mhurhangee/ep-ind-claims huggingface dataset:
An image decoding method for decoding a bitstream including a coded signal resulting from coding a plurality of slices into which an image is partitioned and each of which includes a plurality of largest coding units - LCUs, the method comprising the step of decoding the coded signal, wherein each of the slices is either a normal slice (401, 402) which has, in a slice header, information that can be used for another slice, or a dependent slice (403, 404) which can be decoded using information included in a slice header of a normal slice, wherein the image includes a plurality of rows, LCU rows (301, 302, 311, 312, 313, 314), each of which includes two or more of the largest coding units, and in the decoding step, in a case when decoding a dependent slice that starts at the beginning of the second LCU row (302, 312), initializing arithmetic decoding of the second LCU row using a context obtained after arithmetic decoding of the largest coding unit that is located second in the first LCU row, regardless of the types of slices in the first LCU row, characterized in that in the decoding step, in a case when decoding a first normal slice in a first LCU row (301, 311) that starts at a position other than the beginning of the first LCU row (301, 311), where the said first LCU row includes two or more slices, decoding a second normal slice at a beginning of a second LCU row (302, 312) immediately following the first LCU row (301, 311).
A method comprising: receiving an indication of at least a start time for a silent mode of operation of a device; responsive to the receiving of the indication of at least the start time for the silent mode of operation, identifying one or more alarms, each alarm having an activation mode and an activation time during the silent mode of operation of the device; and responsive to the identifying one or more alarms and prior to commencing the silent mode of operation, causing a prompt to be presented regarding a potential change to at least one of the activation mode or the activation time for at least one alarm that was identified. receiving an indication of at least a start time for a silent mode of operation of a device; responsive to the receiving of the indication of at least the start time for the silent mode of operation, identifying one or more alarms, each alarm having an activation mode and an activation time during the silent mode of operation of the device; and responsive to the identifying one or more alarms and prior to commencing the silent mode of operation, causing a prompt to be presented regarding a potential change to at least one of the activation mode or the activation time for at least one alarm that was identified.
A vehicle (1, 501) which turns in a state in which a vehicle body is banked from an upright state to a first side in a vehicle width direction of the vehicle body, the vehicle comprising: a lamp (5, 6, 20, 520) which is attached to the vehicle body, and irradiates a lamp irradiation region (40, 540) set in front of the vehicle body; a detecting section which detects a change over time of a posture of the vehicle body while the vehicle is traveling, the change over time of the posture including a change amount of a bank angle per unit time; and a control section which controls the lamp (5, 6, 20, 520) in such a manner that the lamp irradiation region (40, 540) is changed based on the change over time of the posture of the vehicle body which is detected by the detecting section, characterized in that: the control section advances timing at which the lamp irradiation region (40, 540) starts to be changed in such a manner that the timing is earlier with an increase in the change amount of the bank angle per unit time in a direction in which the vehicle body is banked to the first side in the vehicle width direction. a lamp (5, 6, 20, 520) which is attached to the vehicle body, and irradiates a lamp irradiation region (40, 540) set in front of the vehicle body; a detecting section which detects a change over time of a posture of the vehicle body while the vehicle is traveling, the change over time of the posture including a change amount of a bank angle per unit time; and a control section which controls the lamp (5, 6, 20, 520) in such a manner that the lamp irradiation region (40, 540) is changed based on the change over time of the posture of the vehicle body which is detected by the detecting section,
An indoor unit of an air conditioner in which an indoor heat exchanger, an indoor fan, and an air filter disposed on an inlet side of the indoor fan are provided in a casing, the indoor unit comprising: a brush member configured to come into contact with the air filter to scrape dust from the air filter; a cleaning brush member configured to come into contact with the brush member to remove dust from the brush member; characterized in that the indoor unit further comprises: a drive section configured to intermittently move the air filter and the brush member relative to each other for a predetermined area of the air filter at each time to scrape dust from the air filter with the brush member; and a brush drive section configured to bring the brush member and the cleaning brush member into contact with each other after each stop of the intermittent relative movement of the air filter and the brush member, to remove dust from the brush member with the cleaning brush member. a brush member configured to come into contact with the air filter to scrape dust from the air filter; a cleaning brush member configured to come into contact with the brush member to remove dust from the brush member; characterized in that the indoor unit further comprises: a drive section configured to intermittently move the air filter and the brush member relative to each other for a predetermined area of the air filter at each time to scrape dust from the air filter with the brush member; and a brush drive section configured to bring the brush member and the cleaning brush member into contact with each other after each stop of the intermittent relative movement of the air filter and the brush member, to remove dust from the brush member with the cleaning brush member. a drive section configured to intermittently move the air filter and the brush member relative to each other for a predetermined area of the air filter at each time to scrape dust from the air filter with the brush member; and a brush drive section configured to bring the brush member and the cleaning brush member into contact with each other after each stop of the intermittent relative movement of the air filter and the brush member, to remove dust from the brush member with the cleaning brush member.
A continuous bar conveyor for the food industry, of the type comprising: - a plurality of bars, constrained at the ends with chains having links configured so as to be engageable by motorized toothed wheels, serving the object of moving the conveyor along fixed guides, - a plurality of spirals wrapping said bars in pairs, said links of said chains and said spirals being configured so as to limit the maximum distance between adjacent bars, but so as to allow their reciprocal movement together, characterized in that, between adjacent successions of at least two bars, wrapped by a spiral, it comprises at least one bar, which is not wrapped by spirals, and to which a sheet of plastic food material is constrained, having elevated resistance to the operating temperature of said conveyor and a smooth, non-stick surface, said sheet resting on the upper surface defined by said spirals and with a dimension in the advancing direction of the conveyor smaller than the distance between successive bars not wrapped by spirals. - a plurality of bars, constrained at the ends with chains having links configured so as to be engageable by motorized toothed wheels, serving the object of moving the conveyor along fixed guides, - a plurality of spirals wrapping said bars in pairs, said links of said chains and said spirals being configured so as to limit the maximum distance between adjacent bars, but so as to allow their reciprocal movement together,
An electrorefining cell for the electrolytic refining of copper, said cell comprising: one or more electrorefining anodes comprising impure copper; one or more cathodes; and an electrolyte containing copper sulfate and sulfuric acid; wherein said electrorefining cell further comprises: one or more electrowinning anodes; and one or more point-of-use power converters configured to supply current to the or each electrowinning anode whereby to control the copper concentration of the electrolyte when said cell is in use. one or more electrorefining anodes comprising impure copper; one or more cathodes; and an electrolyte containing copper sulfate and sulfuric acid; one or more electrowinning anodes; and one or more point-of-use power converters configured to supply current to the or each electrowinning anode whereby to control the copper concentration of the electrolyte when said cell is in use.
A camera that functions as a peripheral device for a portable information terminal, said terminal is configured to recognize information in a symbol on the basis of an acquired image, has an image sensor configured to generate the image, and is configured to transmit the generated image to the portable information terminal, wherein the camera further comprises an imaging unit with the image sensor disposed therein; and a release unit that is separate from the imaging unit and is configured to input to the imaging unit a trigger signal for generating the image, wherein the imaging unit and the release unit are to be worn on different fingers, and wherein the release unit includes a first release unit having a first electrode and to be worn on a thumb; and a second release unit having a second electrode and to be worn on a part of a hand different from the part on which the first release unit is to be worn, and the trigger signal is generated when the first electrode and the second electrode are brought into contact with each other. wherein the camera further comprises an imaging unit with the image sensor disposed therein; and a release unit that is separate from the imaging unit and is configured to input to the imaging unit a trigger signal for generating the image, wherein the imaging unit and the release unit are to be worn on different fingers, and wherein the release unit includes a first release unit having a first electrode and to be worn on a thumb; and a second release unit having a second electrode and to be worn on a part of a hand different from the part on which the first release unit is to be worn, and the trigger signal is generated when the first electrode and the second electrode are brought into contact with each other.
A multipurpose vehicle, comprising: an engine; a travel transmission device provided on one side of the engine in a front-rear direction of a vehicle body; and a continuously variable transmission device provided on one side of the engine and the travel transmission device in a width direction of the vehicle body, the continuously variable transmission device being configured to vary an output of the engine non-stepwise and then transmit the output to the travel transmission device; characterized in that the multipurpose vehicle comprises a spacer housing capable of becoming attached to and detached from the engine, the continuously variable transmission device, and the travel transmission device, the spacer housing having a first end in a front-rear direction which first end is positioned between the engine and the continuously variable transmission device and a second end in the front-rear direction which second end is positioned between the travel transmission device and the continuously variable transmission device, wherein the spacer housing contains an engine output shaft of the engine, a transmission device input shaft of the continuously variable transmission device, a first connecting portion connecting the engine output shaft with the transmission device input shaft in an interlocking manner, a transmission device output shaft of the continuously variable transmission device, a transmission input shaft of the travel transmission device, and a second connecting portion connecting the transmission device output shaft with the transmission input shaft in an interlocking manner. an engine; a travel transmission device provided on one side of the engine in a front-rear direction of a vehicle body; and a continuously variable transmission device provided on one side of the engine and the travel transmission device in a width direction of the vehicle body, the continuously variable transmission device being configured to vary an output of the engine non-stepwise and then transmit the output to the travel transmission device; characterized in that the multipurpose vehicle comprises a spacer housing capable of becoming attached to and detached from the engine, the continuously variable transmission device, and the travel transmission device, the spacer housing having a first end in a front-rear direction which first end is positioned between the engine and the continuously variable transmission device and a second end in the front-rear direction which second end is positioned between the travel transmission device and the continuously variable transmission device, wherein the spacer housing contains an engine output shaft of the engine, a transmission device input shaft of the continuously variable transmission device, a first connecting portion connecting the engine output shaft with the transmission device input shaft in an interlocking manner, a transmission device output shaft of the continuously variable transmission device, a transmission input shaft of the travel transmission device, and a second connecting portion connecting the transmission device output shaft with the transmission input shaft in an interlocking manner.
Cannula (1, 1'), in particular for lumbar puncture and injection, having a proximal end and a distal end, comprising - a cannula tube, having an inner side, and outer side, a first end region and a second end region, which form a cannula channel, - wherein the cannula tube comprises, on the second end region, a tip, which forms the distal end of the cannula, - wherein the cannula tube comprises an opening of the cannula channel, and - wherein, at least in the cannula channel, a coating is provided on the inner side around the opening characterized in that the coating covers an inner edge of the opening, in that the coating is arranged around the opening on the outer side, in that the coating on the inner side of the cannula tube and on the outer side of the cannula tube is connected through the opening, in that the coating completely covers the inner side and/or the outer side of the cannula tube, and in that the coating a thickness (d) in the range from 0.1 μm to 50 μm. - a cannula tube, having an inner side, and outer side, a first end region and a second end region, which form a cannula channel, - wherein the cannula tube comprises, on the second end region, a tip, which forms the distal end of the cannula, - wherein the cannula tube comprises an opening of the cannula channel, and - wherein, at least in the cannula channel, a coating is provided on the inner side around the opening
A shaft having a shank with a splined portion that is spline engaged with a fitting member, and with an external diameter portion that is formed with a distance of separation from the splined portion, both the splined portion and the external diameter portion being formed in an outer peripheral surface of the shank, further comprising: a large diameter portion which has a diameter that is larger than a diameter of an external periphery of the splined portion and which is formed at an end portion of the external diameter portion at the splined portion side; and a tapered portion which stops the fitting member and which is provided at a side surface of the large diameter portion at the splined portion side, characterized by a plurality of curved portions having a first curved portion (13a, 23,a, 33a, 43a) connected to the tapered portion and a second curved portion (13b, 23b, 33b, 43b) and optionally at least one straight portion (15, 35, 45a, 45b), whereby the curved portions and optionally the straight portion extend continuously so as to connect a cut back portion formed at an end portion of said groove portion of the splined portion and the tapered portion such that the diameter of the shank gradually expands from the cut back portion to the tapered portion, and there is a diameter difference (d1, d2, d3, d4) between the diameter of the groove portion, excluding the cut back portion, and the diameter of the end portion of the second curved portion (13b, 23b, 33b, 43b) near to the splined portion. a large diameter portion which has a diameter that is larger than a diameter of an external periphery of the splined portion and which is formed at an end portion of the external diameter portion at the splined portion side; and a tapered portion which stops the fitting member and which is provided at a side surface of the large diameter portion at the splined portion side, characterized by a plurality of curved portions having a first curved portion (13a, 23,a, 33a, 43a) connected to the tapered portion and a second curved portion (13b, 23b, 33b, 43b) and optionally at least one straight portion (15, 35, 45a, 45b), whereby the curved portions and optionally the straight portion extend continuously so as to connect a cut back portion formed at an end portion of said groove portion of the splined portion and the tapered portion such that the diameter of the shank gradually expands from the cut back portion to the tapered portion, and there is a diameter difference (d1, d2, d3, d4) between the diameter of the groove portion, excluding the cut back portion, and the diameter of the end portion of the second curved portion (13b, 23b, 33b, 43b) near to the splined portion.
A supervised adversarial learning method for a neural network, comprising at least one iteration of a learning step (100;304), called adversarial learning step, comprising the following operations: - supplying, to said neural network, an image, called adversarial image, containing a modification, called adversarial attack, provided to orient said neural network towards a result of a classification of the image or a recognition of objects in the image, the result being called target, different from an expected result, and corresponding to the response towards which the adversarial attack is intended to orient the neural network and - supplying, to said neural network, a first data item, called result data item, indicating the expected result for said adversarial image, said expected result corresponding to the desired response associated with this adversarial image; characterized in that said step (100;304) of adversarial learning also comprises supplying, to said neural network, a second data item associated with said image, called target data item, indicating said target to said neural network, the target forming an incorrect result of a classification of the image or a recognition of objects in the image that the neural network should not return when it receives said adversarial image as input. - supplying, to said neural network, an image, called adversarial image, containing a modification, called adversarial attack, provided to orient said neural network towards a result of a classification of the image or a recognition of objects in the image, the result being called target, different from an expected result, and corresponding to the response towards which the adversarial attack is intended to orient the neural network and - supplying, to said neural network, a first data item, called result data item, indicating the expected result for said adversarial image, said expected result corresponding to the desired response associated with this adversarial image;
A compound of Formula I: or a pharmaceutically acceptable salt thereof, wherein: Y 6, Y 7 and Y 8 are each hydrogen and the compound (Cmpd) is that set forth in the table below: Cmpd Y1 Each Y2 Each Y3 Y4 each Y5 111 H D D H H wherein any atom not designated as "D" (deuterium) is present at its natural isotopic abundance, and wherein when a position is designated specifically as "D" that position has at least 90% incorporation of deuterium.
Polyester-based fibers comprising a terminal blocking agent taken up inside the fibers to block the terminal carboxyl groups, wherein the terminal blocking agent is at least one compound selected from carbodiimide compounds, oxazoline compounds and epoxy compounds, and wherein the fibers comprising the terminal blocking agent are obtainable by immersing polyester-based fibers in a solution containing terminal blocking agent having a particle size of 100pm or less at 80 to 130°C, such that if an outer layer fiber portion obtained by removing the solvent from a solution that has 5 to 10 wt% of the outer layer portion of the fibers dissolved in it is designated N1 and the inner layer fiber portion remaining after hydrolyzing and removing the outer layer fiber portion is designated N2, then the concentration of the terminal blocking agent contained in N1 is larger than the concentration of the terminal blocking agent contained in N2.
A method of wireless communication operable at a user equipment, comprising: determining a power for transmitting an uplink response channel; and transmitting the uplink response channel utilizing the determined power, characterised in that: the determining of the power is in accordance with a rate of duplicate packets received on a downlink data channel, and wherein the determining of the power comprises: increasing a transmission power offset in accordance with the determined rate of duplicate packets being greater than a first threshold; and decreasing the transmission power offset in accordance with the determined rate of duplicate packets being less than a second threshold. determining a power for transmitting an uplink response channel; and transmitting the uplink response channel utilizing the determined power, characterised in that: the determining of the power is in accordance with a rate of duplicate packets received on a downlink data channel, and wherein the determining of the power comprises: increasing a transmission power offset in accordance with the determined rate of duplicate packets being greater than a first threshold; and decreasing the transmission power offset in accordance with the determined rate of duplicate packets being less than a second threshold. the determining of the power is in accordance with a rate of duplicate packets received on a downlink data channel, and wherein the determining of the power comprises: increasing a transmission power offset in accordance with the determined rate of duplicate packets being greater than a first threshold; and decreasing the transmission power offset in accordance with the determined rate of duplicate packets being less than a second threshold. increasing a transmission power offset in accordance with the determined rate of duplicate packets being greater than a first threshold; and decreasing the transmission power offset in accordance with the determined rate of duplicate packets being less than a second threshold.