mhurhangee/ep-ind-claims huggingface dataset:
A polishing composition for use in polishing a polishing object, the polishing composition comprising water, an oxidant, and a polishing removal accelerator, wherein the composition does not contain an abrasive, the polishing removal accelerator contains at least one metal salt, wherein the metal salt is at least one selected from the group consisting of lithium chloride, sodium chloride, potassium chloride, magnesium chloride, strontium chloride, barium chloride, sodium bromide, potassium bromide, magnesium bromide, lithium fluoride, sodium fluoride, potassium fluoride, magnesium fluoride, calcium fluoride, strontium fluoride, barium fluoride, lithium nitrate, sodium nitrate, potassium nitrate, magnesium nitrate, calcium nitrate, strontium nitrate, barium nitrate, lithium sulfate, sodium sulfate, potassium sulfate, magnesium sulfate, calcium sulfate, strontium sulfate, and barium sulfate. wherein the composition does not contain an abrasive, the polishing removal accelerator contains at least one metal salt, wherein the metal salt is at least one selected from the group consisting of lithium chloride, sodium chloride, potassium chloride, magnesium chloride, strontium chloride, barium chloride, sodium bromide, potassium bromide, magnesium bromide, lithium fluoride, sodium fluoride, potassium fluoride, magnesium fluoride, calcium fluoride, strontium fluoride, barium fluoride, lithium nitrate, sodium nitrate, potassium nitrate, magnesium nitrate, calcium nitrate, strontium nitrate, barium nitrate, lithium sulfate, sodium sulfate, potassium sulfate, magnesium sulfate, calcium sulfate, strontium sulfate, and barium sulfate.
A cooking apparatus comprising: a plurality of light sources (D1-D12) configured to emit light toward a cooking container and grouped into a plurality of groups; and a light emission driving controller configured to perform control in a manner that flame images are displayed by performing group controlling based on at least one of a control command input by a user, a grouping form of the plurality of groups, and a preset operation pattern, characterised in that, said light emission driving controller is further configured to generate driving signals by synthesizing a periodic signal and a random signal, and apply the driving signals to the plurality of groups. a plurality of light sources (D1-D12) configured to emit light toward a cooking container and grouped into a plurality of groups; and a light emission driving controller configured to perform control in a manner that flame images are displayed by performing group controlling based on at least one of a control command input by a user, a grouping form of the plurality of groups, and a preset operation pattern, characterised in that, said light emission driving controller is further configured to generate driving signals by synthesizing a periodic signal and a random signal, and apply the driving signals to the plurality of groups.
A method for transferring a liquid volume from a first liquid vessel into a second liquid vessel, wherein a pipetting needle is used which is secured on an automatically displaceable or pivotable transfer arm and which has a fill-level sensor, said method comprising the steps: a) immersing the pipetting needle into the liquid contained in the first liquid vessel, and measuring the fill level; b) comparing the measured fill level with a predefined minimum fill level and a predefined maximum fill level; c) determining that the measured fill level i.exceeds the predefined maximum fill level or ii. is below the predefined maximum fill level and exceeds the predefined minimum fill level or iii. is below the predefined minimum fill level, d) withdrawing the pipetting needle from the liquid, characterized in that, - if it is determined that the measured fill level exceeds the predefined maximum fill level or is below the predefined minimum fill level, the pipetting needle is withdrawn from the liquid without sucking in a liquid volume, and then steps a) to d) are repeated until it is determined that the measured fill level is below the predefined maximum fill level and exceeds the predefined minimum fill level, and then, before the pipetting needle is withdrawn, the liquid volume to be transferred is sucked in and is thereafter transferred into the second liquid vessel. a) immersing the pipetting needle into the liquid contained in the first liquid vessel, and measuring the fill level; b) comparing the measured fill level with a predefined minimum fill level and a predefined maximum fill level; c) determining that the measured fill level i.exceeds the predefined maximum fill level or ii. is below the predefined maximum fill level and exceeds the predefined minimum fill level or iii. is below the predefined minimum fill level, i.exceeds the predefined maximum fill level or ii. is below the predefined maximum fill level and exceeds the predefined minimum fill level or iii. is below the predefined minimum fill level, d) withdrawing the pipetting needle from the liquid, - if it is determined that the measured fill level exceeds the predefined maximum fill level or is below the predefined minimum fill level, the pipetting needle is withdrawn from the liquid without sucking in a liquid volume, and then steps a) to d) are repeated until it is determined that the measured fill level is below the predefined maximum fill level and exceeds the predefined minimum fill level, and then, before the pipetting needle is withdrawn, the liquid volume to be transferred is sucked in and is thereafter transferred into the second liquid vessel.
Method for carrying out a switchover of a switch from a current switching position to a target switching position (SJ+K) by means of a drive system, comprising the following steps: a switching signal is received by the drive system from a control device; at least one value for a first position of a drive shaft of the drive system is determined via a feedback signal of a feedback system, wherein the first position is the current position of the drive shaft before the switchover; the value for the first position of the drive shaft is compared with the value for the position of the drive shaft of the target switching position moved to last; if the value for the first position of the drive shaft and the value for the position of the drive shaft of the target switching position moved to last do not correspond, the control device, depending on the feedback signal, acts on the motor until the value for the position of the drive shaft of the switching position moved to last is reached as corrected first position; a value for a second position of the drive shaft is determined by the control device on the basis of the target switching position (SJ+K), to be moved to, of the switch; a difference between the value for the corrected first position and the value for the second position of the drive shaft is ascertained by the control device; the control device, depending on the feedback signal, acts on the motor until the drive shaft has passed through the ascertained difference. a switching signal is received by the drive system from a control device; at least one value for a first position of a drive shaft of the drive system is determined via a feedback signal of a feedback system, wherein the first position is the current position of the drive shaft before the switchover; the value for the first position of the drive shaft is compared with the value for the position of the drive shaft of the target switching position moved to last; if the value for the first position of the drive shaft and the value for the position of the drive shaft of the target switching position moved to last do not correspond, the control device, depending on the feedback signal, acts on the motor until the value for the position of the drive shaft of the switching position moved to last is reached as corrected first position; a value for a second position of the drive shaft is determined by the control device on the basis of the target switching position (SJ+K), to be moved to, of the switch; a difference between the value for the corrected first position and the value for the second position of the drive shaft is ascertained by the control device; the control device, depending on the feedback signal, acts on the motor until the drive shaft has passed through the ascertained difference.
A device comprising: (i) a first layer comprising a plurality of first chambers, said plurality of first chambers comprising a sample chamber, a washing chamber and an elution chamber; (ii) a second layer comprising one or more second chambers; and (iii) an intermediate layer disposed between said first and second layers, wherein said intermediate layer comprises a membrane matrix, wherein at least one of said plurality of first chambers, at least one of said one or more second chambers, and the membrane matrix are able to be connected by relative movement. (i) a first layer comprising a plurality of first chambers, said plurality of first chambers comprising a sample chamber, a washing chamber and an elution chamber; (ii) a second layer comprising one or more second chambers; and (iii) an intermediate layer disposed between said first and second layers, wherein said intermediate layer comprises a membrane matrix,
A brace device for the spinal support of a wearer, the brace device comprising: a plurality of component parts (16, 18, 20, 22, 24, 26, 28), each component part at least partially overlapping and being moveable relative to at least one other adjacent component part; movement sensing means, for monitoring the movement of at least one component part relative to at least one other component part with which it is moveable, the movement sensing means generating one or more output signals indicative of said movement or in response to a change in said movement; movement resisting means, provided on one or more of said component parts and operable to prohibit, restrict and/or resist movement of at least one component part relative to at least one other adjacent component part with which it is moveable; and control means in communication with the movement sensing means and the movement resisting means, the control means being a microprocessor programmed to interpret and/or analyze the said one or more output signals generated by said movement sensing means within predetermined parameters and/or criteria; the control means being configured such that one or more of the movement resisting means are dynamically controlled in response to one or more signals being received from the control means when the control means determines a movement or change in movement requires partial or substantial immobilization of at least a portion of the spine of the wearer. a plurality of component parts (16, 18, 20, 22, 24, 26, 28), each component part at least partially overlapping and being moveable relative to at least one other adjacent component part; movement sensing means, for monitoring the movement of at least one component part relative to at least one other component part with which it is moveable, the movement sensing means generating one or more output signals indicative of said movement or in response to a change in said movement; movement resisting means, provided on one or more of said component parts and operable to prohibit, restrict and/or resist movement of at least one component part relative to at least one other adjacent component part with which it is moveable; and control means in communication with the movement sensing means and the movement resisting means, the control means being a microprocessor programmed to interpret and/or analyze the said one or more output signals generated by said movement sensing means within predetermined parameters and/or criteria; the control means being configured such that one or more of the movement resisting means are dynamically controlled in response to one or more signals being received from the control means when the control means determines a movement or change in movement requires partial or substantial immobilization of at least a portion of the spine of the wearer.
Guide device for a sliding element (3, 4) having a holder, a guide element (8, 9, 9') and a guide rail with at least one groove (60, 61) in which the guide element (8, 9, 9')being fixable to the sliding element (3, 4), can be inserted, wherein the guide element (8, 9, 9') is held adjustably on a holder transversely to the longitudinal direction of the guide rail towards a base of the groove (60, 61) and is fixable in different positions relative to the base of the groove (60, 61), and an actuating device is provided to move the guide element (8, 9, 9') from a movable adjustment position to a fixed position, whereby the guide element (8, 9, 9') is movable via the actuating device away from an abutting position on the base of the groove (60, 61) in order to fix the guide element (8, 9, 9') spaced from the base of the groove (60, 61), wherein the guide element (8, 9, 9') is simultaneously movable away from the base of the groove (60, 61) when the actuating device is actuated from the adjustment position to the fixed position so that the movement of the actuating device is used to achieve a fixing on the one hand and an adjustment of the guide element (8, 9, 9') on the other hand, and the actuating device is rotatable from the adjustment position into the fixed position, characterized in that the actuating device comprises a sleeve on and/or in which at least one run-off contour (27a, 27b) is formed with a gradient.
A method for calculating a state of charge SOC of a battery on the basis of a charging state of a charging side, the method comprising: acquiring, when a battery to be charged is being charged, an electrical parameter of a specific electrical component on the charging side of the battery to be charged; calculating a current SOC of the battery to be charged by means of a pre-constructed estimation model on the basis of the electrical parameter to obtain a posterior probability distribution of the current SOC of the battery to be charged; and obtaining the SOC of the battery to be charged on the basis of the posterior probability distribution of the current SOC of the battery to be charged, wherein the estimation model is the posterior probability distribution of the battery to be charged with respect to a charging current and the electrical parameter of the specific electrical component on the charging side; characterised in that the electrical parameter of the specific electrical component comprises the charging current, and a resistance between protective grounding and control protection on the charging side. acquiring, when a battery to be charged is being charged, an electrical parameter of a specific electrical component on the charging side of the battery to be charged; calculating a current SOC of the battery to be charged by means of a pre-constructed estimation model on the basis of the electrical parameter to obtain a posterior probability distribution of the current SOC of the battery to be charged; and obtaining the SOC of the battery to be charged on the basis of the posterior probability distribution of the current SOC of the battery to be charged, wherein the estimation model is the posterior probability distribution of the battery to be charged with respect to a charging current and the electrical parameter of the specific electrical component on the charging side; characterised in that the electrical parameter of the specific electrical component comprises the charging current, and a resistance between protective grounding and control protection on the charging side.
Mechanical oscillator for a timepiece, comprising: • a suspended balance arranged so as to oscillate about a geometric axis of rotation, • a plurality of elastic systems arranged in series and connecting said balance to an attachment member that is arranged to attach said oscillator to a structural element comprised by said timepiece; characterized in that each elastic system comprises an even number of at least four exterior frames and at least two interior connection elements, each frame bearing two elastic elements that each extend between said frame and one of said inner connection elements; in that each interior connection element is connected to the two elastic elements borne by one of said frames, and to an adjacent elastic element of each of the frames of the same elastic system located on either side of the said one frame; and in that each of said elastic systems is fixed to each elastic system adjacent thereto via one in two of its frames, these frames being non-adjacent to one another. • a suspended balance arranged so as to oscillate about a geometric axis of rotation, • a plurality of elastic systems arranged in series and connecting said balance to an attachment member that is arranged to attach said oscillator to a structural element comprised by said timepiece;
An elevator rope connecting method that connects a first elevator rope on an outer circumferential portion of which is disposed a first outer circumferential coating layer that is made of a resin, and a second elevator rope on an outer circumferential portion of which is disposed a second outer circumferential coating layer that is made of a resin, wherein the elevator rope connecting method includes the step of: inserting an end portion of the first elevator rope into a rope insertion aperture from a first end portion of a connecting pipe that comprises the rope insertion aperture, and also inserting an end portion of the second elevator rope into the rope insertion aperture from a second end portion of the connecting pipe; the method being characterized in that the connecting pipe is made of a resin; and by further comprising the step of welding the end portions of the first and second elevator ropes (2 and 3) to the connecting pipe by heating the connecting pipe.
A cathode active material for a lithium ion secondary battery, comprising: a primary particle of a lithium composite compound represented by the following formula; and a secondary particle formed by an aggregation of primary particles of the lithium composite compound, wherein the cathode active material has a specific surface area from 0.1 m 2 /g to 1.2 m 2 /g both inclusive, and a breaking strength of the secondary particle is 30 MPa or more, Li 1+a Ni x Co y M1 1-x-y-z M2 z O 2+α... provided that (a) in the formula, M1 is at least one element selected from a group consisting of Mn and Al, (b) M2 is at least one element selected from a group consisting of Mg, Ti, Zr, Mo, and Nb, and (c) a, x, y, z, and α are numbers satisfying -0.1 ≤ a ≤ 0.2, 0.7 ≤ x < 1.0, 0 ≤ y < 0.3, 0 ≤ z ≤ 0.25, 0 < 1 - x - y - z < 0.3, and -0.2 ≤ α ≤ 0.2 respectively, characterised in that a ratio (D 1 /D 2) between an average particle size (D 2) of the primary particles and an average particle size (D 2) of secondary particles is from 0.006 to 0.25 both inclusive, and the cathode active material has an amount of lithium carbonate of 0.4% or less by mass and a moisture content of 500 ppm or less. a primary particle of a lithium composite compound represented by the following formula; and a secondary particle formed by an aggregation of primary particles of the lithium composite compound, wherein the cathode active material has a specific surface area from 0.1 m 2 /g to 1.2 m 2 /g both inclusive, and a breaking strength of the secondary particle is 30 MPa or more, Li 1+a Ni x Co y M1 1-x-y-z M2 z O 2+α... provided that (a) in the formula, M1 is at least one element selected from a group consisting of Mn and Al, (b) M2 is at least one element selected from a group consisting of Mg, Ti, Zr, Mo, and Nb, and (c) a, x, y, z, and α are numbers satisfying -0.1 ≤ a ≤ 0.2, 0.7 ≤ x < 1.0, 0 ≤ y < 0.3, 0 ≤ z ≤ 0.25, 0 < 1 - x - y - z < 0.3, and -0.2 ≤ α ≤ 0.2 respectively, characterised in that a ratio (D 1 /D 2) between an average particle size (D 2) of the primary particles and an average particle size (D 2) of secondary particles is from 0.006 to 0.25 both inclusive, and the cathode active material has an amount of lithium carbonate of 0.4% or less by mass and a moisture content of 500 ppm or less.
Garment (1, 101, 201, 301) comprising a clothing element (2, 102, 202, 302) designed to at least partially cover one part of the body of the user, comprising a strip (3, 103, 203, 303) positioned so as to prolong one part of the clothing element and designed to surround the waist or a limb of the user, the strip (3, 103, 203, 303) being bounded by at least one edge of adjustable circumference (31, 32, 131, 132, 231, 232, 331, 332), the strip (3, 103, 203, 303) forming one wall of a recess surrounding the waist or a limb of the user, said recess being designed to contain the stowed clothing element (2, 102, 202, 302) and to hold it around the waist or a limb of the user, characterized in that the median portion is able to extend, in an axial direction of the waist or the surrounded limb, more than the portion of the clothing element adjacent to the strip.
A filter device for filtering extruded polymers, comprising: - a containment body defining at least one cavity, an inlet opening in fluid communication with said cavity via a respective inlet conduit, and an outlet opening in fluid communication with said cavity via a respective outlet conduit; - a support body slidably inserted in said cavity and interposed between the respective inlet conduit and the respective outlet conduit and having a seat for housing a filter assembly consisting of two perforated disks and a filter screen located between the two perforated disks; said support body being slidably movable in said cavity along a main direction of movement so as to produce different partialisations of the perforated disk associated with an outlet section of the seat with respect to an inlet mouth of the outlet conduit in order to obtain different interferences of the perforated disk with the inlet mouth of the outlet conduit, characterised by said seat having an inlet section of the same dimensions as an outlet mouth of the inlet conduit and the outlet section having dimensions that are larger than the dimensions of the inlet section and equal to a maximum extent of the inlet mouth of the outlet conduit. - a containment body defining at least one cavity, an inlet opening in fluid communication with said cavity via a respective inlet conduit, and an outlet opening in fluid communication with said cavity via a respective outlet conduit; - a support body slidably inserted in said cavity and interposed between the respective inlet conduit and the respective outlet conduit and having a seat for housing a filter assembly consisting of two perforated disks and a filter screen located between the two perforated disks; said support body being slidably movable in said cavity along a main direction of movement so as to produce different partialisations of the perforated disk associated with an outlet section of the seat with respect to an inlet mouth of the outlet conduit in order to obtain different interferences of the perforated disk with the inlet mouth of the outlet conduit,