mhurhangee/ep-ind-claims huggingface dataset:
A performance control method for a video coding system comprising a 5-stage pipeline of integer pixel motion estimation (inter ME), fractional pixel motion estimation (frac ME), intra-prediction (intra), mode decision (mode decision), and loop filter/entropy coding (dblk/vlc), wherein the method comprises: detecting whether a time interval for a frame loading of a reference frame is higher than or equal to a first preset threshold; if the time interval for frame loading of the reference frame is higher than or equal to the first preset threshold, disabling loading of a next reference frame and limiting a duration of integer pixel motion estimation (inter ME) for a macroblock n being processed by the integer pixel motion estimation (inter ME) after performing the limitation of duration for the macroblock n; and detecting whether the duration for integer pixel motion estimation (inter ME) for a macroblock n-1 is higher or equal to a second preset threshold; if the duration for the macroblock n-1 is higher than or equal to the second preset threshold,limiting the duration of integer pixel motion estimation (inter ME) for macroblock n, wherein n is an integer. detecting whether a time interval for a frame loading of a reference frame is higher than or equal to a first preset threshold; if the time interval for frame loading of the reference frame is higher than or equal to the first preset threshold, disabling loading of a next reference frame and limiting a duration of integer pixel motion estimation (inter ME) for a macroblock n being processed by the integer pixel motion estimation (inter ME) after performing the limitation of duration for the macroblock n; and if the time interval for frame loading of the reference frame is higher than or equal to the first preset threshold, disabling loading of a next reference frame and limiting a duration of integer pixel motion estimation (inter ME) for a macroblock n being processed by the integer pixel motion estimation (inter ME) after performing the limitation of duration for the macroblock n; detecting whether the duration for integer pixel motion estimation (inter ME) for a macroblock n-1 is higher or equal to a second preset threshold; if the duration for the macroblock n-1 is higher than or equal to the second preset threshold,limiting the duration of integer pixel motion estimation (inter ME) for macroblock n, if the duration for the macroblock n-1 is higher than or equal to the second preset threshold,limiting the duration of integer pixel motion estimation (inter ME) for macroblock n,
An apparatus for controlling at least one of a shape and size of an anatomical structure or lumen, comprising: an implantable device comprising an adjustable annuloplasty ring having a flexible band extending along the ring and characterized in that the implantable device also comprises a winch having a spindle, the spindle comprising engagement means adapted to be engaged by a drive unit, wherein the spindle is configured so that rotation of the spindle in a first direction causes the flexible band to wrap around the spindle taking up the circumference of the ring and rotation of the spindle in a second direction causes the flexible band to unwrap from the spindle letting out the circumference of the ring. an implantable device comprising an adjustable annuloplasty ring having a flexible band extending along the ring and characterized in that the implantable device also comprises a winch having a spindle, the spindle comprising engagement means adapted to be engaged by a drive unit, wherein the spindle is configured so that rotation of the spindle in a first direction causes the flexible band to wrap around the spindle taking up the circumference of the ring and rotation of the spindle in a second direction causes the flexible band to unwrap from the spindle letting out the circumference of the ring.
A polymer-free organo-modified clay product comprising a clay, an organic compound selected from the group consisting of betaine, betaine hydrochloride, choline chloride, 3-Benzyl-5-(2-hydroxymethyl)-4-methylthiazolium chloride, 3-Benzyl-5-(2-hydroxymethyl)-4-methylthiazolium bromide, 3-Benzyl-5-(2-hydroxymethyl)-4-methylthiazolium fluoride and 3-Benzyl-5-(2-hydroxymethyl)-4-methylthiazolium iodide and an antimicrobial agent selected from the group consisting of silver ion, copper, iodine, proflavine, silver-containing compounds, copper containing compounds, quarternary ammonium compounds, and quarternary phosphonium compounds, wherein the polymer-free organo-modified clay product is a film.
A method of manufacturing an orifice plate for liquid injection, comprising: subjecting austenitic stainless steel to cold rolling and reverse transformation heat treatment to have an average crystal grain size of 3μm or less and to make a plate-shaped stainless steel having a thickness of 1.2 mm or less; and forming an orifice on the plate-shaped stainless steel by performing shear punching with a punch and a die, wherein the cold rolling and the reverse transformation heat treatment are conducted repeatedly so that the average crystal grain size of the plate-shaped stainless steel becomes 3 μm or less. subjecting austenitic stainless steel to cold rolling and reverse transformation heat treatment to have an average crystal grain size of 3μm or less and to make a plate-shaped stainless steel having a thickness of 1.2 mm or less; and forming an orifice on the plate-shaped stainless steel by performing shear punching with a punch and a die,
A connection tube support of a waste heat recovery boiler supporting a connection tube unit having a plurality of connection tubes that is disposed inside a waste heat recovery boiler and perform heat exchange between a fluid flowing inside and exhaust gas flowing outside, the connection tube support comprising: a header storing fluid flowing through the connection tube unit and supporting one end of the connection tube unit by being connected to one end of the connection tube unit; and a tube sheet supporting a circumferential surface of each of the plurality of connection tubes, wherein the tube sheet has the plurality of connection tubes passing therethrough and is provided with a plurality of support holes respectively supporting circumferential surfaces of the plurality of connection tubes passing therethrough, wherein each of the support holes is in a long hole shape, characterized in that a width of each of the support holes is W = D + a compared with an outer diameter of each of the connection tubes, and a length of each of the support holes is longer than the outer diameter of each of the connection tubes, wherein the length of each of the support holes is D ≤ L ≤ bD compared with the outer diameter of each of the connection tubes, the range of "a" is 1 mm ≤ a ≤3 mm, and the range of "b" is 1.3≤b≤1.7. a header storing fluid flowing through the connection tube unit and supporting one end of the connection tube unit by being connected to one end of the connection tube unit; and a tube sheet supporting a circumferential surface of each of the plurality of connection tubes, wherein the tube sheet has the plurality of connection tubes passing therethrough and is provided with a plurality of support holes respectively supporting circumferential surfaces of the plurality of connection tubes passing therethrough, wherein each of the support holes is in a long hole shape, characterized in that a width of each of the support holes is W = D + a compared with an outer diameter of each of the connection tubes, and a length of each of the support holes is longer than the outer diameter of each of the connection tubes, wherein the length of each of the support holes is D ≤ L ≤ bD compared with the outer diameter of each of the connection tubes, the range of "a" is 1 mm ≤ a ≤3 mm, and the range of "b" is 1.3≤b≤1.7.
Cable guiding channel, consisting of a U-shaped upper part as a cover and a U-shaped lower part having the features: - on the upper part two geometrically differently shaped form profiles are formed on the side walls on both sides, each form profile with a support strip (12, 34) and upper side element (18, 30), - on the lower part two geometrically differently formed U-shaped cover holding profiles are formed on the side walls on both sides, the cover holding profiles consisting of an inner leg (26, 43), a base (25, 44) and an outer leg (21, 40) as well as strips and cross pieces, - the two cover holding profiles of the lower part and the two form profiles of the upper part are designed to be asymmetrical and cooperate with one another, wherein the geometric structures of the cover holding profiles or form profiles are shaped differently on both sides of the lower part or the upper part, wherein: - the upper side elements (18, 30) of the two form profiles which run up to the supports strips (12, 34) cooperating with the cover holding profiles are of different lengths, whereby depending on the orientation of the upper part about an angle of 180° either a flush or an offset mounting position of the upper part on the lower part is possible. - on the upper part two geometrically differently shaped form profiles are formed on the side walls on both sides, each form profile with a support strip (12, 34) and upper side element (18, 30), - on the lower part two geometrically differently formed U-shaped cover holding profiles are formed on the side walls on both sides, the cover holding profiles consisting of an inner leg (26, 43), a base (25, 44) and an outer leg (21, 40) as well as strips and cross pieces, - the two cover holding profiles of the lower part and the two form profiles of the upper part are designed to be asymmetrical and cooperate with one another, wherein the geometric structures of the cover holding profiles or form profiles are shaped differently on both sides of the lower part or the upper part, - the upper side elements (18, 30) of the two form profiles which run up to the supports strips (12, 34) cooperating with the cover holding profiles are of different lengths, whereby depending on the orientation of the upper part about an angle of 180° either a flush or an offset mounting position of the upper part on the lower part is possible.
A method, comprising: receiving, in an intermediate node (140; 180; 340; 380), Internet Protocol data packets of a first flow between a first source endpoint defined by a source address and a source port of the Internet Protocol data packets of the first flow and a first destination endpoint defined by a destination address and a destination port of the Internet Protocol data packets of the first flow, the first flow being transmitted via an associated first bearer; receiving, in the intermediate node (140; 180; 340; 380), Internet Protocol data packets of a second flow between a second source endpoint defined by a source address and a source port of the Internet Protocol data packets of the second flow and a second destination endpoint defined by a destination address and a destination port of the Internet Protocol data packets of the second flow, the second flow being transmitted via an associated second bearer; transmitting, from the intermediate node (140; 180; 340; 380), the Internet Protocol data packets of the first flow associated with the first bearer and the Internet Protocol data packets of the second flow associated with the second bearer; in response to a congestion being detected on the first bearer, selecting at least one of the first bearer and the second bearer for notification of the congestion in the associated flow; and the intermediate node (140; 180; 340; 380) notifying the detected congestion by at least one Internet Protocol data packet of the flow associated with the selected one of the first bearer and the second bearer. receiving, in an intermediate node (140; 180; 340; 380), Internet Protocol data packets of a first flow between a first source endpoint defined by a source address and a source port of the Internet Protocol data packets of the first flow and a first destination endpoint defined by a destination address and a destination port of the Internet Protocol data packets of the first flow, the first flow being transmitted via an associated first bearer; receiving, in the intermediate node (140; 180; 340; 380), Internet Protocol data packets of a second flow between a second source endpoint defined by a source address and a source port of the Internet Protocol data packets of the second flow and a second destination endpoint defined by a destination address and a destination port of the Internet Protocol data packets of the second flow, the second flow being transmitted via an associated second bearer; transmitting, from the intermediate node (140; 180; 340; 380), the Internet Protocol data packets of the first flow associated with the first bearer and the Internet Protocol data packets of the second flow associated with the second bearer; in response to a congestion being detected on the first bearer, selecting at least one of the first bearer and the second bearer for notification of the congestion in the associated flow; and the intermediate node (140; 180; 340; 380) notifying the detected congestion by at least one Internet Protocol data packet of the flow associated with the selected one of the first bearer and the second bearer.
A device for repairing a damaged spot in a repair area of a glass pane, the device comprising an attachment portion for releasable attachment of the device to a main surface of the glass pane and a repair portion for repairing the glass pane, wherein the device includes an excitation device for producing a periodic mechanical excitation and coupling it into the glass pane, and a control device for controlling the excitation, characterized in that the device includes a first sensor device which is in data connection with the control device and which is configured to determine at least one response parameter of a vibration produced by the excitation in the glass pane, in particular in the repair area, the response parameter being selected from the group including a frequency, a frequency spectrum, an amplitude, an intensity, and a phase shift relative to a phase of the excitation.
A top cover of a power battery, characterized in that, comprising a top cover plate, a first electrode unit and a second electrode unit, the first electrode unit comprises a deformable plate, an insulation piece and a conductive plate, the top cover plate is provided with a deformable plate connecting hole, the deformable plate is welded to the top cover plate and seals the deformable plate connecting hole, the insulation piece is located underneath the top cover plate, the insulation piece is connected with the top cover plate, the conductive plate is insulated from and fixed with the top cover plate through the insulation piece and is electrically connected with the deformable plate, the deformable plate turns and cuts off an electrical connection with the conductive plate when an internal pressure of the power battery exceeds a reference pressure, the first electrode unit further comprises a connecting piece, the insulation piece is provided with a connecting piece fitting portion and a conductive plate connecting portion, the connecting piece is connected with the top cover plate, and is cooperatively connected with the connecting piece fitting portion, so as to fix the insulation piece, the conductive plate is fixed through the conductive plate connecting portion, the connecting piece comprises a top cover plate connecting portion and an insulation piece connecting portion, the top cover plate connecting portion is connected with the top cover plate, the insulation piece connecting portion is cooperatively connected with the connecting piece fitting portion, and the top cover plate connecting portion is welded with a lower surface of the top cover plate.
A medicine cassette comprising a medicine dispensing unit for dispensing a medicine retained, the medicine dispensing unit comprising: a first rotator having a circular face rotatably disposed at a slant state to a horizontal plane; a second rotator having a ring face rotatably disposed over the horizontal plane at an outer peripheral side of the first rotator, characterised in that it further comprises a guide member having a guide face, the guide face being disposed above the circular face of the first rotator while extending radially with respect to the circular face, being positioned at a downstream side in a rotational direction of the first rotator towards a periphery in a radial direction, and being capable of contacting with the medicine placed on the first rotator due to rotation of the first rotator, whereby in the guide member, at least a part including the guide face to be contacted with the medicine is capable of deforming elastically so as to modify a positional relationship to the second rotator depending on a size of the medicine. a first rotator having a circular face rotatably disposed at a slant state to a horizontal plane; a second rotator having a ring face rotatably disposed over the horizontal plane at an outer peripheral side of the first rotator, characterised in that it further comprises a guide member having a guide face, the guide face being disposed above the circular face of the first rotator while extending radially with respect to the circular face, being positioned at a downstream side in a rotational direction of the first rotator towards a periphery in a radial direction, and being capable of contacting with the medicine placed on the first rotator due to rotation of the first rotator, whereby in the guide member, at least a part including the guide face to be contacted with the medicine is capable of deforming elastically so as to modify a positional relationship to the second rotator depending on a size of the medicine.
A process for the safe operation of a continuously operated heterogeneously catalyzed gas-phase partial oxidation of at least one organic compound in an oxidation reactor whose feed gas mixture comprises, in addition to the at least one organic compound to be partially oxidized and molecular oxygen as an oxidizing agent, at least one diluent gas substantially inert under the conditions of the heterogeneously catalyzed gas-phase partial oxidation, in which a cut-out mechanism is used to prevent the oxidation reactor from being fed with a feed gas mixture whose composition is an explosive one, wherein the cut-out mechanism is designed as follows: a) an explosion diagram which is characteristic of the feed gas mixture and in which a distinction is made between explosive and nonexplosive compositions as a function of the composition of the feed gas mixture is deposited in a computer; b) a data record is established by determination with respect to the amount and, if required, composition of the gas streams fed to the reactor for producing the feed gas mixture, and is transmitted to the computer; c) the computer calculates an actual operating point of the feed gas mixture in the explosion diagram from the data record obtained under b); d) if the distance from the operating point to the nearest explosion limit is below a predetermined minimum value, the feed of gas streams to the reactor is automatically stopped, wherein the oxygen content of the feed gas mixture is above the limiting oxygen concentration of the feed gas mixture. a) an explosion diagram which is characteristic of the feed gas mixture and in which a distinction is made between explosive and nonexplosive compositions as a function of the composition of the feed gas mixture is deposited in a computer; b) a data record is established by determination with respect to the amount and, if required, composition of the gas streams fed to the reactor for producing the feed gas mixture, and is transmitted to the computer; c) the computer calculates an actual operating point of the feed gas mixture in the explosion diagram from the data record obtained under b); d) if the distance from the operating point to the nearest explosion limit is below a predetermined minimum value, the feed of gas streams to the reactor is automatically stopped,
A gas turbine engine comprising: a case (412; 512; 612) having a case aperture; a borescope vane cluster (320; 420; 520; 620) installed on an inner diameter of the case proximate the case aperture and having a borescope aperture (424; 524; 624); and a borescope plug (422; 522; 622; 722) comprising: a base (426; 526; 626; 726) attachable to the case and defining a base cavity; a shank (428; 528; 628; 728) having a base engagement element (438; 538; 638; 738) at a first end of the shank; and a plug member (430; 530; 630; 730) located at a second end of the shank, the plug member configured to plug the borescope aperture in the borescope vane cluster, wherein the base engagement element fits within the base cavity such that the base moveably retains the base engagement element and wherein the base engagement element can move within the base cavity; and wherein the base is fixedly attached to the case; and the plug member plugging the borescope aperture in the borescope vane cluster; and characterized by a flange (432; 532; 632; 732) located between the second end of the shank and the plug member, wherein the flange is larger than the borescope aperture, such that if the plug member separates from the shank or the base, the plug is prevented from falling through the borescope aperture and into the borescope vane cluster. a case (412; 512; 612) having a case aperture; a borescope vane cluster (320; 420; 520; 620) installed on an inner diameter of the case proximate the case aperture and having a borescope aperture (424; 524; 624); and a borescope plug (422; 522; 622; 722) comprising: a base (426; 526; 626; 726) attachable to the case and defining a base cavity; a shank (428; 528; 628; 728) having a base engagement element (438; 538; 638; 738) at a first end of the shank; and a plug member (430; 530; 630; 730) located at a second end of the shank, the plug member configured to plug the borescope aperture in the borescope vane cluster, a base (426; 526; 626; 726) attachable to the case and defining a base cavity; a shank (428; 528; 628; 728) having a base engagement element (438; 538; 638; 738) at a first end of the shank; and a plug member (430; 530; 630; 730) located at a second end of the shank, the plug member configured to plug the borescope aperture in the borescope vane cluster, wherein the base engagement element fits within the base cavity such that the base moveably retains the base engagement element and wherein the base engagement element can move within the base cavity; and wherein the base is fixedly attached to the case; and the plug member plugging the borescope aperture in the borescope vane cluster; and characterized by a flange (432; 532; 632; 732) located between the second end of the shank and the plug member, wherein the flange is larger than the borescope aperture, such that if the plug member separates from the shank or the base, the plug is prevented from falling through the borescope aperture and into the borescope vane cluster.