mhurhangee/ep-ind-claims huggingface dataset:
A method of coding a current field macroblock, comprising: obtaining a reference frame picture list including multiple reference frame pictures; determining a reference frame picture index of the multiple reference frame pictures in the reference frame picture list based on display order information for the multiple reference frame pictures, the reference frame picture index numbers being allocated in a reverse order to the reference frame pictures whose display order is lower than the display order of a current frame picture and the remaining reference frame picture index numbers being allocated in the display order to the reference frame pictures whose display order is higher than the display order of the current frame picture, wherein the current frame picture includes the current field macroblock; and reordering the reference frame picture index allocated to each reference frame picture in the reference frame picture list; characterized by alternately allocating reference field picture indexes that are increased by one to reference field pictures, starting from the reference field picture having a parity equal to the parity of a field picture containing the current field macroblock to the reference field picture having a parity different from the parity of the field picture containing the current field macroblock, while sequentially visiting the reference frame pictures according to the order of the reference frame picture index; and performing motion compensation for the current field macroblock by using the reference field picture indicated by the reference field picture index. obtaining a reference frame picture list including multiple reference frame pictures; determining a reference frame picture index of the multiple reference frame pictures in the reference frame picture list based on display order information for the multiple reference frame pictures, the reference frame picture index numbers being allocated in a reverse order to the reference frame pictures whose display order is lower than the display order of a current frame picture and the remaining reference frame picture index numbers being allocated in the display order to the reference frame pictures whose display order is higher than the display order of the current frame picture, wherein the current frame picture includes the current field macroblock; and reordering the reference frame picture index allocated to each reference frame picture in the reference frame picture list; characterized by alternately allocating reference field picture indexes that are increased by one to reference field pictures, starting from the reference field picture having a parity equal to the parity of a field picture containing the current field macroblock to the reference field picture having a parity different from the parity of the field picture containing the current field macroblock, while sequentially visiting the reference frame pictures according to the order of the reference frame picture index; and performing motion compensation for the current field macroblock by using the reference field picture indicated by the reference field picture index.
A power plant controller, arranged for controlling a voltage of a wind power plant at a first point in an electrical grid wherein the wind power plant comprises a plurality of wind turbine generators, the power plant controller comprising: - an input device arranged for receiving a measured voltage at a point of measurement, the point of measurement being different from the first point, - an algorithm for estimating a delta value of a difference of the voltage between the first point and the point of measurement, wherein estimating of the delta value is calculated based on a reactance (Xline) between the point of measurement and the first point, and at least one electrical input parameter, and wherein the at least one electrical input parameter is at least one reference voltage of the power plant controller, and the power plant controller being arranged to control the voltage on the basis of the measured voltage and the delta value, wherein the delta value is derived as a subtraction between the reference voltage at the first point and the voltage at the point of measurement, multiplied with a predetermined slope function, wherein the predetermined slope function is a function of the reactance (Xline) between the point of measurement and the first point such that a proportional gain of the power plant controller is modified in dependence on said reactance (Xline), and a further multiplication with the voltage at the point of measurement, for hereby estimating an intermediate reactive power reference and wherein the intermediate reactive power reference is compensated according to the reactance (Xline) between the point of measurement and the first point, by adding a compensation value hereby providing a reactive power reference value. - an input device arranged for receiving a measured voltage at a point of measurement, the point of measurement being different from the first point, - an algorithm for estimating a delta value of a difference of the voltage between the first point and the point of measurement, wherein estimating of the delta value is calculated based on a reactance (Xline) between the point of measurement and the first point, and at least one electrical input parameter, and wherein the at least one electrical input parameter is at least one reference voltage of the power plant controller, and the power plant controller being arranged to control the voltage on the basis of the measured voltage and the delta value,
Control panel for an elevator, the control panel comprising a base, side walls (3', 3"), a door and also a lock mechanism (6, 7, 8, 9, 10, 11) for locking and opening the door, wherein the lock mechanism comprises: an arresting means, which is adapted to be movable between a locking position and a releasing position; and also an electrically controllable actuator connected to the arresting means, the actuator being adapted to move the arresting means in response to a wireless control signal, characterized in that the lock mechanism comprises a manually-operated latch engaging with the actuator, which latch is adapted in a first position to prevent and in a second position to allow movement of the arresting means towards the releasing position, wherein, when the latch opens, the latch, the actuator and at the same time the arresting means are pulled downwards such that the locking of the door is released. an arresting means, which is adapted to be movable between a locking position and a releasing position; and also an electrically controllable actuator connected to the arresting means, the actuator being adapted to move the arresting means in response to a wireless control signal, characterized in that the lock mechanism comprises a manually-operated latch engaging with the actuator, which latch is adapted in a first position to prevent and in a second position to allow movement of the arresting means towards the releasing position, wherein, when the latch opens, the latch, the actuator and at the same time the arresting means are pulled downwards such that the locking of the door is released.
Method for operation of an integrated solar combined-cycle power station, which comprises a water/steam circuit having a steam turbine and a heat recovery steam generator through which the hot exhaust gases from a gas turbine flow, wherein the water/steam circuit is additionally supplied with heat from a solar array, characterized in that the water/steam circuit is designed only for the full load on the gas turbine, and in that, when feeding additional power from the solar array into the water/steam circuit, the load on the gas turbine is in each case reduced, on the basis of the power additionally fed in from the solar array, to such an extent that the total output power of the integrated solar combined-cycle power station remains substantially constant.
A slide-open package for articles, comprising: at least one article; an inner shell comprising an extraction opening for taking the article out of the package; an outer shell comprising an opening through which the inner shell can slide in a sliding direction between an open position, allowing access to the article through the extraction opening, and a closed position, preventing access to the article; an article support wall on which the article is fixed; a connecting element that connects the outer shell and the inner shell, that is connected to the support wall and that is foldable in such a way that, when the inner shell is moved from the closed position to the open position, the connecting element is moved from a gathered position to an extended position which causes the support wall to rotate and the article to come out through the extraction opening; wherein: the article support wall has a support surface on which the article is fixed; the support wall is rotatable between a first position, corresponding to the closed position, where the support wall is disposed substantially parallel to the sliding direction with the support surface directed towards the extraction opening in such a way that the article fixed to the support surface is directed towards a space inside the inner shell, and a second position, corresponding to the open position, where the support wall is directed towards the side opposite the extraction opening in order to expose the article to a user. at least one article; an inner shell comprising an extraction opening for taking the article out of the package; an outer shell comprising an opening through which the inner shell can slide in a sliding direction between an open position, allowing access to the article through the extraction opening, and a closed position, preventing access to the article; an article support wall on which the article is fixed; a connecting element that connects the outer shell and the inner shell, that is connected to the support wall and that is foldable in such a way that, when the inner shell is moved from the closed position to the open position, the connecting element is moved from a gathered position to an extended position which causes the support wall to rotate and the article to come out through the extraction opening; the article support wall has a support surface on which the article is fixed; the support wall is rotatable between a first position, corresponding to the closed position, where the support wall is disposed substantially parallel to the sliding direction with the support surface directed towards the extraction opening in such a way that the article fixed to the support surface is directed towards a space inside the inner shell, and a second position, corresponding to the open position, where the support wall is directed towards the side opposite the extraction opening in order to expose the article to a user.
An electrolyte for an electrochemical device including a first electrode, a second electrode spaced apart from the first electrode and an electrolyte filled between the first electrode and the second electrode, characterized in that the electrolyte comprises a salt form of a carbon quantum dot anion having an average diameter in the range of 2 to 12 nanometers (nm) and a surface potential of -20 mV or less and a metal cation, wherein the size of the carbon quantum dot is measured by an electron microscope.
An air deflector (32, 132, 232, 332, 432, 532, 632, 732, 832, 932, 1032, 1132), characterized in comprising: a first portion, the first portion being substantially rectangular and having a first end distal to a surface from which the air deflector (32, 132, 232, 332, 432, 532, 632, 732, 832, 932, 1032, 1132) extends and a second end proximal to the surface from which the air deflector (32, 132, 232, 332, 432, 532, 632, 732, 832, 932, 1032, 1132) extends; and a second portion arranged vertically above the first portion, the second portion including a plurality of protrusions extending outward from the first end of the first portion, wherein the air deflector (32, 132, 232, 332, 432, 532, 632, 732, 832, 932, 1032, 1132) is deployable from a first position recessed within an airfoil-shaped device to a second position extending outward from the airfoil-shaped device. a first portion, the first portion being substantially rectangular and having a first end distal to a surface from which the air deflector (32, 132, 232, 332, 432, 532, 632, 732, 832, 932, 1032, 1132) extends and a second end proximal to the surface from which the air deflector (32, 132, 232, 332, 432, 532, 632, 732, 832, 932, 1032, 1132) extends; and a second portion arranged vertically above the first portion, the second portion including a plurality of protrusions extending outward from the first end of the first portion, wherein the air deflector (32, 132, 232, 332, 432, 532, 632, 732, 832, 932, 1032, 1132) is deployable from a first position recessed within an airfoil-shaped device to a second position extending outward from the airfoil-shaped device.
Method of installing a solar structure (60,61), characterized in that the method includes steps of: a) implanting at least two anchor posts on a ground portion in an aligned position; then b) placing a pivot support having a pivot axis at a free end of each of the anchor posts above the ground portion; then c) aligning the pivot axes of the pivot supports with one another in a predetermined direction; then d) fixing the pivot supports to their respective anchor post; and then e) placing the solar structure on the pivot supports. a) implanting at least two anchor posts on a ground portion in an aligned position; then b) placing a pivot support having a pivot axis at a free end of each of the anchor posts above the ground portion; then c) aligning the pivot axes of the pivot supports with one another in a predetermined direction; then d) fixing the pivot supports to their respective anchor post; and then e) placing the solar structure on the pivot supports.
A laser welding method comprising: a first step of stacking a first workpiece and a second workpiece each other, each of the first workpiece and the second workpiece having a surface coated with a first material, each of the first workpiece and the second workpiece being made of a second material, the second material differing from the first material; a second step of irradiating a laser beam onto a first region where the first workpiece and the second workpiece are stacked on each other, wherein in the second step the laser beam penetrates both the first workpiece and the second workpiece to form a through hole penetrating the first workpiece and the second workpiece, the through hole being made of a melted metal; and in that the method further comprises a third step of irradiating a second region with a laser beam in a spiral fashion after the second step, the second region including the first region, the first workpiece and the second workpiece being stacked on each other within the second region, characterized in that an output of the laser beam in the second step is higher than an output of the laser beam in the third step. a first step of stacking a first workpiece and a second workpiece each other, each of the first workpiece and the second workpiece having a surface coated with a first material, each of the first workpiece and the second workpiece being made of a second material, the second material differing from the first material; a second step of irradiating a laser beam onto a first region where the first workpiece and the second workpiece are stacked on each other, wherein in the second step the laser beam penetrates both the first workpiece and the second workpiece to form a through hole penetrating the first workpiece and the second workpiece, the through hole being made of a melted metal; and in that the method further comprises a third step of irradiating a second region with a laser beam in a spiral fashion after the second step, the second region including the first region, the first workpiece and the second workpiece being stacked on each other within the second region, characterized in that an output of the laser beam in the second step is higher than an output of the laser beam in the third step.
A magnetic latch for fastening a closure member to a support, the magnetic latch comprising a latch bolt assembly configured to be mounted to one of the closure member and the support and a keeper assembly configured to be mounted to the other one of the closure member and the support, the keeper assembly comprising a first magnetic element and the latch bolt assembly comprising: - a first elongated housing extending along a vertical direction, the first housing having a front side and a rear side and being configured to be mounted with its rear side facing said one of the closure member and the support; - a latch bolt moveable between a latching position and a retracted position, the latch bolt comprising a second magnetic element, wherein the first magnetic element and the second magnetic element are configured to magnetically attract each other to move the latch bolt into its latching position; and - a latch bolt operating mechanism including an actuator mounted on top of the first housing, the latch bolt operating mechanism being configured to, upon actuation of the actuator, move the latch bolt from its latching position to its retracted position against the magnetic attraction between said first and said second magnetic element, characterized in that the latch bolt assembly further comprises a second housing connected to and positioned underneath the first housing, the second housing have a side face, wherein the second housing is rotatable with respect to the first housing around the vertical direction between a first rotational position in which the latch bolt assembly is operable for a right-handed closure member and a second rotational position in which the latch bolt assembly is operable for a left-handed closure member, the latch bolt being mounted in the second housing and being moveable between its latching and retracted positions along a horizontal direction, wherein the latch bolt in its latching position extends from the side face of the second housing. - a first elongated housing extending along a vertical direction, the first housing having a front side and a rear side and being configured to be mounted with its rear side facing said one of the closure member and the support; - a latch bolt moveable between a latching position and a retracted position, the latch bolt comprising a second magnetic element, wherein the first magnetic element and the second magnetic element are configured to magnetically attract each other to move the latch bolt into its latching position; and - a latch bolt operating mechanism including an actuator mounted on top of the first housing, the latch bolt operating mechanism being configured to, upon actuation of the actuator, move the latch bolt from its latching position to its retracted position against the magnetic attraction between said first and said second magnetic element,
A supply of labels for being attached to sausage-shaped products, like sausages, the supply (100, 200) comprises: a carrier strip (110, 210) having a longitudinal extension, a flat front side (112, 212), a flat rear side (114, 214) as well as two longitudinal edges (116, 216), and at least one label (120, 220) having a longitudinal extension, a flat front side, a flat rear side and an attachment end (124, 224) for being attached to the sausage-shaped product, the at least one label (120, 220) is detachable attached to the carrier strip (110, 210), wherein at least the attachment end (124, 224) of the at least one label (120, 220) exceeds one of the longitudinal edges (116, 216) of the carrier strip (110, 210), wherein at least one suspension element (130, 230), like a suspension loop, is provided that has a longitudinal extension and an attachment end (136, 236) for being attached to the sausage-shaped product, the at least one suspension element (130, 230) is detachable attached to the carrier strip (110, 210), and is correlated with the at least one label (120, 220), wherein at least the attachment end (136, 236) of the at least one suspension element (130, 230) exceeds one of the longitudinal edges (116, 216) of the carrier strip (110, 210) on the same side as the attachment end (124, 224) of the at least one label (120, 220). a carrier strip (110, 210) having a longitudinal extension, a flat front side (112, 212), a flat rear side (114, 214) as well as two longitudinal edges (116, 216), and at least one label (120, 220) having a longitudinal extension, a flat front side, a flat rear side and an attachment end (124, 224) for being attached to the sausage-shaped product, the at least one label (120, 220) is detachable attached to the carrier strip (110, 210), wherein at least the attachment end (124, 224) of the at least one label (120, 220) exceeds one of the longitudinal edges (116, 216) of the carrier strip (110, 210), wherein at least one suspension element (130, 230), like a suspension loop, is provided that has a longitudinal extension and an attachment end (136, 236) for being attached to the sausage-shaped product, the at least one suspension element (130, 230) is detachable attached to the carrier strip (110, 210), and is correlated with the at least one label (120, 220), wherein at least the attachment end (136, 236) of the at least one suspension element (130, 230) exceeds one of the longitudinal edges (116, 216) of the carrier strip (110, 210) on the same side as the attachment end (124, 224) of the at least one label (120, 220).
An adaptive surgical tourniquet, comprising: an inflatable cuff for encircling a limb of a patient; pressurizing means for pressurizing the cuff; pressure relief means for depressurizing the cuff; cuff pressure sensing means for sensing cuff pressure; limb occlusion pressure sensing means for sensing the patient's initial limb occlusion pressure (I LOP) at a selected time; physiologic characteristic sensing means for sensing blood pressure of the patient, characterized by pressure regulator means for establishing an adapted limb occlusion pressure (A LOP) that is defined to be the initial limb occlusion pressure (I LOP) plus the difference between a first value of the blood pressure determined at the selected time (BP LOPREF) and a second value of the blood pressure determined at a second time after the selected time, i.e. A LOP = I LOP + (BP - BP LOPREF), wherein the pressure regulator means is operable after the initial limb occlusion pressure (I LOP) is sensed for selectably activating the pressurizing means and the pressure relief means to maintain the cuff pressure above the adapted limb occlusion pressure (A LOP) for a time period suitably long for the performance of a surgical procedure. an inflatable cuff for encircling a limb of a patient; pressurizing means for pressurizing the cuff; pressure relief means for depressurizing the cuff; cuff pressure sensing means for sensing cuff pressure; limb occlusion pressure sensing means for sensing the patient's initial limb occlusion pressure (I LOP) at a selected time; physiologic characteristic sensing means for sensing blood pressure of the patient, characterized by pressure regulator means for establishing an adapted limb occlusion pressure (A LOP) that is defined to be the initial limb occlusion pressure (I LOP) plus the difference between a first value of the blood pressure determined at the selected time (BP LOPREF) and a second value of the blood pressure determined at a second time after the selected time, i.e. A LOP = I LOP + (BP - BP LOPREF), wherein the pressure regulator means is operable after the initial limb occlusion pressure (I LOP) is sensed for selectably activating the pressurizing means and the pressure relief means to maintain the cuff pressure above the adapted limb occlusion pressure (A LOP) for a time period suitably long for the performance of a surgical procedure.