mhurhangee/ep-ind-claims huggingface dataset:
A system for preventing evaporation of liquid cargo in a ship, which prevents generation of boil-off gas when liquid cargo is loaded into a storage tank capable of storing liquid cargo, the system comprising: a pressure regulator provided to a first pipe configured to load liquid cargo into the storage tank; a sensing unit (21, 31) placed apart from the pressure regulator; and a bypass pipe branching off from the first pipe to allow liquid cargo to bypass the pressure regulator and to be loaded into the storage tank, wherein a degree of opening of the pressure regulator is controlled to maintain pressure in the first pipe at a level above a vapor pressure of liquid cargo based on information sensed by the sensing unit (21, 31), wherein the bypass pipe is provided with a bypass valve controlling flow of liquid cargo through the bypass pipe, and wherein the bypass valve may be opened to allow liquid cargo to be loaded through both the bypass pipe and the first pipe, when the pressure in the first pipe can be maintained at a level above the vapor pressure of liquid cargo even though the pressure regulator is fully opened, as liquid cargo is loaded and a level of liquid cargo in the storage tank thus is raised. a pressure regulator provided to a first pipe configured to load liquid cargo into the storage tank; a sensing unit (21, 31) placed apart from the pressure regulator; and a bypass pipe branching off from the first pipe to allow liquid cargo to bypass the pressure regulator and to be loaded into the storage tank,
A blister which is an integral component of a dry powder inhaler is structured from a base sheet and a lid sheet comprising at least two layers made from formed polymeric materials or flat aluminium foil, wherein a cavity is filled up to 40-60 % with an inhalable formulation which contains tiotropium bromide in an amount of 0.25 to 0.75 % by weight of the total composition and at least one pharmaceutically acceptable excipient, also said cavity is filled about 3-6 mg of the formulation, and the cavity is in the volume range of 5 to 19.8 mm 3.
A method of wireless communication, comprising: receiving user equipment reference signal UERS; receiving at least one common reference signal CRS; estimating at least one CRS timing estimation based on each of the at least one CRS, respectively, estimating a UERS timing estimation based, at least in part, on the UERS; determining a timing differential between the UERS timing estimation and each of the at least one CRS timing estimations; identifying, based on the timing differential, an aligned CRS timing estimation associated with one of the at least one CRS timing estimations; and demodulating data carried in the downlink data channel based on an a substitute timing estimate, the substitute timing estimate being one of: the aligned CRS timing estimation; or an average timing error estimate, wherein the average timing error estimate is based on a combination of the aligned CRS timing estimation and the UERS timing estimation. receiving user equipment reference signal UERS; receiving at least one common reference signal CRS; estimating at least one CRS timing estimation based on each of the at least one CRS, respectively, estimating a UERS timing estimation based, at least in part, on the UERS; determining a timing differential between the UERS timing estimation and each of the at least one CRS timing estimations; identifying, based on the timing differential, an aligned CRS timing estimation associated with one of the at least one CRS timing estimations; and demodulating data carried in the downlink data channel based on an a substitute timing estimate, the substitute timing estimate being one of: the aligned CRS timing estimation; or an average timing error estimate, wherein the average timing error estimate is based on a combination of the aligned CRS timing estimation and the UERS timing estimation. the aligned CRS timing estimation; or an average timing error estimate, wherein the average timing error estimate is based on a combination of the aligned CRS timing estimation and the UERS timing estimation.
Motorcycle tyre, comprising an equatorial plane (X-X) and a tread band, wherein: - the tread band comprises a plurality of grooves defining a tread pattern comprising a module repeated along a direction of circumferential development of the tyre, comprising at least two first grooves oppositely inclined relative to the equatorial plane (X-X) of the tyre; - the grooves of the tread band overall define a void-to-rubber ratio greater than or equal to 9%, preferably greater than or equal to 11% on said tread band; - said first grooves have a length, measured along their extension, equal to or greater than 30% of the width of the tread band; - said first grooves are arranged so that their inclination angle relative to the equatorial plane (X-X) decreases at least partially in a monotonic way moving away from the equatorial plane (X-X); - said first grooves comprise at least one first segment located across the equatorial plane (X-X), having inclination angles relative to the equatorial plane (X-X) comprised in the range between 50° and 90°, and at least one second segment consecutively located relative to the first segment; characterized in that: - the distance between two circumferentially consecutive first grooves at the equatorial plane (X-X) is equal to or smaller than 2% of the circumferential development of the tread band. - the tread band comprises a plurality of grooves defining a tread pattern comprising a module repeated along a direction of circumferential development of the tyre, comprising at least two first grooves oppositely inclined relative to the equatorial plane (X-X) of the tyre; - the grooves of the tread band overall define a void-to-rubber ratio greater than or equal to 9%, preferably greater than or equal to 11% on said tread band; - said first grooves have a length, measured along their extension, equal to or greater than 30% of the width of the tread band; - said first grooves are arranged so that their inclination angle relative to the equatorial plane (X-X) decreases at least partially in a monotonic way moving away from the equatorial plane (X-X); - said first grooves comprise at least one first segment located across the equatorial plane (X-X), having inclination angles relative to the equatorial plane (X-X) comprised in the range between 50° and 90°, and at least one second segment consecutively located relative to the first segment; - the distance between two circumferentially consecutive first grooves at the equatorial plane (X-X) is equal to or smaller than 2% of the circumferential development of the tread band.
A control apparatus comprising: display control means to control display means to display a part of a capable range image in a first region on a display screen displayed by the display means, the capable range image indicating a capable range in which an imaging apparatus can capture an image by changing the imaging range; change control means to change an image to be displayed in the first region by the display control means, from a first portion image to a second portion image different from the first portion image, the first portion image and the second portion image being a part of the capable range image; and output means to output an instruction to cause the imaging apparatus to change an imaging range from a first imaging range to a second imaging range in response to changing the image displayed in the first region from the first portion image to the second portion image by the change control means, the second imaging range corresponding to an image displayed in a second region, the second region being smaller than the first region and a part within the first region, wherein the display control means further controls the display means to display a frame indicating the second region, and wherein a position and size of the frame does not change with a change of the image to be displayed in the first region. display control means to control display means to display a part of a capable range image in a first region on a display screen displayed by the display means, the capable range image indicating a capable range in which an imaging apparatus can capture an image by changing the imaging range; change control means to change an image to be displayed in the first region by the display control means, from a first portion image to a second portion image different from the first portion image, the first portion image and the second portion image being a part of the capable range image; and output means to output an instruction to cause the imaging apparatus to change an imaging range from a first imaging range to a second imaging range in response to changing the image displayed in the first region from the first portion image to the second portion image by the change control means, the second imaging range corresponding to an image displayed in a second region, the second region being smaller than the first region and a part within the first region, wherein the display control means further controls the display means to display a frame indicating the second region, and wherein a position and size of the frame does not change with a change of the image to be displayed in the first region.
A high pressure heat treatment apparatus, the apparatus comprising: an internal chamber accommodating an object to be heat-treated; an external chamber including a housing and a partition plate partitioning the housing into a high-temperature zone accommodating the internal chamber and a low-temperature zone having a lower temperature than the high-temperature zone, the partition plate including a discharge hole for allowing the high-temperature zone and the low-temperature zone to communicate with each other; a gas supply module configured to supply a process gas for the heat treatment to the internal chamber at a first pressure higher than that of the atmosphere, and supply a protective gas to the external chamber at a second pressure set in relation to the first pressure; and a discharge module configured to open the discharge hole to discharge the protective gas in the high-temperature zone to the low-temperature zone. an internal chamber accommodating an object to be heat-treated; an external chamber including a housing and a partition plate partitioning the housing into a high-temperature zone accommodating the internal chamber and a low-temperature zone having a lower temperature than the high-temperature zone, the partition plate including a discharge hole for allowing the high-temperature zone and the low-temperature zone to communicate with each other; a gas supply module configured to supply a process gas for the heat treatment to the internal chamber at a first pressure higher than that of the atmosphere, and supply a protective gas to the external chamber at a second pressure set in relation to the first pressure; and a discharge module configured to open the discharge hole to discharge the protective gas in the high-temperature zone to the low-temperature zone.
Processes for producing metallic chromium or chromium-containing alloys with a nitrogen content below 10 ppm comprising: vacuum-degassing a thermite mixture comprising chromium compounds and metallic reducing agents, contained within a vacuum vessel capable of withstanding a thermite reaction, to an initial pressure less than 1 mbar, then increasing the pressure within the vacuum vessel up to 200 mbar by introduction of a non-nitrogenous inert gas; igniting the thermite mixture to effect reduction of the chromium compounds within said vessel; solidifying the reaction products; and cooling the reaction products, wherein igniting, solidifying and cooling are conducted under a pressure below 1 bar. vacuum-degassing a thermite mixture comprising chromium compounds and metallic reducing agents, contained within a vacuum vessel capable of withstanding a thermite reaction, to an initial pressure less than 1 mbar, then increasing the pressure within the vacuum vessel up to 200 mbar by introduction of a non-nitrogenous inert gas; igniting the thermite mixture to effect reduction of the chromium compounds within said vessel; solidifying the reaction products; and cooling the reaction products, wherein igniting, solidifying and cooling are conducted under a pressure below 1 bar.
A structure for preventing deviation of elevator doors (LD, RD) and insertion of foreign objects, including left and right doors having shoes installed on lower portions thereof and a sill having a rail groove into which the shoesare inserted, comprising: a locking bracket installed at lower ends of the left and right doors, and a locking groove, into which a front end of a horizontal portion of the locking bracket is inserted, being formed on an inner side wall of the rail groove, and characterized in that the locking bracket is a rectangular metal plate attached to the lower ends of the left and right doors with a mirror image L-shaped cross-section through bending of one portion of the lower end in one side direction, a middle bent portion obtained through double-bending in horizontal and vertical directions is further formed in a middle region of the locking bracket, and an elongated hole of a predetermined length is formed in a lower portion of the middle bent portion. a locking bracket installed at lower ends of the left and right doors, and a locking groove, into which a front end of a horizontal portion of the locking bracket is inserted, being formed on an inner side wall of the rail groove, and characterized in that the locking bracket is a rectangular metal plate attached to the lower ends of the left and right doors with a mirror image L-shaped cross-section through bending of one portion of the lower end in one side direction, a middle bent portion obtained through double-bending in horizontal and vertical directions is further formed in a middle region of the locking bracket, and an elongated hole of a predetermined length is formed in a lower portion of the middle bent portion.
A method of purifying an antibody by mixed mode chromatography, comprising a step wherein the antibody is provided in a solution in the presence of an amino acid, wherein the amino acid is present in the antibody solution to be applied to the mixed mode resin, wherein the content amount of the amino acid is 50 mM to 350 mM in the antibody solution, wherein the amino acid is arginine, wherein the mixed mode chromatography is preceded by a protein A affinity chromatography treatment step, wherein the method further comprises an ion exchange chromatography treatment step, and wherein the ion exchange chromatography is cation exchange chromatography.
An electric component layout structure for a saddle type vehicle comprising a riding seat, a storage box located under the seat and rearward of a fuel tank, and a battery supported on an upper surface of a cross frame which connects a pair of left and right frames to each other, wherein the fuel tank is located under the seat, an upper-face opening of the storage box and the fuel tank are covered by the seat from above, the storage box has a downwardly projecting triangular shape in side view whereby a space is secured below a rear portion of the fuel tank and forward of the storage box, the battery is disposed in the space, and characterized in that a regulator which rectifies a current to be supplied to the battery is disposed on a lower surface of the cross frame, and the cross frame is disposed with the upper surface thereof inclined rearwardly upward in side view and is disposed to be orthogonal to a front wall of the storage box in side view.
Gas expansion motor, in particular compressed air motor, comprising: a compressed gas source, and at least one first piston cylinder arrangement comprising a first cylinder, a first piston movably guided therein, a first inlet valve that connects a working chamber of the first cylinder to the compressed gas source in the one first dead center of the first piston, and a first outlet valve (5, 11) that connects the working chamber to the surroundings in the other second dead center of the first piston, wherein during opening of the first inlet valve in the first dead center, the gas present in the working chamber is compressed by the first piston to an overpressure that is higher than the surrounding pressure and smaller than the pressure of the compressed gas source, characterized in that the first inlet valve is designed as a pressure-relief valve that is opened in the first dead center by a predetermined overpressure that prevails in the working chamber in order to connect the working chamber of the first piston to the compressed gas source in the first dead center. a compressed gas source, and at least one first piston cylinder arrangement comprising a first cylinder, a first piston movably guided therein, a first inlet valve that connects a working chamber of the first cylinder to the compressed gas source in the one first dead center of the first piston, and a first outlet valve (5, 11) that connects the working chamber to the surroundings in the other second dead center of the first piston, wherein during opening of the first inlet valve in the first dead center, the gas present in the working chamber is compressed by the first piston to an overpressure that is higher than the surrounding pressure and smaller than the pressure of the compressed gas source, characterized in that the first inlet valve is designed as a pressure-relief valve that is opened in the first dead center by a predetermined overpressure that prevails in the working chamber in order to connect the working chamber of the first piston to the compressed gas source in the first dead center.
A method of fabricating a semiconductor substrate, the method comprising: - forming a first GaN layer on a substrate; - forming a Ta layer in a shape of stripes as metallic layer on the first GaN layer; - forming at 1000°C or more a second GaN layer on the first GaN layer and the metallic layer in the presence of an NH 3 atmosphere while a cavity is formed in a portion of the first GaN layer located under the metallic layer; - removing the metallic layer through ultrasound cleaning; and then - forming a third GaN layer (404, 405) on the second GaN layer and over the cavity; wherein the step of removing the metallic layer by ultrasound cleaning comprises etching the metallic layer using a solution comprising potassium hydroxide or sodium hydroxide or dipping the substrate in a solution comprising hydrogen fluoride. - forming a first GaN layer on a substrate; - forming a Ta layer in a shape of stripes as metallic layer on the first GaN layer; - forming at 1000°C or more a second GaN layer on the first GaN layer and the metallic layer in the presence of an NH 3 atmosphere while a cavity is formed in a portion of the first GaN layer located under the metallic layer; - removing the metallic layer through ultrasound cleaning; and then - forming a third GaN layer (404, 405) on the second GaN layer and over the cavity; etching the metallic layer using a solution comprising potassium hydroxide or sodium hydroxide or dipping the substrate in a solution comprising hydrogen fluoride.
Clutch device, which is mountable so as to be rotatable about an axis of rotation, - having a driver unit, an actuating device (105, 110), an input side, an output side and a friction assembly (55, 60), - wherein the friction assembly (55, 60) has a first friction partner and a second friction partner, - wherein the driver unit comprises a plate carrier, a driver part and a thrust ring, - wherein the plate carrier is coupled fixedly in terms of torque to the first friction partner, - wherein the second friction partner is couplable fixedly in terms of torque to the output side, - wherein the actuating device (105, 110) is designed to provide an actuating force, - wherein the thrust ring is, in portions, arranged axially adjacent to the friction assembly (55, 60) and to the plate carrier and is designed to provide an opposing force (F G) which corresponds to the actuating force F, in order, by means of the actuating force, to press and of the friction partners (65, 70) against one another and realize frictional locking in the friction assembly (55, 60), - wherein the driver part is connected fixedly in terms of torque to the thrust ring, characterized in that the plate carrier has an internal toothing and the thrust ring has an external toothing, wherein the internal toothing and the external toothing engage into one another and connect the thrust ring fixedly in terms of torque to the plate carrier, whereby a transmission of torque between the plate carrier and the driver part takes place via the thrust ring. - having a driver unit, an actuating device (105, 110), an input side, an output side and a friction assembly (55, 60), - wherein the friction assembly (55, 60) has a first friction partner and a second friction partner, - wherein the driver unit comprises a plate carrier, a driver part and a thrust ring, - wherein the plate carrier is coupled fixedly in terms of torque to the first friction partner, - wherein the second friction partner is couplable fixedly in terms of torque to the output side, - wherein the actuating device (105, 110) is designed to provide an actuating force, - wherein the thrust ring is, in portions, arranged axially adjacent to the friction assembly (55, 60) and to the plate carrier and is designed to provide an opposing force (F G) which corresponds to the actuating force F, in order, by means of the actuating force, to press and of the friction partners (65, 70) against one another and realize frictional locking in the friction assembly (55, 60), - wherein the driver part is connected fixedly in terms of torque to the thrust ring, characterized in that the plate carrier has an internal toothing and the thrust ring has an external toothing, wherein the internal toothing and the external toothing engage into one another and connect the thrust ring fixedly in terms of torque to the plate carrier, whereby a transmission of torque between the plate carrier and the driver part takes place via the thrust ring.
A process comprising: approximating a film layer comprising cellulose and a porous layer comprising cellulose; contacting the approximated film layer and porous layer with a solvent suitable for swelling cellulose to join the film layer and porous layer to form a hemostatic implant as a multi-layered substrate without the use of an adhesive other than said cellulose, wherein contacting the approximated film layer and porous layer with a solvent suitable for swelling cellulose comprises contacting the approximated film layer and porous layer with a basic solution including a base selected from the group consisting of sodium hydroxide, potassium hydroxide, ammonia, or combinations thereof. approximating a film layer comprising cellulose and a porous layer comprising cellulose; contacting the approximated film layer and porous layer with a solvent suitable for swelling cellulose to join the film layer and porous layer to form a hemostatic implant as a multi-layered substrate without the use of an adhesive other than said cellulose,
A process for producing a hydrogenolysis product of a polyhydric alcohol, comprising the step of subjecting a polyhydric alcohol solution having a water content of less than 1% by mass to hydrogenolysis by a fixed-bed continuous liquid phase reaction method in the presence of a hydrogenolysis catalyst, wherein the hydrogenolysis catalyst is a copper/silica catalyst.