mhurhangee/ep-ind-claims huggingface dataset:
A compactor for compacting a pile of compressible material, the compactor comprising: a frame; a first roller assembly supported by the frame and rotatable about a first axis; a second roller assembly supported by the frame and rotatable about a second axis; and an actuator (88A-D) wherein the actuator (88A-D) is operable to move one of the first roller assembly and the second roller assembly relative to the other of the first roller assembly and the second roller assembly in both an upward vertical component and a downward vertical component, and wherein the actuator (88A-D) is operable to move at least one of the first roller assembly and the second roller assembly relative to the frame in both the upward vertical component and the downward vertical component); characterized by a walking beam (82A, 82B) mounted to the frame and rotatable relative to the frame about a transverse axis, wherein the walking beam (82A, 82B) rotatably supports the first roller assembly and the second roller assembly; wherein the first roller assembly is attached to and supported by the walking beam (82A, 82B) at a first location 84 located forward of the transverse axis in a fore-aft direction of the frame, and the second roller assembly is attached to and supported by the walking beam (82A, 82B) at a second location 92 located rearward of the transverse axis in the fore-aft direction; and wherein the actuator (88A-D) interconnects the walking beam (82A, 82B) and the frame, and wherein the actuator (88A-D) is operable to rotate the walking beam (82A, 82B) about the transverse axis. a frame; a first roller assembly supported by the frame and rotatable about a first axis; a second roller assembly supported by the frame and rotatable about a second axis; and an actuator (88A-D) wherein the actuator (88A-D) is operable to move one of the first roller assembly and the second roller assembly relative to the other of the first roller assembly and the second roller assembly in both an upward vertical component and a downward vertical component, and wherein the actuator (88A-D) is operable to move at least one of the first roller assembly and the second roller assembly relative to the frame in both the upward vertical component and the downward vertical component); characterized by a walking beam (82A, 82B) mounted to the frame and rotatable relative to the frame about a transverse axis, wherein the walking beam (82A, 82B) rotatably supports the first roller assembly and the second roller assembly; wherein the first roller assembly is attached to and supported by the walking beam (82A, 82B) at a first location 84 located forward of the transverse axis in a fore-aft direction of the frame, and the second roller assembly is attached to and supported by the walking beam (82A, 82B) at a second location 92 located rearward of the transverse axis in the fore-aft direction; and wherein the actuator (88A-D) interconnects the walking beam (82A, 82B) and the frame, and wherein the actuator (88A-D) is operable to rotate the walking beam (82A, 82B) about the transverse axis.
A construction machine comprising: a lower propelling body; and an upper slewing body which is slewably mounted on the lower propelling body, the upper slewing body including: an engine room provided with an intake opening for introducing cooling air from an outside and a discharge opening for discharging cooled air to the outside; a duct provided in the engine room so as to communicate with the discharge opening and adapted to discharge the cooled air to the outside of the engine room through the discharge opening; and an exhaust gas pipe which guides exhaust gas discharged from the engine into the duct, wherein the discharge opening and an outlet of the duct are open downward from the engine room, characterized in that a portion on a distal end side of the exhaust gas pipe is inserted into the duct, and the duct and the exhaust gas pipe are configured to cause the exhaust gas to be mixed with the cooled air in the duct and cause the mixture of the exhaust gas and the cooled air to be discharged downward from the discharge opening. a lower propelling body; and an upper slewing body which is slewably mounted on the lower propelling body, the upper slewing body including: an engine room provided with an intake opening for introducing cooling air from an outside and a discharge opening for discharging cooled air to the outside; a duct provided in the engine room so as to communicate with the discharge opening and adapted to discharge the cooled air to the outside of the engine room through the discharge opening; and an exhaust gas pipe which guides exhaust gas discharged from the engine into the duct, wherein the discharge opening and an outlet of the duct are open downward from the engine room, characterized in that a portion on a distal end side of the exhaust gas pipe is inserted into the duct, and the duct and the exhaust gas pipe are configured to cause the exhaust gas to be mixed with the cooled air in the duct and cause the mixture of the exhaust gas and the cooled air to be discharged downward from the discharge opening. an engine room provided with an intake opening for introducing cooling air from an outside and a discharge opening for discharging cooled air to the outside; a duct provided in the engine room so as to communicate with the discharge opening and adapted to discharge the cooled air to the outside of the engine room through the discharge opening; and an exhaust gas pipe which guides exhaust gas discharged from the engine into the duct, wherein the discharge opening and an outlet of the duct are open downward from the engine room, characterized in that a portion on a distal end side of the exhaust gas pipe is inserted into the duct, and the duct and the exhaust gas pipe are configured to cause the exhaust gas to be mixed with the cooled air in the duct and cause the mixture of the exhaust gas and the cooled air to be discharged downward from the discharge opening.
A circuit breaker comprising: a housing having a bottom side; a trip mechanism disposed in said housing; a first terminal on the bottom side of said housing, the first terminal electrically connected to said trip mechanism; a second terminal on the bottom side of said housing, the second terminal electrically connected to said trip mechanism; a first terminal barrier connected to said housing, the first terminal barrier slidable from a first position at least partially covering said first terminal to a second position at least partially exposing said first terminal; and a second terminal barrier connected to said housing, the second terminal barrier slidable from a first position at least partially covering said second terminal to a second position at least partially exposing said second terminal wherein the bottom side of said housing has a first long side, a second long side, a first short side and a second short side; said housing has a first wall perpendicular to the first long side and a second wall perpendicular to the second long side; characterized in that the circuit breaker further comprises at least one slot along said first wall; at least one slot along said second wall; said first terminal barrier having at least two runners that interlock with said at least one slot along said first wall and said at least one slot along said second wall; and said second terminal barrier having at least two runners that interlock with said at least one slot along said first wall and said at least one slot along said second wall. a housing having a bottom side; a trip mechanism disposed in said housing; a first terminal on the bottom side of said housing, the first terminal electrically connected to said trip mechanism; a second terminal on the bottom side of said housing, the second terminal electrically connected to said trip mechanism; a first terminal barrier connected to said housing, the first terminal barrier slidable from a first position at least partially covering said first terminal to a second position at least partially exposing said first terminal; and a second terminal barrier connected to said housing, the second terminal barrier slidable from a first position at least partially covering said second terminal to a second position at least partially exposing said second terminal wherein the bottom side of said housing has a first long side, a second long side, a first short side and a second short side; said housing has a first wall perpendicular to the first long side and a second wall perpendicular to the second long side; characterized in that the circuit breaker further comprises at least one slot along said first wall; at least one slot along said second wall; said first terminal barrier having at least two runners that interlock with said at least one slot along said first wall and said at least one slot along said second wall; and said second terminal barrier having at least two runners that interlock with said at least one slot along said first wall and said at least one slot along said second wall.
A multi-part self-sealing moisture curing silicone sealant composition comprising (i) at least one condensation curable silyl terminated polymer having at least one, typically at least two hydroxyl functional groups per molecule; (ii) a cross-linker selected from the group of • silanes having at least 2 hydrolysable groups, alternatively at least 3 hydrolysable groups per molecule group; and/or • silyl functional molecules having at least 2 silyl groups, each silyl group containing at least one hydrolysable group, and (iii) a condensation catalyst selected from the group of titanates and/or zirconates, and additionally includes a filler; wherein (i), (ii) and (iii) are not stored together in a single part, characterized in that the molar ratio of total silicon bonded-hydroxyl groups to total hydrolysable groups is between 0.5: 1 and 2:1 using a silane containing cross linker or 0.5:1 to 10: 1, using silyl functional molecules containing crosslinker and the molar ratio of catalyst M-OR functions to the sum of moisture present in the composition, as determined in accordance with ISO 787-2:1981, and total silicon bonded hydroxyl groups is between 0.01:1 and 0.6:1, where M is titanium or zirconium. (i) at least one condensation curable silyl terminated polymer having at least one, typically at least two hydroxyl functional groups per molecule; (ii) a cross-linker selected from the group of • silanes having at least 2 hydrolysable groups, alternatively at least 3 hydrolysable groups per molecule group; and/or • silyl functional molecules having at least 2 silyl groups, each silyl group containing at least one hydrolysable group, and • silanes having at least 2 hydrolysable groups, alternatively at least 3 hydrolysable groups per molecule group; and/or • silyl functional molecules having at least 2 silyl groups, each silyl group containing at least one hydrolysable group, (iii) a condensation catalyst selected from the group of titanates and/or zirconates, and additionally includes a filler;
A liposome drug form with light-converting nanoparticles characterized by the fact that it contains lecithin, light-converting nanoparticles of NaYF 4 doped with Yb 3+ and Er 3+ in weight ratio 0.1:1 to 0.25:1 to lecithin and an active substance in weight ratio 0.1:1 to 3:1 to lecithin, and the active substance is selected in the group involving hydrophobic hydroxyaluminium phtalocyanine, hydrophobic aluminium phtalocyanine, hydrophobic zinc phtalocyanine, hydrophobic silicon or organo-silicon phtalocyanine.
A solid composition comprising: - from 50% to 90% in weight to the total weight of the solid composition of a calcium silicate powder, - a set accelerator in the form of a powder, - a reinforcing filler in a solid form, - a radio-opacifying agent in a solid form, - at least one complementary ingredient selected from solid fibers and/or solid porous fillers, and - optionally solid pigments. - from 50% to 90% in weight to the total weight of the solid composition of a calcium silicate powder, - a set accelerator in the form of a powder, - a reinforcing filler in a solid form, - a radio-opacifying agent in a solid form, - at least one complementary ingredient selected from solid fibers and/or solid porous fillers, and - optionally solid pigments.
A nickel-based superalloy comprising aluminum with a content of 4 to 6 wt%, cobalt with a content of 8 to 10 wt%, chromium with a content of 5 to 8 wt%, molybdenum with a content of 2 to 5.5 wt%, tantalum with a content of 4 to 6 wt%, rhenium with a content of 0 to 1.5 wt%, titanium with a content of 3 to 5.5 wt%, and tungsten with a content of 3.5 to 6 wt%, and the remainder nickel and unavoidable impurities.
A ladder comprising: a first pair of spaced apart rails (206A, 206B); a plurality of rungs extending between and coupled to the first pair of spaced apart rails; a pair of hooks, each hook being positioned adjacent an upper end of an associated rail of the first pair of spaced apart rails; a securing apparatus coupled adjacent the upper end of the first pair of spaced apart rails, the securing apparatus including a pair of spaced apart engagement members, each engagement member being pivotally coupled with an associated rail of the first pair of spaced apart rails and associated with one of the pair of cable hooks, each engagement member including a cup portion; wherein each engagement member upon application of force to the cup portion of the engagement member by an overhead, horizontal support member, pivots to cooperatively encircle the overhead line with the engagement member and its associated hook, whereby securement of the ladder to the overhead line remains in place by reason of gravity and the cooperative positioning of the hooks with the engagement members; characterised in that the engagement members are positioned outside the first pair of spaced apart rails. a first pair of spaced apart rails (206A, 206B); a plurality of rungs extending between and coupled to the first pair of spaced apart rails; a pair of hooks, each hook being positioned adjacent an upper end of an associated rail of the first pair of spaced apart rails; a securing apparatus coupled adjacent the upper end of the first pair of spaced apart rails, the securing apparatus including a pair of spaced apart engagement members, each engagement member being pivotally coupled with an associated rail of the first pair of spaced apart rails and associated with one of the pair of cable hooks, each engagement member including a cup portion; wherein each engagement member upon application of force to the cup portion of the engagement member by an overhead, horizontal support member, pivots to cooperatively encircle the overhead line with the engagement member and its associated hook, whereby securement of the ladder to the overhead line remains in place by reason of gravity and the cooperative positioning of the hooks with the engagement members; characterised in that the engagement members are positioned outside the first pair of spaced apart rails.
A unit for up-scaling an RGBW input image by adding the RGBW input image to a plurality of additional RGBW pixels to generate an up-scaled image, wherein the unit is configured to output the up-scaled image, and wherein the unit comprises: a RGB interpolator configured to generate red, hereinafter R, green, hereinafter G, and blue, hereinafter B, data signals for R, G and B color sub-pixels of each of the additional pixels on the basis of the R, G and B data signals of one arbitrary pixel among pixels of the input image which are adjacent to the respective additional pixel; and a W interpolator configured to generate a brightness, hereinafter W, data signal for a white color sub-pixel of each of the additional pixel on the basis of W data signals of the pixels of the input image which are adjacent to the respective additional pixel, wherein the RGB interpolator is configured to obtain R, G and B data signals for each of the additional pixels by copying the RGB data signals of the respective, adjacent arbitrary pixel, and wherein the W data signal of the additional pixel is obtained by averaging the W data signals of at least two pixels of the input image which are adjacent to the additional pixel. a RGB interpolator configured to generate red, hereinafter R, green, hereinafter G, and blue, hereinafter B, data signals for R, G and B color sub-pixels of each of the additional pixels on the basis of the R, G and B data signals of one arbitrary pixel among pixels of the input image which are adjacent to the respective additional pixel; and a W interpolator configured to generate a brightness, hereinafter W, data signal for a white color sub-pixel of each of the additional pixel on the basis of W data signals of the pixels of the input image which are adjacent to the respective additional pixel, wherein the RGB interpolator is configured to obtain R, G and B data signals for each of the additional pixels by copying the RGB data signals of the respective, adjacent arbitrary pixel, and wherein the W data signal of the additional pixel is obtained by averaging the W data signals of at least two pixels of the input image which are adjacent to the additional pixel.
A prism prescription value calculation system comprising: a calculation part for numerically transforming a fixation disparity amount (unit: angle), which is measured by use of a visual target for the right eye, a visual target for the left eye, and a visual target for binocular visual fixation, and which indicates a degree at which a visual axis is shifted from the central fovea of the retina when a subject conducts visual fixation of a target, into a prism prescription value by multiplying the fixation disparity amount by a coefficient when the fixation disparity amount is within ±4 minutes; wherein the prism prescription value is calculated according to the following equation: AP ver = k ver *FD ver AP hor = k hor * FD hor AP ver represents a prism amount (unit: prism diopter) in a vertical direction (top and bottom direction) in the prism prescription value, AP hor represents a prism amount in a horizontal direction in the prism prescription value, and FD ver represents a fixation disparity amount in a vertical direction, FD hor represents a fixation disparity amount in a horizontal direction, providing that each of coefficients k hor and k ver satisfies the following conditions: 0.3 ≤ k ver ≤ 0.7 1.4 ≤ k hor ≤ 2.0. a calculation part for numerically transforming a fixation disparity amount (unit: angle), which is measured by use of a visual target for the right eye, a visual target for the left eye, and a visual target for binocular visual fixation, and which indicates a degree at which a visual axis is shifted from the central fovea of the retina when a subject conducts visual fixation of a target, into a prism prescription value by multiplying the fixation disparity amount by a coefficient when the fixation disparity amount is within ±4 minutes; wherein the prism prescription value is calculated according to the following equation: AP ver = k ver *FD ver AP hor = k hor * FD hor AP ver represents a prism amount (unit: prism diopter) in a vertical direction (top and bottom direction) in the prism prescription value, AP hor represents a prism amount in a horizontal direction in the prism prescription value, and FD ver represents a fixation disparity amount in a vertical direction, FD hor represents a fixation disparity amount in a horizontal direction, providing that each of coefficients k hor and k ver satisfies the following conditions: 0.3 ≤ k ver ≤ 0.7 1.4 ≤ k hor ≤ 2.0.
A content use system comprising: a content output device configured to output content to be controlled and used; a medium configured to have the content be input from the content output device and to store the content; a reproduction device configured to load the medium and to reproduce the content; and a management server configured to execute control of a recording process of the content to the medium, wherein the content output device configured to output encrypted content and an encryption key to be applied to a process of using encrypted content to the medium, the management server configured to generate a media ID verification value that is a verification value based on a media ID that is an identifier of the medium, and to transmit the media ID verification value to the medium, the medium configured to store the encrypted content, the encryption key, and the media ID verification value in a storage unit, and configured to perform a process of authenticating the reproduction device for reading from the medium and/or writing to the medium, and the reproduction device configured to, if authentication between the medium and the reproduction device is established, load the medium, to calculate a verification value based on the media ID acquired from the medium, and to execute a process of reproducing the encrypted content stored in the medium by data processing to which the encryption key is applied on condition that a matching process between the calculated verification value and the media ID verification value stored in the medium is established. a content output device configured to output content to be controlled and used; a medium configured to have the content be input from the content output device and to store the content; a reproduction device configured to load the medium and to reproduce the content; and a management server configured to execute control of a recording process of the content to the medium, wherein the content output device configured to output encrypted content and an encryption key to be applied to a process of using encrypted content to the medium, the management server configured to generate a media ID verification value that is a verification value based on a media ID that is an identifier of the medium, and to transmit the media ID verification value to the medium, the medium configured to store the encrypted content, the encryption key, and the media ID verification value in a storage unit, and configured to perform a process of authenticating the reproduction device for reading from the medium and/or writing to the medium, and the reproduction device configured to, if authentication between the medium and the reproduction device is established, load the medium, to calculate a verification value based on the media ID acquired from the medium, and to execute a process of reproducing the encrypted content stored in the medium by data processing to which the encryption key is applied on condition that a matching process between the calculated verification value and the media ID verification value stored in the medium is established.