mhurhangee/ep-ind-claims huggingface dataset:
A journal bearing comprising a first component and a second component, the first and second components (6, 32) being arranged to rotate relative to one another in normal use, wherein the first component comprises: a first body, the first body having an axis defining an axial direction and a radial direction perpendicular to the axial direction; a first layer forming a functional surface facing the second component; and a first subsurface layer between the first body and the first layer; wherein the first subsurface layer comprises a fibre-reinforced plastic comprising fibers that are predominantly oriented in the radial and circumferential directions and the first subsurface layer is formed of a material having a first coefficient of thermal expansion in the radial direction, and the first body is formed of a material having a second coefficient of thermal expansion in the radial direction; and the first coefficient of thermal expansion is lower than the second coefficient of thermal expansion; the journal bearing being characterized in that the first subsurface layer consists of a plurality of annular layers arranged successively in the axial direction, wherein each annular layer comprises an arrangement of fibres (71, 72). a first body, the first body having an axis defining an axial direction and a radial direction perpendicular to the axial direction; a first layer forming a functional surface facing the second component; and a first subsurface layer between the first body and the first layer; wherein the first subsurface layer comprises a fibre-reinforced plastic comprising fibers that are predominantly oriented in the radial and circumferential directions and the first subsurface layer is formed of a material having a first coefficient of thermal expansion in the radial direction, and the first body is formed of a material having a second coefficient of thermal expansion in the radial direction; and the first coefficient of thermal expansion is lower than the second coefficient of thermal expansion; the journal bearing being characterized in that the first subsurface layer consists of a plurality of annular layers arranged successively in the axial direction, wherein each annular layer comprises an arrangement of fibres (71, 72).
A method for processing water-based, low-viscosity liquid inkjet inks for digital, contactless inkjet printing, wherein the inkjet ink is applied from systematically arranged nozzles in a time- and location-dependent manner while being divided into individual volume units, characterized in that the inkjet ink is cooled or is being cooled at the nozzle outlet to temperatures below the temperature of the ambient air, the evaporation rate of water from the respective inkjet inks present at the nozzle outlet into the ambient atmosphere being substantially adapted to the condensation rate of the water vapor from the ambient atmosphere into the inkjet inks present at the nozzle outlet, and/or in that the condensation rate is increased by saturating the atmosphere surrounding the nozzle outlet with water vapor.
A method for interaction of a portable data carrier with an end device, wherein - the data carrier comprises a transducer arrangement having at least one or a set of capacitive transducer elements (11, 12, 13, 14) which are arranged on or in the data carrier at defined positions in relation to the geometry of the data carrier, and the data carrier is supplied with energy; - the end device comprises a capacitive display screen having a touch-sensitive display, wherein the data carrier is placed onto the display screen and via the capacitive transducer elements (11, 12, 13, 14) there are generated signals which are picked up and evaluated as input signals by the end device, characterized in that the energy required for driving the transducer elements (11, 12, 13, 14) is made available through an internal energy supply of the data carrier or transmitted from the end device via a contactless interface (34, 36) through inductive coupling, and the end device derives the exact position of the data carrier on the display screen through evaluation of the input signals. - the data carrier comprises a transducer arrangement having at least one or a set of capacitive transducer elements (11, 12, 13, 14) which are arranged on or in the data carrier at defined positions in relation to the geometry of the data carrier, and the data carrier is supplied with energy; - the end device comprises a capacitive display screen having a touch-sensitive display,
A cooking appliance comprising a top sheet, a lower wall and at least four side walls connecting the top sheet and the lower wall, thereby delimiting an inner space of the cooking appliance, wherein the top sheet has at least a cooking hob, wherein the lower wall is divided into at least a fixing fin and a closing lid, wherein the top sheet, the side walls and the fixing fin of the lower wall are made in one piece of metal sheet forming a housing set, characterized in that a fixing fin part extends over the lower perimeter of the side walls towards the opposite side wall, and wherein the fixing fin part of a side wall is joined at its end to the fixing fin part of the adjacent side wall.
A burner for use in a gas turbine engine, comprising: a burner tube having an inlet end and an outlet end; a plurality of air passages extending axially in the burner tube and configured to convey an air flow from the inlet end to the outlet end; a plurality of fuel passages extending axially and circumferentially in the burner tube and spaced around the plurality of air passages and configured to convey fuel from the inlet end to the outlet end; and a radial air swirler provided at the outlet end configured to direct the air flow radially toward the outlet end and impart swirl to the air flow, the radial air swirler comprising a plurality of vanes to direct and swirl the air flow and an annular front plate downstream of the radial air swirler, wherein a plurality of circumferentially spaced fuel injection holes are provided a the inner circumference of the annular front plate to inject fuel radially into the burner tube from the fuel passages such that the injected fuel from the fuel passages is mixed with the air flow that is swirled by the vanes of the radial air swirler arrangement. a burner tube having an inlet end and an outlet end; a plurality of air passages extending axially in the burner tube and configured to convey an air flow from the inlet end to the outlet end; a plurality of fuel passages extending axially and circumferentially in the burner tube and spaced around the plurality of air passages and configured to convey fuel from the inlet end to the outlet end; and a radial air swirler provided at the outlet end configured to direct the air flow radially toward the outlet end and impart swirl to the air flow, the radial air swirler comprising a plurality of vanes to direct and swirl the air flow and an annular front plate downstream of the radial air swirler, wherein a plurality of circumferentially spaced fuel injection holes are provided a the inner circumference of the annular front plate to inject fuel radially into the burner tube from the fuel passages such that the injected fuel from the fuel passages is mixed with the air flow that is swirled by the vanes of the radial air swirler arrangement.
A dishwasher comprising: a washing tub; a steam generator for generating steam; a nozzle part (120; 220) comprising an inlet (122; 222) for receiving steam from the steam generator and an outlet (124; 224) to exhaust steam into the washing tub, preventing means for preventing foreign substances from flowing into the steam generator, characterized in that the nozzle part (120; 220) further comprises: a foreign substance outlet hole (126; 226) configured to exhaust foreign substances from within the nozzle part. a washing tub; a steam generator for generating steam; a nozzle part (120; 220) comprising an inlet (122; 222) for receiving steam from the steam generator and an outlet (124; 224) to exhaust steam into the washing tub, preventing means for preventing foreign substances from flowing into the steam generator, characterized in that the nozzle part (120; 220) further comprises: a foreign substance outlet hole (126; 226) configured to exhaust foreign substances from within the nozzle part.
A film for a tire inner liner, comprising: a base film layer with a thickness of 30 to 300 μ m, comprising a copolymer or mixture of 50 to 95 wt% of a polyamide-based resin and 5 to 50 wt% of a polyether-based resin; and an adhesive layer comprising an adhesive containing 2 to 32 wt% of a condensate of resorcinol and formaldehyde and 68 to 98 wt% of latex. a base film layer with a thickness of 30 to 300 μ m, comprising a copolymer or mixture of 50 to 95 wt% of a polyamide-based resin and 5 to 50 wt% of a polyether-based resin; and an adhesive layer comprising an adhesive containing 2 to 32 wt% of a condensate of resorcinol and formaldehyde and 68 to 98 wt% of latex.
Temperature-control device with a reaction vessel, with a thermally insulated interior area in which the reaction vessel is accommodated, and with a cover, which covers the interior area, wherein the reaction vessel consists of a hollow body (1.1) and a cap (1.3), said hollow body being closed on one side with a floor (1.2) and being symmetrical in relation to a symmetrical axis (1.0), and wherein a heating block is provided in the interior area, said heating block having an interior surface (7.1), which is adapted to the floor (1.2) of the reaction vessel and is in contact with said vessel in order to heat a sample located in the reaction vessel, wherein the cover is made from a thermally conductive material, and wherein the temperature-control device has a thermally insulating enclosure by which the cover is covered, and wherein the cover rests on the cap (3.1), characterized in that a heatable heater that surrounds the hollow body (1.1) and is adapted to its shape is provided, wherein the heater is in contact with the cover via a thermally conductive contact zone in such a way that the heater directly heats the hollow body (1.1) and indirectly heats the cap (1.3) via the cover, and wherein the cover has a hole (3.3) via which a tube can be introduced into the hollow body (1.1) through the cap (1.3).
A porous polymer metal complex expressed by Formula: [CuX] n (in the Formula, X represents two or more types of isophthalic acid ions selected from the group consisting of isophthalic acid ions and isophthalic acid ions having a substituent at position 5, at least an amount of one type of X is 5 mol% to 95 mol% of the total number of moles of X, and n represents an assembly number of constituent units expressed by CuX and is not particularly limited), wherein the porous polymer metal complex has a paddle-wheel structure having vertically coordinated two units in which a copper ion is coordinated to four carboxyl groups, the paddle-wheel structure is connected by isophthalic acid derivatives to form a Kagome structure constituted by six-membered rings and three-membered rings, and the Kagome structure has a stacked crystal structure.
A fully passive bleed valve without active actuator comprising: a valve housing defining an inlet and an outlet with a flow path for fluid communication from the inlet to the outlet; and a poppet head connected to the valve housing by a primary spring and by a secondary spring, wherein the poppet head is configured for movement relative to the valve housing between: a fully open position in which the poppet head is spaced apart from the inlet to allow flow through the flow path, wherein the primary spring and secondary spring are both expanded; a partially closed position in which the poppet head is spaced apart from the inlet but is closer to the inlet than in the fully open position, wherein the primary spring is compressed; a fully closed position in which the poppet head seats against the valve housing blocking flow through the flow path, wherein the primary spring and the secondary spring are both compressed; and further comprising a secondary spring compressor within the valve housing, wherein the primary spring connects between the poppet head and the secondary spring compressor, and wherein the secondary spring connects between the secondary spring compressor and the valve housing, and wherein the valve housing includes a first secondary spring compressor seat configured to engage the secondary spring compressor in at least the fully open position to limit travel of the secondary spring compressor thereby limiting expansion of the secondary spring. a valve housing defining an inlet and an outlet with a flow path for fluid communication from the inlet to the outlet; and a poppet head connected to the valve housing by a primary spring and by a secondary spring, wherein the poppet head is configured for movement relative to the valve housing between: a fully open position in which the poppet head is spaced apart from the inlet to allow flow through the flow path, wherein the primary spring and secondary spring are both expanded; a partially closed position in which the poppet head is spaced apart from the inlet but is closer to the inlet than in the fully open position, wherein the primary spring is compressed; a fully closed position in which the poppet head seats against the valve housing blocking flow through the flow path, wherein the primary spring and the secondary spring are both compressed; and a fully open position in which the poppet head is spaced apart from the inlet to allow flow through the flow path, wherein the primary spring and secondary spring are both expanded; a partially closed position in which the poppet head is spaced apart from the inlet but is closer to the inlet than in the fully open position, wherein the primary spring is compressed; a fully closed position in which the poppet head seats against the valve housing blocking flow through the flow path, wherein the primary spring and the secondary spring are both compressed; and further comprising a secondary spring compressor within the valve housing,
A computer-implemented clinical data output method comprising: based on at least a subset of stored data of clinical effects of one or more stimulations of anatomical tissue performed using electrodes of an implanted leadwire, generating and outputting via a display, by a computer processor, a plurality of graphical markings representing at least the subset of the stored data by plotting each of the graphical markings at a respective coordinate of a graph, wherein each of the graphical markings represents a respective portion of at least the subset of the stored data and is output in association with a respective set of values for each of at least two parameters by which one or more the stimulations were performed, characterized by the subset of stored data of clinical effects comprising a first clinical effect and a second clinical effect, and each of the graphical markings comprising a center region corresponding to one of a respective clinical effect type of the first clinical effect or a respective score of the first clinical effect and a ring corresponding to one of a respective clinical effect type of the second clinical effect or a respective score of the second clinical effect.
An assembly for receiving a medicament container, the assembly comprising: - a container carrier extending along a longitudinal axis, the container carrier comprising a carrier body, and a flexible carrier arm extending from the carrier body substantially parallel with the longitudinal axis; and - a rotator comprising a hollow rotator body and at least one through hole which extends substantially parallel with the longitudinal axis; wherein the through hole is arranged radially with respect to the longitudinal axis outside the rotator body; wherein the container carrier is arranged to receive the rotator such that the carrier arm extends through the through hole; and wherein the rotator is arranged to rotate about the longitudinal axis and relative to the container carrier. - a container carrier extending along a longitudinal axis, the container carrier comprising a carrier body, and a flexible carrier arm extending from the carrier body substantially parallel with the longitudinal axis; and - a rotator comprising a hollow rotator body and at least one through hole which extends substantially parallel with the longitudinal axis; wherein the through hole is arranged radially with respect to the longitudinal axis outside the rotator body; wherein the container carrier is arranged to receive the rotator such that the carrier arm extends through the through hole; and wherein the rotator is arranged to rotate about the longitudinal axis and relative to the container carrier.
Lamp (1; 100) in the form of a brick for obtaining a light point in a wall with an exterior brick cladding, comprising: - a light source (10; 110) in the form of an LED strip having a strip length and a strip width, the LEDs being distributed in the direction of the strip length; - a lamp body in the shape of a circular segment with a flat base and a convex frame (20") that supports the light source, giving it a corresponding arched shape; and - a diffusing body (12; 112) placed in contact with the light source and made of a translucent or transparent material so as to diffuse the light emitted by the light source, wherein the diffusing body has a substantially parallelepiped shape with a rectangular base, in a proximal wall (14; 114) of the diffusing body facing the light source there being made a recess that houses, with shape-coupling, the lamp body with the light source, wherein the ends of the LED strip are in proximity to the respective ends of the proximal wall. - a light source (10; 110) in the form of an LED strip having a strip length and a strip width, the LEDs being distributed in the direction of the strip length; - a lamp body in the shape of a circular segment with a flat base and a convex frame (20") that supports the light source, giving it a corresponding arched shape; and - a diffusing body (12; 112) placed in contact with the light source and made of a translucent or transparent material so as to diffuse the light emitted by the light source, wherein the diffusing body has a substantially parallelepiped shape with a rectangular base, in a proximal wall (14; 114) of the diffusing body facing the light source there being made a recess that houses, with shape-coupling, the lamp body with the light source,
Current breaker with a bus bar and a piston which is movable in a cavity penetrated by the bus bar for breaking out a plate from the bus bar, wherein the current breaker includes at least one metallic filter element, characterized in that on both sides of the piston below the bus bar a plurality of metallic filter elements (16, 16') are located that extend up to the cavity such that during triggering the plate electrically connects the filter elements (16, 16'), and the electric arc switches over to the metallic filter element at a greater distance of the plate from the ends of the bus bar, whereby the energy from the system inductance is converted into a heat loss in the filter.
A container for treating a fluid with an ion-exchange system, the container comprising: a housing extending in an upright position along a longitudinal axis between a bottom port and an opposed top port, the housing having an internal chamber defined therein; a bottom plate disposed in the internal chamber perpendicular to the longitudinal axis at a predetermined height above the bottom port and having a plurality of openings defined therethrough, a bottom chamber being defined between the bottom plate and the bottom port; and a plurality of diffusers in fluid flow communication with the bottom chamber extending from the bottom plate into a main chamber, each one of the plurality of diffusers being received in a respective one of the plurality of openings of the bottom plate and having a diffuser tube section projecting upwardly from the bottom plate and being in fluid flow communication with the bottom chamber, the diffuser tube section having radial openings circumferentially distributed along a length thereof to radially discharge the fluid in the main chamber, characterized in that the bottom plate divides the internal chamber between the main chamber and the bottom chamber. a housing extending in an upright position along a longitudinal axis between a bottom port and an opposed top port, the housing having an internal chamber defined therein; a bottom plate disposed in the internal chamber perpendicular to the longitudinal axis at a predetermined height above the bottom port and having a plurality of openings defined therethrough, a bottom chamber being defined between the bottom plate and the bottom port; and a plurality of diffusers in fluid flow communication with the bottom chamber extending from the bottom plate into a main chamber, each one of the plurality of diffusers being received in a respective one of the plurality of openings of the bottom plate and having a diffuser tube section projecting upwardly from the bottom plate and being in fluid flow communication with the bottom chamber, the diffuser tube section having radial openings circumferentially distributed along a length thereof to radially discharge the fluid in the main chamber, characterized in that the bottom plate divides the internal chamber between the main chamber and the bottom chamber.
A communication system comprising: a first DSL loop having a transformer center tap at a first end; an excitation voltage generator connected between the transformer center tap of the first DSL loop and a common ground; a second DSL loop having a transformer center tap at a first end of the second DSL loop; and a load impedance connected between the transformer center tap of the second DSL loop and the common ground, wherein the excitation voltage generator is configured to create and transmit data signals on the first DSL loop to generate data signals on the second DSL loop which are applied to the load impedance. a first DSL loop having a transformer center tap at a first end; an excitation voltage generator connected between the transformer center tap of the first DSL loop and a common ground; a second DSL loop having a transformer center tap at a first end of the second DSL loop; and a load impedance connected between the transformer center tap of the second DSL loop and the common ground, wherein the excitation voltage generator is configured to create and transmit data signals on the first DSL loop to generate data signals on the second DSL loop which are applied to the load impedance.
A method for manufacturing a honeycomb structure, the method comprising: - providing a paper honeycomb core comprising a plurality of adjacent cells formed between walls; - applying adhesive to edges of the honeycomb core; and - forming the honeycomb structure by attaching a surface of at least one outer cover layer to the edges of the walls of the honeycomb core; characterized in that it further comprises: - before forming the honeycomb structure, calibrating the honeycomb core by processing at least some of the walls of the honeycomb core by defibrating at least some of the honeycomb walls at their edges such as to limit their height and increase the width of the edge with respect to the width of the inner portion of the wall. - providing a paper honeycomb core comprising a plurality of adjacent cells formed between walls; - applying adhesive to edges of the honeycomb core; and - forming the honeycomb structure by attaching a surface of at least one outer cover layer to the edges of the walls of the honeycomb core; - before forming the honeycomb structure, calibrating the honeycomb core by processing at least some of the walls of the honeycomb core by defibrating at least some of the honeycomb walls at their edges such as to limit their height and increase the width of the edge with respect to the width of the inner portion of the wall.