mhurhangee/ep-ind-claims huggingface dataset:
An article of footwear comprising: an upper that secures the article of footwear to a wearer; and a sole assembly that is operably coupled to the upper, the sole assembly including an outsole having a plurality of cleats and a groove (34a-34f), the groove including a first internal surface and a second internal surface, the first and second internal surfaces moving away from each other as the sole assembly flexes in a first direction, the first and second internal surfaces abutting each other to limit movement of the sole assembly in a second direction opposite the first direction, wherein the sole assembly includes a base, the plurality of cleats extending from the base, the base including a thick section (28a-28d) and a thin section that is thinner than the thick section, the thick section and the thin section intersecting at an edge, wherein the groove coincides with the edge. an upper that secures the article of footwear to a wearer; and a sole assembly that is operably coupled to the upper, the sole assembly including an outsole having a plurality of cleats and a groove (34a-34f), the groove including a first internal surface and a second internal surface, the first and second internal surfaces moving away from each other as the sole assembly flexes in a first direction, the first and second internal surfaces abutting each other to limit movement of the sole assembly in a second direction opposite the first direction, wherein the sole assembly includes a base, the plurality of cleats extending from the base, the base including a thick section (28a-28d) and a thin section that is thinner than the thick section, the thick section and the thin section intersecting at an edge, wherein the groove coincides with the edge.
A drive device having: - a clutch device, a housing and a first drive motor, - wherein the clutch device comprises a first input side, a second input side, a first output side, a second output side, a first clutch, a second clutch and a third clutch, - wherein the input sides (55, 60) and the output sides (65, 70) are can be rotated about a common rotational axis, - wherein the first input side is coupled to the first drive motor for torque transmission, - wherein the second input side can be coupled to a second drive motor, - wherein the first clutch is arranged between the first input side and the first output side, - wherein the second clutch is arranged between the first input side and the second output side, - wherein the third clutch is arranged between the first input side and the second input side, - wherein the housing defines a housing inner chamber at least in sections, - wherein the housing inner chamber can be filled with a cooling liquid, - wherein the clutch device and the first drive motor are arranged in the housing inner chamber, - wherein the first drive motor comprises a stator and a rotor, - wherein the rotor is arranged radially outside the first clutch and/or second clutch, - characterised in that the rotor is arranged axially overlapping with the first and the second clutch (75, 80) and the third clutch, - wherein the stator is arranged radially outside the rotor. - a clutch device, a housing and a first drive motor, - wherein the clutch device comprises a first input side, a second input side, a first output side, a second output side, a first clutch, a second clutch and a third clutch, - wherein the input sides (55, 60) and the output sides (65, 70) are can be rotated about a common rotational axis, - wherein the first input side is coupled to the first drive motor for torque transmission, - wherein the second input side can be coupled to a second drive motor, - wherein the first clutch is arranged between the first input side and the first output side, - wherein the second clutch is arranged between the first input side and the second output side, - wherein the third clutch is arranged between the first input side and the second input side, - wherein the housing defines a housing inner chamber at least in sections, - wherein the housing inner chamber can be filled with a cooling liquid, - wherein the clutch device and the first drive motor are arranged in the housing inner chamber, - wherein the first drive motor comprises a stator and a rotor, - wherein the rotor is arranged radially outside the first clutch and/or second clutch, - characterised in that the rotor is arranged axially overlapping with the first and the second clutch (75, 80) and the third clutch, - wherein the stator is arranged radially outside the rotor.
A method for casting and forging objects made of brass, bronze, aluminum alloys, light alloys and the like, comprising the steps of: at a first station, performing the forging of a part by means of a die composed of an upper die part and a lower die part; transferring said die to a second station for the extraction of said part; transferring said die to a third station for the cooling and lubrication of said die; said steps being performed simultaneously with each other,the method further comprising a step of inserting a core within said die, said step of inserting a core within said die following said step of cooling and lubricating said die and preceding said forging step, characterized in that in said forging step liquid metal is filled in the casting cavity at low pressure, of approximately 2 kg/cm 2, and, when said casting cavity has been filled with metal and with the core surrounded by the liquid metal, high pressure, of even 1200 kg/ cm 2, is applied to the metal that is in the solidification step. at a first station, performing the forging of a part by means of a die composed of an upper die part and a lower die part; transferring said die to a second station for the extraction of said part; transferring said die to a third station for the cooling and lubrication of said die; said steps being performed simultaneously with each other,the method further comprising a step of inserting a core within said die, said step of inserting a core within said die following said step of cooling and lubricating said die and preceding said forging step, characterized in that in said forging step liquid metal is filled in the casting cavity at low pressure, of approximately 2 kg/cm 2, and, when said casting cavity has been filled with metal and with the core surrounded by the liquid metal, high pressure, of even 1200 kg/ cm 2, is applied to the metal that is in the solidification step.
A vehicle power supply apparatus to be installed in a vehicle, the apparatus comprising: an output section that outputs electrical energy; a plurality of electric components (103, 104, 105, 111, 116) that convert, consume, or accumulate the electrical energy; characterized by a setting section that sets a degree of risk for each of the plurality of electric components (103, 104, 105, 111, 116) to convert, consume, or accumulate the electrical energy, the degree of risk being defined based on a magnitude of an influence on a human body in a case where each electric component (103, 104, 105, 111, 116) cannot withstand the load of electrical energy of a high voltage and is damaged, wherein the higher the magnitude of the influence on the human body is, the higher the degree of risk; and a determination section that determines one of the plurality of electric components (103, 104, 105, 111, 116) in which the degree of risk is the lowest as a final output destination of the electrical energy and controls the turning on/off of relays based on the final output destination. an output section that outputs electrical energy; a plurality of electric components (103, 104, 105, 111, 116) that convert, consume, or accumulate the electrical energy; characterized by a setting section that sets a degree of risk for each of the plurality of electric components (103, 104, 105, 111, 116) to convert, consume, or accumulate the electrical energy, the degree of risk being defined based on a magnitude of an influence on a human body in a case where each electric component (103, 104, 105, 111, 116) cannot withstand the load of electrical energy of a high voltage and is damaged, wherein the higher the magnitude of the influence on the human body is, the higher the degree of risk; and a determination section that determines one of the plurality of electric components (103, 104, 105, 111, 116) in which the degree of risk is the lowest as a final output destination of the electrical energy and controls the turning on/off of relays based on the final output destination.
Sports boots used for ball games having increased ball-contact properties where each boot has an upper part and a sole and the upper part has an outer surface used for shooting a ball, a surface structure is provided on at least a part of the outer surface of the upper part that comprises a first coating that has an adhesive substance covering said surface and a grained structure embedded in and kept by said adhesive, said grained structure comprises discrete granules of granulated rubber comprising a mix of granules with differing sizes up to about 0,8 to 1 mm, wherein between said adhesive and said outer surface and between said adhesive and said granules a stable and durable bonding is provided, wherein said coating comprises spatial surface patterns in different surface segments designed to increase targeting of the ball in the associated segments, wherein said patterns are spaced coated surface zones having shapes and boundary lines designed for optimum ball targeting, wherein said pattern comprises a second coating provided on the top of said first coating, said granules have outer surfaces that provide an improved contact with the ball when getting in contact therewith.
A pouch-shaped battery cell (100, 200) comprising: a pouch-shaped battery case (110, 310) made of a laminate sheet, wherein the pouch-shaped battery case comprises an outer resin layer (110a, 310a, 410a), a metal layer (110b, 310b, 410b), and an inner resin layer (110c, 310c, 410c); an electrode assembly received in the pouch-shaped battery case; and a venting portion (130, 230, 330, 430) configured to discharge gas in the pouch-shaped battery case, wherein the venting portion has a structure in which a first layer and a second layer are stacked and made of an identical polytetrafluoroethylene, PTFE, material, wherein the first layer has a structure with open pores formed therein through which the inside and the outside of the first layer communicate with each other, and the second layer has a structure in which the surface of the second layer has no pores formed therein, wherein the venting portion is attached to the pouch-shaped battery case such that the first layer and the inner resin layer contact each other, wherein the pouch-shaped battery case is provided with an opening, and the opening is opened or closed by the venting portion attached to an inside of the opening. a pouch-shaped battery case (110, 310) made of a laminate sheet, wherein the pouch-shaped battery case comprises an outer resin layer (110a, 310a, 410a), a metal layer (110b, 310b, 410b), and an inner resin layer (110c, 310c, 410c); an electrode assembly received in the pouch-shaped battery case; and a venting portion (130, 230, 330, 430) configured to discharge gas in the pouch-shaped battery case, wherein the venting portion has a structure in which a first layer and a second layer are stacked and made of an identical polytetrafluoroethylene, PTFE, material, wherein the first layer has a structure with open pores formed therein through which the inside and the outside of the first layer communicate with each other, and the second layer has a structure in which the surface of the second layer has no pores formed therein, wherein the venting portion is attached to the pouch-shaped battery case such that the first layer and the inner resin layer contact each other, wherein the pouch-shaped battery case is provided with an opening, and the opening is opened or closed by the venting portion attached to an inside of the opening.
A method of cleaning an industrial tank comprising the steps of: (a) transmitting electrical energy into said tank to heat a contents of said tank to a first predetermined temperature; (b) providing critical fluids with reactants or catalysts into said tank for diffusion into said contents of said tank at a predetermined pressure; (c) transmitting electrical energy into said tank to heat said contents and critical fluids to a second predetermined temperature; and (d) heating said critical fluids and said contents of said tank with said electrical energy to said second predetermined temperature to initiate reaction of said reactants in said critical fluids with a portion of said contents of said tank causing hydrocarbons and contaminants to be released for extraction as a vapor, liquid or dissolved in said critical fluids. (a) transmitting electrical energy into said tank to heat a contents of said tank to a first predetermined temperature; (b) providing critical fluids with reactants or catalysts into said tank for diffusion into said contents of said tank at a predetermined pressure; (c) transmitting electrical energy into said tank to heat said contents and critical fluids to a second predetermined temperature; and (d) heating said critical fluids and said contents of said tank with said electrical energy to said second predetermined temperature to initiate reaction of said reactants in said critical fluids with a portion of said contents of said tank causing hydrocarbons and contaminants to be released for extraction as a vapor, liquid or dissolved in said critical fluids.
An engine comprising a crankcase profiled in a V-configuration; a first cylinder having a first cylinder bore; a second cylinder having a second cylinder bore; a head (16, 26) positioned over each of the first and second cylinders (14, 24); a crankshaft journalled in the crankcase; a first piston coupled to the crankshaft and positioned in the first cylinder to reciprocate therein; a second piston coupled to the crankshaft and positioned in the second cylinder to reciprocate therein; and a water pump comprising a water pump housing; wherein the water pump is coupled to the crankshaft, and wherein at least a portion of the water pump housing including a wall of a first convolute and a wall of a second convolute is defined in an outer face of the crankcase, and wherein a first plane through a centerline of the first piston extending parallel to the rotational axis of the crankshaft intersects an opening of the first convolute and a second plane through a centerline of the second piston extending parallel to the rotational axis of the crankshaft intersects an opening of the second convolute, characterized by a water pump drive shaft having a drive end and an impeller end, the drive end of the water pump shaft is positioned on a first side of the crankcase and the impeller end of the water pump shaft is positioned on a second side of the crankcase.
A method for defining a tile on a display device of a user interface comprising the steps: - Display of a tile grid comprising a plurality of cells on the display device in an operating mode, - detection of a user gesture in the form of a first swiping gesture, under contact with a touch-sensitive surface with respect to a plurality of cells, and in response thereto, - defining a tile on the positions of those cells, which have been selected by the user gesture in a predefined way, by a definition of a functional range in the tile by the user. - Display of a tile grid comprising a plurality of cells on the display device in an operating mode, - detection of a user gesture in the form of a first swiping gesture, under contact with a touch-sensitive surface with respect to a plurality of cells, and in response thereto, - defining a tile on the positions of those cells, which have been selected by the user gesture in a predefined way, by a definition of a functional range in the tile by the user.
Method for the detection and/or measurement of fouling in a heat exchanger, whereby the resistance value (R1, R2) of a resistor arranged on a wall of this exchanger is measured at two different instants, and a value of the measurements that is a function of the resistance values measured at these two instants is determined, where the resistor is a surface resistor and is disposed along the wall outside the heat exchanger, the resistor is subjected in succession to two power levels (P1, P2) that are each maintained for a certain duration, the first power level being applied during a first duration (t2-t1), and the second power level is applied during a second duration following the first duration, the first power level being lower than the second power level, the measurements of the two resistance values (R1, R2) being respectively carried out during application of these two power levels, the first power level being chosen so that the heat flow caused by the Joule effect during the first duration is confined to the wall and the second power level being chosen so that the heat flow caused by the Joule effect has an impact both on the exchanger and on the fouling deposit if any.
A stockyard joint reclaiming system, comprising an outer output conveyor and a scraper reclaimer provided with a scraper mechanism, wherein the stockyard joint reclaiming system further comprises an inner feeder and an inner output conveyor arranged below a stockpile; the scraper mechanism comprises a chain and a scraper installed on the chain; and the chain moves forwards or backwards under the action of a driving device to drive the scraper to push materials to a corresponding discharging port, wherein the scraper has a front scraper arranged forwards and a rear scraper arranged backwards to form a bidirectional scraping structure; wherein the scraper comprises an installing plate Z and two groups of scraper components oppositely arranged on the installing plate and wherein the scraper components comprise main plates and side plates connected on both ends of the main plates; and the side plates are obliquely arranged and form a " "-shaped structure with the main plates; characterized in that: the inner feeder is lower than a lowest level of an operation range of the scraper mechanism of the scraper reclaimer in a vertical direction, and the inner output conveyor is located below the inner feeder; and that two main plates are connected and supported through a rib plate, and reinforced rib plates are arranged on the side plates; the scraper components also comprise bottom plates connected to bottom ends of the main plates and the side plates; rake teeth are also arranged on the main plates and the side plates; and the rake teeth extend from edges of the main plates and the side plates. the inner feeder is lower than a lowest level of an operation range of the scraper mechanism of the scraper reclaimer in a vertical direction, and the inner output conveyor is located below the inner feeder; and that two main plates are connected and supported through a rib plate, and reinforced rib plates are arranged on the side plates; the scraper components also comprise bottom plates connected to bottom ends of the main plates and the side plates; rake teeth are also arranged on the main plates and the side plates; and the rake teeth extend from edges of the main plates and the side plates.
A display device comprising: a display panel; a controller configured to generate a switch pulse signal (Spwm) synchronized with an input image and receive a vertical synchronization signal (Vsync) synchronized with the input image; a reference clock (CLK_50MHz), the reference clock (CLK_50MHz) having a uniform frequency regardless of a frame rate, and a pulse width parameter value, wherein the pulse width parameter value defines a pulse period and a high width of the switch pulse signal (Spwm), a power integrated circuit configured to be driven according to the switch pulse signal (Spwm) to generate power for the display panel, wherein the controller is configured to generate the switch pulse signal (Spwm) having a duty ratio within an alignment period set within the frame blank period in which the input image is not present, and having a duty ratio within a period other than the alignment period, wherein the controller is configured to reduce the high width of the switch pulse signal (Spwm) by 1 period of the reference clock (CLK_50MHz) during the alignment period compared with the period other than the alignment period, and to keep a low width of the switch pulse signal (Spwm) the same in the period other than the alignment period and the alignment period, so that the difference in duty ratio of the switch pulse signal (Spwm) is greater than 0 and equal to or less than 3% during the alignment period compared to a duty ratio during the period other than the alignment period. a display panel; a controller configured to generate a switch pulse signal (Spwm) synchronized with an input image and receive a vertical synchronization signal (Vsync) synchronized with the input image; a reference clock (CLK_50MHz), the reference clock (CLK_50MHz) having a uniform frequency regardless of a frame rate, and a pulse width parameter value, wherein the pulse width parameter value defines a pulse period and a high width of the switch pulse signal (Spwm), a power integrated circuit configured to be driven according to the switch pulse signal (Spwm) to generate power for the display panel, wherein the controller is configured to generate the switch pulse signal (Spwm) having a duty ratio within an alignment period set within the frame blank period in which the input image is not present, and having a duty ratio within a period other than the alignment period, wherein the controller is configured to reduce the high width of the switch pulse signal (Spwm) by 1 period of the reference clock (CLK_50MHz) during the alignment period compared with the period other than the alignment period, and to keep a low width of the switch pulse signal (Spwm) the same in the period other than the alignment period and the alignment period, so that the difference in duty ratio of the switch pulse signal (Spwm) is greater than 0 and equal to or less than 3% during the alignment period compared to a duty ratio during the period other than the alignment period.
A wall bushing for high voltage application, the wall bushing comprising a grounded shield, the grounded shield comprising a grading ring in a distal end thereof, the grading ring having an elliptic cross section with conjugate diameters, characterized in that a major diameter of the conjugate diameters is arranged in an axial direction of the grounded shield and a minor diameter of the conjugate diameters is arranged in a radial direction of the grounded shield, wherein the major diameter is larger than the minor diameter, and wherein the major diameter is between 10 and 55 % longer than the minor diameter.