mhurhangee/ep-ind-claims huggingface dataset:
A method of knitting a knitted fabric by performing a bind off process after flechage knitting by using a flat knitting machine having at least a pair of front and back needle beds extending in a transverse direction and disposed opposite to each other in a cross direction, at least either of which is capable of being racked in the transverse direction so that loops can be transferred between the front and back needle beds, in knitting of narrowing a knitting width with flechage knitting, characterized in that the method comprises repetitive steps of: knitting a predetermined number of courses with flechage knitting by feeding a yarn from a flechage knitting yarn feeder, and binding off at least one loop held on a knitting needle without forming a stitch at the end of the knitting width by feeding a yarn from a bind off process yarn feeder different from the flechage knitting yarn feeder, wherein the number of entire knitting courses to be knitted with flechage knitting is divided into at least two course groups, and the loops held on the knitting needles without forming the stitches at the end of the knitting width are bound off every time the predetermined number of courses in each course group is knitted with flechage knitting. knitting a predetermined number of courses with flechage knitting by feeding a yarn from a flechage knitting yarn feeder, and binding off at least one loop held on a knitting needle without forming a stitch at the end of the knitting width by feeding a yarn from a bind off process yarn feeder different from the flechage knitting yarn feeder, wherein the number of entire knitting courses to be knitted with flechage knitting is divided into at least two course groups, and the loops held on the knitting needles without forming the stitches at the end of the knitting width are bound off every time the predetermined number of courses in each course group is knitted with flechage knitting.
Non-therapeutic use of a filtering medium for selective adsorption of blood components, the filtering medium containing a cellulose acylate, wherein a glass transition temperature of the filtering medium is 126°C or higher, an average through-hole diameter is 0.1 to 50 μm, and a specific surface area is 1.0 to 100 m 2 /g, wherein the glass transition temperature and the average through-hole diameter are determined as defined in the description; and the specific surface area is measured by the Brunauer-Emmett-Teller method by nitrogen adsorption. a glass transition temperature of the filtering medium is 126°C or higher, an average through-hole diameter is 0.1 to 50 μm, and a specific surface area is 1.0 to 100 m 2 /g, wherein the glass transition temperature and the average through-hole diameter are determined as defined in the description; and the specific surface area is measured by the Brunauer-Emmett-Teller method by nitrogen adsorption.
A medical device release system, comprising: an elongated rod having an enlarged distal end; a ring element slidingly disposed over the elongated rod, the ring element having a center channel sized and shaped to receive the elongated rod, wherein the enlarged distal end of the elongated rod is larger than an inner diameter of the center channel preventing the ring element from disengaging from the enlarged distal end of the elongated rod; characterized by two or more pins each having a proximal end attached to the ring element and a distal end extending longitudinally and radially away from the ring element, the distal end of each of the two or more pins configured for releasable connection to a medical device, wherein the proximal end of each of the two or more pins is enlarged, wherein the ring element has two or more side channels, wherein each side channel is sized to receive one of the two or more pins, wherein the enlarged proximal end of each of the two or more pins is larger than an inner diameter of the two or more side channels of the ring element. an elongated rod having an enlarged distal end; a ring element slidingly disposed over the elongated rod, the ring element having a center channel sized and shaped to receive the elongated rod, wherein the enlarged distal end of the elongated rod is larger than an inner diameter of the center channel preventing the ring element from disengaging from the enlarged distal end of the elongated rod; characterized by two or more pins each having a proximal end attached to the ring element and a distal end extending longitudinally and radially away from the ring element, the distal end of each of the two or more pins configured for releasable connection to a medical device, wherein the proximal end of each of the two or more pins is enlarged, wherein the ring element has two or more side channels, wherein each side channel is sized to receive one of the two or more pins, wherein the enlarged proximal end of each of the two or more pins is larger than an inner diameter of the two or more side channels of the ring element.
A method, comprising: determining a first frame to be predicted, the first frame being in a video sequence; determining a first reference frame from the video sequence for forward inter prediction of the first frame; determining a second reference frame from the video sequence for backward inter prediction of the first frame; determining a respective motion field for each of at least some blocks of the first frame using at least one of the first reference frame and the second reference frame; determining parameters forming an affine homographic model for a block of the first frame using the motion field for the block of the first frame, wherein the affine homographic model maps the block of the first frame to pixels in a reconstructed reference frame, the affine homographic model comprising a matrix of parameters defining a rotation and an associated vector defining a translation, which are obtained as a result of an optimization process defined by an objective function; generating a motion field-based reference frame, wherein generating a motion field-based reference frame includes generating a block of the motion field-based reference frame that is co-located with the block of the first frame by applying the affine homographic model to the block to populate pixel values of the reconstructed reference frame; and performing a prediction process for the first frame using the motion field-based reference frame. determining a first frame to be predicted, the first frame being in a video sequence; determining a first reference frame from the video sequence for forward inter prediction of the first frame; determining a second reference frame from the video sequence for backward inter prediction of the first frame; determining a respective motion field for each of at least some blocks of the first frame using at least one of the first reference frame and the second reference frame; determining parameters forming an affine homographic model for a block of the first frame using the motion field for the block of the first frame, wherein the affine homographic model maps the block of the first frame to pixels in a reconstructed reference frame, the affine homographic model comprising a matrix of parameters defining a rotation and an associated vector defining a translation, which are obtained as a result of an optimization process defined by an objective function; generating a motion field-based reference frame, wherein generating a motion field-based reference frame includes generating a block of the motion field-based reference frame that is co-located with the block of the first frame by applying the affine homographic model to the block to populate pixel values of the reconstructed reference frame; and performing a prediction process for the first frame using the motion field-based reference frame.
An electrical device comprising: a case including a first case and a second case coupled to the first case; a first electrical part fixed to the first case; a second electrical part fixed to the second case; and a connecting portion configured to connect a first conductor extending from the first electrical part and a second conductor extending from the second electrical part to each other, the connecting portion being disposed on a terminal block, wherein either one of the first case and the second case includes a through hole, the connecting portion is disposed so as to be visible from the through hole as viewed from an outside of the case, and the first electrical part and the second electrical part are included in a power converter that is configured to convert power of a power source to power to drive a motor for traveling characterized in that: the first electrical part includes a power module housing a switching element included in a voltage boost converter circuit that is configured to boost the voltage of the power source, and the second electrical part includes a reactor included in the voltage boost converter circuit. a case including a first case and a second case coupled to the first case; a first electrical part fixed to the first case; a second electrical part fixed to the second case; and a connecting portion configured to connect a first conductor extending from the first electrical part and a second conductor extending from the second electrical part to each other, the connecting portion being disposed on a terminal block, wherein either one of the first case and the second case includes a through hole, the connecting portion is disposed so as to be visible from the through hole as viewed from an outside of the case, and the first electrical part and the second electrical part are included in a power converter that is configured to convert power of a power source to power to drive a motor for traveling characterized in that: the first electrical part includes a power module housing a switching element included in a voltage boost converter circuit that is configured to boost the voltage of the power source, and the second electrical part includes a reactor included in the voltage boost converter circuit.
RS-norketotifen or a pharmaceutically acceptable salt thereof for use in a method for treating a pruritic and/or inflammatory dermal disorder in a dog in need of such treatment, said method comprising orally administering to the dog in need a therapeutically effective amount of said RS-norketotifen or a pharmaceutically acceptable salt thereof, wherein the therapeutically effective amount of RS-norketotifen does not produce sedative side effects upon administration to the dog.
An indexing cooler for a number of products, comprising: an insulated outer shell; a plurality of rotating product zones (250, 260, 270) within the outer shell; and an indexing drive motor; wherein the plurality of product zones is defined by a plurality of indexing wings; wherein the plurality of indexing wings comprises a brush seal; wherein the indexing drive motor rotates one of the plurality of rotating product zones into an exposed zone for a first predetermined length of a time; and wherein the indexing drive motor rotates the remaining plurality of rotating product zones into a refrigerated zone for a second predetermined length of time. an insulated outer shell; a plurality of rotating product zones (250, 260, 270) within the outer shell; and an indexing drive motor; wherein the plurality of product zones is defined by a plurality of indexing wings; wherein the plurality of indexing wings comprises a brush seal; wherein the indexing drive motor rotates one of the plurality of rotating product zones into an exposed zone for a first predetermined length of a time; and wherein the indexing drive motor rotates the remaining plurality of rotating product zones into a refrigerated zone for a second predetermined length of time.
A composition comprising a therapeutically effective amount of 9,12 benzo-LXA 4 or Resolvin E1 for use in stabilizing an atherosclerotic plaque and/or reducing unstable/vulnerable plaque in a subject.
An electrical heating appliance comprising: - a frame comprising a casing and a rear face demarcating an internal volume of the frame, wherein the rear face is suitable for being secured to a wall that is substantially vertical, - a heating element placed in the internal volume of the frame; wherein the casing comprises a radiating element with a radiating front, heated by the heating element, a phase-change material being placed in the radiating element; the appliance being characterized in that: - a phase-change temperature T φB of the phase-change material is slightly lower than a required temperature TvB of the radiating front; and - the radiating element forms a sealed container comprising several compartments, within which the phase-change material or materials are placed, wherein the compartments are arranged so as to form at least one channel connecting a rear face of the radiating element with the radiating front. - a frame comprising a casing and a rear face demarcating an internal volume of the frame, wherein the rear face is suitable for being secured to a wall that is substantially vertical, - a heating element placed in the internal volume of the frame; - a phase-change temperature T φB of the phase-change material is slightly lower than a required temperature TvB of the radiating front; and - the radiating element forms a sealed container comprising several compartments, within which the phase-change material or materials are placed, wherein the compartments are arranged so as to form at least one channel connecting a rear face of the radiating element with the radiating front.
Arrangement for transmitting power between a direct current power line and an alternating current power line carrying a voltage having a number of phases, said arrangement comprising: a number of transformers (20A, 20B, 20C), one for each phase, a number of power transfer modules, one for each phase, connected in series between the direct current power line and ground or a negative direct current bus, where each power transfer module comprises a first branch including cascaded converter cells (CA1, CA2, CB1, CB2, CC1, CC2; CA1A, CA1B, CA2A, CA2B), the cascaded converter cells comprising an energy storage element connected in parallel with a first group of switching units (SU1, SU2), and a second branch comprising series connected switching elements (SW1A, SW2A, SW1B, SW2B, SW1C, SW2C), wherein the first and second branches are connected in parallel between a first and a second connection point of a power transfer module, the primary winding of a transformer (20A, 20B, 20C) is connected to a corresponding alternating current phase conductor (22A, 22B, 22C) of the alternating current power line and the secondary winding is connected between a midpoint of the first branch and a midpoint of the second branch of a corresponding power transfer module, characterised in that in each power transfer module all the cascaded converter cells, providing a voltage contribution of that power transfer module, are provided in the first branch. a number of transformers (20A, 20B, 20C), one for each phase, a number of power transfer modules, one for each phase, connected in series between the direct current power line and ground or a negative direct current bus, where each power transfer module comprises a first branch including cascaded converter cells (CA1, CA2, CB1, CB2, CC1, CC2; CA1A, CA1B, CA2A, CA2B), the cascaded converter cells comprising an energy storage element connected in parallel with a first group of switching units (SU1, SU2), and a second branch comprising series connected switching elements (SW1A, SW2A, SW1B, SW2B, SW1C, SW2C), a first branch including cascaded converter cells (CA1, CA2, CB1, CB2, CC1, CC2; CA1A, CA1B, CA2A, CA2B), the cascaded converter cells comprising an energy storage element connected in parallel with a first group of switching units (SU1, SU2), and a second branch comprising series connected switching elements (SW1A, SW2A, SW1B, SW2B, SW1C, SW2C), wherein the first and second branches are connected in parallel between a first and a second connection point of a power transfer module, the primary winding of a transformer (20A, 20B, 20C) is connected to a corresponding alternating current phase conductor (22A, 22B, 22C) of the alternating current power line and the secondary winding is connected between a midpoint of the first branch and a midpoint of the second branch of a corresponding power transfer module, characterised in that in each power transfer module all the cascaded converter cells, providing a voltage contribution of that power transfer module, are provided in the first branch.
A method of controlling an additive manufacturing process in which a directed energy source is used to selectively melt material to form a workpiece, forming a melt pool in the process of melting, the method comprising: using an imaging apparatus to generate an image of the melt pool comprising an array of individual image elements, the image including a measurement of at least one physical property for each of the individual image elements; from the measurements, mapping a melt pool boundary of the melt pool; computing a fractal dimension of the melt pool; and controlling at least one aspect of the additive manufacturing process with reference to the fractal dimension. using an imaging apparatus to generate an image of the melt pool comprising an array of individual image elements, the image including a measurement of at least one physical property for each of the individual image elements; from the measurements, mapping a melt pool boundary of the melt pool; computing a fractal dimension of the melt pool; and controlling at least one aspect of the additive manufacturing process with reference to the fractal dimension.
An assembly for transferring heat with respect to a component, comprising: a first heat transfer plate having a first heat transfer surface arranged to contact and transfer heat with respect to a first component surface; a second heat transfer plate having a second heat transfer surface arranged to contact and transfer heat with respect to a second component surface and arranged at an angle of 270 degrees or less relative to the first heat transfer surface; a connecting portion extending between and connecting the first and second heat transfer plates together, the connecting portion including a bend that extends along an arc of at least 30 degrees; a heat transfer conduit arranged to conduct a flow of heat transfer fluid to the first and second heat transfer plates, the heat transfer conduit including at least one passageway that extends from the first heat transfer plate to the connecting portion and from the connecting portion to the second transfer plate; the heat transfer conduit having a cross sectional area in a part of the connecting portion that is different from a cross sectional area near the first and second heat transfer plates; and inlet and outlet ports (3, 4) arranged to respectively conduct heat transfer fluid into the heat transfer conduit and out of the heat transfer conduit, characterised in that the heat transfer conduit has a cross sectional area in a part of the connecting portion that is either smaller or larger from a cross sectional area at the first and second heat transfer plates (1a,1b). a first heat transfer plate having a first heat transfer surface arranged to contact and transfer heat with respect to a first component surface; a second heat transfer plate having a second heat transfer surface arranged to contact and transfer heat with respect to a second component surface and arranged at an angle of 270 degrees or less relative to the first heat transfer surface; a connecting portion extending between and connecting the first and second heat transfer plates together, the connecting portion including a bend that extends along an arc of at least 30 degrees; a heat transfer conduit arranged to conduct a flow of heat transfer fluid to the first and second heat transfer plates, the heat transfer conduit including at least one passageway that extends from the first heat transfer plate to the connecting portion and from the connecting portion to the second transfer plate; the heat transfer conduit having a cross sectional area in a part of the connecting portion that is different from a cross sectional area near the first and second heat transfer plates; and inlet and outlet ports (3, 4) arranged to respectively conduct heat transfer fluid into the heat transfer conduit and out of the heat transfer conduit, characterised in that the heat transfer conduit has a cross sectional area in a part of the connecting portion that is either smaller or larger from a cross sectional area at the first and second heat transfer plates (1a,1b).
A dicarboximide derivative of berbamine of formula: wherein, R 1 is selected from H, halogen, amino,nitro, cyano, hydroxyl, mercapto, substituted or unsubstituted C 1 -C 6 alkyl, substituted or unsubstituted C 1 -C 6 alkoxy, substituted or unsubstituted C 1 -C 6 alkylthio, substituted or unsubstituted C 1 -C 6 alkylamino, substituted or unsubstituted C 3 -C 7 cycloalkyl; A is selected from a linear or branched, substituted or unsubstituted alkylene -(CH 2) n -, optionally being interrupted by a heteroatom selected from the group consisting of O, N, S, wherein n is an integer from 1 to 15; W, X, Y and Z are selected from substituted or unsubstituted methine CH, methylene CH 2 and a heteroatom selected from the group consisting of O, N and S, wherein at least two of W, X, Y and Z are CH or CH 2; wherein "substituted" means a substitution by a substituent selected from the group consisting of halogen, amino, nitro, cyano, hydroxyl and mercapto; or a pharmaceutically acceptable salt thereof. wherein, R 1 is selected from H, halogen, amino,nitro, cyano, hydroxyl, mercapto, substituted or unsubstituted C 1 -C 6 alkyl, substituted or unsubstituted C 1 -C 6 alkoxy, substituted or unsubstituted C 1 -C 6 alkylthio, substituted or unsubstituted C 1 -C 6 alkylamino, substituted or unsubstituted C 3 -C 7 cycloalkyl; A is selected from a linear or branched, substituted or unsubstituted alkylene -(CH 2) n -, optionally being interrupted by a heteroatom selected from the group consisting of O, N, S, wherein n is an integer from 1 to 15; W, X, Y and Z are selected from substituted or unsubstituted methine CH, methylene CH 2 and a heteroatom selected from the group consisting of O, N and S, wherein at least two of W, X, Y and Z are CH or CH 2; wherein "substituted" means a substitution by a substituent selected from the group consisting of halogen, amino, nitro, cyano, hydroxyl and mercapto; or a pharmaceutically acceptable salt thereof.
Cover intended to lock a shaft securely to a driving arm and a connector that carries a wiper, the cover extending along a main longitudinal axis and having at least two longitudinal flanks, each longitudinal flank having an open slot delimited at a first longitudinal end by an end wall and at a second longitudinal end by an opening for receiving the shaft, said cover being characterized in that said opening is formed opposite said end wall.