mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communications at a scheduled entity, comprising: detecting a beam failure of a beam used for communication between devices; determining one or more beam failure recovery resources to utilize to transmit a beam failure recovery request, based at least partially on a network configuration of the scheduled entity; and transmitting the beam failure recovery request via the one or more beam failure recovery resources determined according to the network configuration; wherein the network configuration specifies a priority associated with the determining of the one or more beam failure recovery resources to utilize to transmit the beam failure recovery request; and wherein the network configuration specifies at least one of: a threshold number of attempts for selecting a particular channel to transmit the beam failure recovery request; a threshold amount of time for selecting the particular channel to transmit the beam failure recovery request; or a threshold amount of time between retransmissions of the beam failure recovery request. detecting a beam failure of a beam used for communication between devices; determining one or more beam failure recovery resources to utilize to transmit a beam failure recovery request, based at least partially on a network configuration of the scheduled entity; and transmitting the beam failure recovery request via the one or more beam failure recovery resources determined according to the network configuration; wherein the network configuration specifies a priority associated with the determining of the one or more beam failure recovery resources to utilize to transmit the beam failure recovery request; and wherein the network configuration specifies at least one of: a threshold number of attempts for selecting a particular channel to transmit the beam failure recovery request; a threshold amount of time for selecting the particular channel to transmit the beam failure recovery request; or a threshold amount of time between retransmissions of the beam failure recovery request. a threshold number of attempts for selecting a particular channel to transmit the beam failure recovery request; a threshold amount of time for selecting the particular channel to transmit the beam failure recovery request; or a threshold amount of time between retransmissions of the beam failure recovery request.
A lid for a fluid canister for a negative-pressure treatment system, the lid comprising: a rim configured to sealingly engage the fluid canister; a regulator comprising a regulator chamber, a first passage fluidly coupled to the regulator chamber, a second passage fluidly coupled to the regulator chamber, and a regulator valve configured to regulate fluid flow through the first passage based on changes to negative pressure in the regulator chamber; a downstream connector fluidly coupled to the first passage and configured to be fluidly coupled to a primary negative-pressure source; a check valve coupled to the downstream connector; and an upstream connector fluidly coupled to the second passage characterized by the lid further comprising a secondary negative-pressure source comprising a membrane defining a negative-pressure chamber fluidly coupled to the downstream connector and to the first passage; and one or more springs configured to bias the membrane to a discharged position. a rim configured to sealingly engage the fluid canister; a regulator comprising a regulator chamber, a first passage fluidly coupled to the regulator chamber, a second passage fluidly coupled to the regulator chamber, and a regulator valve configured to regulate fluid flow through the first passage based on changes to negative pressure in the regulator chamber; a downstream connector fluidly coupled to the first passage and configured to be fluidly coupled to a primary negative-pressure source; a check valve coupled to the downstream connector; and an upstream connector fluidly coupled to the second passage characterized by the lid further comprising a secondary negative-pressure source comprising a membrane defining a negative-pressure chamber fluidly coupled to the downstream connector and to the first passage; and one or more springs configured to bias the membrane to a discharged position. the lid further comprising a secondary negative-pressure source comprising a membrane defining a negative-pressure chamber fluidly coupled to the downstream connector and to the first passage; and one or more springs configured to bias the membrane to a discharged position.
A method of processing audio signals in a hearing aid having an acoustic input transducer, a signal processor and an output transducer, said method comprising the steps of: • splitting an input signal from the input transducer into a plurality of frequency bands, • deriving an absolute average level of each frequency band of the input signal, • deriving a noise level of each frequency band of the input signal, • selecting an amplitude modulation level, • determining a measure of amplitude modulation from the noise level and the absolute average level, in respect of each frequency band of the input signal, • providing a frequency band dynamic compressor with o a first compression ratio and a first compression threshold, and o a second compression ratio and a second compression threshold • applying compression to the input signal in each frequency band using o the highest of the first and second compression ratios and the highest of the first and second compression threshold whenever the selected amplitude modulation is below the determined modulation level, and o the lowest of the first and second compression ratio and the lowest of the first and second compression threshold whenever the selected amplitude modulation is above the determined modulation level. • splitting an input signal from the input transducer into a plurality of frequency bands, • deriving an absolute average level of each frequency band of the input signal, • deriving a noise level of each frequency band of the input signal, • selecting an amplitude modulation level, • determining a measure of amplitude modulation from the noise level and the absolute average level, in respect of each frequency band of the input signal, • providing a frequency band dynamic compressor with o a first compression ratio and a first compression threshold, and o a second compression ratio and a second compression threshold o a first compression ratio and a first compression threshold, and o a second compression ratio and a second compression threshold • applying compression to the input signal in each frequency band using o the highest of the first and second compression ratios and the highest of the first and second compression threshold whenever the selected amplitude modulation is below the determined modulation level, and o the lowest of the first and second compression ratio and the lowest of the first and second compression threshold whenever the selected amplitude modulation is above the determined modulation level. o the highest of the first and second compression ratios and the highest of the first and second compression threshold whenever the selected amplitude modulation is below the determined modulation level, and o the lowest of the first and second compression ratio and the lowest of the first and second compression threshold whenever the selected amplitude modulation is above the determined modulation level.
An interferometry system for monitoring changes in position of an object, the system comprising: a. a spectrally broadband light source; b. at least one sensor module, each sensor module comprising an interferometer configured to receive light derived from the source, direct portions of the light along separate paths, and subsequently recombine the portions of light, wherein at least one of the paths contacts the object and wherein each sensor module further comprises a detector configured to measure the rccombincd light portions and produce a sensor output signal; c. at least one intensity monitor, each intensity monitor comprising a detector configured to measure the intensity of additional light derived from the source and produce a monitor output signal; and d. an electronic processing module configured to receive the sensor output signal and the monitor output signal, process the sensor output signal based on the monitor output signal to account for intensity fluctuations in light output by the source, and determine information about the changes in the position of the object, wherein the intensity monitor is spectrally sensitive and is configured to characterize the intensity fluctuations in a spectrally sensitive way. a. a spectrally broadband light source; b. at least one sensor module, each sensor module comprising an interferometer configured to receive light derived from the source, direct portions of the light along separate paths, and subsequently recombine the portions of light, wherein at least one of the paths contacts the object and wherein each sensor module further comprises a detector configured to measure the rccombincd light portions and produce a sensor output signal; c. at least one intensity monitor, each intensity monitor comprising a detector configured to measure the intensity of additional light derived from the source and produce a monitor output signal; and d. an electronic processing module configured to receive the sensor output signal and the monitor output signal, process the sensor output signal based on the monitor output signal to account for intensity fluctuations in light output by the source, and determine information about the changes in the position of the object, wherein the intensity monitor is spectrally sensitive and is configured to characterize the intensity fluctuations in a spectrally sensitive way.
A low-B rare earth magnet, the rare earth magnet contains a main phase of R 2 T 14 B and comprises the following raw material components: 13.5 at% ∼ 14.5 at% of R, 5.2 at% ∼ 5.8 at% of B, 0.3 at% ∼ 0.8 at% of Cu, 0.3 at% ∼ 3 at% of Co, and the balance being T and inevitable impurities, the R being at least one rare earth element comprising Nd, the T comprises Fe and X, the X being at least three elements selected from Al, Si, Ga, Sn, Ge, Ag, Au, Bi, Mn, Cr, P or S, the total content of the X is 0 at% ∼ 1.0 at%; in the inevitable impurities, the content of O is controlled below 1 at%, the content of C is controlled below 1 at% and the content of N is controlled below 0.5at%. 13.5 at% ∼ 14.5 at% of R, 5.2 at% ∼ 5.8 at% of B, 0.3 at% ∼ 0.8 at% of Cu, 0.3 at% ∼ 3 at% of Co, and the balance being T and inevitable impurities,
A red organic electroluminescent device, comprising: a substrate; an anode layer provided on the substrate; an anode modification layer provided on the anode layer; a hole transporting-electron blocking layer provided on the anode modification layer; a hole-dominated light-emitting layer provided on the hole transporting-electron blocking layer; an electron-dominated light-emitting layer provided on the hole-dominated light-emitting layer; a hole blocking-electron transporting layer provided on the electron-dominated light-emitting layer; a cathode modification layer provided on the hole blocking-electron transporting layer; and a cathode layer provided on the cathode modification layer; wherein the electron-dominated light-emitting layer is composed of an organic sensitive material, a red organic light-emitting material, and an electron-type organic host material; the organic sensitive material is one or two selected from tris(dibenzoylmethane)phenanthroline europium and tris(thenoyltrifluoroacetone)phenanthroline europium; and the organic sensitive material is 0.1 wt%-0.5 wt% of the electron-type organic host material. a substrate; an anode layer provided on the substrate; an anode modification layer provided on the anode layer; a hole transporting-electron blocking layer provided on the anode modification layer; a hole-dominated light-emitting layer provided on the hole transporting-electron blocking layer; an electron-dominated light-emitting layer provided on the hole-dominated light-emitting layer; a hole blocking-electron transporting layer provided on the electron-dominated light-emitting layer; a cathode modification layer provided on the hole blocking-electron transporting layer; and a cathode layer provided on the cathode modification layer; wherein the electron-dominated light-emitting layer is composed of an organic sensitive material, a red organic light-emitting material, and an electron-type organic host material; the organic sensitive material is one or two selected from tris(dibenzoylmethane)phenanthroline europium and tris(thenoyltrifluoroacetone)phenanthroline europium; and the organic sensitive material is 0.1 wt%-0.5 wt% of the electron-type organic host material.
A system having a scanner, an image communication apparatus capable of performing communication with said scanner, and said image communication apparatus being adapted for outputting a scanned image transmitted by said scanner; wireless communication means (4309, 4321) capable of making a wireless connection between said image communication apparatus and said scanner, and having an image communication mode in which the image scanned by said scanner is transmitted to said image communication apparatus from said scanner and a low-power consumption mode in which electrical power used for communicating between said image communication apparatus and said scanner is reduced; and output means (4314, 4325, 4316, 4320) for outputting from said image communication apparatus, the image transmitted from said scanner to said image output apparatus in the image communication mode, characterized in comprising: notice means (4309, 4321) for notifying said scanner from said image communication apparatus that said output means have completed the output of the image; detecting means for detecting the completion of output of the image in response to the notification by said notice means; mode changing means (4309, 4321) for, when said detecting means detects the completion of the output of the image, sending a request from said scanner to said image communication apparatus to change the mode to the low-power consumption mode, and to change the mode of said wireless communication means from the image communication mode to the low-power consumption mode. notice means (4309, 4321) for notifying said scanner from said image communication apparatus that said output means have completed the output of the image; detecting means for detecting the completion of output of the image in response to the notification by said notice means; mode changing means (4309, 4321) for, when said detecting means detects the completion of the output of the image, sending a request from said scanner to said image communication apparatus to change the mode to the low-power consumption mode, and to change the mode of said wireless communication means from the image communication mode to the low-power consumption mode.
Circuit for operating at least one LED, wherein the circuit has: • an energy storage unit, • a charging circuit to be supplied with a mains supply voltage (U in) for charging the energy storage unit during a charging operation, wherein the charging circuit has an electrical isolation, wherein the circuit furthermore has a control unit configured to monitor the state of the mains supply voltage (U in) during the charging operation, characterized in that the control unit determines the state of the mains supply voltage (U in) by means of operating parameters of the circuit measured on the output side of the charging circuit, wherein the charging circuit is formed by a flyback converter and the control unit determines the state of the mains supply voltage (U in) by taking into consideration a duty cycle for actuating a switch of the flyback converter as well as a measured secondary voltage (Uf lb2) of the flyback converter. • an energy storage unit, • a charging circuit to be supplied with a mains supply voltage (U in) for charging the energy storage unit during a charging operation, wherein the charging circuit has an electrical isolation, wherein the circuit furthermore has a control unit configured to monitor the state of the mains supply voltage (U in) during the charging operation, characterized in that the control unit determines the state of the mains supply voltage (U in) by means of operating parameters of the circuit measured on the output side of the charging circuit, wherein the charging circuit is formed by a flyback converter and the control unit determines the state of the mains supply voltage (U in) by taking into consideration a duty cycle for actuating a switch of the flyback converter as well as a measured secondary voltage (Uf lb2) of the flyback converter.
Customised brassiere for maintaining the health of a user's breasts, comprising two cups (41, 42) for each receiving a breast of the user, each cup (41, 42) being made of an elastic material, where each cup (41, 42) is detachable and in that the brassiere comprises for each cup (41, 42) an element for fitting the cup (41, 42) to the form of the breast, said fitting element comprising a curved rod produced to the measurements of the user, said curved rod being adapted to contour over its entire length the shape of the inframammary fold up to the ribs of said user, and extending from the vicinity of the sternum of the user to the vicinity of the axillary hollow of the user, such that said curved rod stretches the cup (41, 42) in such a way that it matches the shape of the breast; characterised in that said element for fitting the cup (41, 42) to the breast of the user have a substantially flat form and being wider at its axillary end (411, 421) in the vicinity of the axillary hollow, substantially in the form of a spatula, for resting flat against the ribs of the user, in the direction of the axillary hollow so as to improve the weight distribution of the breast.
Suction gripper system for the handling of at least one article, wherein the suction gripper system comprises a suction calotte for the handling of the at least one article and comprises a counterpart which is designed correspondingly to the suction calotte, wherein a magnetic element is furthermore provided, characterized in that a movably mounted magnetizable ball is furthermore provided, wherein the ball and the magnetic element are arranged in magnetically interactable fashion with respect to one another in order to influence a spatial position of the suction calotte in relation to the counterpart.
A rotary electric machine comprising: a stator including a plurality of stator pieces in which phase coils are wound on teeth protruding from each of a plurality of split cores and which are annularly arrayed around an axis in a circumferential direction; and a rotor that is disposed coaxially with the stator so as to face the stator, wherein the stator includes a plurality of annular plate-shaped bus bars that supply power to the phase coils corresponding to the kinds of phases, are joined to the plurality of stator pieces corresponding to the respective phases, and maintain an annular array of the plurality of split cores, wherein the plurality of bus bars are disposed so as to be distributed on one end face and on the other end face of the stator, characterized in that the plurality of bus bars include a U-phase bus bar, a V-phase bus bar, a W-phase bus bar, and a common bus bar, and the U-phase bus bar, the V-phase bus bar, and the W-phase bus bar are disposed on one of one end face and the other end face of the stator, and the common bus bar is disposed on the other side thereof. a stator including a plurality of stator pieces in which phase coils are wound on teeth protruding from each of a plurality of split cores and which are annularly arrayed around an axis in a circumferential direction; and a rotor that is disposed coaxially with the stator so as to face the stator, wherein the stator includes a plurality of annular plate-shaped bus bars that supply power to the phase coils corresponding to the kinds of phases, are joined to the plurality of stator pieces corresponding to the respective phases, and maintain an annular array of the plurality of split cores, wherein the plurality of bus bars are disposed so as to be distributed on one end face and on the other end face of the stator, characterized in that the plurality of bus bars include a U-phase bus bar, a V-phase bus bar, a W-phase bus bar, and a common bus bar, and the U-phase bus bar, the V-phase bus bar, and the W-phase bus bar are disposed on one of one end face and the other end face of the stator, and the common bus bar is disposed on the other side thereof.
A dielectric waveguide socket comprising: a dielectric waveguide, DWG, stub (930, 1430) having a dielectric core member surrounded by dielectric cladding, the DWG stub having an interface end and an opposite mating end; a socket body (960, 1460) coupled to the DWG stub, such that a mounting surface of the socket body is configured to mount the socket body on a substrate (902, 1402) such that the core member of DWG stub forms an angle of inclination with the substrate; and wherein the socket body is configured to couple with the end of a DWG cable, such that the end of the DWG cable is held in alignment with the mating end of the DWG stub, and wherein a portion of the dielectric cladding at the interface end of the DWG stub is tapered to approximately match the angle of inclination of the core of the DWG stub. a dielectric waveguide, DWG, stub (930, 1430) having a dielectric core member surrounded by dielectric cladding, the DWG stub having an interface end and an opposite mating end; a socket body (960, 1460) coupled to the DWG stub, such that a mounting surface of the socket body is configured to mount the socket body on a substrate (902, 1402) such that the core member of DWG stub forms an angle of inclination with the substrate; and wherein the socket body is configured to couple with the end of a DWG cable, such that the end of the DWG cable is held in alignment with the mating end of the DWG stub, and wherein a portion of the dielectric cladding at the interface end of the DWG stub is tapered to approximately match the angle of inclination of the core of the DWG stub.