mhurhangee/patent-ind-claim-en huggingface dataset:
A light irradiation apparatus for applying light to a sample including genetic material to analyze the sample, the apparatus comprising: a light irradiation unit configured to apply the light to the sample, the light irradiating unit including at least one or more LEDs configured to emit light that includes at least a portion of light in a blue wavelength band to an ultraviolet wavelength band, irradiate the light with an irradiation amount of the light of about 5 J/cm 2 or less, irradiate the light with a quantity of light of about 1.5 mW/cm 2 to about 100 mW/cm 2 , so that the light emitted by the light irradiation unit is configured to damage a genome by cutting the genetic material in the sample into sections of different sizes depending on a normal sample or an abnormal sample and to deform the genetic material to different degrees, to enable determination whether the sample is normal or abnormal depending on how much the genetic material is deformed. a light irradiation unit configured to apply the light to the sample, the light irradiating unit including at least one or more LEDs configured to emit light that includes at least a portion of light in a blue wavelength band to an ultraviolet wavelength band, irradiate the light with an irradiation amount of the light of about 5 J/cm 2 or less, irradiate the light with a quantity of light of about 1.5 mW/cm 2 to about 100 mW/cm 2 , emit light that includes at least a portion of light in a blue wavelength band to an ultraviolet wavelength band, irradiate the light with an irradiation amount of the light of about 5 J/cm 2 or less, irradiate the light with a quantity of light of about 1.5 mW/cm 2 to about 100 mW/cm 2 , so that the light emitted by the light irradiation unit is configured to damage a genome by cutting the genetic material in the sample into sections of different sizes depending on a normal sample or an abnormal sample and to deform the genetic material to different degrees, to enable determination whether the sample is normal or abnormal depending on how much the genetic material is deformed.
An ostomy wafer comprising: an adhesive layer configured to adhere to skin around a stoma of a living person; a flexible sensor layer coupled with the adhesive layer , the flexible sensor layer comprising a plurality of temperature sensors ; and a plurality of conductors wired to the plurality of temperature sensors, the plurality of conductors configured to be electrically coupled with an electronics hub so that signals from the plurality of temperature sensors are electrically communicated to the electronics hub , characterized in that the plurality of temperature sensors are electrically connected in a matrix circuit. an adhesive layer configured to adhere to skin around a stoma of a living person; a flexible sensor layer coupled with the adhesive layer , the flexible sensor layer comprising a plurality of temperature sensors ; and a plurality of conductors wired to the plurality of temperature sensors, the plurality of conductors configured to be electrically coupled with an electronics hub so that signals from the plurality of temperature sensors are electrically communicated to the electronics hub , characterized in that the plurality of temperature sensors are electrically connected in a matrix circuit.
A fuel system for a turbomachine, comprising: a main pump; a minimum pressure and shutoff valve (MPSOV) disposed between a fuel source and a fuel nozzle of the fuel system and configured to move between an opened position wherein fuel can flow to the fuel nozzle, and a closed position wherein fuel is prevented from flowing to the fuel nozzle; a shutdown signal valve (SDSV) operatively connected to the MPSOV and configured to selectively supply a shutdown pressure to the MPSOV in a shutdown state such that the shutdown pressure forces the MPSOV to the closed position, and wherein the shutdown pressure is supplied from a main pump flow; and a bypass valve (WBV) connected to the MPSOV and SDSV such that when the MPSOV closes, the excess flow will be re-circulated to the pump inlet through a metering valve upstream of the WBV and then through the WBV such that the WBV allows the excess flow to recirculate to the main pump after the MPSOV is shutoff by the SDSV . a main pump; a minimum pressure and shutoff valve (MPSOV) disposed between a fuel source and a fuel nozzle of the fuel system and configured to move between an opened position wherein fuel can flow to the fuel nozzle, and a closed position wherein fuel is prevented from flowing to the fuel nozzle; a shutdown signal valve (SDSV) operatively connected to the MPSOV and configured to selectively supply a shutdown pressure to the MPSOV in a shutdown state such that the shutdown pressure forces the MPSOV to the closed position, and wherein the shutdown pressure is supplied from a main pump flow; and a bypass valve (WBV) connected to the MPSOV and SDSV such that when the MPSOV closes, the excess flow will be re-circulated to the pump inlet through a metering valve upstream of the WBV and then through the WBV such that the WBV allows the excess flow to recirculate to the main pump after the MPSOV is shutoff by the SDSV .
Adjustable carrier structure for a headlamp , having - an optical component carrier to which an optical component is able to be fastened, - a coupling apparatus for fastening the carrier structure to the headlamp , - a plurality of threaded spindles that are spaced apart from one another in directions transverse to an optical axis of the adjustable carrier structure and extend substantially parallel to the optical axis , wherein o each of the threaded spindles has a first threaded spindle end which is mounted in an axially-fixed and non-rotatable manner on the optical component carrier , and that is connected to the coupling apparatus via a threaded socket cooperating with the threaded spindle , wherein the threaded socket is connected to the coupling apparatus in an axially-fixed and rotatable manner, o a distance between the first threaded spindle end and the coupling apparatus is settable by means of a rotation of the threaded socket , characterized in that o all threaded sockets are rotationally coupled via a pulling means . - an optical component carrier to which an optical component is able to be fastened, - a coupling apparatus for fastening the carrier structure to the headlamp , - a plurality of threaded spindles that are spaced apart from one another in directions transverse to an optical axis of the adjustable carrier structure and extend substantially parallel to the optical axis , wherein o each of the threaded spindles has a first threaded spindle end which is mounted in an axially-fixed and non-rotatable manner on the optical component carrier , and that is connected to the coupling apparatus via a threaded socket cooperating with the threaded spindle , wherein the threaded socket is connected to the coupling apparatus in an axially-fixed and rotatable manner, o a distance between the first threaded spindle end and the coupling apparatus is settable by means of a rotation of the threaded socket , characterized in that o all threaded sockets are rotationally coupled via a pulling means . o each of the threaded spindles has a first threaded spindle end which is mounted in an axially-fixed and non-rotatable manner on the optical component carrier , and that is connected to the coupling apparatus via a threaded socket cooperating with the threaded spindle , wherein the threaded socket is connected to the coupling apparatus in an axially-fixed and rotatable manner, o a distance between the first threaded spindle end and the coupling apparatus is settable by means of a rotation of the threaded socket , characterized in that o all threaded sockets are rotationally coupled via a pulling means .
A method for producing a bag according to which, starting from a tubular body designed to be separated into a first bag , a waste piece and a second bag following the first bag , the first bag includes a rear tab coming from a lower face of the tubular body , and delimited by a central line in the transverse direction and two diagonal lines reaching lateral sides of the lower face of the first bag ; the second bag includes a front tab facing the rear tab of the first bag , coming from the lower face of the tubular body , and delimited by the central line in the transverse direction and two diagonal lines reaching lateral sides of the lower face of the second bag ; an upper face of the tubular body and lateral sides of the second bag , when the tubular body includes gussets , being cut at the same transverse level as a bottom line of which the front tab projects forward; said tubular body including perforations extending along the central line , diagonal lines of the first bag and the second bag , the bottom line delimiting the bags on the upper face and the lateral sides of bags, when the tubular body includes gussets ; - a first step occurs consisting of a separation of the first and the second bag and; - in a second step, separating the waste piece remaining on one of the bags between the rear end and the front tab ; wherein the first and the second step are accomplished between, on the one hand, a first pair of separation cylinders and, on the other hand, a second pair of separation cylinders downstream of the first pair of separation cylinders with respect to the scrolling direction of the tubular body , the waste piece being clamped between the central line and the bottom line between the cylinders of the first pair during the first step to be retained on the second bag , then clamped and torn off by the second pair during the second step, the first pair of cylinders being driven with a lower peripheral speed than that of the second pair at least during the first and the second step. - a first step occurs consisting of a separation of the first and the second bag and; - in a second step, separating the waste piece remaining on one of the bags between the rear end and the front tab ;
An injection head for a gas turbine combustor, the injection head comprising a swirler and a fuel insert extending about a central axis (A); wherein the swirler comprises a plurality of streamlined hollow vanes , extending radially around the central axis (A), and flow channels defined between adjacent vanes ; wherein the swirler comprises a first shell , defining a leading portion of the vanes and a second shell , defining a trailing portion of the vanes , the first shell and the second shell being joined to one another at a junction surface (S) transverse to the central axis (A); wherein the fuel insert comprises a plenum assembly extending about the central axis (A) and a plurality of injector fingers extending radially outward from the plenum assembly and provided each with at least a respective fuel nozzle ; and wherein the injector fingers are at least in part enclosed within respective hollow vanes and the fuel nozzles are arranged through the second shell . wherein the swirler comprises a plurality of streamlined hollow vanes , extending radially around the central axis (A), and flow channels defined between adjacent vanes ; wherein the swirler comprises a first shell , defining a leading portion of the vanes and a second shell , defining a trailing portion of the vanes , the first shell and the second shell being joined to one another at a junction surface (S) transverse to the central axis (A); wherein the fuel insert comprises a plenum assembly extending about the central axis (A) and a plurality of injector fingers extending radially outward from the plenum assembly and provided each with at least a respective fuel nozzle ; and wherein the injector fingers are at least in part enclosed within respective hollow vanes and the fuel nozzles are arranged through the second shell .
A method of determining the position of one or more objects affixed to an external fixation device in three dimensions, comprising: attaching a radiographic reference device to the external fixation device , wherein the radiographic reference device comprises at least two surfaces separated by a first angle (α), wherein the at least two surfaces of the radiographic reference device are positioned at a second angle (β) relative to a longitudinal axis (A- A') of the external fixation device ; positioning the first surface of the radiographic reference device on a surface to capture a first radiographic image of the external fixation device and the one or more objects ; repositioning the external fixation device to position the second surface of the radiographic reference device on the surface to capture a second radiographic image of the external fixation device and the one or more objects that differs in position from the first radiographic image by the first angle; and calculating the position of the one or more objects in three dimensions based on distances measured from the first and second radiographic images with the first and second angles. attaching a radiographic reference device to the external fixation device , wherein the radiographic reference device comprises at least two surfaces separated by a first angle (α), wherein the at least two surfaces of the radiographic reference device are positioned at a second angle (β) relative to a longitudinal axis (A- A') of the external fixation device ; positioning the first surface of the radiographic reference device on a surface to capture a first radiographic image of the external fixation device and the one or more objects ; repositioning the external fixation device to position the second surface of the radiographic reference device on the surface to capture a second radiographic image of the external fixation device and the one or more objects that differs in position from the first radiographic image by the first angle; and calculating the position of the one or more objects in three dimensions based on distances measured from the first and second radiographic images with the first and second angles.
A hygiene article in panty form, having a front part and a rear part as well as an insert part which connects the front part and the rear part to one another, wherein the front part and the rear part delimit a hip opening at the upper edge, the front part, the rear part and the insert part delimit leg openings at two lateral edges, the insert part has an absorbent core in the crotch region, the front part and the rear part have elastic threads which run parallel to one another and which, in the relaxed state, gather the front part and the rear part, and the elastic threads have, on average, a density of at least two threads per centimeter in a direction running perpendicularly to the upper edge, characterized in that the insert part is covered by strips made of a nonwoven material on the narrow sides.
Tetrahydrobiopterin (BH4) or a pharmaceutically acceptable salt thereof for use in increasing absorption of BH4 in a method of treating conditions associated with elevated phenylalanine levels, wherein the condition is selected from the group consisting of mild phenylketonuria (PKU), classic PKU and hyperphenylalaninemia, or of treating BH4 deficiency; wherein the method comprises that BH4 is administered swallowed as a solid or a semisolid dosage form or dissolved in a liquid with food one or more times a day, wherein the absorption of BH4 is increased when it is ingested with food compared to administration of BH4 when ingested without food, and wherein the BH4 or salt is administered after the food.
An assembly to support a fastener , the assembly comprising: a barrier ; and a fitting comprising: a body , wherein at least a portion of the body is enclosable between opposite ends of the fastener ; and a first flange and a second flange extending from the body ; wherein the fitting is operable to rotate from a first angular position to a second angular position based on contact between the first flange and the fastener and a torque applied to the fastener ; and wherein: in the first angular position, a gap separates the second flange from the barrier , and in the second angular position, the second flange is operable to prevent rotation of the fastener based on contact between the barrier and the second flange . a barrier ; and a fitting comprising: a body , wherein at least a portion of the body is enclosable between opposite ends of the fastener ; and a first flange and a second flange extending from the body ; a body , wherein at least a portion of the body is enclosable between opposite ends of the fastener ; and a first flange and a second flange extending from the body ; wherein the fitting is operable to rotate from a first angular position to a second angular position based on contact between the first flange and the fastener and a torque applied to the fastener ; and wherein: in the first angular position, a gap separates the second flange from the barrier , and in the second angular position, the second flange is operable to prevent rotation of the fastener based on contact between the barrier and the second flange . in the first angular position, a gap separates the second flange from the barrier , and in the second angular position, the second flange is operable to prevent rotation of the fastener based on contact between the barrier and the second flange .
A support for tools (U) comprising at least one modular component comprising a main body , defining a lateral wall and two base surfaces and extending from a first end (A) to a second end (B) configured to realize a rest and/or a stop for a tool (U), said main body being connectable to a wall or panel (P), preferably perforated walls or panels (P), according to a first fixing configuration, wherein said base surfaces are parallel to the wall or panel (P), or a second fixing configuration wherein said base surfaces are perpendicular to said wall or panel (P); said main body being further configured to realize a reversible connection between said modular component and one or more further modular components ; said main body is further provided with a front fixing hole extending parallel to said two base surfaces and configurated to allow the connection of said main body to said wall or panel (P) according to said second fixing configuration; characterised in that said main body is provided with an axial fixing hole , extending between said two base surfaces , preferably in said first end (A), and configured to allow the connection of said main body to said wall or panel (P) according to said first fixing configuration. said main body being connectable to a wall or panel (P), preferably perforated walls or panels (P), according to a first fixing configuration, wherein said base surfaces are parallel to the wall or panel (P), or a second fixing configuration wherein said base surfaces are perpendicular to said wall or panel (P); said main body being further configured to realize a reversible connection between said modular component and one or more further modular components ; said main body is further provided with a front fixing hole extending parallel to said two base surfaces and configurated to allow the connection of said main body to said wall or panel (P) according to said second fixing configuration; characterised in that said main body is provided with an axial fixing hole , extending between said two base surfaces , preferably in said first end (A), and configured to allow the connection of said main body to said wall or panel (P) according to said first fixing configuration.
Electrodynamic sound transducer, having: - a transducer basket having at least one air passage , - a flexible membrane , - a magnetic system having a magnet , a magnetic back-iron , a pole plate , and an air gap between the pole plate and the magnet , - a voice coil on a substantially cylindrical coil carrier, which dips into the air gap and which is connected to the membrane for generating sound, and - a damping central element which is connected to the membrane , wherein - the sound transducer is designed to be free of beads and centrings on the membrane . - characterized in that - the coil carrier of the voice coil is connected to the membrane by a mounting adapter , - the membrane is configured as a three-dimensional free-form surface except for conical shapes, - the mounting adapter at the voice coil side is complementary in shape to the coil carrier of the voice coil and at the membrane side it is complementary in shape to the free-form surface of the membrane , - the mounting adapter is configured without steps between the coil carrier of the voice coil and the membrane , - the pole plate of the magnetic system is connected centrally and directly through the central element to the free-form surface of the membrane , - and a damper layer is arranged in the marginal region between the membrane and the transducer basket . - a transducer basket having at least one air passage , - a flexible membrane , - a magnetic system having a magnet , a magnetic back-iron , a pole plate , and an air gap between the pole plate and the magnet , - a voice coil on a substantially cylindrical coil carrier, which dips into the air gap and which is connected to the membrane for generating sound, and - a damping central element which is connected to the membrane , wherein - the sound transducer is designed to be free of beads and centrings on the membrane . - characterized in that - the coil carrier of the voice coil is connected to the membrane by a mounting adapter , - the membrane is configured as a three-dimensional free-form surface except for conical shapes, - the mounting adapter at the voice coil side is complementary in shape to the coil carrier of the voice coil and at the membrane side it is complementary in shape to the free-form surface of the membrane , - the mounting adapter is configured without steps between the coil carrier of the voice coil and the membrane , - the pole plate of the magnetic system is connected centrally and directly through the central element to the free-form surface of the membrane , - and a damper layer is arranged in the marginal region between the membrane and the transducer basket .
A respiration sensor comprising: a housing having a first nasal flow passage and a second nasal flow passage that extend therethrough, wherein the first and second nasal flow passages are disposed in parallel to one another with respect to a nasal respiratory flow direction; and an electronics board comprising a first nasal thermistor and a second nasal thermistor (400-1, 400-2), the electronics board coupled to the housing such that the first and second nasal thermistors (400-1, 400-2) are positioned into each of the first and second nasal flow passages , respectively. a housing having a first nasal flow passage and a second nasal flow passage that extend therethrough, wherein the first and second nasal flow passages are disposed in parallel to one another with respect to a nasal respiratory flow direction; and an electronics board comprising a first nasal thermistor and a second nasal thermistor (400-1, 400-2), the electronics board coupled to the housing such that the first and second nasal thermistors (400-1, 400-2) are positioned into each of the first and second nasal flow passages , respectively.