mhurhangee/ep-ind-claims huggingface dataset:
An optical-electrical module retracting type installing and uninstalling device, wherein, the device comprises a base, a slide block, a pressing cover and a bail wherein the slide block is provided above the base, the bail passes through the slide block and is nested around the base, and the pressing cover is provided above the slide block; the slide block comprises an elongated slide block base body, two sides of the slide block base body connect to side walls (207,208) adjacent to front ends, middle portions of the two side walls (207,208) are individually provided with a U-shaped groove (205,206), circle centers of the two U-shaped grooves (205,206) are arranged oppositely and concentrically, the slide block base body is provided with a curve structure adjacent to the middle portion, postmedian portion of the slide block base body clings to the surface of the base, rear end of the slide block base body is provided with a square hole, and the square hole is nested around a triangular latch of the base; and the pressing cover comprises a square pressing cover base body, a pressure resilient sheet is provided at the rear of an upper surface of the pressing cover base body, and the pressure resilient sheet clings to the upper surface at a lower location of the slide block, and is pressed on the base; and the bail is provided with a first rotating shaft, a second rotating shaft, a third rotating shaft and a fourth rotating shaft, wherein, the first rotating shaft and the second rotating shaft are individually located in two snap slots (405,406) at two sides of the front end of the base, and the first rotating shaft and the second rotating shaft are arranged concentrically, and the third rotating shaft and the fourth rotating shaft are located in the two U-shaped grooves (205,206), and the third rotating shaft and the fourth rotating shaft are arranged concentrically, the bail further has individually at two sides a first side arm and a second side arm, and has a handle at a bottom, wherein an upper end of the first side arm connects to the first rotating shaft, the first rotating shaft connects to the third rotating shaft, a lower end of the first side arm connects to the handle, the other end of the handle connects to a lower end of the second side arm, an upper end of the second side arm connects to the second rotating shaft, and the second rotating shaft connects to the fourth rotating shaft, and wherein, the shape of the bail is configured such that when the handle of the bail is pulled up, the third rotating shaft and the fourth rotating shaft of the bail rotate around the first rotating shaft and the second rotating shaft of the bail, and the third rotating shaft and the fourth rotating shaft of the bail drive the slide block to move in the opposite direction toward the triangular latch of the base.
A drill tooth (14, 16, 65) for use with a drill unit where the drill tooth (14, 16, 65) includes a first face, a second face and a base face such that: - the first face and the second face are immediately adjacent one another and are coterminous at a first edge and a second edge; - all faces (20, 21, 22, 23, 28), except the base face, are independently coterminous with the base face; and extend away from the base face in the same direction; - the second edge is the edge of the drill tooth (14, 16, 65) most longitudinally distant from the base face; - the first face includes a first alpha edge where the first alpha edge is an edge of the first face opposite to the first edge; - the drill tooth (14, 16, 65) further includes a first face alignment line which is a line joining the first edge and the first alpha edge where the first face and the base face are coterminous; - the second face includes a second alpha edge which is an edge of the second face opposite the first edge; - the drill tooth (14, 16, 65) further includes a second face alignment line which is a line joining the second alpha edge and the first edge where the second face and the base face are coterminous; - the first face is planar or convex; - the second face is planar or concave; and - the angle between the first face alignment line and the second face alignment line is a minimum of 0° and a maximum of 74°. - the first face and the second face are immediately adjacent one another and are coterminous at a first edge and a second edge; - all faces (20, 21, 22, 23, 28), except the base face, are independently coterminous with the base face; and extend away from the base face in the same direction; - the second edge is the edge of the drill tooth (14, 16, 65) most longitudinally distant from the base face; - the first face includes a first alpha edge where the first alpha edge is an edge of the first face opposite to the first edge; - the drill tooth (14, 16, 65) further includes a first face alignment line which is a line joining the first edge and the first alpha edge where the first face and the base face are coterminous; - the second face includes a second alpha edge which is an edge of the second face opposite the first edge; - the drill tooth (14, 16, 65) further includes a second face alignment line which is a line joining the second alpha edge and the first edge where the second face and the base face are coterminous; - the first face is planar or convex; - the second face is planar or concave; and - the angle between the first face alignment line and the second face alignment line is a minimum of 0° and a maximum of 74°.
A centrifugal pump, comprising a pump volute, a rear wall of said pump, a pump shaft, a suction conduit, an impeller having a shroud, working vanes, and balancing holes extending through said shroud, said impeller being attached to the pump shaft and rotating inside said volute, wherein said balancing holes in the impeller shroud on the side facing the suction conduit of the pump are located inside the circle of revolution formed by the radially inner tip of the free edge of the working vanes of the impeller, and wherein said balancing holes are located in the impeller shroud in such a way that openings of holes in the front face of the impeller shroud are closer to the axis of the pump than the opening in the rear face of the impeller shroud, characterized in that said balancing holes are located in the impeller shroud in such a way that openings of said holes in the front face of the impeller shroud are in the rotational direction of the impeller in ahead of an opening located in the rear face of the impeller shroud.
A furnace wall arrangement of an industrial firing furnace with a furnace wall and with at least one protection element out of fireproof material, the element being fixed unilaterally to an inner side of the furnace wall through mechanical holding devices, characterized in that the furnace wall arrangement comprises cooling fins which are arranged between the inner side of the furnace wall and an outer side of the protection element, with the cooling fins having a specific thermal conductivity that is larger than specific thermal conductivities of a splitting medium that is arranged between the furnace wall and the protection element and/or of a mortar that is arranged between two protection elements as well as of the protection element, and with the specific thermal conductivity of the cooling fins being larger than a specific thermal conductivity of the furnace wall.
A system, comprising: an ice formation tray that comprises a plurality of ice formation cells, wherein at least one ice formation cell of the plurality of ice formation cells is configured to receive a water stream, wherein the at least one ice formation cell is bounded by at least one bevel (429a-426g) and further comprises an opening being shaped to conform to a refrigerant tube; a portion of the refrigerant tube extending through the opening, the refrigerant tube being configured to freeze a portion of the water stream that makes direct contact with the refrigerant tube to thereby generate an ice piece; characterized in that the at least one bevel (426a-426g) includes a slot (503a-503b); wherein the system further comprises an ejector mounted to an ejector shaft, wherein the ejector is configured to: fit into the slot (503a-503b) of the at least one bevel (426a-426g); rotate, in response to the ejector shaft rotating, wherein the ejector rotates with the ejector shaft about a same axis; and pry the at least one ice piece away from the at least one ice formation cell. an ice formation tray that comprises a plurality of ice formation cells, wherein at least one ice formation cell of the plurality of ice formation cells is configured to receive a water stream, wherein the at least one ice formation cell is bounded by at least one bevel (429a-426g) and further comprises an opening being shaped to conform to a refrigerant tube; a portion of the refrigerant tube extending through the opening, the refrigerant tube being configured to freeze a portion of the water stream that makes direct contact with the refrigerant tube to thereby generate an ice piece; characterized in that the at least one bevel (426a-426g) includes a slot (503a-503b); wherein the system further comprises an ejector mounted to an ejector shaft, wherein the ejector is configured to: fit into the slot (503a-503b) of the at least one bevel (426a-426g); rotate, in response to the ejector shaft rotating, wherein the ejector rotates with the ejector shaft about a same axis; and pry the at least one ice piece away from the at least one ice formation cell. fit into the slot (503a-503b) of the at least one bevel (426a-426g); rotate, in response to the ejector shaft rotating, wherein the ejector rotates with the ejector shaft about a same axis; and pry the at least one ice piece away from the at least one ice formation cell.
Method for operating a water-guiding device, in which in at least one partial program step the degree of contamination of the cleaning liquid is determined by means of a wet combustion and ascertaining of the degree of combustion, characterised in that a predetermined quantity of ozone is introduced into, passed through and extracted from a partial quantity of the cleaning liquid and the quantity of ozone extracted and the quantity of ozone introduced are compared.
A board structure for a football game comprising: a football game board formed with a plurality of card coupling holes at regular intervals at one side; a plurality of club name cards detachably coupled to some among the plurality of card coupling holes; and a plurality of player photo cards detachably coupled to all but some of the plurality of card coupling holes according to positions of best players for each club, wherein: the football game board comprises, a first hardboard portion having the plurality of card coupling holes formed thereon, a rubber-magnet plate portion being disposed and adhered planarly corresponding to a bottom surface of the first hardboard portion and having a plurality of first separation holes formed respectively corresponding to the plurality of card coupling holes; and a second hardboard portion being disposed and adhered planarly corresponding to a bottom surface of the rubber-magnet plate portion and having a plurality of second separation holes formed respectively corresponding to the plurality of first separation holes. a football game board formed with a plurality of card coupling holes at regular intervals at one side; a plurality of club name cards detachably coupled to some among the plurality of card coupling holes; and a plurality of player photo cards detachably coupled to all but some of the plurality of card coupling holes according to positions of best players for each club, wherein: the football game board comprises, a first hardboard portion having the plurality of card coupling holes formed thereon, a rubber-magnet plate portion being disposed and adhered planarly corresponding to a bottom surface of the first hardboard portion and having a plurality of first separation holes formed respectively corresponding to the plurality of card coupling holes; and a second hardboard portion being disposed and adhered planarly corresponding to a bottom surface of the rubber-magnet plate portion and having a plurality of second separation holes formed respectively corresponding to the plurality of first separation holes. the football game board comprises, a first hardboard portion having the plurality of card coupling holes formed thereon, a rubber-magnet plate portion being disposed and adhered planarly corresponding to a bottom surface of the first hardboard portion and having a plurality of first separation holes formed respectively corresponding to the plurality of card coupling holes; and a second hardboard portion being disposed and adhered planarly corresponding to a bottom surface of the rubber-magnet plate portion and having a plurality of second separation holes formed respectively corresponding to the plurality of first separation holes.
Motor vehicle lock for a motor vehicle door arrangement, wherein a catch and a pawl, which is assigned to the catch, are provided, wherein the catch can be brought into an open position and into a closed position, wherein the catch, which is in the closed position, is or may be brought into holding engagement with a lock striker, wherein the pawl may be brought into an engagement position, in which it is in blocking engagement with the catch, wherein the pawl may be deflected into a release position, in which it releases the catch, wherein an actuation lever is provided for deflecting the pawl into the release position, wherein a switchable lock arrangement is provided in an actuation drive train between the actuation lever and the pawl, wherein the switchable lock arrangement may be brought into one of a plurality of functional states, which functional states comprise a "locked state" and an "unlocked state", wherein, with the switchable lock arrangement being in the unlocked state, an actuation movement of the actuation lever deflects the pawl and, with the switchable lock arrangement being in the locked state, a drive train component of the actuation drive train is decoupled from the pawl for letting the actuation movement of the actuation lever run free without deflecting the pawl or a drive train component is blocked for blocking an actuation movement of the actuation lever, characterized in that, an actuation of the actuation lever during the unlocked state switches the switchable lock arrangement to the locked state, that the switchable lock arrangement remains in the locked state such that the pawl is not deflected on a predetermined crash condition and that otherwise the switchable lock arrangement returns to the unlocked state such that the pawl is deflected.
A plant control system comprising: a feedback controller configured to determine a control input of a plant so that one control output of the plant approaches a target value; a provisional target value calculating part configured to calculate a provisional target value based on a predetermined parameter of the plant; and a reference governor configured to perform a minimum value search of an object function by updating a corrected target value to thereby derive the target value from the provisional target value, wherein the object function is defined by the following formula or formula [Mathematical Equation 1] J w = r − w 2 + ρ ∑ k = 1 N max y k − y up, 0 [Mathematical Equation 2] J w = r − w 2 + ρ ∑ k = 1 N max y low − y k, 0 where "r" is the provisional target value, "w" is the corrected target value, p is a weighting coefficient, "k" is a time step, y k is a future predicted value of the control output at the time step k, y up is an upper limit value of the control output, y low is a lower limit value of the control output, and N is a number of prediction steps, and the reference governor is configured to calculate the future predicted value of the control output by the following formula y k + 1 = Ay k + Bw where A and B are predetermined constants, and the reference governor is configured to update the corrected target value only between r-0.5R r and "r", where R r is a value of a partial differential for the corrected target value "w" of the object function when the corrected target value "w" is the provisional target value "r". a feedback controller configured to determine a control input of a plant so that one control output of the plant approaches a target value; a provisional target value calculating part configured to calculate a provisional target value based on a predetermined parameter of the plant; and a reference governor configured to perform a minimum value search of an object function by updating a corrected target value to thereby derive the target value from the provisional target value, wherein the object function is defined by the following formula or formula [Mathematical Equation 1] J w = r − w 2 + ρ ∑ k = 1 N max y k − y up, 0 [Mathematical Equation 2] J w = r − w 2 + ρ ∑ k = 1 N max y low − y k, 0 where "r" is the provisional target value, "w" is the corrected target value, p is a weighting coefficient, "k" is a time step, y k is a future predicted value of the control output at the time step k, y up is an upper limit value of the control output, y low is a lower limit value of the control output, and N is a number of prediction steps, and the reference governor is configured to calculate the future predicted value of the control output by the following formula y k + 1 = Ay k + Bw where A and B are predetermined constants, and the reference governor is configured to update the corrected target value only between r-0.5R r and "r", where R r is a value of a partial differential for the corrected target value "w" of the object function when the corrected target value "w" is the provisional target value "r".
A process for producing an aqueous solution of doripenem comprising heating to dissolve an aqueous suspension of doripenem up to 50 to 70°C with a continuous heating and dissolving equipment by using a dissolving apparatus composed of a container for accommodating the suspension, a continuous heating and dissolving equipment and a container for recovering the aqueous solution.
A composition for use in the treatment of traumatic brain injury, wherein the composition comprises valine, leucine, isoleucine, a flavor masking agent, a sweetener, and a flavoring agent, and wherein the treatment is for reducing in a subject the pathology associated with traumatic brain injury.
A shift device comprising: a shift body that is movable; a first movement path along which the shift body is guided in a plurality of directions such that the shift body is placed from a first shift position to a second shift position (R, N, D); characterized by a second movement path along which, at a predetermined occasion, the shift body is guided in a single direction such that the shift body is returned from the second shift position (R, N, D), which is the same position as the second shift position (R, N, D) of the first movement path, to the first shift position, which is the same position as the first shift position of the first movement path. a shift body that is movable; a first movement path along which the shift body is guided in a plurality of directions such that the shift body is placed from a first shift position to a second shift position (R, N, D); characterized by a second movement path along which, at a predetermined occasion, the shift body is guided in a single direction such that the shift body is returned from the second shift position (R, N, D), which is the same position as the second shift position (R, N, D) of the first movement path, to the first shift position, which is the same position as the first shift position of the first movement path.
A spinning machine comprising: a plurality of spinning units, each spinning unit being adapted to wind a spun yarn to form a package, a driving roller adapted to make contact with the package to rotate the package in a winding direction, a cradle adapted to move the package to a contacting position and a receded position with respect to the driving roller, a reverse-rotation roller adapted to make contact with the package to rotate the package in an unwinding direction that is in an opposite direction of the winding direction, and a driving section adapted to make the package and the reverse-rotation roller to contact with or separated from one another, characterized by a control section adapted to control the driving section to separate the reverse-rotation roller and the package immediately before the package reaches the contacting position with respect to the driving roller by the package being moved by the cradle to prevent the package from reversely rotating unintendedly and to prevent the spun yarn from slackening. a plurality of spinning units, each spinning unit being adapted to wind a spun yarn to form a package, a driving roller adapted to make contact with the package to rotate the package in a winding direction, a cradle adapted to move the package to a contacting position and a receded position with respect to the driving roller, a reverse-rotation roller adapted to make contact with the package to rotate the package in an unwinding direction that is in an opposite direction of the winding direction, and a driving section adapted to make the package and the reverse-rotation roller to contact with or separated from one another, characterized by a control section adapted to control the driving section to separate the reverse-rotation roller and the package immediately before the package reaches the contacting position with respect to the driving roller by the package being moved by the cradle to prevent the package from reversely rotating unintendedly and to prevent the spun yarn from slackening.
A method decoding a video, the method comprising: deriving an affine motion vector for a sub-block included in a current block using a plurality of motion vectors of the current block, the plurality of motion vectors comprising a motion vector of a top left corner sample of the current block and a motion vector of a top right corner sample of the current block; and performing a motion compensation for the sub-block based on the derived affine motion vector, characterised in that the motion vector of the top right corner sample of the current block is derived using a differential motion vector between the motion vector of the top left corner sample and the motion vector of the top right corner sample. deriving an affine motion vector for a sub-block included in a current block using a plurality of motion vectors of the current block, the plurality of motion vectors comprising a motion vector of a top left corner sample of the current block and a motion vector of a top right corner sample of the current block; and performing a motion compensation for the sub-block based on the derived affine motion vector, characterised in that the motion vector of the top right corner sample of the current block is derived using a differential motion vector between the motion vector of the top left corner sample and the motion vector of the top right corner sample.