mhurhangee/ep-ind-claims huggingface dataset:
A method for determining transmission power, performed by a device for determining transmission power, comprising: measuring a first reference signal, and determining a pathloss of the first reference signal; determining a pathloss of uplink transmission according to a type of the uplink transmission, an association relationship between the uplink transmission and at least one first reference signal, and a pathloss of the at least one first reference signal; determining a power adjustment amount of the uplink transmission; determining the transmission power of the uplink transmission according to at least one of the pathloss of the uplink transmission or the power adjustment amount of the uplink transmission; and determining a transmit mode of the uplink transmission according to indication information about a resource of a second reference signal, wherein the resource of the second reference signal comprises at least one of a time-domain resource, a frequency-domain resource, or a transmit mode for transmission of the second reference signal, and the indication information about the resource of the second reference signal is used for determining Y resources of the second reference signal from X resources of the second reference signal, wherein X is an integer greater than or equal to 1, Y is an integer greater than or equal to 1, and Y is less than X. measuring a first reference signal, and determining a pathloss of the first reference signal; determining a pathloss of uplink transmission according to a type of the uplink transmission, an association relationship between the uplink transmission and at least one first reference signal, and a pathloss of the at least one first reference signal; determining a power adjustment amount of the uplink transmission; determining the transmission power of the uplink transmission according to at least one of the pathloss of the uplink transmission or the power adjustment amount of the uplink transmission; and determining a transmit mode of the uplink transmission according to indication information about a resource of a second reference signal, wherein the resource of the second reference signal comprises at least one of a time-domain resource, a frequency-domain resource, or a transmit mode for transmission of the second reference signal, and the indication information about the resource of the second reference signal is used for determining Y resources of the second reference signal from X resources of the second reference signal, wherein X is an integer greater than or equal to 1, Y is an integer greater than or equal to 1, and Y is less than X.
A process for preparing an alkaline earth metal borated sulfonate comprising: (a) reacting (i) at least one of an oil soluble sulfonic acid or alkaline earth sulfonate salt or mixtures thereof, wherein the oil soluble sulfonic acid is an aromatic sulfonic acid and wherein the aromatic sulfonic acid is a linear alkylbenzene sulfonic acid, (ii) at least one source of an alkaline earth metal, wherein the source of alkaline earth metal is calcium hydroxide; and (iii) at least one source of boron, in the presence of a mixture comprising (iv) at least one hydrocarbon solvent; (v) at least one low molecular weight alcohol, wherein the low molecular weight alcohol has from 1 to 13 carbon atoms and a molecular weight no higher than 200; and (vi) from 0 to less than 10 mole percent, relative to the source of boron, of an overbasing acid, other than the source of boron; and (b) heating the reaction product of (a) to a temperature above the distillation temperatures of (iv) and (v) to distill (iv), (v) and water of reaction, wherein no additional water is added in the process. (a) reacting (i) at least one of an oil soluble sulfonic acid or alkaline earth sulfonate salt or mixtures thereof, wherein the oil soluble sulfonic acid is an aromatic sulfonic acid and wherein the aromatic sulfonic acid is a linear alkylbenzene sulfonic acid, (ii) at least one source of an alkaline earth metal, wherein the source of alkaline earth metal is calcium hydroxide; and (iii) at least one source of boron, in the presence of a mixture comprising (iv) at least one hydrocarbon solvent; (v) at least one low molecular weight alcohol, wherein the low molecular weight alcohol has from 1 to 13 carbon atoms and a molecular weight no higher than 200; and (vi) from 0 to less than 10 mole percent, relative to the source of boron, of an overbasing acid, other than the source of boron; and (i) at least one of an oil soluble sulfonic acid or alkaline earth sulfonate salt or mixtures thereof, wherein the oil soluble sulfonic acid is an aromatic sulfonic acid and wherein the aromatic sulfonic acid is a linear alkylbenzene sulfonic acid, (ii) at least one source of an alkaline earth metal, wherein the source of alkaline earth metal is calcium hydroxide; and (iii) at least one source of boron, in the presence of a mixture comprising (iv) at least one hydrocarbon solvent; (v) at least one low molecular weight alcohol, wherein the low molecular weight alcohol has from 1 to 13 carbon atoms and a molecular weight no higher than 200; and (vi) from 0 to less than 10 mole percent, relative to the source of boron, of an overbasing acid, other than the source of boron; and (b) heating the reaction product of (a) to a temperature above the distillation temperatures of (iv) and (v) to distill (iv), (v) and water of reaction, wherein no additional water is added in the process.
A composition comprising cerdulatinib, or a pharmaceutically acceptable salt thereof, and venetoclax, or a pharmaceutically acceptable salt thereof, and at least one pharmaceutically acceptable carrier or excipient, for use in treating a Non-Hodgkin's Lymphoma in a patient in need thereof, wherein said use comprises administering to the patient an effective amount of said composition.
A sensing-enabled automatically foldable scooter frame, comprising a support frame, a seat disposed on the support frame, and an electric pushrod arranged on the support frame for driving the support frame to fold or unfold; characterized in that the scooter frame further comprises a sensor, a controller, and an operation device electrically connected to the controller, the sensor is provided at a surface of the seat for detecting pressure on the surface of the seat, and the controller is arranged to receive a signal from the sensor so as to control extension or retraction of the electric pushrod; the operation device is a remote operation device comprising a remote control transmitter and a remote control receiver electrically connected to the controller, and the remote control receiver receives an instruction from the remote control transmitter and controls the electric pushrod to start and stop; and the operation device is disabled when the sensor detects pressure on the surface of the seat, and the controller controls the electric pushrod to always keep in a retracted state, thereby keeping the scooter frame in an unfolded state; and the operation device is enabled when no pressure on the surface of the seat is detected by the sensor, and the controller drives the electric pushrod to extend or retract by the operation device, thereby driving folding or unfolding of the scooter frame. the scooter frame further comprises a sensor, a controller, and an operation device electrically connected to the controller, the sensor is provided at a surface of the seat for detecting pressure on the surface of the seat, and the controller is arranged to receive a signal from the sensor so as to control extension or retraction of the electric pushrod; the operation device is a remote operation device comprising a remote control transmitter and a remote control receiver electrically connected to the controller, and the remote control receiver receives an instruction from the remote control transmitter and controls the electric pushrod to start and stop; and the operation device is disabled when the sensor detects pressure on the surface of the seat, and the controller controls the electric pushrod to always keep in a retracted state, thereby keeping the scooter frame in an unfolded state; and the operation device is enabled when no pressure on the surface of the seat is detected by the sensor, and the controller drives the electric pushrod to extend or retract by the operation device, thereby driving folding or unfolding of the scooter frame.
A method for controlling display of a screen (701, 1001, 1301, 1401, 1501, 1601, 1701, 1801) for setting metadata to a scan image, the method comprising: displaying, based on one metadata template determined from among a plurality of metadata templates defining a plurality of keys to be used as metadata and data formats of values corresponding to respective keys, the screen including the scan image, a plurality of keys (1003, 1303, 1404, 1503, 1602, 1702) defined in the one determined metadata template and value input fields (1005, 1007, 1305, 1406, 1505) each corresponding to a different one of the plurality of keys; charaterized in displaying, in a case where a user selects any one key of the plurality of keys displayed in the screen, character string areas (1004, 1304, 1405, 1504, 1803) determined to match a data format in such a manner that the character string areas are recognizable as candidates on the scan image in the screen, the determination being performed based on the data format of the value corresponding to the selected key defined in the one determined metadata template; and setting, in a case where the user selects any one of the character string areas displayed recognizable as candidates, a character recognition result for the selected character string area in a value input field corresponding to the selected key in the screen. displaying, based on one metadata template determined from among a plurality of metadata templates defining a plurality of keys to be used as metadata and data formats of values corresponding to respective keys, the screen including the scan image, a plurality of keys (1003, 1303, 1404, 1503, 1602, 1702) defined in the one determined metadata template and value input fields (1005, 1007, 1305, 1406, 1505) each corresponding to a different one of the plurality of keys; charaterized in displaying, in a case where a user selects any one key of the plurality of keys displayed in the screen, character string areas (1004, 1304, 1405, 1504, 1803) determined to match a data format in such a manner that the character string areas are recognizable as candidates on the scan image in the screen, the determination being performed based on the data format of the value corresponding to the selected key defined in the one determined metadata template; and setting, in a case where the user selects any one of the character string areas displayed recognizable as candidates, a character recognition result for the selected character string area in a value input field corresponding to the selected key in the screen.
An accelerometer closed loop control system comprising: a capacitive accelerometer comprising a proof mass moveable relative to first and second fixed capacitor electrodes (6a, 6b); a pulse width modulation generator arranged to generate in-phase and anti-phase PWM drive signals (30a, 30b) with a drive frequency and an adjustable mark/space ratio, wherein said in-phase and anti-phase PWM drive signals (30a, 30b) are applied to the first and second fixed capacitor electrodes (6a, 6b) respectively such that they are charged alternately; an output signal detector (12, 14) arranged to detect a pick-off signal from the accelerometer representing a displacement of the proof mass from a null position to provide an error signal, wherein the null position is the position of the proof mass relative to the first and second fixed capacitor electrodes (6a, 6b) when no acceleration is applied; and a PWM servo operating in closed loop arranged to vary the adjustable mark/space ratio of said in-phase and anti-phase PWM drive signals (30a, 30b) in response to the error signal so that mechanical inertial forces are balanced by electrostatic forces to maintain the operating point of the proof mass at a null position; characterised in that the accelerometer closed loop control system further comprises: a differential voltage servo arranged to vary a difference in amplitude between the in-phase and anti-phase PWM drive signals (40a, 40b) in response to the error signal. a capacitive accelerometer comprising a proof mass moveable relative to first and second fixed capacitor electrodes (6a, 6b); a pulse width modulation generator arranged to generate in-phase and anti-phase PWM drive signals (30a, 30b) with a drive frequency and an adjustable mark/space ratio, wherein said in-phase and anti-phase PWM drive signals (30a, 30b) are applied to the first and second fixed capacitor electrodes (6a, 6b) respectively such that they are charged alternately; an output signal detector (12, 14) arranged to detect a pick-off signal from the accelerometer representing a displacement of the proof mass from a null position to provide an error signal, wherein the null position is the position of the proof mass relative to the first and second fixed capacitor electrodes (6a, 6b) when no acceleration is applied; and a PWM servo operating in closed loop arranged to vary the adjustable mark/space ratio of said in-phase and anti-phase PWM drive signals (30a, 30b) in response to the error signal so that mechanical inertial forces are balanced by electrostatic forces to maintain the operating point of the proof mass at a null position; characterised in that the accelerometer closed loop control system further comprises: a differential voltage servo arranged to vary a difference in amplitude between the in-phase and anti-phase PWM drive signals (40a, 40b) in response to the error signal.
A computer-implemented method of decoding video with a decoder, the method comprising: at the decoder, receiving a bit stream of encoded data for a given video clip generated by an encoder, wherein N sets of parameters are provided for the bit stream of encoded data for the given video clip, "wherein N is greater than or equal to 2," wherein each of the N sets of parameters comprises a rate parameter and a decoder buffer size parameter, wherein each of the N sets of parameters characterizes a leaky bucket model of a reference decoder for the bit stream of encoded data for the given video clip, the leaky bucket model for each of the N sets of parameters being further characterized by an initial decoder buffer fullness or initial buffer delay; at the decoder, receiving information that indicates how many sets of parameters are provided for the bit stream of encoded data for the given video clip; and at the decoder, decoding the encoded data for the given video clip, wherein the N sets of parameters are available for use in determining an operating condition, and wherein the operating condition is minimum peak rate or minimum decoder buffer size for the decoding the encoded data for the given video clip. at the decoder, receiving a bit stream of encoded data for a given video clip generated by an encoder, wherein N sets of parameters are provided for the bit stream of encoded data for the given video clip, "wherein N is greater than or equal to 2," wherein each of the N sets of parameters comprises a rate parameter and a decoder buffer size parameter, wherein each of the N sets of parameters characterizes a leaky bucket model of a reference decoder for the bit stream of encoded data for the given video clip, the leaky bucket model for each of the N sets of parameters being further characterized by an initial decoder buffer fullness or initial buffer delay; at the decoder, receiving information that indicates how many sets of parameters are provided for the bit stream of encoded data for the given video clip; and at the decoder, decoding the encoded data for the given video clip, wherein the N sets of parameters are available for use in determining an operating condition, and wherein the operating condition is minimum peak rate or minimum decoder buffer size for the decoding the encoded data for the given video clip.
A cartridge case configured to support a liquid container containing a liquid, a spout being provided on the liquid container and the liquid container having a rear edge on an opposite side from the spout, the cartridge case comprising: a case including a first face extending in a first direction and extending in an orthogonal direction orthogonal to the first direction, and including a front end portion of the case at a front end portion side of the case in the first direction; a spout support portion provided on the front end portion side of the case, and configured to support the spout provided on the liquid container; an elastic member having an end portion on a first direction side of the elastic member and extending in a second direction, the second direction being an opposite direction from the first direction, and the elastic member being configured to generate an energizing force in the first direction; and a mount portion in which the end portion of the elastic member is mountable, the mount portion being provided on the front end portion side of the case; a roll-up member extending in an orthogonal direction, and the roll-up member being configured to roll up the liquid container by being moved in the first direction by the energizing force of the elastic member; characterized by: a resistance portion (69, 479E) configured to generate resistance to movement of the roll-up member in the first direction towards the front end portion side of the case, the resistance portion (69, 479E) being configured to increase the resistance as the roll-up member moves in the first direction towards the spout support portion. a case including a first face extending in a first direction and extending in an orthogonal direction orthogonal to the first direction, and including a front end portion of the case at a front end portion side of the case in the first direction; a spout support portion provided on the front end portion side of the case, and configured to support the spout provided on the liquid container; an elastic member having an end portion on a first direction side of the elastic member and extending in a second direction, the second direction being an opposite direction from the first direction, and the elastic member being configured to generate an energizing force in the first direction; and a mount portion in which the end portion of the elastic member is mountable, the mount portion being provided on the front end portion side of the case; a roll-up member extending in an orthogonal direction, and the roll-up member being configured to roll up the liquid container by being moved in the first direction by the energizing force of the elastic member; characterized by: a resistance portion (69, 479E) configured to generate resistance to movement of the roll-up member in the first direction towards the front end portion side of the case, the resistance portion (69, 479E) being configured to increase the resistance as the roll-up member moves in the first direction towards the spout support portion.
A channel sign assembly comprising: an enclosure having at least two opposing walls (38, 39), wherein said at least two opposing walls define the shape of said sign assembly and form an open front; said at least two opposing walls (38, 39) having an inner surface and a forward end; a lens having a forward surface and an outer edge in said shape of said sign assembly; a plurality of selectively positioned and oriented retention clips adjacent said forward end frictionally engaged with said enclosure walls (38, 39), each said clip having a first side and a second side with respective inner surfaces contacting opposite sides of said walls (38, 39); characterized in that each said clip includes an outwardly extending leg (63,65) relative to said walls (38, 39); the channel sign assembly further comprising a retainer cap against said forward surface of said lens for retaining said lens adjacent said enclosure and said walls (38, 39); said retainer cap comprises an extrusion that is readily shaped; said retainer cap includes an interior face having a first edge and an opposing second edge; said first edge having an overhang engaged to said forward surface of said lens; and, said second edge having a channel, wherein said channel is adapted to securely engage a plurality of said legs (63,65) along an outer surface of said enclosure walls (38, 39). an enclosure having at least two opposing walls (38, 39), wherein said at least two opposing walls define the shape of said sign assembly and form an open front; said at least two opposing walls (38, 39) having an inner surface and a forward end; a lens having a forward surface and an outer edge in said shape of said sign assembly; a plurality of selectively positioned and oriented retention clips adjacent said forward end frictionally engaged with said enclosure walls (38, 39), each said clip having a first side and a second side with respective inner surfaces contacting opposite sides of said walls (38, 39); characterized in that each said clip includes an outwardly extending leg (63,65) relative to said walls (38, 39); the channel sign assembly further comprising a retainer cap against said forward surface of said lens for retaining said lens adjacent said enclosure and said walls (38, 39); said retainer cap comprises an extrusion that is readily shaped; said retainer cap includes an interior face having a first edge and an opposing second edge; said first edge having an overhang engaged to said forward surface of said lens; and, said second edge having a channel, wherein said channel is adapted to securely engage a plurality of said legs (63,65) along an outer surface of said enclosure walls (38, 39).
Method for reducing a light emission from a display device (2, 2a) of a means of transportation, comprising the steps of: - receiving and detecting a "long-press gesture", that is to say a user input of a predefined minimum duration, by means of a finger bar in the form of an elongate guiding depression for inputting swipe gestures, and temporally thereafter - displaying a first indication (22, 22b) relating to an association between a first swipe gesture and a first state of reduced light emission, and - displaying a second indication (23, 23b) relating to an association between a second swipe gesture and a second state of reduced light emission, wherein the first indication (22, 22b) indicates a one-finger swipe gesture and the second indication (23, 23b) indicates a multi-finger swipe gesture, and temporally thereafter - receiving a predefined swipe gesture, wherein a type of the swipe gesture is a one-finger swipe gesture or a multi-finger swipe gesture and, as a reaction to the combination of the aforementioned steps and in dependence on the type of the swipe gesture - reducing the light emission from the display device (2, 2a) of the means of transportation to a first state or to a second state of reduced light emission. - receiving and detecting a "long-press gesture", that is to say a user input of a predefined minimum duration, by means of a finger bar in the form of an elongate guiding depression for inputting swipe gestures, and temporally thereafter - displaying a first indication (22, 22b) relating to an association between a first swipe gesture and a first state of reduced light emission, and - displaying a second indication (23, 23b) relating to an association between a second swipe gesture and a second state of reduced light emission, wherein the first indication (22, 22b) indicates a one-finger swipe gesture and the second indication (23, 23b) indicates a multi-finger swipe gesture, and temporally thereafter - receiving a predefined swipe gesture, wherein a type of the swipe gesture is a one-finger swipe gesture or a multi-finger swipe gesture and, as a reaction to the combination of the aforementioned steps and in dependence on the type of the swipe gesture - reducing the light emission from the display device (2, 2a) of the means of transportation to a first state or to a second state of reduced light emission.