mhurhangee/ep-ind-claims huggingface dataset:
A memory device automatically correcting the effect of collisions of high-energy particles, comprising a memory cell: retention means (MRET) for retaining, for a determined period, a single copy of a stored value stored (Qd) in said memory cell, characterised in that the memory device further comprises: detection means (MDET) for detecting a change of state of said memory cell, by comparing the stored value (Qd) stored in said memory cell with the value in retention in said retention means (MRET); and management means comprising complexing means suitable for determining whether a detected change of state of said memory cell is due to a high-energy particle collision or is a commanded state change, the multiplexing means receiving as input an output of the detection means (MDET), a signal representing the value put in retention in the retention module (MRET) for the predetermined period, a state (Data) of the data item to be stored in the memory cell, as well as a signal for validation of data loading accompanying said state (Data) confirming a change of commanded state of the value to be memorized in said memory cell, and adapted to, in case the detected state change of said memory cell is due to a high-energy particle collision, automatically control a reloading of the value stored in said retention means (MRET) in said memory cell, thus making it possible to avoid the intervention of a data refresh timing clock which can disturb functions of the RF radio-frequency type. detection means (MDET) for detecting a change of state of said memory cell, by comparing the stored value (Qd) stored in said memory cell with the value in retention in said retention means (MRET); and management means comprising complexing means suitable for determining whether a detected change of state of said memory cell is due to a high-energy particle collision or is a commanded state change, the multiplexing means receiving as input an output of the detection means (MDET), a signal representing the value put in retention in the retention module (MRET) for the predetermined period, a state (Data) of the data item to be stored in the memory cell, as well as a signal for validation of data loading accompanying said state (Data) confirming a change of commanded state of the value to be memorized in said memory cell, and adapted to, in case the detected state change of said memory cell is due to a high-energy particle collision, automatically control a reloading of the value stored in said retention means (MRET) in said memory cell, thus making it possible to avoid the intervention of a data refresh timing clock which can disturb functions of the RF radio-frequency type.
A connector for an electronic cigarette, the connector being configured for connecting an atomizer and a power supply, the connector comprising: a substrate served as a first electrode; a second electrode arranged on the substrate, the second electrode being insulated from the substrate, the substrate and the second electrode being configured for inputting power to the atomizer; a third electrode arranged on the substrate, the third electrode being insulated from the substrate, the second electrode nesting the third electrode, the third electrode being configured for feeding back an electronic signal, the third electrode being an elastic electrode, the third electrode being movable along an axial direction of the connector relative to the second electrode; characterized in that: a first elastic element nests the second electrode, the first elastic element is configured such that the second and the third electrodes (130, 120) as a whole are movable along an axial direction of the connector relative to the substrate. a substrate served as a first electrode; a second electrode arranged on the substrate, the second electrode being insulated from the substrate, the substrate and the second electrode being configured for inputting power to the atomizer; a third electrode arranged on the substrate, the third electrode being insulated from the substrate, the second electrode nesting the third electrode, the third electrode being configured for feeding back an electronic signal, the third electrode being an elastic electrode, the third electrode being movable along an axial direction of the connector relative to the second electrode; characterized in that: a first elastic element nests the second electrode, the first elastic element is configured such that the second and the third electrodes (130, 120) as a whole are movable along an axial direction of the connector relative to the substrate.
A combination comprising: (i) a compound of formula or a pharmaceutically acceptable salt or solvate thereof; and (ii) a compound of formula or a pharmaceutically acceptable salt thereof, for use in treating lung cancer. (i) a compound of formula or a pharmaceutically acceptable salt or solvate thereof; and (ii) a compound of formula or a pharmaceutically acceptable salt thereof, for use in treating lung cancer.
An adjustable assembly (920, 1020) for a bicycle, comprising: an outer support (930, 1030) adapted to be attached to a bicycle frame; an inner support (960, 1060) adapted to be attached to a bicycle saddle; wherein the outer support (930, 1030) is configured to be slidably movable relative to the inner support (960, 1060); wherein the outer support (930, 1030) comprises an expansion portion (970, 1070) configured to be moved between a first position and a second position, the expansion portion (970, 1070) being configured to engage an interior surface of the inner support (960, 1060); a retention assembly (980, 1080) configured to slidably move at least partially within or out of an interior space of the expansion portion (970, 1070), wherein the expansion portion (970, 1070) is generally not permitted to retract inwardly to the second position when the retention assembly (980, 1080) is positioned within the interior space of the expansion portion (970, 1070), wherein the retention assembly (980, 1080) is normally resiliently biased at least partially within the interior space of the expansion portion; a resilient member adapted to provide an upwardly-directed force to the inner support (960, 1060); and an actuator operatively coupled to the retention assembly (980, 1080) configured to selectively move the retention assembly into or out of the interior space of the expansion portion (970, 1070); wherein the inner support (960, 1060) is configured to be selectively moved relative to the outer support (930, 1030) when the expansion portion (970, 1070) is permitted to assume the second position. an outer support (930, 1030) adapted to be attached to a bicycle frame; an inner support (960, 1060) adapted to be attached to a bicycle saddle; wherein the outer support (930, 1030) is configured to be slidably movable relative to the inner support (960, 1060); wherein the outer support (930, 1030) comprises an expansion portion (970, 1070) configured to be moved between a first position and a second position, the expansion portion (970, 1070) being configured to engage an interior surface of the inner support (960, 1060); a retention assembly (980, 1080) configured to slidably move at least partially within or out of an interior space of the expansion portion (970, 1070), wherein the expansion portion (970, 1070) is generally not permitted to retract inwardly to the second position when the retention assembly (980, 1080) is positioned within the interior space of the expansion portion (970, 1070), wherein the retention assembly (980, 1080) is normally resiliently biased at least partially within the interior space of the expansion portion; a resilient member adapted to provide an upwardly-directed force to the inner support (960, 1060); and an actuator operatively coupled to the retention assembly (980, 1080) configured to selectively move the retention assembly into or out of the interior space of the expansion portion (970, 1070); wherein the inner support (960, 1060) is configured to be selectively moved relative to the outer support (930, 1030) when the expansion portion (970, 1070) is permitted to assume the second position.
A hydraulic piston pump comprising a head in which an aspiration conduit, a delivery conduit, and at least a pump chamber in which an alternating piston is partially housed are fashioned, wherein the pump chamber is separated from the aspirating conduit and from the delivery conduit respectively by an automatic aspirating valve and an automatic delivery valve, which are housed in respective seatings realised in the head, and wherein the piston is slidably housed internally of a cylindrical bushing, which is housed internally of the head and bears at least a first annular seal able to be coaxially interposed between the piston and the bushing, such as to sealingly close the pump chamber, characterised in that it comprises a cap which is coupled to the bushing by connecting means (312, 322) which constrain the bushing to the cap in an axial direction and enable reciprocal free rotations about the axis of the bushing, the cap being rotatably coupled to the head by threaded means which define a screw axis of the cap coinciding with the axis of the bushing.
A communication method, comprising: determining, by a session management function network element, a received notification control status that is of at least one quality of service flow and that is from a first access network device; when a second quality of service flow, comprised in the at least one quality of service flow, has been handed over from the first access network device to a second access network device, determining in the second quality of service flow, by the session management function network element, a third quality of service flow whose notification control status is a first state, wherein the second quality of service flow comprises the third quality of service flow whose notification control status is the first state; and updating, by the session management function network element, the notification control status of the third quality of service flow to a second state, and sending, by the session management function network element, sixth information to a policy control function network element, wherein the sixth information is used to notify the policy control function network element that the notification control status of the third quality of service flow is the second state, and the first state is used to indicate that a quality of service requirement of the third quality of service flow cannot be met, and the second state is used to indicate that the quality of service requirement of the third quality of service flow can be met. determining, by a session management function network element, a received notification control status that is of at least one quality of service flow and that is from a first access network device; when a second quality of service flow, comprised in the at least one quality of service flow, has been handed over from the first access network device to a second access network device, determining in the second quality of service flow, by the session management function network element, a third quality of service flow whose notification control status is a first state, wherein the second quality of service flow comprises the third quality of service flow whose notification control status is the first state; and updating, by the session management function network element, the notification control status of the third quality of service flow to a second state, and sending, by the session management function network element, sixth information to a policy control function network element, wherein the sixth information is used to notify the policy control function network element that the notification control status of the third quality of service flow is the second state, and the first state is used to indicate that a quality of service requirement of the third quality of service flow cannot be met, and the second state is used to indicate that the quality of service requirement of the third quality of service flow can be met.
A composition comprising an exosome displaying an RNA nanoparticle on its surface, wherein the RNA nanoparticle is anchored within the exosome membrane, wherein the nanoparticle is assembled from three or more ribonucleic acid strands duplexed together to form a secondary structure with three or more projecting stem loops, wherein the nanoparticle comprises a membrane-anchoring moiety at one of the three or more projecting stem loops, wherein the nanoparticle comprises one or more functional moieties at the remaining stem loops wherein one or more of the functional moieties comprises a targeting moiety, wherein preferably the targeting moiety directs the exosome to a cell of interest, and wherein the exosome is loaded with a therapeutic or diagnostic agent. wherein the nanoparticle is assembled from three or more ribonucleic acid strands duplexed together to form a secondary structure with three or more projecting stem loops, wherein the nanoparticle comprises a membrane-anchoring moiety at one of the three or more projecting stem loops, wherein the nanoparticle comprises one or more functional moieties at the remaining stem loops wherein one or more of the functional moieties comprises a targeting moiety, wherein preferably the targeting moiety directs the exosome to a cell of interest, and wherein the exosome is loaded with a therapeutic or diagnostic agent.
A method for wireless communication at a wireless communication device, the method comprising: transmitting, to one or more local area network clients of the wireless communication device, a multicast message indicating an available network slice; receiving, from a first local area network client of the one or more local area network clients based at least in part on the multicast message, a request to access the available network slice; determining one or more data packets associated with the available network slice; determining whether the one or more data packets satisfy a quality of service threshold; establishing, at the device based at least in part on receiving the request, a connection associated with the available network slice, wherein establishing the connection associated with the available network slice is based at least in part on determining that the one or more data packets satisfy the quality of service threshold; and transmitting, to the first local area network client based at least in part on establishing the connection, a confirmation to access the available network slice. transmitting, to one or more local area network clients of the wireless communication device, a multicast message indicating an available network slice; receiving, from a first local area network client of the one or more local area network clients based at least in part on the multicast message, a request to access the available network slice; determining one or more data packets associated with the available network slice; determining whether the one or more data packets satisfy a quality of service threshold; establishing, at the device based at least in part on receiving the request, a connection associated with the available network slice, wherein establishing the connection associated with the available network slice is based at least in part on determining that the one or more data packets satisfy the quality of service threshold; and transmitting, to the first local area network client based at least in part on establishing the connection, a confirmation to access the available network slice.
A surgical guidance device, comprising: a base member; a support coupled to the base member; and a guide coupled to the support, wherein the guide is movable relative to the base member and includes a through hole extending therethrough, wherein the support includes a ball socket and the guide includes a ball, wherein the guide includes a radiopaque member, characterized by the radiopaque member extending about a circumference of the ball. a base member; a support coupled to the base member; and a guide coupled to the support, wherein the guide is movable relative to the base member and includes a through hole extending therethrough, wherein the support includes a ball socket and the guide includes a ball, wherein the guide includes a radiopaque member, characterized by the radiopaque member extending about a circumference of the ball.
A high-pressure fuel pump, comprising: a pump body which is formed with a pressing chamber; and a cylinder which is inserted in a hole formed in the pump body, wherein the cylinder is provided with a press-fitting portion on an outside in a radial direction distal to the pressing chamber, wherein the press-fitting portion is press-fitted into the hole, wherein the hole of the pump body is swaged by bonding the cylinder and the hole of the pump body by screwing a formed screw thread into the hole or by swaging the opposite side of the pressing chamber of the cylinder, and the cylinder is formed with a clearance in the radial direction with respect to the hole of the pump body over the entire clearance from an upper end of the press-fitting portion to an upper end surface of the cylinder. wherein the cylinder is provided with a press-fitting portion on an outside in a radial direction distal to the pressing chamber, wherein the press-fitting portion is press-fitted into the hole, wherein the hole of the pump body is swaged by bonding the cylinder and the hole of the pump body by screwing a formed screw thread into the hole or by swaging the opposite side of the pressing chamber of the cylinder, and the cylinder is formed with a clearance in the radial direction with respect to the hole of the pump body over the entire clearance from an upper end of the press-fitting portion to an upper end surface of the cylinder.
A drug delivery device (1, 5) comprising: a drug; and a tubular vascular implant (2, 6) having an inner surface which is a blood-contacting surface and a helical formation (4, 7, 11, 21, 24, 27) located on the blood-contacting surface, the drug being releasably associated with the helical formation (4, 7, 11, 21, 24, 27) of the vascular implant (2, 6), characterised in that the helical formation (4, 7, 11, 21, 24, 27) is adapted to induce helical flow to blood flowing past the helical formation (4, 7, 11, 21, 24, 27) and wherein the helical formation comprises at least one fin (9, 13, 14, 23, 26, 29) or at least one ridge.
Measuring device for direction finding of an electromagnetic signal, comprising: - an antenna-element with at least two antennas (20 - 25) for receiving the electromagnetic signal, - display means, - processing means for determining the direction of the electromagnetic signal, and - direction uncertainty determination means for determining a direction uncertainty angle of the direction of the electromagnetic signal, wherein the processing means are set up for - displaying a first circle indicating a search area on the display means, - displaying the direction of the electromagnetic signal as a line (335, 337) originating at the center of the first circle and pointing in the direction of the electromagnetic signal on the display means, and - displaying the direction uncertainty angle as a second circle (336, 338) connected to the end of said line (335, 337) on the display means, with the origin of the line being at the center of the first circle, and whereby the size of the second circle indicates the direction uncertainty angle. - an antenna-element with at least two antennas (20 - 25) for receiving the electromagnetic signal, - display means, - processing means for determining the direction of the electromagnetic signal, and - direction uncertainty determination means for determining a direction uncertainty angle of the direction of the electromagnetic signal, - displaying a first circle indicating a search area on the display means, - displaying the direction of the electromagnetic signal as a line (335, 337) originating at the center of the first circle and pointing in the direction of the electromagnetic signal on the display means, and - displaying the direction uncertainty angle as a second circle (336, 338) connected to the end of said line (335, 337) on the display means, with the origin of the line being at the center of the first circle, and whereby the size of the second circle indicates the direction uncertainty angle.
A method of controlling a wind power installation which comprises a rotor having a plurality of rotor blades, each having a rotor blade root, wherein a pitch angle of the rotor blades is adjustable by means of pitch motors which engage the rotor blade roots, comprising the steps: detecting a precipitation in the region of the wind power installation by a precipitation sensor, and controlling the wind power installation in a first operating mode based on a first pitch angle characteristic in which the pitch angle is set in dependence on the power and in a second operating mode based on a second pitch angle characteristic, in which the pitch angle is set in dependence on the power, wherein the second pitch angle characteristic is different from the first pitch angle characteristic, wherein the first operating mode is selected if there is no precipitation and the second operating mode is selected if there is precipitation. detecting a precipitation in the region of the wind power installation by a precipitation sensor, and controlling the wind power installation in a first operating mode based on a first pitch angle characteristic in which the pitch angle is set in dependence on the power and in a second operating mode based on a second pitch angle characteristic, in which the pitch angle is set in dependence on the power, wherein the second pitch angle characteristic is different from the first pitch angle characteristic, wherein the first operating mode is selected if there is no precipitation and the second operating mode is selected if there is precipitation.
A dielectric ceramics comprising an oxide containing, as a metal element, at least one rare earth element (Ln), Al, M (M is Ca and/or Sr) and Ti; and at least part of the Al oxide being present as a β-Al 2 O 3 and/or θ-Al 2 O 3 crystal phase, wherein, when its composition formula is expressed as follows: aLn 2 O x bAl 2 O 3 cMO dTiO 2 (where 3 ≤ x ≤ 4), a, b, c and d satisfy the following: 0.056 ≤ a ≤0.214 0.056 ≤b ≤ 0.214 0.286 ≤c ≤ 0.500 0.230 < d < 0.470 and a+b+c+d=1. 0.056 ≤ a ≤0.214 0.056 ≤b ≤ 0.214 0.286 ≤c ≤ 0.500 0.230 < d < 0.470
A high strength polymer-based blank cartridge comprising: a first end; a neck disposed at the first end a shoulder disposed below the neck forming a bottleneck cartridge; a second end opposite the first end; an insert engaged to the second end; an extension extending from the neck opposite the shoulder; and characterised in that the cartridge further comprises a cap formed on the extension, partially sealing the propellant chamber, and a propellant chamber formed between the shoulder and the insert and having an unobstructed and a reduced volume that is reduced in comparison to a propellant chamber of a standard cartridge. a first end; a neck disposed at the first end a shoulder disposed below the neck forming a bottleneck cartridge; a second end opposite the first end; an insert engaged to the second end; an extension extending from the neck opposite the shoulder; and characterised in that the cartridge further comprises a cap formed on the extension, partially sealing the propellant chamber, and a propellant chamber formed between the shoulder and the insert and having an unobstructed and a reduced volume that is reduced in comparison to a propellant chamber of a standard cartridge.