mhurhangee/ep-ind-claims huggingface dataset:
A method for operating a power plant comprising: heating a primary fluid by a heat generating member, operatively connected with a gas turbine, a steam turbine and a heat recovery steam generator; directing the heated primary fluid to at least one primary circuit (10a, 10b, 10c) during an entire plant load range including a part load operation and a high load operation, wherein during part load operation the heated primary fluid is directed through the primary circuit to a first heat exchanger to direct the heat to a secondary fluid for transferring the heat to a main heat exchanger for heating gas turbine inlet air, wherein during high load operation, the heated primary fluid is directed through the primary circuit to a second heat exchanger for transferring the heat to power an absorption chiller for cooling the secondary fluid, and directing the secondary fluid to the main heat exchanger for cooling gas turbine inlet air by the main heat exchanger; diverting a part of the primary fluid to a feed water heater through a movable valve; heating the feed water over the entire plant load; and eliminating the usage of pegging steam extracted for pre heating the feed water in a water steam cycle over the entire plant load range. heating a primary fluid by a heat generating member, operatively connected with a gas turbine, a steam turbine and a heat recovery steam generator; directing the heated primary fluid to at least one primary circuit (10a, 10b, 10c) during an entire plant load range including a part load operation and a high load operation, wherein during part load operation the heated primary fluid is directed through the primary circuit to a first heat exchanger to direct the heat to a secondary fluid for transferring the heat to a main heat exchanger for heating gas turbine inlet air, wherein during high load operation, the heated primary fluid is directed through the primary circuit to a second heat exchanger for transferring the heat to power an absorption chiller for cooling the secondary fluid, and directing the secondary fluid to the main heat exchanger for cooling gas turbine inlet air by the main heat exchanger; diverting a part of the primary fluid to a feed water heater through a movable valve; heating the feed water over the entire plant load; and eliminating the usage of pegging steam extracted for pre heating the feed water in a water steam cycle over the entire plant load range.
An electrochemical capacitor, comprising: a plurality of electrode assemblies (110a, 110b, 110c, 110d, 110e), each including a positive electrode configured in a rolled sheet form and having both surfaces coated with an active material layer, a negative electrode configured in a rolled sheet form to face the positive electrode and having both surfaces coated with an active material layer, and a separator interposed and rolled between the positive electrode and the negative electrode; a positive electrode lead wire electrically connected to the positive electrode of each of the plurality of electrode assemblies (110a, 110b, 110c, 110d, 110e); and a negative electrode lead wire electrically connected to the negative electrode of each of the plurality of electrode assemblies (110a, 110b, 110c, 110d, 110e), wherein the plurality of electrode assemblies (110a, 110b, 110c, 110d, 110e) are stacked in one direction; characterized in that the positive electrodes, the negative electrodes and the separators of neighboring electrode assemblies (110a, 110b, 110c, 110d, 110e) are rolled to have different numbers of winds. a plurality of electrode assemblies (110a, 110b, 110c, 110d, 110e), each including a positive electrode configured in a rolled sheet form and having both surfaces coated with an active material layer, a negative electrode configured in a rolled sheet form to face the positive electrode and having both surfaces coated with an active material layer, and a separator interposed and rolled between the positive electrode and the negative electrode; a positive electrode lead wire electrically connected to the positive electrode of each of the plurality of electrode assemblies (110a, 110b, 110c, 110d, 110e); and a negative electrode lead wire electrically connected to the negative electrode of each of the plurality of electrode assemblies (110a, 110b, 110c, 110d, 110e), wherein the plurality of electrode assemblies (110a, 110b, 110c, 110d, 110e) are stacked in one direction; characterized in that the positive electrodes, the negative electrodes and the separators of neighboring electrode assemblies (110a, 110b, 110c, 110d, 110e) are rolled to have different numbers of winds.
An item of furniture having a furniture body and a movable furniture part and a damping device for the movable furniture part, said damping device being fixed to the furniture body together with a hinge, whereby the damping device comprises a linear damper, which has a cylinder and a piston movable in the cylinder as well as a piston rod coupled to the piston, the piston rod being pre-tensioned in a position directed away from the cylinder and the linear damper being coupled to a tappet, the tappet working together with a stop mounted on the movable furniture part, said stop being implemented integrally with a hinge part, characterized in that the stop is screwed on a frame made from hollow aluminum profiles in which a planar element in the shape of a glass pane is received, whereby a groove is formed on each of the hollow profiles, respectively, and on one of the hollow profiles the stop implemented as a protruding block is screwed on adjacent to the groove.
A cannula (58, 74, 92, 194) for moving fluids between a pump and the circulatory system of a patient, the cannula comprising: a liner (94, 112, 176, 196) comprising an intermediate portion (96, 114, 178, 206) between a proximal portion (98, 120, 198) and a distal portion (98, 100, 122, 182, 184) and a lumen (90, 94, 102, 192) extending between the proximal and distal portions, wherein at least the intermediate portion is constructed from a tissue in-growth material for supporting the growth of endothelial cells, the proximal portion is configured for connecting to the pump and the distal portion is configured for connecting to the circulatory system for suppling a continuous flow of blood, with the associated endothelial cells, from the circulatory system, through the lumen, and into the pump, wherein the distal portion is also constructed from the tissue in-growth material, and wherein the diameter of tissue in-growth material comprising the distal portion is larger and thicker than the diameter of the tissue ingrowth material comprising the intermediate portion; and a jacket (110, 126, 186, 204) surrounding at least a part of the liner. a liner (94, 112, 176, 196) comprising an intermediate portion (96, 114, 178, 206) between a proximal portion (98, 120, 198) and a distal portion (98, 100, 122, 182, 184) and a lumen (90, 94, 102, 192) extending between the proximal and distal portions, wherein at least the intermediate portion is constructed from a tissue in-growth material for supporting the growth of endothelial cells, the proximal portion is configured for connecting to the pump and the distal portion is configured for connecting to the circulatory system for suppling a continuous flow of blood, with the associated endothelial cells, from the circulatory system, through the lumen, and into the pump, wherein the distal portion is also constructed from the tissue in-growth material, and wherein the diameter of tissue in-growth material comprising the distal portion is larger and thicker than the diameter of the tissue ingrowth material comprising the intermediate portion; and a jacket (110, 126, 186, 204) surrounding at least a part of the liner.
A substrate for an organic electronic device, comprising: a first polymer base layer; an optical functional layer having a haze of 10 to 50% formed on the first polymer base layer; a high refractive layer formed on the optical functional layer, wherein the high refractive layer has a structure in which a planarization layer formed on the optical functional layer and a second polymer base layer formed on the planarization layer are stacked; and a barrier layer (104, 105) formed on one or both surfaces of the first polymer base layer and the high refractive layer, and having a refractive index with respect to light with a wavelength of 633 nm of 1.45 or more, wherein both the first polymer base layer and the second polymer base layer include polyimide wherein the barrier layers (104, 105) are formed on one surface of the first polymer base layer and one surface of the second polymer base layer. a first polymer base layer; an optical functional layer having a haze of 10 to 50% formed on the first polymer base layer; a high refractive layer formed on the optical functional layer, wherein the high refractive layer has a structure in which a planarization layer formed on the optical functional layer and a second polymer base layer formed on the planarization layer are stacked; and a barrier layer (104, 105) formed on one or both surfaces of the first polymer base layer and the high refractive layer, and having a refractive index with respect to light with a wavelength of 633 nm of 1.45 or more, wherein both the first polymer base layer and the second polymer base layer include polyimide wherein the barrier layers (104, 105) are formed on one surface of the first polymer base layer and one surface of the second polymer base layer.
A heliostat, wherein the heliostat comprises: (a) a mirror; (b) a rotatable member; wherein the mirror is coupled to the rotatable member; (c) a tracking band, the tracking band comprising: (i) a band clamp wherein the band clamp comprises two ends and a plurality of pairs of mounting tabs disposed between the two ends, and wherein the band clamp is secured to the rotatable member such that the band clamp is configured to rotate with the rotatable member; (ii) a magnetic tape, wherein the magnetic tape is secured to the band clamp by the pairs of mounting tabs, wherein the magnetic tape is coded with a sequence of magnetic poles; and (iii) a securing assembly operable to selectively secure the positions of the two ends relative to each other; and (d) an encoder head, wherein the encoder head is configured to read the magnetic tape and communicate information regarding the position of the mirror from the magnetic tape to a control system. (a) a mirror; (b) a rotatable member; wherein the mirror is coupled to the rotatable member; (c) a tracking band, the tracking band comprising: (i) a band clamp wherein the band clamp comprises two ends and a plurality of pairs of mounting tabs disposed between the two ends, and wherein the band clamp is secured to the rotatable member such that the band clamp is configured to rotate with the rotatable member; (ii) a magnetic tape, wherein the magnetic tape is secured to the band clamp by the pairs of mounting tabs, wherein the magnetic tape is coded with a sequence of magnetic poles; and (iii) a securing assembly operable to selectively secure the positions of the two ends relative to each other; and (i) a band clamp wherein the band clamp comprises two ends and a plurality of pairs of mounting tabs disposed between the two ends, and wherein the band clamp is secured to the rotatable member such that the band clamp is configured to rotate with the rotatable member; (ii) a magnetic tape, wherein the magnetic tape is secured to the band clamp by the pairs of mounting tabs, wherein the magnetic tape is coded with a sequence of magnetic poles; and (iii) a securing assembly operable to selectively secure the positions of the two ends relative to each other; and (d) an encoder head, wherein the encoder head is configured to read the magnetic tape and communicate information regarding the position of the mirror from the magnetic tape to a control system.
A particulate material for the production of a cement foam which material comprises particles comprising, attached to the particle surface, a surfactant which renders the particles hydrophilic, the surfactant comprising a moiety which is hydrolysable under alkaline conditions, which surfactant, after loss of the moiety by alkaline hydrolysis, renders the particles partially hydrophobic and the surfactant being of the general formula: qB-E-D wherein A represents a group attached to the group B and capable of attaching to the surface of a particle; and q is from 1 to 6; B represents a hydrophobic group capable of rendering the particle partially hydrophobic; E represents a group susceptible to alkaline hydrolysis; and D represents a hydrophilic group which renders the surfactant water soluble. wherein A represents a group attached to the group B and capable of attaching to the surface of a particle; and q is from 1 to 6; B represents a hydrophobic group capable of rendering the particle partially hydrophobic; E represents a group susceptible to alkaline hydrolysis; and D represents a hydrophilic group which renders the surfactant water soluble.
A fluid collection system, comprising: an outer container, which is a canister body having a protruding mounting portion; a removable lid coupled to the outer container and having an attached liner, the lid and the outer container encompassing the liner, wherein an interstitial space is defined between an outer surface of the liner and an inner surface of the outer container; a vacuum passage located within the outer container comprising: a first passage portion in communication with a vacuum source, a liner vacuum passage in communication with the first passage portion and the interior of the liner, and an interstitial vacuum passage in communication with the first passage portion and the interstitial space, wherein the first passage portion is included internally in the protruding mounting portion, wherein the liner vacuum passage is located in the lid and communicates directly with the first passage portion included internally in the protruding mounting portion, and wherein the interstitial vacuum passage branches off the first passage portion at a junction provided in the mounting portion of the canister body. an outer container, which is a canister body having a protruding mounting portion; a removable lid coupled to the outer container and having an attached liner, the lid and the outer container encompassing the liner, wherein an interstitial space is defined between an outer surface of the liner and an inner surface of the outer container; a vacuum passage located within the outer container comprising: a first passage portion in communication with a vacuum source, a liner vacuum passage in communication with the first passage portion and the interior of the liner, and an interstitial vacuum passage in communication with the first passage portion and the interstitial space, wherein the first passage portion is included internally in the protruding mounting portion, wherein the liner vacuum passage is located in the lid and communicates directly with the first passage portion included internally in the protruding mounting portion, and wherein the interstitial vacuum passage branches off the first passage portion at a junction provided in the mounting portion of the canister body. a first passage portion in communication with a vacuum source, a liner vacuum passage in communication with the first passage portion and the interior of the liner, and an interstitial vacuum passage in communication with the first passage portion and the interstitial space,
Well and shaft cover from fibre-reinforced plastic with or without grab handles that can be swivelled around hinges or lifted without hinges, characterised in that, on a round or square frame with fasteners provided on it for fastening the frame on a base a lid in the respective round or square form of the frame is attached on top and the lid has a central convex raised feature and in the middle of the raised feature of the lid a cylindrical vent connector is arranged and the outside edges of the lid are folded down where the lid with its bent edge completely covers the frame and the fasteners and the bent edge correspond to the height of the frame and the vent connector has at least one drilled hole in the area of the upper end and the top side of the vent connector is closed with a protruding, rim-type cover pointing down.
An article of footwear having an upper and a sole structure secured to the upper, the sole structure comprising: an upper barrier polymer layer bonded to a lower barrier polymer layer and forming a sealed chamber with (a) an exterior surface and (b) an interior surface located opposite the exterior surface, at least a portion of the interior surface defining a cavity within the chamber that receives a fluid; and a plate located within the cavity, the plate having (a) a first surface secured to the interior surface of the chamber and (b) a second surface located opposite the first surface, the second surface defining an indentation extending into and across at least a portion of the plate, wherein: (a) the indentation defines a generally triangular, linear, or water-droplet-shaped cross-section, (b) when tracing the cross-sectional profile from edge areas, which are defined in a surface of plate and are located immediately adjacent to and on opposite sides of the indentations, to portions of the plate spaced away from the edge areas, a thickness of the plate decreases rapidly at first, then decreases slowly toward the a thickness of the remainder of the plate, and (c) the edge areas are formed to have a saw-toothed, trapezoidal, curving, circular, rippling, or otherwise wavy configuration. an upper barrier polymer layer bonded to a lower barrier polymer layer and forming a sealed chamber with (a) an exterior surface and (b) an interior surface located opposite the exterior surface, at least a portion of the interior surface defining a cavity within the chamber that receives a fluid; and a plate located within the cavity, the plate having (a) a first surface secured to the interior surface of the chamber and (b) a second surface located opposite the first surface, the second surface defining an indentation extending into and across at least a portion of the plate, wherein: (a) the indentation defines a generally triangular, linear, or water-droplet-shaped cross-section, (b) when tracing the cross-sectional profile from edge areas, which are defined in a surface of plate and are located immediately adjacent to and on opposite sides of the indentations, to portions of the plate spaced away from the edge areas, a thickness of the plate decreases rapidly at first, then decreases slowly toward the a thickness of the remainder of the plate, and (c) the edge areas are formed to have a saw-toothed, trapezoidal, curving, circular, rippling, or otherwise wavy configuration. (a) the indentation defines a generally triangular, linear, or water-droplet-shaped cross-section, (b) when tracing the cross-sectional profile from edge areas, which are defined in a surface of plate and are located immediately adjacent to and on opposite sides of the indentations, to portions of the plate spaced away from the edge areas, a thickness of the plate decreases rapidly at first, then decreases slowly toward the a thickness of the remainder of the plate, and (c) the edge areas are formed to have a saw-toothed, trapezoidal, curving, circular, rippling, or otherwise wavy configuration.
Method for drying and/or curing an organic coating layer on a glass plate thereby forming a dried or cured organic polymer coating layer on the glass plate; wherein the glass plate comprises a non-transparent coating layer; wherein the organic coating layer is applied on the side of the glass plate comprising the non-transparent coating layer; wherein the non-transparent coating layer is located between the glass plate and the dried or cured polymer coating layer; the method comprises the step of transporting the glass plate through a drying and/or curing oven; wherein the drying or curing oven comprises a heating system; wherein the heating system comprises one or more radiation emitters on the side of the glass plate opposite to the side with the organic coating layer; wherein the radiation emitters are used to heat the side of the glass plate opposite to the side with the organic coating layer in order to dry and/or cure the organic coating layer on the glass plate so as to form a dried or cured organic polymer coating layer on the glass plate.
A method for producing a compressed body of a powdered milk having a solid form obtained by compression molding the powdered milk, the method comprising: a first compression step of compressing the powdered milk at a first compression speed; the method being characterised by a second compression step of compressing the compressed body of the powdered milk compressed in the first compression step at a second compression speed that is lower than the first compression speed until the compressed body of the powdered milk has a final thickness in a predetermined compression state corresponding to a target thickness of the compressed body of the powdered milk from a state of being compressed in the first compression step. a first compression step of compressing the powdered milk at a first compression speed; the method being characterised by a second compression step of compressing the compressed body of the powdered milk compressed in the first compression step at a second compression speed that is lower than the first compression speed until the compressed body of the powdered milk has a final thickness in a predetermined compression state corresponding to a target thickness of the compressed body of the powdered milk from a state of being compressed in the first compression step.
An LED light distribution structure, comprising: a ring-shaped light distribution element and a plurality of LED chips; wherein the ring-shaped light distribution element is provided with a light source cavity in a ring shape, and the light source cavity has a ring center and (a) a center line (b) surrounding the ring center (a) in a ring shape; and wherein the ring-shaped light distribution element is a ring-shaped refractive lens or a ring-shaped total reflection lens; the plurality of LED chips are arranged in a ring shape in the light source cavity, each of the LED chips comprises an LED and a chip substrate, and the LED is on the chip substrate; wherein the LEDs on all the LED chips are uniformly arranged along a ring-shaped wiring line (c), the ring-shaped wiring line (c) is in a concentric ring with the center line (b), and the ring-shaped wiring line (c) is located inside or outside of the center line (b), wherein the chip substrate has a center (d), and the LED is at the center (d) or not at the center (d) characterized in that the center (d) of the chip substrate is inside or outside the center line (b). wherein the ring-shaped light distribution element is provided with a light source cavity in a ring shape, and the light source cavity has a ring center and (a) a center line (b) surrounding the ring center (a) in a ring shape; and wherein the ring-shaped light distribution element is a ring-shaped refractive lens or a ring-shaped total reflection lens; the plurality of LED chips are arranged in a ring shape in the light source cavity, each of the LED chips comprises an LED and a chip substrate, and the LED is on the chip substrate; wherein the LEDs on all the LED chips are uniformly arranged along a ring-shaped wiring line (c), the ring-shaped wiring line (c) is in a concentric ring with the center line (b), and the ring-shaped wiring line (c) is located inside or outside of the center line (b), wherein the chip substrate has a center (d), and the LED is at the center (d) or not at the center (d) characterized in that the center (d) of the chip substrate is inside or outside the center line (b).