mhurhangee/patent-ind-claim-en huggingface dataset:
A capacitor , comprising: a substrate having a first surface , a second surface remote from the first surface , and a through opening extending between the first and second surfaces; a first metal element exposed at the first surface and extending into the through opening ; a first electrode connected to the first metal element ; a second metal element exposed at the second surface and extending into the through opening ; a second electrode connected to the second metal element , the first and second electrodes being connectable to first and second electric potentials; a capacitor dielectric layer separating and insulating the first and second metal elements from one another at least within the through opening , the capacitor dielectric layer having an undulating shape that is the capacitor dielectric layer has a wavelike shape with a direction of undulation parallel to the first and second surfaces such that an imaginary line parallel to the direction of undulation intersects the dielectric layer at least three times within the through opening . a substrate having a first surface , a second surface remote from the first surface , and a through opening extending between the first and second surfaces; a first metal element exposed at the first surface and extending into the through opening ; a first electrode connected to the first metal element ; a second metal element exposed at the second surface and extending into the through opening ; a second electrode connected to the second metal element , the first and second electrodes being connectable to first and second electric potentials; a capacitor dielectric layer separating and insulating the first and second metal elements from one another at least within the through opening , the capacitor dielectric layer having an undulating shape that is the capacitor dielectric layer has a wavelike shape with a direction of undulation parallel to the first and second surfaces such that an imaginary line parallel to the direction of undulation intersects the dielectric layer at least three times within the through opening .
A strut mounted gear box for counter rotating propellers (60; 62) comprising: - a gear box , said gear box having a conical shaped housing with a strut extending from a side surface , said strut being configured to be secured to a hull of a boat; - a main input shaft having a proximal end configured to be coupled to a propulsion component and a distal end secured to an idler gear cage assembly located within said gear box , said main input shaft for transferring torque and rotation from the propulsion component to the idler gear cage assembly ; - an inner tail shaft coupled to said main input shaft arranged to rotate said inner tail shaft in a first direction; - a counter shaft coupled to said idler gear cage assembly constructed and arranged to rotate said counter shaft in a second direction; - a first propeller secured to said inner tail shaft providing rotation in the first direction; and - a second propeller secured to the counter shaft having rotation in the second direction, characterized in that the strut mounted gear box further comprises an outer shaft casing coupled to said gear box , said main input shaft being positioned inside the outer shaft casing and said outer shaft casing being filled with a lubricant. - a gear box , said gear box having a conical shaped housing with a strut extending from a side surface , said strut being configured to be secured to a hull of a boat; - a main input shaft having a proximal end configured to be coupled to a propulsion component and a distal end secured to an idler gear cage assembly located within said gear box , said main input shaft for transferring torque and rotation from the propulsion component to the idler gear cage assembly ; - an inner tail shaft coupled to said main input shaft arranged to rotate said inner tail shaft in a first direction; - a counter shaft coupled to said idler gear cage assembly constructed and arranged to rotate said counter shaft in a second direction; - a first propeller secured to said inner tail shaft providing rotation in the first direction; and - a second propeller secured to the counter shaft having rotation in the second direction,
A marker system operation method for achieving control for assisting driving of a vehicle by using magnetic markers , the marker system including a storage device which stores laying position information indicating positions where the magnetic markers are laid, the marker system operation method comprising: by the vehicle , detecting a magnetic marker (S101), measuring a lateral shift amount of the magnetic marker (S102), measuring a position of the vehicle (S301), the method characterized by calculating a position of the magnetic marker (S203) based on the lateral shift amount and the measured position of the vehicle; identifying a magnetic marker positioned nearest to the calculated position of the magnetic marker from among the laying position information stored in the storage device (S402), and providing the laying position information of the identified magnetic marker to the vehicle (S403, S205); by the vehicle , calculating a position of the vehicle with reference to the magnetic marker associated with the provided laying position information (S206); and correcting the laying position information of the identified magnetic marker stored in the storage device (S404) by using, as correction information, the calculated position of the magnetic marker detected by the vehicle . by the vehicle , detecting a magnetic marker (S101), measuring a lateral shift amount of the magnetic marker (S102), measuring a position of the vehicle (S301), the method characterized by calculating a position of the magnetic marker (S203) based on the lateral shift amount and the measured position of the vehicle; identifying a magnetic marker positioned nearest to the calculated position of the magnetic marker from among the laying position information stored in the storage device (S402), and providing the laying position information of the identified magnetic marker to the vehicle (S403, S205); by the vehicle , calculating a position of the vehicle with reference to the magnetic marker associated with the provided laying position information (S206); and correcting the laying position information of the identified magnetic marker stored in the storage device (S404) by using, as correction information, the calculated position of the magnetic marker detected by the vehicle .
Method for manufacturing a curved composite casing for a turbomachine , notably an aircraft turbojet engine, the method comprising the following steps: (a) draping a preform by automatic placement of carbon fibres on a concave form ; (b) laying a glass-fibre ply on a convex form ; (c) transferring the preform onto the convex form by covering the glass-fibre ply on the convex form . (a) draping a preform by automatic placement of carbon fibres on a concave form ; (b) laying a glass-fibre ply on a convex form ; (c) transferring the preform onto the convex form by covering the glass-fibre ply on the convex form .
An antibiotic and a formulation comprising live microbial organisms for use in a method for treating arthritis in a mammal identified as having arthritis by the presence of an elevated level of gut microbial diversity of Eggerthella, Collinsella, Rikenella, and Pseudomonas, wherein said method comprises: (a) administering said antibiotic to said mammal to reduce the number of microbial organisms within the gut of said mammal, and (b) administering said formulation, wherein said formulation lacks species from the Eggerthella, Collinsella, Rikenella, and Pseudomonas genera. (a) administering said antibiotic to said mammal to reduce the number of microbial organisms within the gut of said mammal, and (b) administering said formulation, wherein said formulation lacks species from the Eggerthella, Collinsella, Rikenella, and Pseudomonas genera.
A device mouthpiece comprising a cylindrical tube and a filter element , wherein the filter element comprises a frame and a filter medium secured to the frame; the frame includes a cylindrical body portion at one end of which is located an annular channel defined by a portion of the cylindrical body portion which has an outwardly facing surface, and an outer wall which is spaced from the inner wall and has an inwardly facing surface, wherein the annular channel receives therein an end portion of the cylindrical tube ; the outwardly facing surface of the cylindrical body portion carries or defines radially outwardly extending ribs ; the cylindrical body portion of the frame is located within the cylindrical tube ; the end portion of the cylindrical tube forms a friction fit within the annular channel; wherein the filter element is secured to the cylindrical tube via the friction fit; and wherein the frame is a polymeric frame, and the filter medium is ultrasonically welded to a portion of the internal cylindrical channel defined by the cylindrical body portion such that the weld extends around the entire circumference of the cylindrical channel.
Device for the connection of a front to a frame with a longitudinal direction extending away from the front , with a mounting attachment which may be fitted to an upper edge of the frame and to which are assigned first mounting means for fastening to the frame and second mounting means for fastening to the front , in such a way that a force transmission between the mounting attachment and the frame and between the mounting attachment and the front is possible in each case in the longitudinal direction of the frame , wherein the mounting attachment has a frame mounting section to which the first mounting means are assigned, and a front mounting section to which the second mounting means are assigned, wherein the mounting attachment is in the form of an attachment frame, with a length which is shorter than the length of the assigned frame , wherein the attachment frame has an attachment frame base forming the frame mounting section and an open end face, facing towards the front in the assembled state and forming the front mounting section , wherein the second mounting means have, for attaching to the front , a front mounting unit with a base body mounted in the interior of the attachment frame with the aid of holding means, and a plug-in part for anchoring in the front , mounted on the base body and in the assembled state protruding from the base body in the direction of the front .
Positive electrode active material slurry comprising: a positive electrode active material represented by the following Chemical Formula 1; [Chemical Formula 1] Li 1+a Fe 1-x M x (PO 4-b )X b wherein, in Chemical Formula 1, M is Al, Mg, Ni, Co, Mn, Ti, Ga, V, Nb, Zr, Ce, In, Zn, Y or a combination thereof, X is F, S, N or a combination thereof, a is -0.5≤a≤0.5, b is 0≤b≤0.1, and x is 0≤x≤0.5, a first binder; a second binder; and an organic solvent, wherein the first binder is a fluorine-based binder, the second binder is a butadiene rubber-based binder, characterized in that the first binder and the second binder have a weight ratio of 9:1 to 7:3, wherein the positive electrode active material slurry has a solid concentration of 55% to 65%, and wherein the positive electrode active material is included in 50% by weight to 65% by weight with respect to total solid content of the positive electrode active material slurry. a positive electrode active material represented by the following Chemical Formula 1; [Chemical Formula 1] Li 1+a Fe 1-x M x (PO 4-b )X b wherein, in Chemical Formula 1, M is Al, Mg, Ni, Co, Mn, Ti, Ga, V, Nb, Zr, Ce, In, Zn, Y or a combination thereof, X is F, S, N or a combination thereof, a is -0.5≤a≤0.5, b is 0≤b≤0.1, and x is 0≤x≤0.5, M is Al, Mg, Ni, Co, Mn, Ti, Ga, V, Nb, Zr, Ce, In, Zn, Y or a combination thereof, X is F, S, N or a combination thereof, a is -0.5≤a≤0.5, b is 0≤b≤0.1, and x is 0≤x≤0.5, a first binder; a second binder; and an organic solvent, wherein the first binder is a fluorine-based binder, the second binder is a butadiene rubber-based binder, characterized in that the first binder and the second binder have a weight ratio of 9:1 to 7:3, wherein the positive electrode active material slurry has a solid concentration of 55% to 65%, and wherein the positive electrode active material is included in 50% by weight to 65% by weight with respect to total solid content of the positive electrode active material slurry.
A cleaning apparatus system, comprising a cleaning device and a tray: wherein the tray comprises: a tray body , wherein an outer surface of the tray body is provided with a roller brush accommodation region, and a mounting cavity is provided in the tray body ; and a drying unit , mounted in the mounting cavity and running to perform drying treatment on the roller brush accommodation region and a roller brush in the roller brush accommodation region; and wherein the tray body is provided with an air outlet facing the roller brush accommodation region, the roller brush accommodation region is a roller brush groove ; which the cleaning apparatus system is characterized in that the air outlet is located in front of the roller brush groove and faces a groove opening of the roller brush groove such that an airflow is capable of entering the roller brush groove from the groove opening of the roller brush groove ; wherein the cleaning device comprises a shell and a roller brush mounted to the shell . a tray body , wherein an outer surface of the tray body is provided with a roller brush accommodation region, and a mounting cavity is provided in the tray body ; and a drying unit , mounted in the mounting cavity and running to perform drying treatment on the roller brush accommodation region and a roller brush in the roller brush accommodation region; and wherein the tray body is provided with an air outlet facing the roller brush accommodation region, the roller brush accommodation region is a roller brush groove ; which the cleaning apparatus system is characterized in that the air outlet is located in front of the roller brush groove and faces a groove opening of the roller brush groove such that an airflow is capable of entering the roller brush groove from the groove opening of the roller brush groove ; wherein the cleaning device comprises a shell and a roller brush mounted to the shell .
Electromechanical brake actuator with a housing , having a first housing part configured as a housing flange for attachment of the electromechanical brake actuator to a disc brake , a second housing part for receiving a drive , and a third housing part arranged between the first housing part and the second housing part and connected to the first housing part and the second housing part , the electromechanical brake actuator having means, comprising a motor , a gearbox , a tappet , or a spindle, for actuating a disc brake , wherein the housing is an aluminium die-cast formed part, and the third housing part is cylindrical in design, wherein the electromechanical brake actuator is characterized in that the third housing part has a guide channel for guiding the tappet axially along an axial axis (A2) of the third housing .
A ceiling-embedded air conditioner, comprising: a box-shaped main unit that includes an air blower and a heat exchanger and is disposable in a ceiling back space (T2) of an air conditioning room (R); and a decorative panel that is attached to a bottom surface of the main unit along a ceiling surface of the air conditioning room (R), the decorative panel being provided with an air suction part disposed on an air suction side of the air blower and an air blowing part disposed on an air sending side of the air blower, wherein the air blowing part includes a raised portion in which a part of the decorative panel is raised from a panel surface of the decorative panel toward the air conditioning room (R), characterized in that the raised portion is formed with a fixed air blowing portion and movable air blowing portions disposed on both left and right sides, the movable air blowing portion is rotatable within a predetermined angle range about an axis orthogonal to the panel surface of the decorative panel or the ceiling surface, a first air blowing opening is provided on a side surface of the fixed air blowing portion , and a second air blowing opening is provided on a side surface of the movable air blowing portion , and in use a conditioned air is blown out from the fixed air blowing portion and from the movable air blowing portion substantially horizontally from the first air blowing opening and the second air blowing opening along the panel surface of the decorative panel . a box-shaped main unit that includes an air blower and a heat exchanger and is disposable in a ceiling back space (T2) of an air conditioning room (R); and a decorative panel that is attached to a bottom surface of the main unit along a ceiling surface of the air conditioning room (R), the decorative panel being provided with an air suction part disposed on an air suction side of the air blower and an air blowing part disposed on an air sending side of the air blower, wherein the air blowing part includes a raised portion in which a part of the decorative panel is raised from a panel surface of the decorative panel toward the air conditioning room (R), characterized in that the raised portion is formed with a fixed air blowing portion and movable air blowing portions disposed on both left and right sides, the movable air blowing portion is rotatable within a predetermined angle range about an axis orthogonal to the panel surface of the decorative panel or the ceiling surface, a first air blowing opening is provided on a side surface of the fixed air blowing portion , and a second air blowing opening is provided on a side surface of the movable air blowing portion , and in use a conditioned air is blown out from the fixed air blowing portion and from the movable air blowing portion substantially horizontally from the first air blowing opening and the second air blowing opening along the panel surface of the decorative panel .
A method for producing N-(α-hydroxyethyl)formamide, comprising: a step of mixing a basic catalyst stored in a catalyst supply facility with formamide in a mixing tank, wherein the catalyst supply facility includes a catalyst storage tank for storing the basic catalyst, a powder feeder for supplying the basic catalyst, and a catalyst supply pipe for supplying the basic catalyst; a step of bringing the formamide mixed with the basic catalyst into contact with acetaldehyde and obtaining N-(α-hydroxyethyl)formamide; wherein the basic catalyst is supplied to the mixing tank while vibrating at least a part of the catalyst supply facility in the step which is one of the catalyst storage tank, the powder feeder and catalyst supply pipe. a step of mixing a basic catalyst stored in a catalyst supply facility with formamide in a mixing tank, wherein the catalyst supply facility includes a catalyst storage tank for storing the basic catalyst, a powder feeder for supplying the basic catalyst, and a catalyst supply pipe for supplying the basic catalyst; a step of bringing the formamide mixed with the basic catalyst into contact with acetaldehyde and obtaining N-(α-hydroxyethyl)formamide; wherein the basic catalyst is supplied to the mixing tank while vibrating at least a part of the catalyst supply facility in the step which is one of the catalyst storage tank, the powder feeder and catalyst supply pipe.
A high-voltage fusing apparatus, comprising a current fuse , a temperature fuse , and a current-carrying fuse ; wherein the current fuse is connected in series with the temperature fuse ; a series branch of the current fuse and the temperature fuse is connected in parallel with the current-carrying fuse ; a resistance value of the current fuse is greater than a resistance value of the temperature fuse ; and a resistance value of the current-carrying fuse is less than the resistance value of the current fuse ; and a fusing temperature of the current-carrying fuse is lower than a fusing temperature of the temperature fuse , and the high-voltage fusing apparatus further comprises an insulating shell and a cover plate , characterised in that the insulating shell and the cover plate form a current fusing cavity , a temperature fusing cavity and a current-carrying fusing cavity to package the current fuse , the temperature fuse and the current-carrying fuse , respectively, wherein the current fusing cavity , the temperature fusing cavity and the current-carrying fusing cavity are isolated from each other; and the insulating shell and the cover plate are sealed by a sealing adhesive. the current fuse is connected in series with the temperature fuse ; a series branch of the current fuse and the temperature fuse is connected in parallel with the current-carrying fuse ; a resistance value of the current fuse is greater than a resistance value of the temperature fuse ; and a resistance value of the current-carrying fuse is less than the resistance value of the current fuse ; and a fusing temperature of the current-carrying fuse is lower than a fusing temperature of the temperature fuse , and the high-voltage fusing apparatus further comprises an insulating shell and a cover plate , characterised in that the insulating shell and the cover plate form a current fusing cavity , a temperature fusing cavity and a current-carrying fusing cavity to package the current fuse , the temperature fuse and the current-carrying fuse , respectively, wherein the current fusing cavity , the temperature fusing cavity and the current-carrying fusing cavity are isolated from each other; and the insulating shell and the cover plate are sealed by a sealing adhesive.
A turbulent fluidized-bed reactor for preparing propylene and C4 hydrocarbons from oxygen-containing compounds, comprising a reactor shell, n reactor feed distributors, a first reactor gas-solid separator, a second reactor gas-solid separator, a reactor heat extractor, a product gas outlet and a reactor stripper, wherein the lower part of the turbulent fluidized-bed reactor is a reaction zone, the upper part of the turbulent fluidized-bed reactor is a settling zone, the n reactor feed distributors are disposed in the reaction zone, the reactor heat extractor is disposed in the reaction zone, the first reactor gas-solid separator and the second reactor gas-solid separator are placed in the settling zone or outside the reactor shell, the first reactor gas-solid separator is equipped with a regenerated catalyst inlet, the catalyst outlet of the first reactor gas-solid separator is located at the bottom of the reaction zone, the gas outlet of the first reactor gas-solid separator is located in the settling zone, the inlet of the second reactor gas-solid separator is located in the settling zone, the catalyst outlet of the second reactor gas-solid separator is placed in the reaction zone, the gas outlet of the second reactor gas-solid separator is connected to the product gas outlet, the reactor stripper passes through the reactor shell from outside to inside at the bottom of the turbulent fluidized-bed reactor and is opened in the reaction zone of the turbulent fluidized-bed reactor, a reactor stripping gas inlet is arranged at the bottom of the reactor stripper, and a spent catalyst outlet is arranged at the bottom of the reactor stripper; wherein the n reactor feed distributors are disposed in the reaction zone from bottom to top, and 0<n<10.