mhurhangee/patent-ind-claim-en huggingface dataset:
Lifting surface comprising: • a movable discontinuity located in the surface of the lifting surface, the movable discontinuity being movable between: o an active position in which the movable discontinuity acts as vortex generator, and o a passive position in which the movable discontinuity is integrated into the surface of the lifting surface without acting as vortex generator, • a conduit being located in communication with the movable discontinuity , the lifting surface comprising at least two openings in its surface in communication with the conduit arranged such that when the openings are open an airflow enters through one of the openings and exits from the other opening , the movable discontinuity and the conduit being configured such that when an airflow goes through the conduit , this airflow activates the movable discontinuity to act as a vortex generator of the lifting surface, characterised in that the conduit is located in the spanwise direction of the lifting surface, the two openings being spanwise distant from each other and the movable discontinuity being located between the two openings in the spanwise direction. • a movable discontinuity located in the surface of the lifting surface, the movable discontinuity being movable between: o an active position in which the movable discontinuity acts as vortex generator, and o a passive position in which the movable discontinuity is integrated into the surface of the lifting surface without acting as vortex generator, o an active position in which the movable discontinuity acts as vortex generator, and o a passive position in which the movable discontinuity is integrated into the surface of the lifting surface without acting as vortex generator, • a conduit being located in communication with the movable discontinuity , the lifting surface comprising at least two openings in its surface in communication with the conduit arranged such that when the openings are open an airflow enters through one of the openings and exits from the other opening ,
An arrangement for an aircraft turbine engine comprising a shaft rotating about an axis of rotation , as well as a following member centred on the axis of rotation and rotatably coupled to the shaft by a splined connection comprising first splines integral with the following member , as well as second splines integral with the rotating shaft and co-operating with said first splines, and means for spraying a lubricant into a lubricant collection cavity , characterised in that the arrangement additionally includes: - on either side of the splined connection , respectively an upstream connection for radially centring the following member relative to the shaft , and a downstream connection for radially centring the following member relative to the shaft , the upstream and downstream radial centring connections being axially sliding; - at least one lubricant intake passage made through the rotating shaft or the following member , the lubricant intake passage opening on the one hand into said lubricant collection cavity , and on the other hand into a spline lubrication cavity delimited in part by the upstream and downstream radial centring connections ; and - at least one lubricant discharge passage made through the rotating shaft or the following member , the lubricant discharge passage opening on the one hand into said spline lubrication cavity , and on the other hand externally to the arrangement. - on either side of the splined connection , respectively an upstream connection for radially centring the following member relative to the shaft , and a downstream connection for radially centring the following member relative to the shaft , the upstream and downstream radial centring connections being axially sliding; - at least one lubricant intake passage made through the rotating shaft or the following member , the lubricant intake passage opening on the one hand into said lubricant collection cavity , and on the other hand into a spline lubrication cavity delimited in part by the upstream and downstream radial centring connections ; and - at least one lubricant discharge passage made through the rotating shaft or the following member , the lubricant discharge passage opening on the one hand into said spline lubrication cavity , and on the other hand externally to the arrangement.
Cosmetic use of an Eschscholtzia Californica extract to induce the synthesis of collagen.
A three-dimensional fiber structure , comprising: a fiber lamination including a plurality of fiber layers laminated on one another, the fiber layers being at least biaxially oriented, each fiber layer being formed of a continuous fiber or a fabric texture, the fiber lamination being a three-dimensional plate, the fiber lamination including a bent portion , a first flat portion , and a second flat portion , the first flat portion and the second flat portion sandwiching the bent portion , and the first flat portion , the bent portion , and the second flat portion are continuous with one another; and connection yarns arranged to cross the fiber layers , characterized in that the angle at which the connection yarns of the first flat portion cross the fiber layers at the first flat portion differs from the angle at which the connection yarns of the second flat portion cross the fiber layers at the second flat portion , wherein the connection yarns of the first flat portion obliquely cross the fiber layers at the first flat portion , and wherein the connection yarns of the second flat portion are perpendicular to the fiber layers at the second flat portion . a fiber lamination including a plurality of fiber layers laminated on one another, the fiber layers being at least biaxially oriented, each fiber layer being formed of a continuous fiber or a fabric texture, the fiber lamination being a three-dimensional plate, the fiber lamination including a bent portion , a first flat portion , and a second flat portion , the first flat portion and the second flat portion sandwiching the bent portion , and the first flat portion , the bent portion , and the second flat portion are continuous with one another; and connection yarns arranged to cross the fiber layers , characterized in that the angle at which the connection yarns of the first flat portion cross the fiber layers at the first flat portion differs from the angle at which the connection yarns of the second flat portion cross the fiber layers at the second flat portion , wherein the connection yarns of the first flat portion obliquely cross the fiber layers at the first flat portion , and wherein the connection yarns of the second flat portion are perpendicular to the fiber layers at the second flat portion .
A compressor housing for a turbocharger comprising: an outer housing structure having a first tubular portion and a first radial portion extending radially outward of the first tubular portion ; an inner housing structure having a second tubular portion and a second radial portion extending radially outward of the second tubular portion ; and a rear housing structure having an inner radial portion and an outer radial portion extending radially outward of the inner radial portion ; wherein the outer housing structure , the inner housing structure , and the rear housing structure are formed separately from each other and are coupled to each other, characterized by a recirculation cavity that is defined radially between the first tubular portion and the second tubular portion , and a volute that is cooperatively formed by the first radial portion , the second radial portion , and the outer radial portion ; wherein the first radial portion forms a forward portion of the volute , the second radial portion forms an inner portion of the volute , and the outer radial portion forms a rearward portion of the volute . an outer housing structure having a first tubular portion and a first radial portion extending radially outward of the first tubular portion ; an inner housing structure having a second tubular portion and a second radial portion extending radially outward of the second tubular portion ; and a rear housing structure having an inner radial portion and an outer radial portion extending radially outward of the inner radial portion ; wherein the outer housing structure , the inner housing structure , and the rear housing structure are formed separately from each other and are coupled to each other, characterized by a recirculation cavity that is defined radially between the first tubular portion and the second tubular portion , and a volute that is cooperatively formed by the first radial portion , the second radial portion , and the outer radial portion ; wherein the first radial portion forms a forward portion of the volute , the second radial portion forms an inner portion of the volute , and the outer radial portion forms a rearward portion of the volute .
A composition comprising adipose tissue-derived stromal cells (ASCs) for use in treating sepsis in a human subject, wherein the sepsis is secondary to an inflammatory lung condition and wherein the composition is administered by an intravenous route.
A device for monitoring conditions in the bloodstream of a living mammal, comprising: a port configured for implantation under a subject's skin, and a catheter extending distally from the port and having a sensing head at a distal end, the port comprising a battery cap, a battery compartment, and a port body having a septum for receiving a drug delivery needle; the battery having an annular configuration such that the septum of the port body extends upward through the battery; the port body including a circuit board carrying data collection, power and control electronics; the catheter having embedded therein a plurality of glass optic fiber pairs, the optic fiber pairs configured to transmit light between port and distal end of the catheter; the sensing head at the distal end of the catheter comprising the distal ends of the optic fibers, the optic fibers configured to project light onto cells in the subject's blood stream and receive light back that is dependent upon the side-scatter and density of the cells in the patient's blood stream. a port configured for implantation under a subject's skin, and a catheter extending distally from the port and having a sensing head at a distal end, the port comprising a battery cap, a battery compartment, and a port body having a septum for receiving a drug delivery needle; the battery having an annular configuration such that the septum of the port body extends upward through the battery; the port body including a circuit board carrying data collection, power and control electronics; the catheter having embedded therein a plurality of glass optic fiber pairs, the optic fiber pairs configured to transmit light between port and distal end of the catheter; the sensing head at the distal end of the catheter comprising the distal ends of the optic fibers, the optic fibers configured to project light onto cells in the subject's blood stream and receive light back that is dependent upon the side-scatter and density of the cells in the patient's blood stream.
A pressure-type alcohol stove, comprising a stove body , an upper cover , a pre-heating pipe and an automatic liquid-feeding device, wherein the upper cover is arranged on the stove body and is matched with the stove body to form a vaporization cavity, the pre-heating pipe penetrates through the upper cover, the pre-heating pipe has a bottom end located in the stove body and a top end partially stretching out of the upper cover, a pre-heating cavity is formed around the pre-heating pipe, characterized in that spirally-distributed spray holes are formed through the upper cover, air jet holes used for air jetting and pre-mixing are formed through an upper part of the pre-heating pipe, alcohol guide holes are formed in a lower part of the pre-heating pipe; and in that the automatic liquid-feeding device comprises two liquid level sensors , a controller , and an alcohol pump , wherein the two liquid level sensors are vertically arranged on a side wall of the stove body with one above the other, the alcohol pump has a liquid inlet communicated with an alcohol bottle via a pipe, the alcohol pump has a liquid outlet communicated with a liquid inlet at the side wall of the stove body via a pipe, and the controller is electrically connected to the two liquid level sensors and the alcohol pump.
A method for producing a nanoscale device in a vacuum chamber, the method comprising the steps of a) growing, by means of vapour liquid solid, VLS growth, at an elevated temperature of above 400°C, one or more elongated crystalline InAs semiconductor nanostructures, such as nanowire (crystals), in the normal direction on a plane substrate, said elongated crystalline InAs semiconductor nanostructures having a plurality of plane side facets as seen in cross-section, b) shutting off all sources of growth material and reducing the temperature thereby cooling the substrate with the crystalline InAs semiconductor nanostructures to a temperature below -30°C, and c) depositing, at said reduced temperature below -30°C, a crystalline first facet layer of aluminium directly on at least one of said side facets of the crystalline InAs semiconductor nanostructures by means of MBE, the thickness of said first facet layer deposited being less than 15 nm, such that a superconductor hard gap is induced in the InAs semiconductor nanostructure. a) growing, by means of vapour liquid solid, VLS growth, at an elevated temperature of above 400°C, one or more elongated crystalline InAs semiconductor nanostructures, such as nanowire (crystals), in the normal direction on a plane substrate, said elongated crystalline InAs semiconductor nanostructures having a plurality of plane side facets as seen in cross-section, b) shutting off all sources of growth material and reducing the temperature thereby cooling the substrate with the crystalline InAs semiconductor nanostructures to a temperature below -30°C, and c) depositing, at said reduced temperature below -30°C, a crystalline first facet layer of aluminium directly on at least one of said side facets of the crystalline InAs semiconductor nanostructures by means of MBE, the thickness of said first facet layer deposited being less than 15 nm, such that a superconductor hard gap is induced in the InAs semiconductor nanostructure.
A device for examining value documents and/or the transport of value documents which are transported along a specified transport path in a specified transport direction, by means of ultrasound with ultrasound transmitters disposed offset in a direction transverse to the transport direction for emitting, upon transmit signals, ultrasound on the transport path and ultrasound receivers disposed offset in a direction transverse to the transport direction for receiving ultrasound which is generated by means of the ultrasound transmitters and for emitting receive signals or with ultrasound transmitters/receivers disposed offset in a direction transverse to the transport direction for emitting ultrasound on the transport path upon transmit signals and for receiving the ultrasound after interaction with at least one of the value documents and for emitting receive signals, characterized in that wherein the ultrasound transmitters and/or ultrasound receivers respectively have at least one capacitive, micromechanical ultrasonic transducer , or wherein the ultrasound transmitters/receivers respectively have at least one capacitive, micromechanical ultrasonic transducer .
A filter system, which includes a filter and a filter holder, wherein the filter is connected to an upper and a lower filter cap , wherein attached to the periphery of the filter caps there are respective fixing aids of T-shape in cross-section with a laterally projecting transverse web, which are vertically aligned with one another, wherein attached to an outer surface of the housing of the filter holder there are two filter fixings with grooves, in which the transverse webs may be mounted, wherein projecting laterally from the filter and/or the filter caps there are four hydraulic connections , which are vertically aligned with one another, wherein the filter holder includes four connectors , which may be advanced by an upper and a lower fastening mechanism , characterised in that the four connectors may be advanced against spring force until they lock in an end position, in which the connectors are sealingly connected to the hydraulic connections , and that the connectors engage around the connections in the end position so that their flow cross-section is not reduced.
Portable testing device , for measuring the moisture inside pressurized fire-fighting equipment, comprising: - an outer casing , comprising: - a first chamber , having an internal volume adapted to receive a gas flow from inside the pressurized fire fighting equipment, wherein in said first chamber a primary sensor means is housed, adapted to detect the moisture content in the gas contained in the first chamber and to generate corresponding signals correlated to said moisture content; - an attachment portion , adapted to put the first chamber in fluid communication with the inside of the pressurized firefighting equipment. - a first filter , adapted to allow the gas flow to pass from the pressurized fire-fighting equipment to the first chamber , holding at least part of any solid particles suspended in said gas flow so that they do not penetrate into said first chamber ; - a second chamber , wherein processing means are housed, adapted to electronically process the signals of the primary sensor means ; and - a wall , interposed between the first chamber and the second chamber . - an outer casing , comprising: - a first chamber , having an internal volume adapted to receive a gas flow from inside the pressurized fire fighting equipment, wherein in said first chamber a primary sensor means is housed, adapted to detect the moisture content in the gas contained in the first chamber and to generate corresponding signals correlated to said moisture content; - an attachment portion , adapted to put the first chamber in fluid communication with the inside of the pressurized firefighting equipment. - a first filter , adapted to allow the gas flow to pass from the pressurized fire-fighting equipment to the first chamber , holding at least part of any solid particles suspended in said gas flow so that they do not penetrate into said first chamber ; - a second chamber , wherein processing means are housed, adapted to electronically process the signals of the primary sensor means ; and - a wall , interposed between the first chamber and the second chamber . - a first chamber , having an internal volume adapted to receive a gas flow from inside the pressurized fire fighting equipment, wherein in said first chamber a primary sensor means is housed, adapted to detect the moisture content in the gas contained in the first chamber and to generate corresponding signals correlated to said moisture content; - an attachment portion , adapted to put the first chamber in fluid communication with the inside of the pressurized firefighting equipment. - a first filter , adapted to allow the gas flow to pass from the pressurized fire-fighting equipment to the first chamber , holding at least part of any solid particles suspended in said gas flow so that they do not penetrate into said first chamber ; - a second chamber , wherein processing means are housed, adapted to electronically process the signals of the primary sensor means ; and - a wall , interposed between the first chamber and the second chamber .
A pharmaceutical composition comprising a pharmaceutically acceptable carrier and an organonitro compound of Formula I-A: or a pharmaceutically acceptable salt or solvate thereof, wherein: A 1 is N; R 1 represents independently for each occurrence hydrogen or methyl; R 4 is C 1 -C 5 alkyl substituted with one X 1 group and one X 2 group; wherein X 1 is -NH 2 , -N(H)C(O)-C 1 -C 5 alkyl, or -N(H)C(OMC 1 -C 5 alkylene)-C(H)(NH 2 )-CO 2 H; and X 2 is -CO 2 H, -CO 2 -C 1 -C 5 alkyl, or -C(O)N(H)CH 2 CO 2 H; and p represents independently for each occurrence 1 or 2. A 1 is N; R 1 represents independently for each occurrence hydrogen or methyl; R 4 is C 1 -C 5 alkyl substituted with one X 1 group and one X 2 group; wherein X 1 is -NH 2 , -N(H)C(O)-C 1 -C 5 alkyl, or -N(H)C(OMC 1 -C 5 alkylene)-C(H)(NH 2 )-CO 2 H; and X 2 is -CO 2 H, -CO 2 -C 1 -C 5 alkyl, or -C(O)N(H)CH 2 CO 2 H; and p represents independently for each occurrence 1 or 2.
An implant for interfacing with a bone structure, comprising: a web structure comprising a space truss comprising two or more planar truss units having a plurality of struts joined at nodes, wherein the web structure is configured to interface with human bone tissue; wherein at least some of the planar truss units are coupled to each other to define one or more polyhedra; wherein the web structure extends through a central portion of the implant; one or more substantially tubular channels formed in the web structure, the one or more substantially tubular channels extending through the web structure and having a channel exit (425a,b) in at least two sides of the web structure, wherein one or more of the substantially tubular channels are defined by one or more circular or arcuate struts , and wherein the substantially tubular channels are adapted such that they can receive a cylindrical fastener to secure the implant to the bone; and wherein a plurality of planar truss units define an exterior surface of the web structure. a web structure comprising a space truss comprising two or more planar truss units having a plurality of struts joined at nodes, wherein the web structure is configured to interface with human bone tissue; wherein at least some of the planar truss units are coupled to each other to define one or more polyhedra; wherein the web structure extends through a central portion of the implant; one or more substantially tubular channels formed in the web structure, the one or more substantially tubular channels extending through the web structure and having a channel exit (425a,b) in at least two sides of the web structure, wherein one or more of the substantially tubular channels are defined by one or more circular or arcuate struts , and wherein the substantially tubular channels are adapted such that they can receive a cylindrical fastener to secure the implant to the bone; and wherein a plurality of planar truss units define an exterior surface of the web structure.