mhurhangee/ep-ind-claims huggingface dataset:
A system for treating a tissue site with negative pressure, the system comprising: a dressing for treating a tissue site, the dressing comprising: a substrate having fluid removal pathways to allow fluid removal; an adherent layer coupled to a surface of the substrate and having fluid removal pathways to allow fluid removal; and a fibrous layer for contact with the tissue site and comprising fibers coupled to a surface of the adherent layer opposite the substrate, the fibrous layer having fluid removal pathways to allow fluid removal, wherein at least 75% of the fibers in the fibrous layer are coupled approximately perpendicular to the surface of the substrate, and a negative-pressure source fluidly coupled to the dressing and configured to enable fluid removal through the dressing via a plurality of fluid removal pathways. a dressing for treating a tissue site, the dressing comprising: a substrate having fluid removal pathways to allow fluid removal; an adherent layer coupled to a surface of the substrate and having fluid removal pathways to allow fluid removal; and a fibrous layer for contact with the tissue site and comprising fibers coupled to a surface of the adherent layer opposite the substrate, the fibrous layer having fluid removal pathways to allow fluid removal, wherein at least 75% of the fibers in the fibrous layer are coupled approximately perpendicular to the surface of the substrate, and a substrate having fluid removal pathways to allow fluid removal; an adherent layer coupled to a surface of the substrate and having fluid removal pathways to allow fluid removal; and a fibrous layer for contact with the tissue site and comprising fibers coupled to a surface of the adherent layer opposite the substrate, the fibrous layer having fluid removal pathways to allow fluid removal, wherein at least 75% of the fibers in the fibrous layer are coupled approximately perpendicular to the surface of the substrate, and a negative-pressure source fluidly coupled to the dressing and configured to enable fluid removal through the dressing via a plurality of fluid removal pathways.
Laundry treatment appliance, having - a rotatable drum mounted on an end shield, - a steam generator (3; 13; 21; 33) having a heating unit (4; 14; 22) for producing steam from a liquid and - at least one steam outlet port fluidically connected to the heating unit (4; 14; 22) and opening into the drum, wherein the steam generator (3; 21; 33) and the steam outlet port are arranged on the end shield, characterised in that the steam generator (3; 13; 21) comprises a liquid tank (9; 15; 26) which is arranged directly on the end shield. - a rotatable drum mounted on an end shield, - a steam generator (3; 13; 21; 33) having a heating unit (4; 14; 22) for producing steam from a liquid and - at least one steam outlet port fluidically connected to the heating unit (4; 14; 22) and opening into the drum, wherein the steam generator (3; 21; 33) and the steam outlet port are arranged on the end shield,
A cover plate (206; 406; 506; 660) for a gas turbine engine, the cover plate comprising: a cover plate body that extends from a disc blade attachment (204; 604) radially along an outside surface of a disc web (202; 602) to a disc hub (203; 403; 603) of a disc creating a cavity between the cover plate body and the disc web (202; 602) of the disc; and an attachment protrusion extending from the inner most end of the cover plate body toward the disc hub, and wherein the attachment protrusion is configured to engage with a retaining ring (210; 310; 510; 610); wherein the cover plate comprises a puller protrusion formed at a tip of the attachment protrusion, wherein the puller protrusion extends radially outward from the tip of the attachment protrusion, and wherein the puller protrusion provides a pull that can be engaged and pulled in the aft direction to pull the cover plate away from being engaged with the disc. a cover plate body that extends from a disc blade attachment (204; 604) radially along an outside surface of a disc web (202; 602) to a disc hub (203; 403; 603) of a disc creating a cavity between the cover plate body and the disc web (202; 602) of the disc; and an attachment protrusion extending from the inner most end of the cover plate body toward the disc hub, and wherein the attachment protrusion is configured to engage with a retaining ring (210; 310; 510; 610); wherein the cover plate comprises a puller protrusion formed at a tip of the attachment protrusion, wherein the puller protrusion extends radially outward from the tip of the attachment protrusion, and wherein the puller protrusion provides a pull that can be engaged and pulled in the aft direction to pull the cover plate away from being engaged with the disc.
An aircraft assembly comprising: first and second seat rails (210, 220) arranged to interlock with an aircraft seat; a mounting member having a first anchor member interlocked with the first seat rail and a second anchor member interlocked with the second seat rail, the mounting member extending in a first direction (z) from the first anchor member to the second anchor member; and an aircraft systems component (310, 320) mounted on the mounting member, characterized in that the mounting member is arranged such that movement of the first anchor member is substantially independent of movement of the second anchor member in the first direction (z), a second direction orthogonal (x) to the first direction, and a third direction (y) orthogonal to the first and second directions (z, x). first and second seat rails (210, 220) arranged to interlock with an aircraft seat; a mounting member having a first anchor member interlocked with the first seat rail and a second anchor member interlocked with the second seat rail, the mounting member extending in a first direction (z) from the first anchor member to the second anchor member; and an aircraft systems component (310, 320) mounted on the mounting member, characterized in that the mounting member is arranged such that movement of the first anchor member is substantially independent of movement of the second anchor member in the first direction (z), a second direction orthogonal (x) to the first direction, and a third direction (y) orthogonal to the first and second directions (z, x).
A battery adapter, comprising: a resilient tray that defines a receiving area for one or more batteries and includes two opposite sidewalls, wherein one or more of the two opposite sidewalls are resilient sidewalls of a resilient material configured to be compressed by the batteries; and, a flexible circuit including a first set of one or more contacts disposed on the exterior of the resilient tray to deliver power to an associated device and a second set of contacts electrically coupled with the first set of contacts, the second set of contacts comprising at least one pair of contacts, each contact of the pair being oppositely disposed on an interior of a respective one of the two opposite sidewalls in the battery receiving area, wherein the flexible circuit is wrapped around at least a portion of an exterior of the resilient tray between and over the two opposite sidewalls and extending into an interior of the resilient tray to interface with the one or more batteries. a resilient tray that defines a receiving area for one or more batteries and includes two opposite sidewalls, wherein one or more of the two opposite sidewalls are resilient sidewalls of a resilient material configured to be compressed by the batteries; and, a flexible circuit including a first set of one or more contacts disposed on the exterior of the resilient tray to deliver power to an associated device and a second set of contacts electrically coupled with the first set of contacts, the second set of contacts comprising at least one pair of contacts, each contact of the pair being oppositely disposed on an interior of a respective one of the two opposite sidewalls in the battery receiving area, wherein the flexible circuit is wrapped around at least a portion of an exterior of the resilient tray between and over the two opposite sidewalls and extending into an interior of the resilient tray to interface with the one or more batteries.
A securable hat comprising: a crown portion for covering a wearer's head, the crown portion including an interior side for engaging the head and an exterior side for facing away from the head; and a brim portion extending outwardly from a lower edge of the crown portion, the brim portion including an interior side and an exterior side; an attachment assembly suitable for detachably securing the hat in an exterior-side out configuration to a belt worn on the wearer's waist, characterised in that: the attachment assembly comprises: two or more strips of flexible material, wherein each strip is formed by a pair of closely spaced, similarly oriented slits in either the brim portion or the crown portion of the hat; wherein a first end and a second end of each strip are joined to and continuous with the material of the crown portion or the brim portion; and wherein the strip has a length sufficient to extend transversely over a waist belt of at least medium width. a crown portion for covering a wearer's head, the crown portion including an interior side for engaging the head and an exterior side for facing away from the head; and a brim portion extending outwardly from a lower edge of the crown portion, the brim portion including an interior side and an exterior side; an attachment assembly suitable for detachably securing the hat in an exterior-side out configuration to a belt worn on the wearer's waist, characterised in that: the attachment assembly comprises: two or more strips of flexible material, wherein each strip is formed by a pair of closely spaced, similarly oriented slits in either the brim portion or the crown portion of the hat; wherein a first end and a second end of each strip are joined to and continuous with the material of the crown portion or the brim portion; and wherein the strip has a length sufficient to extend transversely over a waist belt of at least medium width. two or more strips of flexible material, wherein each strip is formed by a pair of closely spaced, similarly oriented slits in either the brim portion or the crown portion of the hat; wherein a first end and a second end of each strip are joined to and continuous with the material of the crown portion or the brim portion; and wherein the strip has a length sufficient to extend transversely over a waist belt of at least medium width.
A microwave heating apparatus, comprising: a microwave generation part for generating a microwave; and a first heating chamber to which the microwave generated by the microwave generation part is fed, and a first feeding part for supplying the microwave generated by the microwave generation part to the first heating chamber, wherein the first heating chamber is configured to accommodate an article to be heated, characterized in that the apparatus further comprises a second heating chamber; a second feeding part for supplying the microwave generated by the microwave generation part to the second heating chamber; wherein the microwave returned from the first heating chamber via the first feeding part is transmitted to the second heating chamber via a circulator (118, 219, 317, 419, 518, 618) and via the second feeding part; the second heating chamber contains a microwave absorber, and the microwave absorber is arranged on an outer surface of the first heating chamber in at least one of wall surfaces forming the first heating chamber. a microwave generation part for generating a microwave; and a first heating chamber to which the microwave generated by the microwave generation part is fed, and a first feeding part for supplying the microwave generated by the microwave generation part to the first heating chamber, wherein the first heating chamber is configured to accommodate an article to be heated, characterized in that the apparatus further comprises a second heating chamber; a second feeding part for supplying the microwave generated by the microwave generation part to the second heating chamber; wherein the microwave returned from the first heating chamber via the first feeding part is transmitted to the second heating chamber via a circulator (118, 219, 317, 419, 518, 618) and via the second feeding part; the second heating chamber contains a microwave absorber, and the microwave absorber is arranged on an outer surface of the first heating chamber in at least one of wall surfaces forming the first heating chamber.
A method of determining a quality control quantity corresponding to energy provided by a seismic source, characterized in that the method comprises: determining an envelope of a pilot signal (DF(t)) associated with the seismic source; measuring a source signal of the energy provided by the seismic source; normalizing the pilot signal (DF(t)) and the source signal using the determined envelope; and determining, in a processor, the quality control quantity using the normalized pilot signal and the normalized source signal. determining an envelope of a pilot signal (DF(t)) associated with the seismic source; measuring a source signal of the energy provided by the seismic source; normalizing the pilot signal (DF(t)) and the source signal using the determined envelope; and determining, in a processor, the quality control quantity using the normalized pilot signal and the normalized source signal.
A lead-acid battery comprising: a negative electrode plate; a positive electrode plate; and an electrolyte solution, wherein the negative electrode plate includes a negative electrode material containing graphite or carbon fiber, a ratio N/P of a mass N of the negative electrode material to a mass P of a positive electrode material per lead-acid battery is 0.62 or more, the negative electrode material contains 1.75 mass% or less of elemental barium in a fully-charged condition, the ratio N/P is 0.95 or less, and the negative electrode material contains 2.5 mass% or less of graphite or 2.5 mass% or less of carbon fiber. a negative electrode plate; a positive electrode plate; and an electrolyte solution, wherein the negative electrode plate includes a negative electrode material containing graphite or carbon fiber, a ratio N/P of a mass N of the negative electrode material to a mass P of a positive electrode material per lead-acid battery is 0.62 or more, the negative electrode material contains 1.75 mass% or less of elemental barium in a fully-charged condition, the ratio N/P is 0.95 or less, and the negative electrode material contains 2.5 mass% or less of graphite or 2.5 mass% or less of carbon fiber.
An air-based fryer apparatus for preparing food, comprising: - a base part comprising an upper support and a gearing system to generate a rotation force around a vertical rotation axis; - a container arranged on the upper support; - a food basket with an air-permeable bottom part, the food basket being placed inside the container such that a lateral gap is arranged between walls of the container and walls of the food basket, and such that a bottom gap is arranged between the bottom part of the container and said air-permeable bottom part; and - an upper lid device arranged on top of the container, the upper lid device comprising a system with primary heating means and air ventilation means for generating a flow of hot air, provided as an airstream in a circulating manner through the lateral gap, the bottom gap, the air-permeable bottom part into the food basket, such that food in the food basket is prepared by a through-streaming of hot air; and wherein the gearing system is adapted to provide a relative rotational movement at least between food arranged in the food basket and the flow of hot air in the food basket. - a base part comprising an upper support and a gearing system to generate a rotation force around a vertical rotation axis; - a container arranged on the upper support; - a food basket with an air-permeable bottom part, the food basket being placed inside the container such that a lateral gap is arranged between walls of the container and walls of the food basket, and such that a bottom gap is arranged between the bottom part of the container and said air-permeable bottom part; and - an upper lid device arranged on top of the container, the upper lid device comprising a system with primary heating means and air ventilation means for generating a flow of hot air, provided as an airstream in a circulating manner through the lateral gap, the bottom gap, the air-permeable bottom part into the food basket, such that food in the food basket is prepared by a through-streaming of hot air; and
A method for crossing-linking a protein, the method comprising the steps of incorporating at least one heterologous transglutaminase substrate peptide sequence into the protein; and cross-linking the protein by contacting the protein with a transglutaminase wherein the heterologous transglutaminase peptide sequence comprises the sequence motif LQG and preferably GDYALQGPG (SEQ ID NO: 79).
A container unit for brake fluid in a vehicle hydraulic brake system, where the container unit is connectable to and adapted for being in fluid communication with a hydraulic component of the brake system, the container unit comprising: a storage chamber for storing the brake fluid, the storage chamber having at least one flow channel allowing fluid communication between the storage chamber and the hydraulic component, where the storage chamber together with the at least one flow channel defines an inner space of the container unit; at least one displaceable valve unit regulating the flow of brake fluid out from and into the storage chamber through the at least one flow channel, where the at least one valve unit in an open position is displaced to allow brake fluid to flow out from and into the storage chamber when the container unit is connected to the hydraulic component, and where the at least one valve unit in a closed position is displaced to prevent brake fluid from flowing out from the storage chamber when the container unit is disconnected from the hydraulic component, characterized in that the at least one valve unit in the open and closed positions is fully enclosed within the inner space of the container unit. a storage chamber for storing the brake fluid, the storage chamber having at least one flow channel allowing fluid communication between the storage chamber and the hydraulic component, where the storage chamber together with the at least one flow channel defines an inner space of the container unit; at least one displaceable valve unit regulating the flow of brake fluid out from and into the storage chamber through the at least one flow channel, where the at least one valve unit in an open position is displaced to allow brake fluid to flow out from and into the storage chamber when the container unit is connected to the hydraulic component, and where the at least one valve unit in a closed position is displaced to prevent brake fluid from flowing out from the storage chamber when the container unit is disconnected from the hydraulic component, characterized in that the at least one valve unit in the open and closed positions is fully enclosed within the inner space of the container unit.
Process for packaging solid cosmetic products inside a container, comprising the introduction of a bi-component silicon resin inside the container, the positioning of at least one solid cosmetic product on said silicon resin introduced in the container and the polymerization of the resin, characterized in that said bi-component silicon resin is a modified polyvinyldimethylsiloxane-based resin with adhesive properties allowing direct adhesive anchoring of the bottom surface of the cosmetic product to the bottom surface of the container.
Bicycle storage device arranged to hold a bicycle, in a vertical position, comprising a vertical post (1, 10) on which are mounted means (2, 3) for holding the bicycle with its longitudinal axis in a vertical position in a first vertical plane, characterized in that the storage device has a flat surface defining a second vertical plane, enabling it to be used as a support for storing other objects, the vertical post (1, 10) of the device having two posts extending transversely in the same vertical plane from the vertical post (1, 10) in order to define between them the flat surface forming the second vertical plane.
Level measuring arrangement comprising: - a transmitter unit configured to generate a measurement signal in the frequency range of at least 75 GHz; - a receiving unit, configured to detect the measuring signal generated by the transmitting unit; - an emitting antenna configured to emit the measuring signal generated by the emitting unit in the direction of a surface of a product in a container; - a receiving antenna configured to receive a measurement signal reflected from the surface of the product; - an emitting waveguide configured to transmit the measurement signal generated by the emitting unit to the emitting antenna; and - a receiving waveguide configured to transmit the measurement signal received by the receiving antenna to the receiving unit; wherein the transmitting waveguide and/or the receiving waveguide are designed to be flexible in a hose-like manner; wherein the transmitting waveguide is arranged separately from the receiving waveguide in such a way that the measurement signal to be transmitted and the received measurement signal are guided electromagnetically separately from one another; wherein the transmitting waveguide and/or the receiving waveguide are configured such that the transmitting antenna and/or the receiving antenna can be arranged spatially separated from the transmitting unit and/or receiving unit. - a transmitter unit configured to generate a measurement signal in the frequency range of at least 75 GHz; - a receiving unit, configured to detect the measuring signal generated by the transmitting unit; - an emitting antenna configured to emit the measuring signal generated by the emitting unit in the direction of a surface of a product in a container; - a receiving antenna configured to receive a measurement signal reflected from the surface of the product; - an emitting waveguide configured to transmit the measurement signal generated by the emitting unit to the emitting antenna; and - a receiving waveguide configured to transmit the measurement signal received by the receiving antenna to the receiving unit;
Method for producing multilayered implant structures with at least one conductor-track plane having electrical conductor tracks for the electrical contacting of implants that serve for contacting or electrostimulation of living tissue cells or nerves, comprising the following steps: • generating a first metal layer on a substrate, • generating a second metal layer above the first metal layer, • producing a multilayer comprising a number of multilayered implant structures above the second metal layer, • removing the first metal layer between the substrate and the second metal layer, and thereby • releasing the multilayered implant structures from the substrate in a coherent composite. • generating a first metal layer on a substrate, • generating a second metal layer above the first metal layer, • producing a multilayer comprising a number of multilayered implant structures above the second metal layer, • removing the first metal layer between the substrate and the second metal layer, and thereby • releasing the multilayered implant structures from the substrate in a coherent composite.