mhurhangee/ep-ind-claims huggingface dataset:
A system for laying a flexible product from a storage area below a deck of a vessel, the system comprising: an inline quadrant above the deck for guiding flexible product to a portside or starboard side of the vessel, the inline quadrant being provided with a portside entrance and a starboard side entrance; a highway with a highway portside guide and a highway starboard side guide for guiding the flexible product from a below deck position to an above deck position on either the portside or the starboard side, the highway extending to the portside entrance and the starboard side entrance of the inline quadrant; and characterized by: a smart spooling system to guide flexible product between the storage area and to either the portside guide or the starboard side guide of the highway, wherein the smart spooling system comprises: a loading arm for receiving the flexible product from the storage system and directing it to the highway running below the storage system; and a vertical bend for directing the flexible product from the highway running below the storage system to either the portside guide or the starboard side guide of the highway. an inline quadrant above the deck for guiding flexible product to a portside or starboard side of the vessel, the inline quadrant being provided with a portside entrance and a starboard side entrance; a highway with a highway portside guide and a highway starboard side guide for guiding the flexible product from a below deck position to an above deck position on either the portside or the starboard side, the highway extending to the portside entrance and the starboard side entrance of the inline quadrant; and characterized by: a smart spooling system to guide flexible product between the storage area and to either the portside guide or the starboard side guide of the highway, wherein the smart spooling system comprises: a loading arm for receiving the flexible product from the storage system and directing it to the highway running below the storage system; and a vertical bend for directing the flexible product from the highway running below the storage system to either the portside guide or the starboard side guide of the highway. a loading arm for receiving the flexible product from the storage system and directing it to the highway running below the storage system; and a vertical bend for directing the flexible product from the highway running below the storage system to either the portside guide or the starboard side guide of the highway.
A gas turbine engine component comprising: a wall having first and second wall surfaces (102, 104); and a cooling hole extending through the wall; an inlet located at the first wall surface; an outlet located at the second wall surface; a metering section extending downstream from the inlet; and a diffusing section extending from the metering section to the outlet; a first lobe diverging longitudinally and laterally from the metering section; a second lobe adjacent the first lobe wherein the first lobe and the second lobe meet at a first ridge; a third lobe adjacent the second lobe and diverging longitudinally and laterally from the metering section, wherein the second lobe and the third lobe meet at a second ridge; wherein the first and third lobes (124, 128) each have a bottom surface (130, 134) with a curved portion, and a surface with a curved portion at a side wall (136, 138) along the outer edge of the diffusion section, said curved portions of the bottom and the side wall defining together a curved outer portion; characterized in that the first lobe comprises: a substantially planar portion located between the first ridge and the curved outer portion of the first lobe; and the third lobe comprises: a substantially planar portion located between the second ridge and the curved outer portion of the third lobe. a wall having first and second wall surfaces (102, 104); and a cooling hole extending through the wall; an inlet located at the first wall surface; an outlet located at the second wall surface; a metering section extending downstream from the inlet; and a diffusing section extending from the metering section to the outlet; a first lobe diverging longitudinally and laterally from the metering section; a second lobe adjacent the first lobe wherein the first lobe and the second lobe meet at a first ridge; a third lobe adjacent the second lobe and diverging longitudinally and laterally from the metering section, wherein the second lobe and the third lobe meet at a second ridge; wherein the first and third lobes (124, 128) each have a bottom surface (130, 134) with a curved portion, and a surface with a curved portion at a side wall (136, 138) along the outer edge of the diffusion section, said curved portions of the bottom and the side wall defining together a curved outer portion; characterized in that the first lobe comprises: a substantially planar portion located between the first ridge and the curved outer portion of the first lobe; and the third lobe comprises: a substantially planar portion located between the second ridge and the curved outer portion of the third lobe. a substantially planar portion located between the first ridge and the curved outer portion of the first lobe; and the third lobe comprises: a substantially planar portion located between the second ridge and the curved outer portion of the third lobe.
A coaxial split torque gearbox comprising: a first pinion meshed with a first gear; a second pinion attached to the first gear and meshed with a first bull gear, the first bull gear operable for transferring torque to cause a first rotor to rotate; and a third pinion attached to a second gear and meshed with a second bull gear, the second bull gear operable for transferring torque to cause a second rotor to rotate, the second gear being meshed with the first gear, and a number of teeth of the first gear being different than a number of teeth of the second gear; characterized in that a number of gear and pinion teeth is defined by the following: Nb 1 * Ng 1 / Np 1 = Nb 2 * Ng 2 / Np 2, wherein Nb1 is a number of first bull gear teeth, Ng1 is a number of first gear teeth, Np1 is a number of second pinion teeth, Nb2 is a number of second bull gear teeth, Ng2 is a number of second gear teeth, and Np2 is a number of third pinion teeth. a first pinion meshed with a first gear; a second pinion attached to the first gear and meshed with a first bull gear, the first bull gear operable for transferring torque to cause a first rotor to rotate; and a third pinion attached to a second gear and meshed with a second bull gear, the second bull gear operable for transferring torque to cause a second rotor to rotate, the second gear being meshed with the first gear, and a number of teeth of the first gear being different than a number of teeth of the second gear; characterized in that a number of gear and pinion teeth is defined by the following: Nb 1 * Ng 1 / Np 1 = Nb 2 * Ng 2 / Np 2, wherein Nb1 is a number of first bull gear teeth, Ng1 is a number of first gear teeth, Np1 is a number of second pinion teeth, Nb2 is a number of second bull gear teeth, Ng2 is a number of second gear teeth, and Np2 is a number of third pinion teeth.
A method for progressively adjusting an offload setting for offloading a user equipment, UE, from a cellular network to a wireless local area network, WLAN, or for offloading the UE from the WLAN to the cellular network, the offload setting is indicative of the amount of the UE's data traffic executed on the cellular network and the WLAN, respectively, the method comprising: determining a progressive increase or decrease in a mobility of the UE; characterized by progressively adjusting an offload setting for the UE based on the progressive increase or decrease in the mobility of the UE. determining a progressive increase or decrease in a mobility of the UE; characterized by progressively adjusting an offload setting for the UE based on the progressive increase or decrease in the mobility of the UE.
A non-invasive signaling device for sensing and indicating the presence of urine in an absorbent article, the device comprising: a housing; and a paired IR generator/detector disposed within the housing, the paired IR generator/detector adapted to sense a change in infrared light reflectance due to an insult of urine to the absorbent article, the paired IR generator/detector including an infrared-generating light-emitting diode and an infrared-detecting phototransistor. a housing; and a paired IR generator/detector disposed within the housing, the paired IR generator/detector adapted to sense a change in infrared light reflectance due to an insult of urine to the absorbent article, the paired IR generator/detector including an infrared-generating light-emitting diode and an infrared-detecting phototransistor.
A method for pump fillage determination for a reciprocating rod lift system, comprising: measuring downhole data during a pump cycle, wherein the downhole data comprises a first plurality of data points associated with an upstroke of the pump cycle and a second plurality of data points associated with a downstroke of the pump cycle, each data point comprising a rod position value and an associated rod load value; converting the data points to non-dimensional data points; calculating non-dimensional slope values between non-dimensional data points; and determining pump fillage based, at least in part, on the calculated non-dimensional slope values. measuring downhole data during a pump cycle, wherein the downhole data comprises a first plurality of data points associated with an upstroke of the pump cycle and a second plurality of data points associated with a downstroke of the pump cycle, each data point comprising a rod position value and an associated rod load value; converting the data points to non-dimensional data points; calculating non-dimensional slope values between non-dimensional data points; and determining pump fillage based, at least in part, on the calculated non-dimensional slope values.
A corrosion resistant titanium alloy comprising: molybdenum between 3.0 to 4.5 wt.%; nickel between 0.1 to 1.0 wt.%; zirconium between 0.1 to 1.5 wt.%; iron between 0.05 to 0.3 wt.%; oxygen between 0.05 to 0.25 wt.%; and a balance of titanium and unavoidable impurities. molybdenum between 3.0 to 4.5 wt.%; nickel between 0.1 to 1.0 wt.%; zirconium between 0.1 to 1.5 wt.%; iron between 0.05 to 0.3 wt.%; oxygen between 0.05 to 0.25 wt.%; and a balance of titanium and unavoidable impurities.
Method for operating workstations of an open-end rotor spinning machine which each have an open-end spinning device for producing a thread and a winding device for producing a cross-wound bobbin, wherein the winding device comprises a pivotably mounted bobbin cradle, a driving drum chargeable by a reversible individual drive and a single motor driven thread traversing device and the workstations are equipped respectively with a pivotably mounted first suction nozzle, which can be adjusted by means of a single drive between a thread take-up position in the region of a cross-wound bobbin fixed in the winding device and a thread transfer position in the region of the open-end spinning device, characterised in that the workstation comprises a movably mounted second suction nozzle and in that on reaching a predefinable diameter of the cross-wound bobbin of the workstation the winding process of the cross-wound bobbin is interrupted and a cross-wound bobbin/empty tube exchange is started, in which the thread made by the open-end spinning device is disposed of first temporarily by the second movably mounted suction nozzle which can be positioned as necessary in the region of the winding device of the workstation by a drive device, transfers the cross-wound bobbin by means of a suitable control of the bobbin cradle onto a spinning machine-independent transport device, the bobbin cradle is fitted with a new empty tube from a workstationindependent empty tube magazine and lastly the bobbin cradle is pivoted back into a winding position and in that the second movably mounted suction nozzle is positioned so that the thread running into the second movably mounted suction nozzle is transferred to the empty tube fixed in the bobbin cradle and the winding process onto the new empty tube is restarted.
A drive system for a vehicle, comprising at least one asymmetrical rotor, which has at least one rotor blade extending radially from a rotor axis and a counterweight lying opposite relative to the rotor axis, further comprising an actuating device for the electric motor, which connects the electric motor with an accumulator element to supply it with power, and, during a circulating cycle comprising 1-3 circulations of the rigidly designed rotor blade, is set up and designed to initiate at least one acceleration phase, in which the electric motor can be accelerated for accelerating the rotor, and at least one brake phase, in which the electric motor can be braked, wherein the actuating device is designed to connect the electric motor with at least one accumulator element in the generator mode during at least part of the braking phase.
A cutting station of a slicing machine comprising a plurality of blades for cutting food products and a system for attaching said blades for cutting food products, the system comprising a support frame (10, 11) which includes at least one crosspiece (10, 11) provided with a plurality of gripping elements, each designed to receive at least one respective attachment member (21, 22) provided on one of said blades, characterised in that: the gripping elements include at least two rectilinear contact surfaces (120, 121) set at an angle to each other; and that the blades are equipped with attachment members in the form of polygonal members (21, 22), having two sides designed to make contact at the same time with said two contact surfaces (120, 121). the gripping elements include at least two rectilinear contact surfaces (120, 121) set at an angle to each other; and that the blades are equipped with attachment members in the form of polygonal members (21, 22), having two sides designed to make contact at the same time with said two contact surfaces (120, 121).
A laminated body, comprising: an antireflection film; and a protection film bonded onto the antireflection film, wherein the surface of the antireflection film includes a plurality of protrusions wherein the width between the tops of adjacent protrusions is equal to or less than the visible light wavelength; the protection film includes a supporting film and an adhesive layer in contact with the antireflection film; the adhesive layer is a layer constituted with a material formed by cross-linking, with a cross-linking agent, a (meth)acrylic acid ester copolymer; the weight-average molecular weight of the (meth)acrylic acid ester copolymer is 600,000 or more and less than 1,500,000; the (meth)acrylic acid ester copolymer is a copolymer formed by polymerizing monomer components including, in relation to the total amount of the monomer components set at 100% by mass, 70 to 98% by mass of a (meth)acrylic acid alkyl ester monomer (a) including a noncyclic alkyl group containing 4 to 9 carbon atoms, 1.5 to 25% by mass of a (meth)acrylic acid ester monomer (b) containing an aliphatic ring, and 0.5 to 5% by mass of a (meth)acrylic-based monomer (c) containing a functional group exhibiting reactivity with the cross-linking agent; and the area proportion of the components each having a molecular weight of 100,000 or less, obtained by gel permeation chromatography measurement, in relation to the area of the whole of the (meth)acrylic acid ester copolymer set at 100%, is less than 3.0%. an antireflection film; and a protection film bonded onto the antireflection film, wherein the surface of the antireflection film includes a plurality of protrusions wherein the width between the tops of adjacent protrusions is equal to or less than the visible light wavelength; the protection film includes a supporting film and an adhesive layer in contact with the antireflection film; the adhesive layer is a layer constituted with a material formed by cross-linking, with a cross-linking agent, a (meth)acrylic acid ester copolymer; the weight-average molecular weight of the (meth)acrylic acid ester copolymer is 600,000 or more and less than 1,500,000; the (meth)acrylic acid ester copolymer is a copolymer formed by polymerizing monomer components including, in relation to the total amount of the monomer components set at 100% by mass, 70 to 98% by mass of a (meth)acrylic acid alkyl ester monomer (a) including a noncyclic alkyl group containing 4 to 9 carbon atoms, 1.5 to 25% by mass of a (meth)acrylic acid ester monomer (b) containing an aliphatic ring, and 0.5 to 5% by mass of a (meth)acrylic-based monomer (c) containing a functional group exhibiting reactivity with the cross-linking agent; and the area proportion of the components each having a molecular weight of 100,000 or less, obtained by gel permeation chromatography measurement, in relation to the area of the whole of the (meth)acrylic acid ester copolymer set at 100%, is less than 3.0%.
An electric arc extinction chamber comprising: • a stack of electric arc splitter plates, the splitter plates defining an inlet of the extinction chamber that is to be present facing electric contacts (22; 25), and a back of the extinction chamber; and • at least one permanent magnet present inside the extinction chamber in a central zone (Z c) in the width direction of the extinction chamber and beside its back, characterized in that the magnet presents magnetization having a non-zero component along an axis extending between the inlet and the back of the extinction chamber. • a stack of electric arc splitter plates, the splitter plates defining an inlet of the extinction chamber that is to be present facing electric contacts (22; 25), and a back of the extinction chamber; and • at least one permanent magnet present inside the extinction chamber in a central zone (Z c) in the width direction of the extinction chamber and beside its back, characterized in that the magnet presents magnetization having a non-zero component along an axis extending between the inlet and the back of the extinction chamber.
A stimulation device in a piggery, wherein the device is for use in a method of preventing or terminating tail biting in pigs, the stimulation device being made of natural fibers and is fixed to the ceiling or the stall structure of the piggery by a fixing member for keeping the stimulation device in place regardless of the pull caused by the pigs, characterized in that the stimulation device contains ammonium chloride which is absorbed into the stimulation device from a solution where it is present at 50-375 g/l of water.
A refrigerator comprising a body wherein foodstuffs and beverages are placed; a protector plate placed into the body; at least one drawer that is placed under the protector plate, wherein fruits and vegetables are placed; a separator plate that is disposed under the protector plate and that has more than one hole enabling the air delivered to the protector plate to at least partially reach the drawer; a ceiling on the protector plate extending upwards from over the protector plate with a chamfered structure, and the ceiling is situated above the separator plate so that there is a distance between the separator plate and the ceiling; and at least one air blowing opening enabling cold air to be blown to the protector plate, characterized by the ceiling being produced as a single piece with the protector plate, by the separator plate being mounted detachably under the ceiling and by a handle that is disposed near the front side of the separator plate and that extends downward from the separator plate, such that the separator plate is easily dislodgeable from the protector plate by a user by grasping the handle.
Process for preparing an animal brain extract, wherein the animal is not human, characterized in that it comprises: 1) subjecting minced brains to an extraction with a mixture of ethanol:water or with a mixture of chloroform:methanol and separating the liquid fraction, referred to as L1, 2) distilling the solvent of the liquid fraction L1, and precipitating with acetone to obtain the solid fraction, referred to as S2, 3) saponifying the solid fraction S2, discarding the products soluble in acetone resulting from the saponification, and obtaining the solid fraction, referred to as S3. 1) subjecting minced brains to an extraction with a mixture of ethanol:water or with a mixture of chloroform:methanol and separating the liquid fraction, referred to as L1, 2) distilling the solvent of the liquid fraction L1, and precipitating with acetone to obtain the solid fraction, referred to as S2, 3) saponifying the solid fraction S2, discarding the products soluble in acetone resulting from the saponification, and obtaining the solid fraction, referred to as S3.
A strain measuring device comprising: a semiconductor chip including a front surface, a plurality of piezoresistive elements formed on the front surface side, a plurality of electrodes formed on the front surface side and electrically connected to the plurality of piezoresistive elements, and a rear surface located on an opposite side to the front surface, the semiconductor chip sensing strain by forming a Wheatstone bridge circuit; a lead wire unit including a plurality of wires electrically connected to the plurality of electrodes; and a plate member including a chip mount surface on which the semiconductor chip is mounted and a lower surface as mount surface located on an opposite side to the chip mount surface and adapted to be fixed to an object to be measured with the whole lower surface, to which the semiconductor chip is fixed via a joining member so that the rear surface of the semiconductor chip may face the chip mount surface, wherein the plate member includes a first region facing the rear surface of the semiconductor chip and a second region provided on both sides with the first region in between, and a thickness of the plate member in the first region is larger than a thickness in the second region at a peripheral edge of the plate member. a semiconductor chip including a front surface, a plurality of piezoresistive elements formed on the front surface side, a plurality of electrodes formed on the front surface side and electrically connected to the plurality of piezoresistive elements, and a rear surface located on an opposite side to the front surface, the semiconductor chip sensing strain by forming a Wheatstone bridge circuit; a lead wire unit including a plurality of wires electrically connected to the plurality of electrodes; and a plate member including a chip mount surface on which the semiconductor chip is mounted and a lower surface as mount surface located on an opposite side to the chip mount surface and adapted to be fixed to an object to be measured with the whole lower surface, to which the semiconductor chip is fixed via a joining member so that the rear surface of the semiconductor chip may face the chip mount surface, wherein the plate member includes a first region facing the rear surface of the semiconductor chip and a second region provided on both sides with the first region in between, and a thickness of the plate member in the first region is larger than a thickness in the second region at a peripheral edge of the plate member.