mhurhangee/patent-ind-claim-en huggingface dataset:
A method for producing an unsaturated aldehyde and/or an unsaturated carboxylic acid, the method comprising subjecting an alkene to gas-phase catalytic partial oxidation with molecular oxygen by using a multitubular reactor having a complex metal oxide catalyst filled therein, thereby obtaining a corresponding unsaturated aldehyde and/or unsaturated carboxylic acid, wherein two or more catalyst layers each containing a complex metal oxide catalyst are stuck in an axial direction of the tube, thereby achieving multilayer filling; a formulation of the complex metal oxide catalyst contained in one catalyst layer is different from a formulation of the complex metal oxide catalyst contained in at least one of other catalyst layers; a ratio of a component amount of bismuth to a component amount of molybdenum of the catalyst layer on the most gas inlet side in the tube axis is larger than a ratio of a component amount of bismuth to a component amount of molybdenum of the catalyst layer on the most gas outlet side in the tube axis; in all of the two catalyst layers adjacent to each other, a ratio of a component amount of bismuth to a component amount of molybdenum of the catalyst layer on the gas inlet side in the tube axis is equal to or larger than a ratio of a component amount of bismuth to a component amount of molybdenum of the catalyst layer on the gas outlet side in the tube axis; and the catalyst layer on the most gas outlet side in the tube axis contains a catalyst containing a compound represented by the following formula : Mo 12 Bi a Fe b Co c Ni d X e Y f Z g O h wherein X is at least one element selected from the group consisting of magnesium (Mg), calcium (Ca), manganese (Mn), copper (Cu), zinc (Zn), cerium (Ce) and samarium (Sm); Y is at least one element selected from the group consisting of boron (B), phosphorus (P), arsenic (As), antimony (Sb), tungsten (W), silicon (Si) and aluminum (Al); Z is at least one element selected from the group consisting of sodium (Na), potassium (K), rubidium (Rb) and cesium (Cs); a to h represent atomic ratios of the respective components; a = 0.40 or more and less than 0.80; b = 1.0 to 2.5; c = 3.0 to 7.5; d = 2.0 to 3.5; e = 0 to 10; f= 0 to 10; g = 0.01 to 1.0; his expressed by a numerical value satisfying oxidation states of other elements; d/a is more than 2.5 and 8.8 or less; d/g is 2.0 or more and 350 or less; and a/g is 0.4 or more and less than 80.
A vertical takeoff and landing (VTOL) aircraft , comprising: a boom ; a propulsion assembly coupled to a first end of the boom ; and a pair of first wings coupled to a second end of the boom via a respective first rotating joint for rotating the respective first wing about a respective axis through the respective length of the respective first wing ; wherein the first wings on opposite sides of the boom rotating in opposite directions effectively turn the pair of first wings into rotors to facilitate auto rotation; wherein the entire VTOL aircraft rotates, in auto rotation, in response to surrounding air moving in the direction from the second end to the propulsion assembly; and wherein the boom rotates, in auto rotation, about an axis through the length of the boom . a boom ; a propulsion assembly coupled to a first end of the boom ; and a pair of first wings coupled to a second end of the boom via a respective first rotating joint for rotating the respective first wing about a respective axis through the respective length of the respective first wing ; wherein the first wings on opposite sides of the boom rotating in opposite directions effectively turn the pair of first wings into rotors to facilitate auto rotation; wherein the entire VTOL aircraft rotates, in auto rotation, in response to surrounding air moving in the direction from the second end to the propulsion assembly; and wherein the boom rotates, in auto rotation, about an axis through the length of the boom .
Pump for liquid contaminated with solid material, comprising: a pump housing , an axially extending rotatable motor shaft having an impeller fixed torque-proof thereto and a cutting unit provided at a bottom plate of the pump housing within an intake region , wherein the cutting unit comprises a cutting element provided stationary at the bottom plate and a cutting body comprising a respective cutting edge fixed torque-proof to the motor shaft , the cutting edge of the cutting body projects axially beyond the bottom plate in a first sector of rotation of the cutting body which is free of the cutting element for catching the solid material, and the cutting element projects axially beyond the cutting body only in a second sector of rotation of the cutting body , which is different from the first sector of rotation, so that the cutting edges can cooperate for chopping the catched solid material. a pump housing , an axially extending rotatable motor shaft having an impeller fixed torque-proof thereto and a cutting unit provided at a bottom plate of the pump housing within an intake region , wherein the cutting unit comprises a cutting element provided stationary at the bottom plate and a cutting body comprising a respective cutting edge fixed torque-proof to the motor shaft , the cutting edge of the cutting body projects axially beyond the bottom plate in a first sector of rotation of the cutting body which is free of the cutting element for catching the solid material, and the cutting element projects axially beyond the cutting body only in a second sector of rotation of the cutting body , which is different from the first sector of rotation, so that the cutting edges can cooperate for chopping the catched solid material.
Transition fitting for connecting a plastic-pipe end to an existing connection, containing a connection element for adaptation to an existing connection, wherein the connection element has a fastening region and an overmoulding region , also containing a sealing element for establishing the sealing between the connection element and the electrofusion fitting , and further containing an electrofusion fitting made of weldable plastic, wherein the electrofusion fitting has a heating element , wherein the electrofusion fitting is attached to the connection element in a form-fitting and non-releasable manner by injection moulding, characterized in that the plastic of the electrofusion fitting extends along the inner circumference and outer circumference in the overmoulding region of the connection element .
A computer-implemented non-invasive method for assessing the presence and severity of liver fibrosis in a subject, said method comprising: 1) performing at least 3 binary logistic regressions on at least one variable selected from the group consisting of biomarkers, clinical markers, qualitative markers, data obtained by a physical method of diagnosis, scores of fibrosis tests, descriptors of at least one image of the liver tissue of the subject previously obtained by an imaging method, and mathematical combinations thereof, wherein the binary logistic regressions are performed on the same variable(s) but are each directed to a different single diagnostic target, said diagnostic target being a stage or a combination of stages of a fibrosis reference classification, thereby obtaining at least 3 scores; 2) combining the at least 3 scores obtained in step 1) in a multiple linear regression to obtain a new multi-targeted score useful for assessing the presence and severity of liver fibrosis in the subject; and 3) sorting the multi-targeted score obtained in step 2) in a classification of liver fibrosis stages, thereby determining to which liver fibrosis stage the subject belongs based on his/her multi-targeted score. 1) performing at least 3 binary logistic regressions on at least one variable selected from the group consisting of biomarkers, clinical markers, qualitative markers, data obtained by a physical method of diagnosis, scores of fibrosis tests, descriptors of at least one image of the liver tissue of the subject previously obtained by an imaging method, and mathematical combinations thereof, wherein the binary logistic regressions are performed on the same variable(s) but are each directed to a different single diagnostic target, said diagnostic target being a stage or a combination of stages of a fibrosis reference classification, thereby obtaining at least 3 scores; 2) combining the at least 3 scores obtained in step 1) in a multiple linear regression to obtain a new multi-targeted score useful for assessing the presence and severity of liver fibrosis in the subject; and 3) sorting the multi-targeted score obtained in step 2) in a classification of liver fibrosis stages, thereby determining to which liver fibrosis stage the subject belongs based on his/her multi-targeted score.
A vacuum insulated glass (VIG) unit, comprising: first and second substantially parallel, spaced apart glass substrates defining a gap therebetween; an edge seal provided around a periphery of the first and second substrates to form an hermetic seal; a plurality of pillars provided between the first and second substrates ; and a lamellar coating provided around at least a portion of the pillars so as to impart closure stresses on the first and/or second substrates proximate to the pillars to at least partially offset tensile stresses also applied to the first and/or second glass substrates , wherein the gap is provided at a pressure less than atmospheric, characterized in that the lamellar coating comprises: a nano-clay and polymer composite coating; or carbon nano-tubes (CNTs). first and second substantially parallel, spaced apart glass substrates defining a gap therebetween; an edge seal provided around a periphery of the first and second substrates to form an hermetic seal; a plurality of pillars provided between the first and second substrates ; and a lamellar coating provided around at least a portion of the pillars so as to impart closure stresses on the first and/or second substrates proximate to the pillars to at least partially offset tensile stresses also applied to the first and/or second glass substrates , wherein the gap is provided at a pressure less than atmospheric, characterized in that the lamellar coating comprises: a nano-clay and polymer composite coating; or carbon nano-tubes (CNTs). a nano-clay and polymer composite coating; or carbon nano-tubes (CNTs).
System for coupling a range of load carriers with a ball-jointed hook fastened to the rear structure of a motor vehicle, the hook comprising a ball at the free end of an essentially vertical neck , the hook being designed to selectively cooperate with: - a fastening member of a load carrier of a first type, comprising a cover delimiting a recess for receiving the ball , the ball being wedged transversely between lateral walls of the cover while disengaged double locking means are provided for immobilizing the ball longitudinally in the receiving recess , a first space (E1) being created vertically between the summit of the ball and an end wall of the receiving recess , - a fastening member of a load carrier of a second type , comprising two cylindrical portions that are articulated so as to form a gripper that can be removably closed on lateral regions of the ball and of the neck , a second space (E2) being created transversely between the cylindrical portions , the hook being provided with a poka-yoke finger rigidly fastened to the ball , the finger rising above the ball by a height (H) between 10 mm and the height of the first space (E1) and being provided with a base whose width (L2) in the transverse direction (Y) is smaller than the width of the second space (E2), characterized in that the finger has a rounded end shape whose radius (R) is essentially equal to 6 mm, the finger having a base whose width (L2) measured in the transverse direction (Y) is between 5 and 10 mm, in particular a width (L2) essentially equal to 7 mm. - a fastening member of a load carrier of a first type, comprising a cover delimiting a recess for receiving the ball , the ball being wedged transversely between lateral walls of the cover while disengaged double locking means are provided for immobilizing the ball longitudinally in the receiving recess , a first space (E1) being created vertically between the summit of the ball and an end wall of the receiving recess , - a fastening member of a load carrier of a second type , comprising two cylindrical portions that are articulated so as to form a gripper that can be removably closed on lateral regions of the ball and of the neck , a second space (E2) being created transversely between the cylindrical portions ,
A method of forming a ceramic matrix composite component, the method comprising: forming a fiber preform , the preform comprising: a plurality of ceramic fiber plies ; a non-reduced fiber region having an areal weight; and a reduced fiber region characterized by a reduced areal weight less than the areal weight of the non-reduced fiber region by at least 5 percent; selectively applying ceramic particles to the reduced fiber region in such manner as to avoid applying the ceramic particles to the non-reduced fiber region; and subsequently densifying the preform . a plurality of ceramic fiber plies ; a non-reduced fiber region having an areal weight; and a reduced fiber region characterized by a reduced areal weight less than the areal weight of the non-reduced fiber region by at least 5 percent; selectively applying ceramic particles to the reduced fiber region in such manner as to avoid applying the ceramic particles to the non-reduced fiber region; and subsequently densifying the preform .
Furniture roller with an attachment housing for attaching onto the underside of a piece of furniture and with a wheel rotatably mounted on an axis, wherein the axis is arranged moveably between a first and a second position relative to the attachment housing , wherein the wheel , in the first position, is arranged completely within the attachment housing , with a base , with an essentially cylindrical walling , and with an opening disposed opposite the base , and in the second position, protrudes, segment by segment and through the opening , out of the attachment housing , wherein the axis is loaded by means of a spring element and can be transferred from the first position into the second position, wherein the axis can be fixed in the second position by means of a locking device, characterized in that the locking device comprises a locking ring .
A medical heat exchanger for heating a medical liquid by means of light, having at least one liquid chamber configured to receive and/or conduct the medical liquid having at least one outer wall forming the liquid chamber in a liquid-tight manner at least one inlet in the outer wall of the liquid chamber for supplying the medical liquid into the liquid chamber and at least one outlet in the outer wall of the liquid chamber for removing the medical liquid from the liquid chamber at least one portion of the outer wall of the liquid chamber configured as a light aperture characterized in that the medical heat exchanger has at least one component, arranged inside the liquid chamber , configured as an absorber for light, which is arranged so that on receiving and/or conducting the medical liquid, for an efficient convective heat transfer on both sides or on all sides, a direct contact is present between the component configured as absorber for light and the medical liquid, wherein the component configured as absorber for light has a three-dimensional structure for the purpose of enlarging the surface in order to improve the heat transfer and the three-dimensional structure is formed for generating a turbulent flow, and the three-dimensional structure is embodied as ribs or webs, in order to impose a multiple meandering flow deflection of the medical liquid in cooperation with opposed ribs or webs on the inner side of the outer wall of the medical heat exchanger, in order to improve the heat transfer from the component, configured as absorber, to the medical liquid, wherein the component configured as absorber for light is provided and suited to absorb irradiated light to a predominant proportion, wherein the component configured as absorber for light is made from a material, the absorption spectrum of which in the wavelength range of the light from 200 nm to 3,000 nm has at least a local maximum or an absolute maximum of the absorption coefficient.
A semiconductor die assembly (100; 200; 300; 400; 500), comprising: a stack of semiconductor dies ; a thermally conductive casing having a cap portion and a wall portion extending vertically away from the cap portion; an interposer between the thermally conductive casing and the stack of semiconductor dies, wherein a peripheral portion of the interposer extends laterally beyond the stack of semiconductor dies, wherein the interposer is formed without integrated circuit components, wherein the cap portion is attached to a back side surface of the interposer opposite a front side surface , and wherein the stack of semiconductor dies is electrically coupled to the front side surface of the interposer by a plurality of interconnects ; a package substrate carrying the thermally conductive casing, wherein the wall portion is attached to an outer surface of the package substrate, and wherein the thermally conductive casing at least partially encloses the interposer and the stack of semiconductor dies within an enclosure; and a plurality of conductive members interposed between the package substrate and the front side surface at the peripheral portion of the interposer, wherein each of the conductive members is coupled to a bond pad on the interposer and to a corresponding bond pad on the package substrate. a stack of semiconductor dies ; a thermally conductive casing having a cap portion and a wall portion extending vertically away from the cap portion; an interposer between the thermally conductive casing and the stack of semiconductor dies, wherein a peripheral portion of the interposer extends laterally beyond the stack of semiconductor dies, wherein the interposer is formed without integrated circuit components, wherein the cap portion is attached to a back side surface of the interposer opposite a front side surface , and wherein the stack of semiconductor dies is electrically coupled to the front side surface of the interposer by a plurality of interconnects ; a package substrate carrying the thermally conductive casing, wherein the wall portion is attached to an outer surface of the package substrate, and wherein the thermally conductive casing at least partially encloses the interposer and the stack of semiconductor dies within an enclosure; and a plurality of conductive members interposed between the package substrate and the front side surface at the peripheral portion of the interposer, wherein each of the conductive members is coupled to a bond pad on the interposer and to a corresponding bond pad on the package substrate.
A biphasic injectable electrode which comprises a plurality of solid particles and a transporter phase, wherein both the solid particles and the transporter phase comprise poly(3,4-ethylenedioxythiophene)polystyrene sulfonate.
An integrated air duct module for delivering cold air of a refrigerator, comprising an air duct housing with an air duct formed therein, the air duct housing being provided with an air inlet for the cold air to enter the air duct and a first air outlet for discharging the cold air from the air duct, wherein the air duct housing further has a second air outlet for discharging the cold air from the air duct, characterized in that it further comprises an air vent for controlling the second air outlet to be opened and closed is fixed at the second air outlet , wherein the air duct housing comprises an air-duct rear plate provided with the air inlet and an air-duct front cover plate provided with the first air outlet , wherein the integrated air duct module further includes an air guide portion fixed at the second air outlet and provided therein with a flow guide cavity , wherein the air vent is provided in the flow guide cavity , wherein the air duct housing has a covering portion extending outwards and at least covering a part of an outer wall of the air guide portion , and wherein the covering portion is formed at the air-duct rear plate , a mounting cavity where the air guide portion is embedded and mounted is formed between the covering portion and the air-duct front cover plate , and when the air guide portion is embedded into the mounting cavity, a butt joint is implemented between the flow guide cavity and the second air outlet . wherein the integrated air duct module further includes an air guide portion fixed at the second air outlet and provided therein with a flow guide cavity , wherein the air vent is provided in the flow guide cavity , wherein the air duct housing has a covering portion extending outwards and at least covering a part of an outer wall of the air guide portion , and wherein the covering portion is formed at the air-duct rear plate , a mounting cavity where the air guide portion is embedded and mounted is formed between the covering portion and the air-duct front cover plate , and when the air guide portion is embedded into the mounting cavity, a butt joint is implemented between the flow guide cavity and the second air outlet .
A container lid comprising a body made of a thin metal plate, the body having a circular top panel wall , and a cylindrical skirt wall extending downwardly from a peripheral edge of the top panel wall ; and a synthetic resin liner disposed on an inner surface of the top panel wall of the body , the liner being composed of a first layer formed by press-molding a rigid synthetic resin material supplied to the inner surface of the top panel wall; and a second layer formed by press-molding a flexible synthetic resin material supplied to a lower surface of the first layer, the first layer of the liner having a circular central portion extending along the inner surface of the top panel wall of the body; and a toroidal outer peripheral edge portion extending along an inner surface of an outer peripheral edge part of the top panel wall of the body and along an inner surface of an upper end part of the skirt wall, and the second layer of the liner being laminated to the central portion of the first layer , characterized in that a toroidal thickness varying region whose thickness gradually decreases radially outwardly is present in the central portion of the first layer . the liner being composed of a first layer formed by press-molding a rigid synthetic resin material supplied to the inner surface of the top panel wall; and a second layer formed by press-molding a flexible synthetic resin material supplied to a lower surface of the first layer, the first layer of the liner having a circular central portion extending along the inner surface of the top panel wall of the body; and a toroidal outer peripheral edge portion extending along an inner surface of an outer peripheral edge part of the top panel wall of the body and along an inner surface of an upper end part of the skirt wall, and the second layer of the liner being laminated to the central portion of the first layer , characterized in that a toroidal thickness varying region whose thickness gradually decreases radially outwardly is present in the central portion of the first layer .