mhurhangee/ep-ind-claims huggingface dataset:
A container, comprising: a plurality of panels (102, 104, 106, 108, 110, 112) integrally arranged with respect to each other and with respect to a set of orthogonal x, y and z axes, the z-axis defining a direction line in which the container is configured to support a stacking load; wherein the plurality of panels (102, 104, 106, 108, 110, 112) comprise a first panel comprising a first planar surface, and a second panel comprising a second planar surface, wherein the first panel and the second panel form a contiguity with a first fold line disposed therebetween, wherein the first planar surface is disposed parallel to the x-z plane or the y-z plane; wherein the second panel is disposed orthogonal to the first panel; and a compression reinforcement feature having a planar edge oriented orthogonal to the first planar surface and perpendicular to the z-axis, the compression reinforcement feature comprising a tab that extends from and is coplanar with the first panel and that terminates at the planar edge characterized in that the planar edge being disposed a distance away from a planar outer surface of the second panel but at a distance no greater than half a thickness of the first panel, and that the plurality of panels further comprises a third panel adhered to the outer surface of the second panel proximate the tab. a plurality of panels (102, 104, 106, 108, 110, 112) integrally arranged with respect to each other and with respect to a set of orthogonal x, y and z axes, the z-axis defining a direction line in which the container is configured to support a stacking load; wherein the plurality of panels (102, 104, 106, 108, 110, 112) comprise a first panel comprising a first planar surface, and a second panel comprising a second planar surface, wherein the first panel and the second panel form a contiguity with a first fold line disposed therebetween, wherein the first planar surface is disposed parallel to the x-z plane or the y-z plane; wherein the second panel is disposed orthogonal to the first panel; and a compression reinforcement feature having a planar edge oriented orthogonal to the first planar surface and perpendicular to the z-axis, the compression reinforcement feature comprising a tab that extends from and is coplanar with the first panel and that terminates at the planar edge characterized in that the planar edge being disposed a distance away from a planar outer surface of the second panel but at a distance no greater than half a thickness of the first panel, and that the plurality of panels further comprises a third panel adhered to the outer surface of the second panel proximate the tab.
A Bluetooth device, comprising: a receiving unit, configured to receive a first broadcast frame broadcast by a first Bluetooth device; a processing unit, configured to determine that the first broadcast frame received by the receiving unit comprises first indication information; and a sending unit, configured to send a second broadcast frame periodically within a preset time period after the receiving unit receives the first broadcast frame, wherein the second broadcast frame comprises second indication information, and the second indication information is used to instruct a Bluetooth device receiving the second broadcast frame to exchange information with the Bluetooth device. a receiving unit, configured to receive a first broadcast frame broadcast by a first Bluetooth device; a processing unit, configured to determine that the first broadcast frame received by the receiving unit comprises first indication information; and a sending unit, configured to send a second broadcast frame periodically within a preset time period after the receiving unit receives the first broadcast frame, wherein the second broadcast frame comprises second indication information, and the second indication information is used to instruct a Bluetooth device receiving the second broadcast frame to exchange information with the Bluetooth device.
A method operable by a video encoder for encoding screen content, the method comprising: determining a motion vector difference, MVD, between a predicted motion vector and a current motion vector of the screen content; generating a binary string comprising n bins via binarizing the MVD; encoding at least one bin of the n bins via a first entropy coding operation; determining whether an absolute value of the MVD is greater than a threshold value; encoding a subset of the n bins associated with the screen content via a second entropy coding operation in response to the absolute value of the MVD being greater than the threshold value, the second entropy coding operation comprising an exponential coding having an order that is greater than one, the subset of the n bins excluding the at least one bin; and encoding the subset of the n bins using a fixed length code in response to the absolute value of the MVD being less than or equal to the threshold value, wherein the exponential coding comprises encoding a prefix, the prefix comprising i) a truncated unary code for MVD values within a defined interval and ii) a unary code for MVD values outside of the defined interval. determining a motion vector difference, MVD, between a predicted motion vector and a current motion vector of the screen content; generating a binary string comprising n bins via binarizing the MVD; encoding at least one bin of the n bins via a first entropy coding operation; determining whether an absolute value of the MVD is greater than a threshold value; encoding a subset of the n bins associated with the screen content via a second entropy coding operation in response to the absolute value of the MVD being greater than the threshold value, the second entropy coding operation comprising an exponential coding having an order that is greater than one, the subset of the n bins excluding the at least one bin; and encoding the subset of the n bins using a fixed length code in response to the absolute value of the MVD being less than or equal to the threshold value, wherein the exponential coding comprises encoding a prefix, the prefix comprising i) a truncated unary code for MVD values within a defined interval and ii) a unary code for MVD values outside of the defined interval.
A fluid-type shock absorber, particularly for doors of electrical household appliances such as ovens, dishwashers or the like or for furniture components such as cabinet doors or drawers, which comprises a shock absorber body that has internally a substantially cylindrical chamber that accommodates coaxially a piston provided with a stem that protrudes from at least one axial end of said chamber; said piston dividing said chamber into two parts (3a, 3b) arranged on mutually opposite sides with respect to said piston along the axis of said chamber and containing a fluid; said piston being accommodated so that it can slide axially within said chamber; at least one duct being provided for connecting said two parts (3a, 3b) of the chamber in order to allow the transit of the fluid from one part to the other of said chamber for the axial sliding of said piston with respect to said shock absorber body, said at least one connecting duct being defined in said piston and has a calibrated portion thereof that is defined on a first end face of said piston, means being provided for varying the passage section of said connecting duct available for the fluid; said means for varying the passage section of said connecting duct, depending on the direction of axial sliding of said piston in said chamber, being engageable or disengageable with said first end face of the piston in order to channel the transit of the fluid along said calibrated portion or in order to also allow the transit of the fluid outside said calibrated portion, characterized in that said connecting duct comprises: a main portion, which passes through said piston from said first end face to its opposite end face or second end face, and said calibrated portion, which protrudes from the end of said main portion that is defined on said first end face of the piston; said calibrated portion being constituted by a groove that is recessed in said first end face of the piston; said means for varying the passage section of said connecting duct comprising a lamina that faces said first end face of the piston and can move axially with respect to said piston from an active position, in which it adheres to said first end face of the piston, closing the top of said groove that constitutes said calibrated portion, to an inactive position, in which it is spaced from said first end face of the piston, and vice versa; said calibrated portion of the connecting duct, with said lamina in said active position, being connected to the part of said chamber that is delimited by said first end face of the piston and having a passage section for the fluid that is smaller than that of said main portion.
A fixture for final finishing flange faces of a hub of a knuckle assembly, the fixture including a mounting surface, a drive arrangement and a clamping arrangement, the drive arrangement engaging and rotating the hub of the knuckle assembly relative to the remainder of the knuckle assembly, the drive arrangement including a drive member (40,44) extending along a drive axis, the drive member (40,44) rotatable about the drive axis, the clamping arrangement carried by the mounting surface, the clamping arrangement radially surrounding the drive arrangement and operative for clamping the fixture relative to the mounting surface, the clamping arrangement including a housing (54,56), characterized in that the clamping arrangement further includes a piston assembly (50,52) radially positioned between the housing (54,56) and the drive member (40,44), and a clamping sleeve radially disposed between the piston assembly (50,52) and the drive member (40,44), whereby the piston assembly (50,52) is movable in a first direction generally parallel to the drive axis, and whereby the clamping sleeve and the piston assembly (50,52) are cooperatively configured to radially force an upper end of the piston assembly (50,52) radially outward in a second direction in response to movement of the piston assembly (50,52) in the first direction for engaging a back bore of the knuckle assembly.
Method of averaging values of an on-load tap changer, which is actuable by means of a motor drive, for switching over between different winding taps of a tapped transformer, characterised by the following method steps: - after the on-load tap changer has been placed in operation the motor drive is activated by a parameterised control device in a first rotational direction so that the on-load tap changer begins to run through its stationary operating settings, thus the different winding taps of the tapped transformer, in the direction of the first winding tap, - reaching of the end setting of the on-load tap changer is detected by means of the control device, - the motor drive is activated in a second direction of rotation so that the on-load tap changer subsequently runs through the regulating range in the opposite switchingover direction until reaching the first stationary operating setting and - subsequently configuration of the first stationary operating setting as pre-defined operating setting is carried out with the help of the parameterisation, which is stored in non-volatile manner, of the control device. - after the on-load tap changer has been placed in operation the motor drive is activated by a parameterised control device in a first rotational direction so that the on-load tap changer begins to run through its stationary operating settings, thus the different winding taps of the tapped transformer, in the direction of the first winding tap, - reaching of the end setting of the on-load tap changer is detected by means of the control device, - the motor drive is activated in a second direction of rotation so that the on-load tap changer subsequently runs through the regulating range in the opposite switchingover direction until reaching the first stationary operating setting and - subsequently configuration of the first stationary operating setting as pre-defined operating setting is carried out with the help of the parameterisation, which is stored in non-volatile manner, of the control device.
A submersible pumping assembly for a deviated wellbore comprising: one or more electric submersible pumps disposed in a casing, the casing disposed in a below ground deviated wellbore, the one or more electric submersible pumps including one or more stationary elements or rotating elements; one or more electric motors disposed in the casing and configured to operate the one or more electric submersible pumps, the one or more electric motors including one or more stationary elements or rotating elements; and one or more flexible joints configured to linearly couple one or more of the stationary elements or the rotating elements of the one or more electric submersible pumps and the one or more electric motors and impart flexibility to the submersible pumping assembly in the deviated wellbore; characterised in that: the one or more flexible joints provide flexibility of the submersible pumping assembly for deployment in a deviated wellbore having a dogleg severity in a range of 22-35 degrees. one or more electric submersible pumps disposed in a casing, the casing disposed in a below ground deviated wellbore, the one or more electric submersible pumps including one or more stationary elements or rotating elements; one or more electric motors disposed in the casing and configured to operate the one or more electric submersible pumps, the one or more electric motors including one or more stationary elements or rotating elements; and one or more flexible joints configured to linearly couple one or more of the stationary elements or the rotating elements of the one or more electric submersible pumps and the one or more electric motors and impart flexibility to the submersible pumping assembly in the deviated wellbore; characterised in that: the one or more flexible joints provide flexibility of the submersible pumping assembly for deployment in a deviated wellbore having a dogleg severity in a range of 22-35 degrees.
A non-oriented electrical steel sheet having a chemical composition comprising C: not more than 0.0050 mass%, Si: 1.0-5.0 mass%, Mn: 0.3-2.0 mass%, P: not more than 0.2 mass%, S: not more than 0.005 mass%, Al: not more than 0.05 mass%, N: not more than 0.0050 mass%, O: not more than 0.010 mass%, Ti: not more than 0.0030 mass%, Nb: not more than 0.0030 mass%, B: 0.0005-0.0050 mass%, optionally one, or two or more selected from Ca: 0.0010-0.010 mass%, REM: 0.0010-0.040 mass%, 0.005-0.20 mass% in total of Sn and Sb and Mg: 0.0002-0.0050 mass%, and the remainder being Fe and inevitable impurities, and wherein a ratio [Mn]/[Si] of Mn content in mass% to Si content in mass% is not less than 0.30.
Suspension device for a vehicle seat, comprising an upper suspension portion and a lower suspension portion, said suspension portions being connected to one another by a first swivel connector and a second swivel connector, said first swivel connector being arranged on the lower suspension portion in such a way that it can swivel about a first swivel pin, and the second swivel connector being arranged on the lower suspension portion in such a way that it can swivel about a second swivel pin, a first tension spring and a second tension spring being respectively connected to the first swivel connector by means of a first end region (12, 12') and to the upper suspension portion or the lower suspension portion by means of a second end region (13, 13'), wherein the first end region of the first tension spring is attached to the first swivel connector at a first distance, and the first end region of the second tension spring is attached to said first swivel connector at a second distance, the length of the first distance being variable by means of an adjustment device, which comprises a first and a second support element, by means of the first and the second support element rigidly connected to the first swivel connector and to the first end region of the first tension spring, characterised in that the second distance of the first end region of the second tension spring to the first swivel connector is constant and the first tension spring being connected to the first support element by means of an adjustment member in such a way that it can be rotated about a second axis of rotation.
A patch preparation comprising a plaster disposed on a support, wherein the plaster comprises a solvent with a vapor pressure of 1 kPa or more at 20°C, and the amount of the solvent is 2% to 35% by weight of the plaster, wherein the solvent is a combination of ethyl acetate and n-heptane.
Slicer apparatus of the type used for slicing in particular fish fillets, where the apparatus comprises a conveying path, and cutting means arranged in said conveying path, where the cutting means comprises a set of moveable reciprocating knives and a cutting land, where the cutting means further comprises means for moving the knives relative to the cutting land and the surface of the conveyor path, characterised in that the cutting means are arranged on a common member which member may be rotated through a pre-determined arch about a horizontal axis, perpendicular to the conveyor path's transport direction.
A method for producing a polyamide-based film, comprising: a sheet molding step for obtaining an unstretched sheet by forming a molten mixture containing a polyamide resin into the form of a sheet; and a stretching step for obtaining a stretched film by biaxially stretching the unstretched sheet successively in an MD and a TD, wherein the following formulas a) and b) are both satisfied: (a) 0.85 ≤ X/Y ≤ 0.95 (b) 8.5 ≤ X×Y ≤ 9.5 wherein X represents a draw ratio in the MD and Y represents a draw ratio in the TD, and the stretching step includes stretching in the MD with rollers and stretching in the TD with a tenter, wherein the stretching step involves successive biaxial stretching comprising: a first stretching step of obtaining a first stretched film by stretching the unstretched sheet in the MD at a temperature of 50°C to 120°C; and a second stretching step of obtaining a second stretched film by stretching the first stretched film in the TD at a temperature of 70°C to 150°C, and wherein the second stretched film is further subjected to relaxation heat treatment at a temperature of 180°C to 230°C. a sheet molding step for obtaining an unstretched sheet by forming a molten mixture containing a polyamide resin into the form of a sheet; and a stretching step for obtaining a stretched film by biaxially stretching the unstretched sheet successively in an MD and a TD, wherein the following formulas a) and b) are both satisfied: (a) 0.85 ≤ X/Y ≤ 0.95 (b) 8.5 ≤ X×Y ≤ 9.5 wherein X represents a draw ratio in the MD and Y represents a draw ratio in the TD, and (a) 0.85 ≤ X/Y ≤ 0.95 (b) 8.5 ≤ X×Y ≤ 9.5 the stretching step includes stretching in the MD with rollers and stretching in the TD with a tenter, a first stretching step of obtaining a first stretched film by stretching the unstretched sheet in the MD at a temperature of 50°C to 120°C; and a second stretching step of obtaining a second stretched film by stretching the first stretched film in the TD at a temperature of 70°C to 150°C, and wherein the second stretched film is further subjected to relaxation heat treatment at a temperature of 180°C to 230°C.
A steam generating boiler, comprising: a combustion furnace having a baffle wall and a plurality of furnace walls, each furnace wall comprising a plurality of steam tubes in fluid connection with a steam drum located downstream of the combustion chamber, a first oxidant inlet for providing a first oxidant, a fuel inlet for providing a fuel, a first matrix means comprising spherical metallic elements for passively mixing the oxidant and the fuel, located on the opposite side of the baffle wall from the steam drum and located downstream of the oxidant and fuel inlets, wherein the edges of the first matrix means do not contact the furnace walls and baffle wall. a combustion furnace having a baffle wall and a plurality of furnace walls, each furnace wall comprising a plurality of steam tubes in fluid connection with a steam drum located downstream of the combustion chamber, a first oxidant inlet for providing a first oxidant, a fuel inlet for providing a fuel, a first matrix means comprising spherical metallic elements for passively mixing the oxidant and the fuel, located on the opposite side of the baffle wall from the steam drum and located downstream of the oxidant and fuel inlets, wherein the edges of the first matrix means do not contact the furnace walls and baffle wall.
A tire comprising a tread composed of a rubber composition, the rubber composition comprising 21 to 100 parts by mass of a liquid styrene butadiene rubber having a styrene content of 40 to 60% by mass and a weight average molecular weight of 4000 to 20000, based on 100 parts by mass of a rubber component comprising a linear styrene butadiene rubber having a styrene content of 35 to 45% by mass, a vinyl content of 35 to 45% by mass, and a weight average molecular weight of 1,000,000 to 1,400,000.
A method for controlling an aqueous urea solution injection amount of an SCR urea injection system in an engine, comprising: using an ammonia loading amount model to calculate a current ammonia loading amount in an SCR reactor on the basis of an aqueous urea solution amount injected to the SCR reactor and an ammonia amount consumed by the SCR reactor; obtaining a first urea injection amount on the basis of a target ammonia loading amount and the calculated current ammonia loading amount; using an SCR efficiency model to calculate a second urea injection amount on the basis of a catalyst temperature, an exhaust gas mass flow rate and an aging coefficient in the SCR reactor, a nitrogen-oxygen compound concentration upstream of the SCR reactor, and the calculated current ammonia loading amount; combining the first urea injection amount and the second urea injection amount to obtain a combined urea injection amount; and obtaining a target injection amount of aqueous urea solution injected to the SCR reactor on the basis of the combined urea injection amount and a urea injection amount limit value. using an ammonia loading amount model to calculate a current ammonia loading amount in an SCR reactor on the basis of an aqueous urea solution amount injected to the SCR reactor and an ammonia amount consumed by the SCR reactor; obtaining a first urea injection amount on the basis of a target ammonia loading amount and the calculated current ammonia loading amount; using an SCR efficiency model to calculate a second urea injection amount on the basis of a catalyst temperature, an exhaust gas mass flow rate and an aging coefficient in the SCR reactor, a nitrogen-oxygen compound concentration upstream of the SCR reactor, and the calculated current ammonia loading amount; combining the first urea injection amount and the second urea injection amount to obtain a combined urea injection amount; and obtaining a target injection amount of aqueous urea solution injected to the SCR reactor on the basis of the combined urea injection amount and a urea injection amount limit value.