mhurhangee/ep-ind-claims huggingface dataset:
A method of operating a block transform decoder to decode video or image pixel information, the method comprising: receiving, in said block transform decoder, quantized transform coefficients; de-quantizing, by said block transform decoder, the received quantized transform coefficients into de-quantized transform coefficients, wherein the de-quantizing scales the quantized transform coefficients by scaling factors selected from plural groups of scaling factors, wherein the quantized transform coefficients are logically organized in a block, and wherein selection between the plural groups for the de-quantizing is based on relative coefficient position within the block; and applying, by said block transform decoder, an inverse transform process to the de-quantized transform coefficients to generate reconstructed information therefrom, wherein the inverse transform process includes calculations that correspond to a matrix with plural columns having different norms, the inverse transform process being a two-dimensional inverse transform that includes row and column inverse transforms (238, 236), the two-dimensional inverse transform having different norms; wherein the de-quantizing uses the selection between the plural groups of scaling factors to at least in part adjust for the different norms of the two-dimensional inverse transform. receiving, in said block transform decoder, quantized transform coefficients; de-quantizing, by said block transform decoder, the received quantized transform coefficients into de-quantized transform coefficients, wherein the de-quantizing scales the quantized transform coefficients by scaling factors selected from plural groups of scaling factors, wherein the quantized transform coefficients are logically organized in a block, and wherein selection between the plural groups for the de-quantizing is based on relative coefficient position within the block; and applying, by said block transform decoder, an inverse transform process to the de-quantized transform coefficients to generate reconstructed information therefrom, wherein the inverse transform process includes calculations that correspond to a matrix with plural columns having different norms, the inverse transform process being a two-dimensional inverse transform that includes row and column inverse transforms (238, 236), the two-dimensional inverse transform having different norms; wherein the de-quantizing uses the selection between the plural groups of scaling factors to at least in part adjust for the different norms of the two-dimensional inverse transform.
Timepiece comprising a horological movement provided with a going train powered by an energy source, an escapement pinion and an escapement wheel, said timepiece including a drive mechanism for driving a jumping element comprising a drive wheel, an indicator of a unit of time, a jumping element integral with said indicator and coaxial to said drive wheel to which said jumping element is coupled by a spring, a cam, integral with a cam drive wheel, arranged to control a pallet-lever, said cam having a profile arranged to cause the pallet-lever to rock in an oscillating motion so as to release the jumping element once per unit of time, the cam and the jumping element having distinct pivot arbours, said drive mechanism, further comprising an intermediate train kinematically connecting the drive wheel to the cam, and the pallet-lever having four distinct arms (20a, 20b, 20c, 20d), two (20a, 20b) of the four arms forming feelers arranged to cooperate with the cam and the other two arms (20c, 20d) forming escapement arms arranged to successively block and release the jumping element once per unit of time, alternately, and said cam drive wheel being directly engaged with the escapement pinion.
A solid dispersion comprising: (i) amorphous ( -1-((( -1-benzyl-2,3-dioxo-3-(cyclopropylamino)propyl)amino)carbonyl)-3-methylbutyl)carbamic acid 5-methoxy-3-oxapentyl ester, and (ii) water-soluble cellulosic polymer, characterized in that the ( -1-((( -1-benzyl-2,3-dioxo-3-(cyclopropylamino)propyl)amino)carbonyl)-3-methylbutyl)carbamic acid 5-methoxy-3-oxapentyl ester is made amorphous in the presence of said water-soluble cellulosic polymer, and the water-soluble cellulosic polymer is at least one kind selected from hydroxypropyl methylcellulose and hydroxypropyl cellulose. (i) amorphous ( -1-((( -1-benzyl-2,3-dioxo-3-(cyclopropylamino)propyl)amino)carbonyl)-3-methylbutyl)carbamic acid 5-methoxy-3-oxapentyl ester, and (ii) water-soluble cellulosic polymer,
A method for performing positioning for a user equipment, UE, comprising: communicating with a plurality of serving cells in a multicarrier configuration; indicating a plurality of serving cell identifiers corresponding to the plurality of serving cells in a message to a positioning server; receiving location information for the plurality of serving cell identifiers, wherein location information additionally corresponds to neighboring cells of the plurality of serving cells or other cells selected based at least in part on the plurality of serving cells; and performing positioning for a UE based at least in part on the location information. communicating with a plurality of serving cells in a multicarrier configuration; indicating a plurality of serving cell identifiers corresponding to the plurality of serving cells in a message to a positioning server; receiving location information for the plurality of serving cell identifiers, wherein location information additionally corresponds to neighboring cells of the plurality of serving cells or other cells selected based at least in part on the plurality of serving cells; and performing positioning for a UE based at least in part on the location information.
A casting roll, for the casting of metal strip by continuous casting in a twin roll caster, - having a casting surface formed by a substantially cylindrical tube, - having axially symmetric expansion elements, such as expansion rings, arranged within and adjacent the cylindrical tube, each expansion element spaced from another expansion element, and the expansion elements adapted to increase in radial dimension causing the cylindrical tube to expand changing roll crown of the casting surfaces of the casting rolls and thickness profile of the cast strip during casting, - having a multitude of axially symmetric expansion elements, such as expansion rings, are distributed along the entire length of the cylindrical tube and a power switch is situated in or on the casting roll in order to switch electrical power supply of the expansion elements from one or more expansion elements to one or more other expansion elements by use of a power wire, that each expansion element is equipped with electrical resistance heating elements being able to supply the expansion element with up to 15 kW, preferably 3-10 kW heating power and that a centrally mounted expansion element is constructed as to be permanently heated, characterized in that the power switch is constructed to switch power supply between different expansion elements every two to thirty seconds preferably every five to fifteen seconds. - having a casting surface formed by a substantially cylindrical tube, - having axially symmetric expansion elements, such as expansion rings, arranged within and adjacent the cylindrical tube, each expansion element spaced from another expansion element, and the expansion elements adapted to increase in radial dimension causing the cylindrical tube to expand changing roll crown of the casting surfaces of the casting rolls and thickness profile of the cast strip during casting, - having a multitude of axially symmetric expansion elements, such as expansion rings, are distributed along the entire length of the cylindrical tube and a power switch is situated in or on the casting roll in order to switch electrical power supply of the expansion elements from one or more expansion elements to one or more other expansion elements by use of a power wire, that each expansion element is equipped with electrical resistance heating elements being able to supply the expansion element with up to 15 kW, preferably 3-10 kW heating power and that a centrally mounted expansion element is constructed as to be permanently heated, characterized in that the power switch is constructed to switch power supply between different expansion elements every two to thirty seconds preferably every five to fifteen seconds.
Condenser comprising a housing having an inlet opening for inputting fluid into the condenser and an outlet opening for outputting the fluid out of the condenser and a channel system for fluidically connecting the inlet opening and the outlet opening, wherein the channel system is arranged within the housing and comprises a splitting portion in which the inputted fluid is split to a plurality of channels and a grouping portion in which the plurality of channels is united to an outlet channel, wherein a first end of the outlet channel ends in the outlet opening and a second end of the outlet channel ends in the grouping portion, characterized in that a distance between the second end of the outlet channel and a housing bottom in a vertical direction is between 0% to 80% of a distance between the housing bottom and an upper housing side in the vertical direction, wherein the grouping portion comprises a circle shaped channel that is connected with the plurality of channels and the outlet channel. a housing having an inlet opening for inputting fluid into the condenser and an outlet opening for outputting the fluid out of the condenser and a channel system for fluidically connecting the inlet opening and the outlet opening, wherein the channel system is arranged within the housing and comprises a splitting portion in which the inputted fluid is split to a plurality of channels and a grouping portion in which the plurality of channels is united to an outlet channel, wherein a first end of the outlet channel ends in the outlet opening and a second end of the outlet channel ends in the grouping portion, characterized in that a distance between the second end of the outlet channel and a housing bottom in a vertical direction is between 0% to 80% of a distance between the housing bottom and an upper housing side in the vertical direction, wherein the grouping portion comprises a circle shaped channel that is connected with the plurality of channels and the outlet channel.
A rust removing device for an elevator guide rail, comprising: a support; a rust removal rack, mounted on the support, and covering the guide rail; and a rust removal layer, disposed on an inner wall of the rust removal rack, and fitted with a surface of the guide rail; wherein the rust removal rack is a U-shaped structure; and characterized in that a top end of the rust removal rack is disposed with fastening platforms at two sides thereof respectively, the rust removal layer protrudes out of the top end of the rust removal rack and is placed on the fastening platforms, and then is tightly pressed onto the fastening platforms by hold-down plates disposed on the fastening platforms, and the hold-down plates are fixed on the fastening platforms by fastening bolts; a bottom end of the rust removal rack is disposed with L-shaped fastening plates at two sides thereof respectively, the rust removal layer protrudes out of the bottom end of the rust removal rack and is attached to the fastening plates, and then is pressed onto the fastening plates by hold-down plates disposed on the fastening plates, and the hold-down plates are fixed on the fastening plates by fastening bolts.
A teaching compatibility determining device comprising: a first detector, attachable to a first body site of a user and configured to detect movements of the first body site to determine whether the user is able to execute teaching content according to a program selected from a training menu as instructed as an application result; a second detector, attachable to a second body site of the user and configured to detect movements of the second body site to determine whether effects of the teaching content are exhibited as a compatibility result; a recording part configured to cumulatively record the application result and the compatibility result together with program identification information as an execution result; a training menu table configured to register various programs in the training menu; and a computing part configured to calculate a ratio of the number of execution results in which the compatibility result is positive to the number of execution results in which the application result is positive as a compatibility ratio for each program on the basis of one or more than one execution results recorded on the recording part, wherein the computing part is configured to extract a program suitable for the user from the training menu on the basis of the compatibility ratio for each program and presents the extracted program to the user, wherein the first detector and the second detector are sensors that detect accelerations and angular velocities of three axes. a first detector, attachable to a first body site of a user and configured to detect movements of the first body site to determine whether the user is able to execute teaching content according to a program selected from a training menu as instructed as an application result; a second detector, attachable to a second body site of the user and configured to detect movements of the second body site to determine whether effects of the teaching content are exhibited as a compatibility result; a recording part configured to cumulatively record the application result and the compatibility result together with program identification information as an execution result; a training menu table configured to register various programs in the training menu; and a computing part configured to calculate a ratio of the number of execution results in which the compatibility result is positive to the number of execution results in which the application result is positive as a compatibility ratio for each program on the basis of one or more than one execution results recorded on the recording part, wherein the computing part is configured to extract a program suitable for the user from the training menu on the basis of the compatibility ratio for each program and presents the extracted program to the user, wherein the first detector and the second detector are sensors that detect accelerations and angular velocities of three axes.
A method for starting an electric motor, comprising two electric supply conductors for driving said electric motor at least in part and/or at least at times, wherein during a start-up interval of the start-up cycle for starting said electric motor, the frequency (f ref) of the electric current for driving said electric motor is set to at least one frequency (f start), and later to the operating frequency (f run) of said electric motor, wherein at least one of said frequencies (f start) during the start-up interval and/or during the start-up cycle is at least in part and/or at least at times higher than said operating frequency (f run), characterised in that the success of the start-up cycle is checked by measuring the electric current consumed by said electric motor and determining whether a significant decrease in the current drawn by the motor occurs.
An anti-pirate flushing device for fighting or obstructing unauthorized boarding of a ship by spraying flushing liquid in a direction substantially along the side of the ship, said anti-pirate flushing device comprising a supply conduit for feeding a flushing liquid to and into the anti-pirate flushing device, a rotary movement generating means which is provided in the supply conduit and a driving device which is driven by the rotary movement generating means for operating spray nozzles forming part of the anti-pirate flushing device, characterized in that the driving device comprises a magnetic force coupling with a first body which is provided in the supply conduit in connection with the rotary movement generating means and a second-body which is provided outside the supply conduit in connection with the driving device, whereby said first body transfers by magnetic force a rotary movement from the rotary movement generating means to the second body for operating the driving device, and that the magnetic force coupling is displaceable along with the anti-pirate flushing device relative to an edge of the rail on the ship during movement of the anti-pirate flushing device between an active position outside of the rail edge, in which flushing liquid is sprayed substantially along the side of the ship by means of the spray nozzles, and an inactive position within the rail edge.
A method for detecting geometrical imaging properties of a flat panel detector in an X-ray testing system, comprising the steps of: - disposing a calibrating body between an X-ray beam source and the flat panel detector, the calibrating body comprising at least one discrete geometrical object; - recording several X-ray images of the calibrating body with the flat panel detector, with at least one discrete geometrical figure being generated in the X-ray images by imaging the at least one discrete geometrical object of the calibrating body; characterized in that a positionally dependent distortion error of the flat panel detector is determined from a three-dimensional X-ray image reconstructed from the several X-ray images, wherein the determination of the positionally dependent distortion error takes place based on at least one feature of the at least one discrete geometrical figure, and all features of the at least one discrete geometrical figure used for determining the positionally dependent distortion error are independent from the dimensions of the calibrating body. - disposing a calibrating body between an X-ray beam source and the flat panel detector, the calibrating body comprising at least one discrete geometrical object; - recording several X-ray images of the calibrating body with the flat panel detector, with at least one discrete geometrical figure being generated in the X-ray images by imaging the at least one discrete geometrical object of the calibrating body; characterized in that a positionally dependent distortion error of the flat panel detector is determined from a three-dimensional X-ray image reconstructed from the several X-ray images, wherein the determination of the positionally dependent distortion error takes place based on at least one feature of the at least one discrete geometrical figure, and all features of the at least one discrete geometrical figure used for determining the positionally dependent distortion error are independent from the dimensions of the calibrating body.
A charging apparatus for a mobile robot, the charging apparatus comprising: a main body having a power module; a plate connected to a lower end of the main body; a charging terminal, which is exposed upward from an upper surface of the plate, and is electrically connected to the power module; and a caster guide, which guides a moving direction of the mobile robot, and when the mobile robot moves forward, raises a height of one end of the mobile robot to a height above a reference height and lowers the height again, wherein the caster guide is disposed at a rear of the charging terminal, and a width of a front end of the caster guide is narrower than a width of a rear end of the caster guide characterized in that a horizontal distance from a central axis to the caster guide is larger than a horizontal distance from the central axis to the charging terminal. a main body having a power module; a plate connected to a lower end of the main body; a charging terminal, which is exposed upward from an upper surface of the plate, and is electrically connected to the power module; and a caster guide, which guides a moving direction of the mobile robot, and when the mobile robot moves forward, raises a height of one end of the mobile robot to a height above a reference height and lowers the height again, wherein the caster guide is disposed at a rear of the charging terminal, and a width of a front end of the caster guide is narrower than a width of a rear end of the caster guide characterized in that a horizontal distance from a central axis to the caster guide is larger than a horizontal distance from the central axis to the charging terminal.
A radiofrequency identification device comprising, embedded in a casing, a substrate on a face from which an antenna is made and a chip connected to the antenna is disposed, a coating locally covering said face of the substrate at the chip, characterized in that it further comprises, embedded in the casing, an intermediate layer made of a magnetic hyper-conductive material containing ferrite, placed against the substrate, on the side of the antenna, said intermediate layer having dimensions greater than those of the antenna in order to be able to cover it, and having a cavity arranged so that the coating and the chip can be substantially totally housed therein.
A method for isolating or detecting a rare cell, comprising filtering a blood specimen using a filter to isolate or detect a rare cell in the blood specimen, wherein the filter includes holes having a minor axis diameter of 5 μm to 8 μm and a major axis diameter of 40 μm or more at a hole density of 40 holes/mm 2 to 2000 holes/mm 2 characterized in that, the ratio (w/z) between the major axis diameter w (μm) and a gap z (μm) between the holes in the minor axis diameter direction being 7.0 to 130.
A dual function fusion protein comprising a GLP-1 receptor agonist region and an FGF21 receptor agonist region wherein said dual function fusion protein is variant 208 (SEQ ID NO. 32), variant 209 (SEQ ID NO 36), variant 211 (SEQ ID NO 134), variant 272 (SEQ ID NO 9), variant 277 (SEQ ID NO11), or variant 311 (SEQ ID 154).
A seal sub-assembly for a turbine engine shaft, the seal sub-assembly comprising: a spacer comprising a first flange comprising a first proximal surface and a second flange comprising a second proximal surface; at least one secondary seal (208, 210) located radially inward from and axially in line with the first proximal surface; and a secondary seal cover, wherein at least a portion of the at least one secondary seal (208, 210) is located axially between the spacer and the secondary seal cover, and the spacer is attached to the secondary seal cover via a metal joining process, characterised in that: the second flange circumferentially surrounds at least a portion of the secondary seal cover. a spacer comprising a first flange comprising a first proximal surface and a second flange comprising a second proximal surface; at least one secondary seal (208, 210) located radially inward from and axially in line with the first proximal surface; and a secondary seal cover, wherein at least a portion of the at least one secondary seal (208, 210) is located axially between the spacer and the secondary seal cover, and the spacer is attached to the secondary seal cover via a metal joining process, characterised in that: the second flange circumferentially surrounds at least a portion of the secondary seal cover.