for transmitting light into the disposable non-magnetic optical probe and receiving light from the disposable non-magnetic optical probe, wherein the non-magnetic optical extension comprises: a first optical extension fibre for transmitting light into the disposable non-magnetic optical probe; a second optical extension fibre for receiving light from the disposable non-magnetic optical probe; an excitation filter for filtering light from the first optical extension fibre; and a collection filter for filtering light into the second optical extension fibre. a first optical extension fibre for transmitting light into the disposable non-magnetic optical probe; a second optical extension fibre for receiving light from the disposable non-magnetic optical probe; an excitation filter for filtering light from the first optical extension fibre; and a collection filter for filtering light into the second optical extension fibre.
A method comprising: comparing, by executing an instruction with a processor, media presentation data representative of media output by a validation set top box to reference data corresponding to a first station to determine whether the media presentation data corresponds to the reference data, the media presentation data collected while the validation set top box was tuned to a first channel number; when the media presentation data does not correspond to the reference data, determining a second station that corresponds to the media presentation data; correcting, by executing an instruction with the processor, a first channel map that relates the first channel number to the first station, the first channel map relating the first channel number to the first station based on channel lineup information corresponding to a geographic area in which the validation set top box is located, the correcting including relating the first channel number to the second station to create a second channel map; and correcting, by executing an instruction with the processor, clickstream data that corresponds to the first channel map using the second channel map, the clickstream data representing commands received by other set top boxes at a group of households in the geographic area in which the validation set top box is located. comparing, by executing an instruction with a processor, media presentation data representative of media output by a validation set top box to reference data corresponding to a first station to determine whether the media presentation data corresponds to the reference data, the media presentation data collected while the validation set top box was tuned to a first channel number; when the media presentation data does not correspond to the reference data, determining a second station that corresponds to the media presentation data; correcting, by executing an instruction with the processor, a first channel map that relates the first channel number to the first station, the first channel map relating the first channel number to the first station based on channel lineup information corresponding to a geographic area in which the validation set top box is located, the correcting including relating the first channel number to the second station to create a second channel map; and correcting, by executing an instruction with the processor, clickstream data that corresponds to the first channel map using the second channel map, the clickstream data representing commands received by other set top boxes at a group of households in the geographic area in which the validation set top box is located.
A ligating instrument for deploying ligating bands inside the body comprising: (a) a ligating band dispenser adapted to be mounted on the distal tip of an endoscope and comprising a support structure and at least one ligating band positioned on the support structure; (b) a pull line extending from the ligating band dispenser and adapted to be pulled for deploying said at least one ligating band off of the support structure; and (c) an actuator member adapted to pull the pull line to cause deployment of said at least one ligating band off of the support structure; (d) an elongate member having a lumen, the elongate member extending from the actuator member to the ligating band dispenser; wherein the pull line extends through the lumen of the elongate member with a proximal end of the pull line connected to the actuator member and a distal end of the pull line connected to the ligating band dispenser, wherein actuation of the actuator member draws the pull line in a proximal direction through the elongate member to deploy said at least one ligating band off of the support structure; and characterized in that the ligating instrument further comprises a sleeve positioned on a distal portion of the ligating instrument, wherein the sleeve is adapted to be unrolled by a user in order to be extended proximally to secure at least a portion of the elongate member relative to the outside of the endoscope. (a) a ligating band dispenser adapted to be mounted on the distal tip of an endoscope and comprising a support structure and at least one ligating band positioned on the support structure; (b) a pull line extending from the ligating band dispenser and adapted to be pulled for deploying said at least one ligating band off of the support structure; and (c) an actuator member adapted to pull the pull line to cause deployment of said at least one ligating band off of the support structure; (d) an elongate member having a lumen, the elongate member extending from the actuator member to the ligating band dispenser;
A structure comprising two juxtaposed panels (64, 66), each of said panels including a joining flange (68, 70; 80, 82) located at, or adjacent to, respective juxtaposed edges thereof, and an assembly for securing said two juxtaposed panels (64, 66) to a structure, said assembly comprising: a retaining member having a substantially planar surface supporting at opposite edges thereof respective first flanges (26, 28), a clamping member having two spaced-apart legs (38, 40; 84, 86) depending from a web, each leg being configured to engage a respective exposed surface of an adjacent joining flange, and a pair of second flanges (46, 48) each supported on a facing internal surface of a respective one of said legs so as to extend away from the web; the first and second flanges being oriented in opposite directions so as to interlock when the clamping member is mounted on the retaining member and thereby limit lateral separation of said legs; characterized in that: each of the joining flanges (80, 82) is tapered so as to become wider further from the respective panel, the legs (84, 86) of the clamping member gripping the joining flanges (80, 82) to form a dovetail joint, or in that each of the joining flanges (68, 70) is provided on an outer surface with saw-tooth or barb-shaped notches for engaging complementary notches (40, 42) on the lower internal surface of the respective leg (38, 40) of the clamping member. a retaining member having a substantially planar surface supporting at opposite edges thereof respective first flanges (26, 28), a clamping member having two spaced-apart legs (38, 40; 84, 86) depending from a web, each leg being configured to engage a respective exposed surface of an adjacent joining flange, and a pair of second flanges (46, 48) each supported on a facing internal surface of a respective one of said legs so as to extend away from the web; the first and second flanges being oriented in opposite directions so as to interlock when the clamping member is mounted on the retaining member and thereby limit lateral separation of said legs; each of the joining flanges (80, 82) is tapered so as to become wider further from the respective panel, the legs (84, 86) of the clamping member gripping the joining flanges (80, 82) to form a dovetail joint, or in that each of the joining flanges (68, 70) is provided on an outer surface with saw-tooth or barb-shaped notches for engaging complementary notches (40, 42) on the lower internal surface of the respective leg (38, 40) of the clamping member.
A method comprising: - outputting fuel and oxidant from a fuel and oxidant source; - receiving the fuel and oxidant in a perforated flame holder; and - supporting at least 80% of a combustion reaction of the fuel and oxidant within the perforated flame holder, characterized by - sensing the combustion reaction with a sensor, wherein sensing the combustion reaction includes sensing whether the combustion reaction is stable, and executing an error procedure if the combustion reaction is not stable, - supporting the perforated flame holder in a combustion volume of a furnace; and - positioning a fuel nozzle within the combustion volume a distance (D D) from the perforated flame holder selected to enable fuel and oxidant output from the fuel nozzle to arrive at the perforated flame holder in a condition that enables the perforated flame holder to support the at least 80% of the combustion reaction of the fuel and oxidant within the perforated flame holder, wherein the distance (D D) away from the fuel nozzle is at least 100 times greater than a diameter of the fuel nozzle. - outputting fuel and oxidant from a fuel and oxidant source; - receiving the fuel and oxidant in a perforated flame holder; and - supporting at least 80% of a combustion reaction of the fuel and oxidant within the perforated flame holder, characterized by - sensing the combustion reaction with a sensor, wherein sensing the combustion reaction includes sensing whether the combustion reaction is stable, and executing an error procedure if the combustion reaction is not stable, - supporting the perforated flame holder in a combustion volume of a furnace; and - positioning a fuel nozzle within the combustion volume a distance (D D) from the perforated flame holder selected to enable fuel and oxidant output from the fuel nozzle to arrive at the perforated flame holder in a condition that enables the perforated flame holder to support the at least 80% of the combustion reaction of the fuel and oxidant within the perforated flame holder, wherein the distance (D D) away from the fuel nozzle is at least 100 times greater than a diameter of the fuel nozzle.
A polycarbonate resin composition, comprising: an aromatic polycarbonate resin; a polyether compound having a polyoxyalkylene structure; a polyorganosiloxane; and an aliphatic cyclic epoxy compound, wherein: the polycarbonate resin composition comprises 0.005 part by mass to 5 parts by mass of the polyether compound with respect to 100 parts by mass of the aromatic polycarbonate resin; and the polycarbonate resin composition satisfies both of the following conditions and: an amount of potassium in the polyether compound is 6 ppm by mass or less; and an amount of sodium in the polyether compound is 1 ppm by mass or less. an aromatic polycarbonate resin; a polyether compound having a polyoxyalkylene structure; a polyorganosiloxane; and an aliphatic cyclic epoxy compound, wherein: the polycarbonate resin composition comprises 0.005 part by mass to 5 parts by mass of the polyether compound with respect to 100 parts by mass of the aromatic polycarbonate resin; and the polycarbonate resin composition satisfies both of the following conditions and: an amount of potassium in the polyether compound is 6 ppm by mass or less; and an amount of sodium in the polyether compound is 1 ppm by mass or less. the polycarbonate resin composition comprises 0.005 part by mass to 5 parts by mass of the polyether compound with respect to 100 parts by mass of the aromatic polycarbonate resin; and the polycarbonate resin composition satisfies both of the following conditions and: an amount of potassium in the polyether compound is 6 ppm by mass or less; and an amount of sodium in the polyether compound is 1 ppm by mass or less. an amount of potassium in the polyether compound is 6 ppm by mass or less; and an amount of sodium in the polyether compound is 1 ppm by mass or less.
A method of manufacturing, the method comprising: providing a liquid metal in a firing chamber at least partially defined by electrodes, the firing chamber in fluid communication with a discharge region defined by a housing supporting the electrodes; directing a magnetic field into the liquid metal in the firing chamber; and delivering electric current from the electrodes into the liquid metal in the firing chamber in a direction intersecting the magnetic field in the firing chamber to eject the liquid metal from the discharge region to form an object; characterized in that the electrodes and the liquid metal at a respective interface between each electrode and the liquid metal are each aluminum or an aluminum alloy; and cooling each electrode away from the respective interface of each electrode and the liquid metal, the cooling forming a respective temperature gradient in each electrode that maintains the respective interface between the electrode and the liquid metal within respective recesses defined by the housing, each interface remaining in the respective recess as the liquid metal is ejected from the discharge region; wherein each recess extends in a direction radial to a direction of travel of the liquid metal toward the discharge region. providing a liquid metal in a firing chamber at least partially defined by electrodes, the firing chamber in fluid communication with a discharge region defined by a housing supporting the electrodes; directing a magnetic field into the liquid metal in the firing chamber; and delivering electric current from the electrodes into the liquid metal in the firing chamber in a direction intersecting the magnetic field in the firing chamber to eject the liquid metal from the discharge region to form an object; characterized in that the electrodes and the liquid metal at a respective interface between each electrode and the liquid metal are each aluminum or an aluminum alloy; and cooling each electrode away from the respective interface of each electrode and the liquid metal, the cooling forming a respective temperature gradient in each electrode that maintains the respective interface between the electrode and the liquid metal within respective recesses defined by the housing, each interface remaining in the respective recess as the liquid metal is ejected from the discharge region; wherein each recess extends in a direction radial to a direction of travel of the liquid metal toward the discharge region.
Safety ski binding with a front jaw, to which a height-adjustable support arrangement is associated for the front part of the sole of a ski boot, wherein the support arrangement has a slide mounted on a base plate such that it can be moved in the longitudinal direction of the ski and, simultaneously, in a vertical direction, the position of said slide being adjustable by means of an adjusting spindle orientated in the longitudinal direction of the ski and running at an acute angle (α) to the longitudinal direction of the ski, characterised in that, the adjusting spindle is retained to rotate on the base plate, is connected to the slide to interact with it and is connected by means of a cardan joint to an adjusting pin, which runs at an obtuse angle (β) to the adjusting spindle and is also retained pivotably on the base plate.
A method of mixing of paper stock, having improved outlet consistency, comprising the steps of: (a) feeding liquid and feeding paper pulp into a vessel (30, 30') to form a mixture; (b) providing at least one counterflow impeller that is submerged in the mixture; the counterflow impeller being capable of simultaneously inducing both upward flow and downward flow; (c) rotating the counterflow impeller such that downward flow from the impeller is partially recirculated by upward flow from the impeller to form a mixing zone; (d) sensing a parameter of the mixture that is discharged from the vessel; and (e) controlling the feed rate of the liquid and the feed rate of the paper pulp in the feeding step (a) based on the sensing step (d). (a) feeding liquid and feeding paper pulp into a vessel (30, 30') to form a mixture; (b) providing at least one counterflow impeller that is submerged in the mixture; the counterflow impeller being capable of simultaneously inducing both upward flow and downward flow; (c) rotating the counterflow impeller such that downward flow from the impeller is partially recirculated by upward flow from the impeller to form a mixing zone; (d) sensing a parameter of the mixture that is discharged from the vessel; and (e) controlling the feed rate of the liquid and the feed rate of the paper pulp in the feeding step (a) based on the sensing step (d).