mhurhangee/ep-ind-claims huggingface dataset:
A liquefied gas carrying vessel comprising: a tank that stores a liquefied gas; a tank cover that covers the tank; and a plurality of nozzles that is arranged outside the tank cover, and injects cooling water to an outer surface of the tank cover, characterized in that the tank cover has a plurality of cooling target regions corresponding to the plurality of nozzles, and the liquefied gas carrying vessel includes a plurality of opening and closing valves that is provided so as to correspond to the plurality of nozzles, a heat amount calculation unit that calculates a determination heat amount based on at least one of a convective heat transfer amount which is a heat amount transferred from outside air around the tank cover and a solar irradiation amount which is a heat amount transferred by solar irradiation for each of the plurality of cooling target regions, and an opening and closing determination unit that determines whether or not to open each of the plurality of opening and closing valves based on the calculated determination heat amount. a tank that stores a liquefied gas; a tank cover that covers the tank; and a plurality of nozzles that is arranged outside the tank cover, and injects cooling water to an outer surface of the tank cover, characterized in that the tank cover has a plurality of cooling target regions corresponding to the plurality of nozzles, and the liquefied gas carrying vessel includes a plurality of opening and closing valves that is provided so as to correspond to the plurality of nozzles, a heat amount calculation unit that calculates a determination heat amount based on at least one of a convective heat transfer amount which is a heat amount transferred from outside air around the tank cover and a solar irradiation amount which is a heat amount transferred by solar irradiation for each of the plurality of cooling target regions, and an opening and closing determination unit that determines whether or not to open each of the plurality of opening and closing valves based on the calculated determination heat amount. a plurality of opening and closing valves that is provided so as to correspond to the plurality of nozzles, a heat amount calculation unit that calculates a determination heat amount based on at least one of a convective heat transfer amount which is a heat amount transferred from outside air around the tank cover and a solar irradiation amount which is a heat amount transferred by solar irradiation for each of the plurality of cooling target regions, and an opening and closing determination unit that determines whether or not to open each of the plurality of opening and closing valves based on the calculated determination heat amount.
A method of manufacturing recycled pulp fibers from a used sanitary product which includes pulp fibers and superabsorbent polymers, comprising: an inactivation step of inactivating the superabsorbent polymers by immersing a sanitary product configurational material which configures the sanitary product and includes the pulp fibers and the superabsorbent polymers with an acid group in an acid containing aqueous solution which includes an acid, a superabsorbent polymer decomposition step of decomposing the inactivated superabsorbent polymers by adding a chlorine dioxide generation material which generates chlorine dioxide by a reaction with an acid to the acid containing aqueous solution which has been subjected to the inactivation step, so as to generate the chlorine dioxide and by using the generated chlorine dioxide, and a recycled pulp fiber recovery step of recovering the recycled pulp fibers from the acid containing aqueous solution which has been subjected to the superabsorbent polymer decomposition step, wherein in the inactivation step, a chlorine dioxide generation material which generates chlorine dioxide by a reaction with an acid is added to the acid containing aqueous solution, so as to generate the chlorine dioxide, and the pulp fibers are sterilized by using the generated chlorine dioxide, and in the inactivation step, the chlorine dioxide which has a concentration lower than a concentration of the chlorine dioxide in the superabsorbent polymer decomposition step is generated. an inactivation step of inactivating the superabsorbent polymers by immersing a sanitary product configurational material which configures the sanitary product and includes the pulp fibers and the superabsorbent polymers with an acid group in an acid containing aqueous solution which includes an acid, a superabsorbent polymer decomposition step of decomposing the inactivated superabsorbent polymers by adding a chlorine dioxide generation material which generates chlorine dioxide by a reaction with an acid to the acid containing aqueous solution which has been subjected to the inactivation step, so as to generate the chlorine dioxide and by using the generated chlorine dioxide, and a recycled pulp fiber recovery step of recovering the recycled pulp fibers from the acid containing aqueous solution which has been subjected to the superabsorbent polymer decomposition step, wherein in the inactivation step, a chlorine dioxide generation material which generates chlorine dioxide by a reaction with an acid is added to the acid containing aqueous solution, so as to generate the chlorine dioxide, and the pulp fibers are sterilized by using the generated chlorine dioxide, and in the inactivation step, the chlorine dioxide which has a concentration lower than a concentration of the chlorine dioxide in the superabsorbent polymer decomposition step is generated.
A display device comprising: a display screen; a jog switch formed to project from a side surface or a rear surface of the display apparatus, the jog switch configured to be moved in a plurality of directions and pushed, according to user inputs; a control unit configured to: display, on the display screen, a first user interface for indicating a broadcast channel in response to a user input moving the jog switch in a first direction among the plurality of directions, turn on the display screen in response to a user input pushing the jog switch while the display screen is turned off, and display, on the display screen, in response to a user input pushing the jog switch while the display screen is turned on, a second UI comprising a UI element for turning off the display screen. a display screen; a jog switch formed to project from a side surface or a rear surface of the display apparatus, the jog switch configured to be moved in a plurality of directions and pushed, according to user inputs; a control unit configured to: display, on the display screen, a first user interface for indicating a broadcast channel in response to a user input moving the jog switch in a first direction among the plurality of directions, turn on the display screen in response to a user input pushing the jog switch while the display screen is turned off, and display, on the display screen, in response to a user input pushing the jog switch while the display screen is turned on, a second UI comprising a UI element for turning off the display screen. display, on the display screen, a first user interface for indicating a broadcast channel in response to a user input moving the jog switch in a first direction among the plurality of directions, turn on the display screen in response to a user input pushing the jog switch while the display screen is turned off, and display, on the display screen, in response to a user input pushing the jog switch while the display screen is turned on, a second UI comprising a UI element for turning off the display screen.
Clutch device (10, 300, 400, 500, 600) comprising: - an input side and an output side which are arranged such that they can be rotated about a rotational axis, and - at least one first friction partner and at least one second friction partner, - the first friction partner being connected to the input side in a torque-transmitting manner, - the second friction partner being connected to the output side in a torque-transmitting manner, - it being possible for the first and the second friction partner (55, 60) to be brought into frictional engagement by way of a pressing force, in order to transmit a torque between the input side and the output side, - at least one spring means being provided, - characterized in that the spring means is configured as a leaf spring, in order to boost the pressing force. - an input side and an output side which are arranged such that they can be rotated about a rotational axis, and - at least one first friction partner and at least one second friction partner, - the first friction partner being connected to the input side in a torque-transmitting manner, - the second friction partner being connected to the output side in a torque-transmitting manner, - it being possible for the first and the second friction partner (55, 60) to be brought into frictional engagement by way of a pressing force, in order to transmit a torque between the input side and the output side, - at least one spring means being provided, - characterized in that the spring means is configured as a leaf spring, in order to boost the pressing force.
A toy balloon (1, 61, 71, 91, 91a) comprising two plastic films that are stacked and sealed at a peripheral edge (5, 65, 75, 95), the toy balloon (1, 61, 71, 91, 91a) including a first part (2, 62, 72, 92), a second part (3, 63, 73, 93), and a bending part (4, 64, 74, 94) that is situated between the first part (2, 62, 72, 92) and the second part (3, 63, 73, 93), the bending part (4, 64, 74, 94) including a gas passage (51, 53, 55, 68, 78, 98) through which an interior of the first part (2, 62, 72, 92) and an interior of the second part (3, 63, 73, 93) communicate with each other, and a bending sealed part (54, 67, 97) that is formed by sealing the two plastic films situated opposite to each other in an inward area relative to the peripheral edge (5, 65, 75, 95), characterized in that an outer edge of the bending sealed part (54, 67, 97) extending beyond the bending part (4, 64, 74, 94) so as to be situated within the first part (2, 62, 72, 92) and the second part (3, 63, 73, 93), and no through-hole being formed inside the outer edge; wherein, the bending part (4, 64, 74, 94) bends due to tension applied to the bending sealed part (54, 67, 97) by filling the toy balloon (1, 61, 71, 91, 91a) with a gas and inflating the toy balloon so that the second part (3, 63, 73, 93) is spontaneously turned relative to the first part (2, 62, 72, 92) and a bent state of the toy balloon is maintained.
A backlight unit, comprising: a light guiding plate; a light emitting diode, LED, assembly positioned on one side of the light guiding plate; and a bottom cover having a front surface on which the LED assembly and the light guiding plate are provided; and a plurality of side covers coupled to edges of the bottom cover, wherein the bottom cover comprises at least one first protruding portion upwardly protruding from the front surface of the bottom cover to support the light guiding plate; characterized in that the bottom cover further comprises at least one second protruding portion upwardly protruding from the front surface of the bottom cover to couple the LED assembly to the bottom cover, and in that the LED assembly includes a plurality of LED light sources, a substrate on which the plurality of LED light sources are mounted, and a support on which the substrate is mounted, the support including a hole, wherein the hole is formed at a position corresponding to the position of the second protruding portion and the second protruding portion is inserted into the hole and thereby couples the LED assembly to the bottom cover. a light guiding plate; a light emitting diode, LED, assembly positioned on one side of the light guiding plate; and a bottom cover having a front surface on which the LED assembly and the light guiding plate are provided; and a plurality of side covers coupled to edges of the bottom cover, wherein the bottom cover comprises at least one first protruding portion upwardly protruding from the front surface of the bottom cover to support the light guiding plate; characterized in that the bottom cover further comprises at least one second protruding portion upwardly protruding from the front surface of the bottom cover to couple the LED assembly to the bottom cover, and in that the LED assembly includes a plurality of LED light sources, a substrate on which the plurality of LED light sources are mounted, and a support on which the substrate is mounted, the support including a hole, wherein the hole is formed at a position corresponding to the position of the second protruding portion and the second protruding portion is inserted into the hole and thereby couples the LED assembly to the bottom cover.
A method for producing a fiber reinforced plastic product, the method comprising: a core preparation step of preparing a core comprising a fusible part and an outer skin covering the fusible part; a molding step of disposing a prepreg preform inside a mold together with the core, and heating and pressurizing the prepreg preform in the mold to obtain a cured product; and a core removal step of removing materials of the fusible part from the cured product, in the molding step, at least a portion of the prepreg preform being pressurized by expansion of the core, wherein the fusible part comprises a first fusible part and a second fusible part having a fusion temperature higher than that of the first fusible part, a material of the first fusible part and a material of the second fusible part are incompatible with each other, and in the molding step, the first fusible part fuses partially or entirely, while the second fusible part does not fuse partially or entirely. a core preparation step of preparing a core comprising a fusible part and an outer skin covering the fusible part; a molding step of disposing a prepreg preform inside a mold together with the core, and heating and pressurizing the prepreg preform in the mold to obtain a cured product; and a core removal step of removing materials of the fusible part from the cured product, in the molding step, at least a portion of the prepreg preform being pressurized by expansion of the core, wherein the fusible part comprises a first fusible part and a second fusible part having a fusion temperature higher than that of the first fusible part, a material of the first fusible part and a material of the second fusible part are incompatible with each other, and in the molding step, the first fusible part fuses partially or entirely, while the second fusible part does not fuse partially or entirely.
A method of monitoring the structural integrity of a supporting structure (13, 14) of a wind turbine, which method comprises the steps of - arranging a number of accelerometers (A FA) on a fore-aft axis of the wind turbine nacelle and arranging a number of accelerometers (A S2S) on a side-to-side axis (S2S) of the nacelle, which fore-aft axis and side-to-side axis (S2S) intersect at a right angle; - determining a fore-aft tower oscillation frequency (f FA) on the basis of data collected by an accelerometer (A FA) arranged on the fore-aft axis of the nacelle; - determining a side-to-side tower oscillation frequency (f S2S) on the basis of data collected by an accelerometer arranged on the side-to-side axis (S2S) of the nacelle; - computing a working structural indicator value from the fore-aft tower oscillation frequency (f FA) and the side-to-side tower oscillation frequency (f S2S), wherein a structural indicator value is a ratio of fore-aft tower oscillation frequency (f FA) to side-to-side tower oscillation frequency (f S2S); - comparing the working structural indicator value to a reference working structural indicator value (R ref) of that wind turbine; and - reporting a fault signal if the difference between the working structural indicator value and the reference structural indicator value (R ref) exceeds a predefined threshold (Δ OK). - arranging a number of accelerometers (A FA) on a fore-aft axis of the wind turbine nacelle and arranging a number of accelerometers (A S2S) on a side-to-side axis (S2S) of the nacelle, which fore-aft axis and side-to-side axis (S2S) intersect at a right angle; - determining a fore-aft tower oscillation frequency (f FA) on the basis of data collected by an accelerometer (A FA) arranged on the fore-aft axis of the nacelle; - determining a side-to-side tower oscillation frequency (f S2S) on the basis of data collected by an accelerometer arranged on the side-to-side axis (S2S) of the nacelle; - computing a working structural indicator value from the fore-aft tower oscillation frequency (f FA) and the side-to-side tower oscillation frequency (f S2S), wherein a structural indicator value is a ratio of fore-aft tower oscillation frequency (f FA) to side-to-side tower oscillation frequency (f S2S); - comparing the working structural indicator value to a reference working structural indicator value (R ref) of that wind turbine; and - reporting a fault signal if the difference between the working structural indicator value and the reference structural indicator value (R ref) exceeds a predefined threshold (Δ OK).
A copolymer, comprising, (a) a plurality of repeating units independently selected from negatively charged repeating units selected from the group consisting of glutamic acid, aspartic acid, and tyrosine; and (b) a plurality of repeating units independently selected from positively charged repeating units selected from the group consisting of lysine, arginine, histidine, tryptophan, asparagine and glutamine; wherein the copolymer is substantially electronically neutral, and wherein the copolymer is synthesized on a surface. (a) a plurality of repeating units independently selected from negatively charged repeating units selected from the group consisting of glutamic acid, aspartic acid, and tyrosine; and (b) a plurality of repeating units independently selected from positively charged repeating units selected from the group consisting of lysine, arginine, histidine, tryptophan, asparagine and glutamine;
A method of coloring an an article of footwear, comprising: fastening an article to a container; inserting at least a portion of the container into a liquid including a coloring agent associated with a color; creating an air pocket within the container; a first portion of the article being disposed within the air pocket of the container; and introducing a second portion of the article into the liquid, thereby coloring the second portion of the article with the color. fastening an article to a container; inserting at least a portion of the container into a liquid including a coloring agent associated with a color; creating an air pocket within the container; a first portion of the article being disposed within the air pocket of the container; and introducing a second portion of the article into the liquid, thereby coloring the second portion of the article with the color.
A panel (1, 1') including a top side (4, 4'), an underside (12, 12'), a body (9, 9'), complementary locking means provided in pairs at mutually opposite panel edges, at least one pair of locking means with hook profiles, namely a receiving hook and in opposite relationship thereto an arresting hook, with the proviso that the receiving hook has arranged remote from the body a hook edge and arranged nearer to the body a receiving recess, wherein the receiving recess is open towards the top side, the arresting hook is provided with an arresting recess arranged nearer to the body and open to the underside and has an arresting step arranged remote from the body and which fits in a vertical joining direction into the receiving recess of the receiving hook, the arresting hook has a transverse joining surface remote from the body and also remote from the body a vertically acting arresting contour, the receiving hook has nearer to the body a transverse joining surface and also nearer to the body a positively locking contour which fits together in positively locking relationship with the arresting contour, that is remote from the body, of the arresting hook so that locking can be implemented perpendicularly to the plane of mounted panels, the arresting hook has arranged nearer to the body a horizontal locking surface at its arresting step, the receiving hook has arranged remote from the body a horizontal locking surface in the receiving recess, formed at the receiving hook is a receiving opening through which the arresting step can be inserted substantially in the joining direction into the receiving recess, wherein the arresting step and the receiving opening are of such a configuration that the step end during a joining movement initially fits without elastic deformation of the hook profiles into the receiving opening, to such an extent that the horizontal locking surface of the arresting hook makes contact with a part of its surface with the horizontal locking surface of the receiving hook, whereas an elastic force is exerted by way of the horizontal locking surface of the receiving hook, which permanently biases the transverse joint surface of the arresting hook in the direction of the transverse joint surface of the receiving hook.
A cutting insert for a cutting tool for the chip-removing high feed milling machining of workpieces, the cutting tool having a holder with a seat for receiving the cutting insert, the cutting insert having a central bore extending along a bore axis and the cutting insert having exactly three cutting edges (12a, 12b, 12c) lying in a covering surface, each of the three cutting edges (12a, 12b, 12c) having in portions three different radii of curvature, and the cutting insert being 120° rotationally symmetric with respect to the bore axis, characterized in that a first portion (12a1) having the smallest radius, a middle second portion (12a2) adjoining it having the largest radius, and a third portion (12a3) adjoining the latter having a medium radius lying between the smallest and the largest radius, and wherein a peripheral line, running through all the cutting edges, of the covering surface is exclusively convexly curved.