mhurhangee/ep-ind-claims huggingface dataset:
An ultrasonic sealing device, comprising: a horn having a sealing surface; an anvil having a sealing surface, at least one of said horn and said anvil being moveable to engage the sealing surface of said horn with the sealing surface of said anvil; wherein the sealing surfaces of each of said horn and said anvil including a plurality of protrusions (302, 304) and a recess between each of the protrusions (302, 304), characterized in that each of the protrusions (302, 304) having a flat distal surface and sloped sidewalls with curved edges therebetween and each of the recesses including a flat recess surface with curved edges; and in that, upon engagement of the sealing surface of said horn with the sealing surface of said anvil, the flat distal surfaces of each of the protrusions (302, 304) on each of the sealing surfaces engage corresponding ones of the flat recess surfaces of each of the recesses on each of the sealing surfaces and define gaps between the sloped sidewalls of each adjacent protrusion. a horn having a sealing surface; an anvil having a sealing surface, at least one of said horn and said anvil being moveable to engage the sealing surface of said horn with the sealing surface of said anvil; wherein the sealing surfaces of each of said horn and said anvil including a plurality of protrusions (302, 304) and a recess between each of the protrusions (302, 304), characterized in that each of the protrusions (302, 304) having a flat distal surface and sloped sidewalls with curved edges therebetween and each of the recesses including a flat recess surface with curved edges; and in that, upon engagement of the sealing surface of said horn with the sealing surface of said anvil, the flat distal surfaces of each of the protrusions (302, 304) on each of the sealing surfaces engage corresponding ones of the flat recess surfaces of each of the recesses on each of the sealing surfaces and define gaps between the sloped sidewalls of each adjacent protrusion.
A gasket for a toe-in actuator, in particular an engaging relay of a starter device for internal combustion engines, wherein the toe-in actuator comprises an armature movable in a housing, wherein a rubber bellows sealing the interior of the toe-in actuator is secured to the housing, characterised in that the rubber bellows is fastened to the housing by means of a cover ring which deforms said bellows and which is situated in a recess of a drive bearing plate and the recess is stepped in such a way, that a movement possibility of the cover ring in one direction is limited by a transition surface between two steps (217, 219) of the recess.
High-temperature thermal insulation material in the form of a powder mixture with expanded perlite in powder form and opacifier in powder form, characterized in that the powder mixture consists of expanded perlite and an opacifier, wherein the powder mixture has a bulk density in the range between 160 and 500 kg/m 3, and wherein 20 to 80 % by weight of silicon carbide is contained in the powder mixture as an opacifier.
A customizable, self-molding, fiber-reinforced composite insulation system (10; 50; 100; 200; 250; 402; 404; 950a; 950b) that is structured to be applied to a component (30; 110; 210; 260; 310; 410; 800; 900), comprising: at least one structural reinforcement layer (60; 80; 420), the at least one structural reinforcement layer being structured to provide structural support, insulation or protection to the component (30; 110; 210; 260; 310; 410; 800; 900); a self-molding fabric fiber cover structured to encase the at least one structural reinforcement layer (60; 80; 420) and provide compression around the at least one structural reinforcement layer (60; 80; 420) and at least partially around the component without application of external forces; and a liquid polymer matrix solution structured to be applied to the at least one structural reinforcement layer (60; 80; 420) and the self-molding fiber cover positioned at least partially on the component (30; 110; 210; 260; 310; 410; 800; 900), wherein the at least one structural reinforcement layer (60; 80) and the self-molding fiber cover are structured such that the liquid polymer matrix solution flows within and infuses both the at least one structural reinforcement layer (60; 80) and the self-molding fiber cover from the outside of the self-molding fiber cover to the inside of the at least one structural reinforcement layer (60; 80), wherein the liquid polymer matrix solution is structured to be cured to thereby form a continuous matrix from the outside of the self-molding fiber cover to the inside of the at least one structural reinforcement layer (60; 80). at least one structural reinforcement layer (60; 80; 420), the at least one structural reinforcement layer being structured to provide structural support, insulation or protection to the component (30; 110; 210; 260; 310; 410; 800; 900); a self-molding fabric fiber cover structured to encase the at least one structural reinforcement layer (60; 80; 420) and provide compression around the at least one structural reinforcement layer (60; 80; 420) and at least partially around the component without application of external forces; and a liquid polymer matrix solution structured to be applied to the at least one structural reinforcement layer (60; 80; 420) and the self-molding fiber cover positioned at least partially on the component (30; 110; 210; 260; 310; 410; 800; 900), wherein the at least one structural reinforcement layer (60; 80) and the self-molding fiber cover are structured such that the liquid polymer matrix solution flows within and infuses both the at least one structural reinforcement layer (60; 80) and the self-molding fiber cover from the outside of the self-molding fiber cover to the inside of the at least one structural reinforcement layer (60; 80), wherein the liquid polymer matrix solution is structured to be cured to thereby form a continuous matrix from the outside of the self-molding fiber cover to the inside of the at least one structural reinforcement layer (60; 80).
An operation system comprising: a game controller; and a connected device connected to the game controller, the connected device including a first battery for supplying electric power to the game controller, a first terminal (201, 201C) electrically connected to the game controller, and a first resistor connected to the first terminal and connected to ground, the game controller including a control circuit (101, 102, 103, 32), a second battery for supplying electric power to the control circuit, a second terminal (42, 42C) electrically connected to the connected device, a second resistor, a voltage detector detecting a voltage value based on a division of the resistances of the first and second resistors (R1, R2) when a current flows through the first and second resistors (R1, R2) toward ground when the first terminal and the second terminal are connected to each other, a discrimination unit discriminating a device connected to the game controller based on the voltage value detected by the voltage detector, and a switching unit (SW1, SW2) making switching from the second battery to the first battery for supply of electric power to the control circuit when the device discriminated by the discrimination unit is the connected device while electric power is supplied from the second battery to the control circuit. a game controller; and a connected device connected to the game controller, the connected device including a first battery for supplying electric power to the game controller, a first terminal (201, 201C) electrically connected to the game controller, and a first resistor connected to the first terminal and connected to ground, the game controller including a control circuit (101, 102, 103, 32), a second battery for supplying electric power to the control circuit, a second terminal (42, 42C) electrically connected to the connected device, a second resistor, a voltage detector detecting a voltage value based on a division of the resistances of the first and second resistors (R1, R2) when a current flows through the first and second resistors (R1, R2) toward ground when the first terminal and the second terminal are connected to each other, a discrimination unit discriminating a device connected to the game controller based on the voltage value detected by the voltage detector, and a switching unit (SW1, SW2) making switching from the second battery to the first battery for supply of electric power to the control circuit when the device discriminated by the discrimination unit is the connected device while electric power is supplied from the second battery to the control circuit.
Electrical household appliance with a data transmission device, which comprises a controller for modulating an electrical power of the domestic appliance, wherein the controller is arranged to encode a wanted signal (f(t)) in a Direct Sequence CDMA method with a predetermined code sequence (c(t)) and to modulate the electrical power with the encoded signal, characterized in that the controller is configured to detect a switch-on process of an electrical consumer of the electrical household appliance and to transmit a wanted signal (f(t)) which contains information about the switch-on process, the controller being configured to transmit the wanted signal (f(t)) with the information about the switch-on process at a predetermined time interval after the switch-on process.
A glenoid bone augment comprising: a bone engaging surface having a first end, a second end, the bone engaging surface extending from the first end to the second end; a coupling surface opposite the bone engaging surface and a flange that extends about the bone engaging surface for any suitable distance in order to be capable of filling a particular bone defect. a bone engaging surface having a first end, a second end, the bone engaging surface extending from the first end to the second end; a coupling surface opposite the bone engaging surface and a flange that extends about the bone engaging surface for any suitable distance in order to be capable of filling a particular bone defect.
Surface temperature control system, comprising: - at least one flexible plastic tube, the outside of which is encased at least partially by a first element of a hook-and-loop fastening; - a carrier film, wherein a second element of the hook-and-loop fastening is arranged on one side of the carrier film, so that the flexible plastic tube(s) can be fixed detachably on the carrier film with formation of the hook-and-loop fastening; and - a dimensionally stable, planar-like carrier, on one side of which the carrier film is arranged; wherein the dimensionally stable, planar-like carrier is designed as a polymer foam insulation layer, the side of which remote from the carrier film is connected to a cover film, characterised in that the polymer foam insulation layer is 1 cm to 20 cm thick, and the cover film is designed as a composite film, the side of which facing the dimensionally stable, planar-like carrier is designed as a metal layer, preferably as an aluminium layer. - at least one flexible plastic tube, the outside of which is encased at least partially by a first element of a hook-and-loop fastening; - a carrier film, wherein a second element of the hook-and-loop fastening is arranged on one side of the carrier film, so that the flexible plastic tube(s) can be fixed detachably on the carrier film with formation of the hook-and-loop fastening; and - a dimensionally stable, planar-like carrier, on one side of which the carrier film is arranged;
Automatic braking device for a vehicle comprising: an electronics device, which is designed to activate at least one braking system component (12a, 12b) of a braking system of the vehicle by means of at least one control signal (14a, 14b) in such a way that the vehicle can be braked by means of a braking power brought about by at least one friction brake of the vehicle on at least one assigned wheel of the vehicle, wherein at least sometimes the braking power brought about by means of the at least one friction brake on the at least one assigned wheel is increased by a specified maximum braking power buildup gradient and/or up to a specified maximum braking power; characterized in that at least if there is no emergency braking situation, before outputting the at least one control signal (14a, 14b) the electronics device is additionally designed to determine whether the vehicle at the time is driving through a particulate-matter protection zone specified to the electronics device, and, if so, to activate the at least one braking system component (12a, 12b) in such a way that the braking power brought about by means of the at least one friction brake on the at least one assigned wheel is increased at most with a specified or determined limiting braking power buildup gradient less than the maximum braking power buildup gradient and/or at most up to a specified or determined limiting braking power less than the maximum braking power. an electronics device, which is designed to activate at least one braking system component (12a, 12b) of a braking system of the vehicle by means of at least one control signal (14a, 14b) in such a way that the vehicle can be braked by means of a braking power brought about by at least one friction brake of the vehicle on at least one assigned wheel of the vehicle, wherein at least sometimes the braking power brought about by means of the at least one friction brake on the at least one assigned wheel is increased by a specified maximum braking power buildup gradient and/or up to a specified maximum braking power; characterized in that at least if there is no emergency braking situation, before outputting the at least one control signal (14a, 14b) the electronics device is additionally designed to determine whether the vehicle at the time is driving through a particulate-matter protection zone specified to the electronics device, and, if so, to activate the at least one braking system component (12a, 12b) in such a way that the braking power brought about by means of the at least one friction brake on the at least one assigned wheel is increased at most with a specified or determined limiting braking power buildup gradient less than the maximum braking power buildup gradient and/or at most up to a specified or determined limiting braking power less than the maximum braking power.
A belt for measuring physical quantities of an object, the belt comprising: - at least one measurement sensor, - a strip having a circumference intended to surround the object, - a device for clamping the strip around the object, wherein the belt further comprises a pressing device for pressing the measurement sensor in a first orientation of a first direction directed toward the object, the pressing device comprising at least one casing attached to the strip, at least one intermediate part housed in the casing, and at least one constraining member inserted between the casing and the intermediate part and capable of having the intermediate part assume a first low position in which it presses toward the sensor in the first orientation of the first direction toward the object, the pressing device of the sensor further comprises a lifting member, for holding the intermediate part in a second lifting position above the first low position in a second orientation of the first direction, opposite the first orientation against the constraining member, the lifting member being actuable from the outside of the casing to have the intermediate part pass from the second lifting position to the first low position in which it presses toward the sensor, characterized in that the lifting member passes through a first guide provided in the intermediate part and the lifting member abuts against an abutment of the casing in the second lifting position, the lifting member being capable of being removed from the first guide of the intermediate part to have the intermediate part pass from the second lifting position to the first low position in which it presses toward the sensor. - at least one measurement sensor, - a strip having a circumference intended to surround the object, - a device for clamping the strip around the object,
An article of footwear having a toe end, a heel end, and a central longitudinal axis extending therebetween; and a first side, a second side, and a lateral axis extending therebetween, said footwear comprising: a plate insert, the plate insert further comprising: a plurality of longitudinally staggered cutouts extending substantially laterally, thereby forming a plurality of outriggers (501; 601), wherein the plurality of outriggers (501; 601) are connected together by a central planar portion of the plate insert, a plurality of support ribs extending across the plurality of cutouts to aid in stress dissipation, and a plurality of postings to support and enclose a user's foot. a plate insert, the plate insert further comprising: a plurality of longitudinally staggered cutouts extending substantially laterally, thereby forming a plurality of outriggers (501; 601), wherein the plurality of outriggers (501; 601) are connected together by a central planar portion of the plate insert, a plurality of support ribs extending across the plurality of cutouts to aid in stress dissipation, and a plurality of postings to support and enclose a user's foot. a plurality of longitudinally staggered cutouts extending substantially laterally, thereby forming a plurality of outriggers (501; 601), wherein the plurality of outriggers (501; 601) are connected together by a central planar portion of the plate insert, a plurality of support ribs extending across the plurality of cutouts to aid in stress dissipation, and a plurality of postings to support and enclose a user's foot.
An image registration apparatus, comprising: a registration steering factor determiner that determines a registration steering factor based on a known imaging system image quality, which varies across at least one image of a set of images, which are generated by the imaging system an image quality driven image registration determiner that determines an image quality driven image registration for the set of images to register based on a non-rigid registration, which includes an optimization of an image similarity term and a regularization term, and the registration steering factor, wherein the registration steering factor down weights the image similarity term for a voxel or voxel region of an image as a function of an image quality metric of the voxel or voxel region determined by an image quality metric determiner; and a registration component that registers the set of images using the image quality driven image registration. a registration steering factor determiner that determines a registration steering factor based on a known imaging system image quality, which varies across at least one image of a set of images, which are generated by the imaging system an image quality driven image registration determiner that determines an image quality driven image registration for the set of images to register based on a non-rigid registration, which includes an optimization of an image similarity term and a regularization term, and the registration steering factor, wherein the registration steering factor down weights the image similarity term for a voxel or voxel region of an image as a function of an image quality metric of the voxel or voxel region determined by an image quality metric determiner; and a registration component that registers the set of images using the image quality driven image registration.
A method of manufacturing microfibrous cellulose composite sheets, which is a method for manufacturing a composite sheet using microfibrous cellulose, comprising: a preparation process in which a polymer emulsion is mixed with an aqueous suspension including microfibrous cellulose having a fiber width of 2 nm to 1000 nm and a cellulose coagulant so as to manufacture a mixed fluid, wherein the cellulose coagulant is a water-soluble inorganic salt selected from the group consisting of sodium chloride, calcium chloride, potassium chloride, ammonium chloride, magnesium chloride, aluminum chloride, sodium sulfate, potassium sulfate, aluminum sulfate, magnesium sulfate, sodium nitrate, calcium nitrate, sodium carbonate, potassium carbonate, ammonium carbonate, sodium phosphate and ammonium phosphate, or a water-soluble organic compound including a cationic functional group, selected from the group consisting of polyacryl-amide, polyvinyl-amine, a urea resin, a melamine resin, a melamine-formaldehyde resin and polymers formed by polymerizing or co-polymerizing monomers containing a quaternary ammonium salt, a papermaking process in which the mixed fluid is dehydrated on a porous base material through filtration, and a sheet including moisture is formed; and a drying process in which the sheet including moisture is heated and dried. a preparation process in which a polymer emulsion is mixed with an aqueous suspension including microfibrous cellulose having a fiber width of 2 nm to 1000 nm and a cellulose coagulant so as to manufacture a mixed fluid, wherein the cellulose coagulant is a water-soluble inorganic salt selected from the group consisting of sodium chloride, calcium chloride, potassium chloride, ammonium chloride, magnesium chloride, aluminum chloride, sodium sulfate, potassium sulfate, aluminum sulfate, magnesium sulfate, sodium nitrate, calcium nitrate, sodium carbonate, potassium carbonate, ammonium carbonate, sodium phosphate and ammonium phosphate, or a water-soluble organic compound including a cationic functional group, selected from the group consisting of polyacryl-amide, polyvinyl-amine, a urea resin, a melamine resin, a melamine-formaldehyde resin and polymers formed by polymerizing or co-polymerizing monomers containing a quaternary ammonium salt, a papermaking process in which the mixed fluid is dehydrated on a porous base material through filtration, and a sheet including moisture is formed; and a drying process in which the sheet including moisture is heated and dried.