mhurhangee/ep-ind-claims huggingface dataset:
A flow control device capable of controlling the flow rate of a fluid that flows between a pair of a first port and a second port by displacement of a rod having a valve member thereon in an axial direction, comprising: a first body including a coupling having the first port and to which a tube is connected for supplying or discharging the fluid, a guide member for guiding the rod along the axial direction, and a seat on which the valve member can be seated; and a second body disposed on a lower part of the first body and having the second port to which the fluid is supplied or from which the fluid is discharged, wherein a holder retains a check valve that abuts against an inner circumferential surface of the second body and wherein a fluid passage that communicates with the first port and through which the fluid flows is formed between the first body and the second body, wherein a first connecting member is connected to a second connecting member disposed on an end of the second body, wherein on the first body, the guide member, the seat, and the holder are disposed coaxially along the axial direction, and the coupling is formed with a substantially L-shape in cross section such that the coupling is disposed perpendicularly to said axial direction, and wherein communication holes (50a, 50b, 52a, 52b) through which the fluid flows are formed in the first body, characterized in that the seat is provided integrally with the first body, that the holder is formed on an outer circumferential surface of the first body, that the first connecting member is disposed on an outer peripheral end of the first body, and that the communication holes (50a, 50b, 52a,52b) are formed downward from a lower end of the first connecting member. a first body including a coupling having the first port and to which a tube is connected for supplying or discharging the fluid, a guide member for guiding the rod along the axial direction, and a seat on which the valve member can be seated; and a second body disposed on a lower part of the first body and having the second port to which the fluid is supplied or from which the fluid is discharged, wherein a holder retains a check valve that abuts against an inner circumferential surface of the second body and wherein a fluid passage that communicates with the first port and through which the fluid flows is formed between the first body and the second body, wherein a first connecting member is connected to a second connecting member disposed on an end of the second body, wherein on the first body, the guide member, the seat, and the holder are disposed coaxially along the axial direction, and the coupling is formed with a substantially L-shape in cross section such that the coupling is disposed perpendicularly to said axial direction, and wherein communication holes (50a, 50b, 52a, 52b) through which the fluid flows are formed in the first body,
A method of predicting clinical outcome for a human subject diagnosed with early stage squamous cell lung carcinoma comprising: a) determining whether a loss of function mutation or a deletion in the cyclin-dependent kinase inhibitor 2A (CDKN2A) gene is present in a biological sample by next generation sequencing, the biological sample comprising cancer cells obtained from said human subject; and b) predicting the clinical outcome for said human subject, wherein the presence of a loss of function mutation or deletion in the CDKN2A gene positively correlates with an increased likelihood of a negative clinical outcome, and wherein the absence of a loss of function mutation or deletion in the CDKN2A gene positively correlates with an increased likelihood of a positive clinical outcome. a) determining whether a loss of function mutation or a deletion in the cyclin-dependent kinase inhibitor 2A (CDKN2A) gene is present in a biological sample by next generation sequencing, the biological sample comprising cancer cells obtained from said human subject; and b) predicting the clinical outcome for said human subject,
Braiding device comprising a frame, in which bobbins comprising spools of yarn connected thereto can be arranged so as to be driven in circulation in periodically intersecting tracks, reversing stations in the bobbin tracks, a braiding ring, via which the threads drawn from the spools of yarn are guided in a conveying-away direction, and braiding needles which have, in the outer surface thereof, one or more grooves which extend in the longitudinal direction of the braiding needle, characterized in that a support medium for the threads to be deflected by the braiding needle can be guided through said groove(s), such that the threads can be put onto the surface of the support medium that projects out of the groove and can be guided by means thereof along at least one braiding needle.
A resilient fastener for the fastening of first and second component parts (3, 5) to each other, the fastener comprising: - a wall bearing at least one claw intended to cooperate with a gripping wall provided on the first component part; - the wall having at least one closed contour orifice; - the claw having a base integrally attached to an edge of the orifice, a free end opposite the base, and first and second lateral edges (25, 27) positioned opposite one another each connecting the free end to the base, the claw being inclined from the base and projecting outwards relative to a first surface of the wall; characterised in that: - the claw viewed in orthogonal projection in the plane of the orifice delimits a first zone of the orifice, the orifice further having a second free zone adjoining the first zone; - the projection of the first lateral edge of the claw in the plane of the orifice adjoins the edge of the orifice, the projection of the second lateral edge of the claw in the plane of the orifice adjoining the second zone. - a wall bearing at least one claw intended to cooperate with a gripping wall provided on the first component part; - the wall having at least one closed contour orifice; - the claw having a base integrally attached to an edge of the orifice, a free end opposite the base, and first and second lateral edges (25, 27) positioned opposite one another each connecting the free end to the base, the claw being inclined from the base and projecting outwards relative to a first surface of the wall; - the claw viewed in orthogonal projection in the plane of the orifice delimits a first zone of the orifice, the orifice further having a second free zone adjoining the first zone; - the projection of the first lateral edge of the claw in the plane of the orifice adjoins the edge of the orifice, the projection of the second lateral edge of the claw in the plane of the orifice adjoining the second zone.
A tire comprising at least a circular tire frame formed of a resin material, the resin material including a polyamide-based thermoplastic elastomer including a hard segment and a soft segment in a molecule thereof, and a resin having a glass transition temperature higher than a glass transition temperature of the hard segment, wherein the resin is at least one selected from polyphenylene ether, acrylonitrile/butadiene/styrene copolymer or acrylonitrile/ethylene/styrene copolymer, wherein the mass ratio (x+y: z) of the soft segment (z) of the polyamide-based thermoplastic elastomer with respect to the total amount (x+y) of the hard segment (x) of the polyamide-based thermoplastic elastomer and the resin (y) is 40:60 to 90:10.
An article of clothing comprising: a fabric layer having an inside surface and an outside surface, the inside surface facing a user's body when the article of clothing is worn by the user, and the outside surface facing away from the user's body when the article of clothing is worn by the user; a sensor attached to the inside surface of the fabric layer such that when the article of clothing is worn by the user, the sensor is in contact with the user's skin, the sensor capable of measuring physiological parameters of the user; an electrically conductive trace extending along the fabric layer and electrically connected at a first end to the sensor; and a retaining ring adhered to the fabric layer near a second end of the electrically conductive trace, the retaining ring capable of receiving a rounded telemetry device and forming a compression connection between the perimeter of the telemetry device and the retaining ring such that when the telemetry device is received in the retaining ring, the second end of the electrically conductive trace is in electrical contact with the telemetry device, characterised in that the retaining ring is adhered to the inside surface of the fabric layer, and the second end of the electrically conductive trace is on the outside surface of the fabric layer, and wherein when the telemetry device is received in the retaining ring, the telemetry device is in contact with the outside surface of the fabric layer and a portion of the fabric layer is between the retaining ring and the received telemetry device.
A method in a wireless device comprised in a wireless communications network, the method characterized by the steps of: - obtaining information indicating the form factor of the wireless device, the information being determined based on radio measurements; - sending the information indicating the form factor to a network node. - obtaining information indicating the form factor of the wireless device, the information being determined based on radio measurements; - sending the information indicating the form factor to a network node.
Quick clamping device for a portable power tool, in particular angle grinder, which has at least one output shaft (12a; 12b; 12c; 12e; 12l) which can be driven in rotation, having at least one clamping unit (16a; 16b; 16c; 16d; 16e; 16f; 16g; 16h; 16h'; 16i; 16j; 16k; 16l; 16m; 16n) which, for tool-free fixing of an insert tool unit to the output shaft (12a; 12b; 12c; 12e; 121), has at least one movably mounted clamping element (20a, 22a; 20b, 22b; 20c, 22c) for exertion of a clamping force on the insert tool unit in a clamping position of the clamping element (20a, 22a; 20b, 22b; 20c, 22c), and having at least one operator control unit (24a; 24b; 24c; 24d; 24e; 24f; 24h; 24h'; 24i; 24j; 24k; 24l; 24n) for moving the clamping element (20a, 22a; 20b, 22b; 20c, 22c) into the clamping position and/or into a release position of the clamping element (20a, 22a; 20b, 22b; 20c, 22c), in which the insert tool unit can be removed from the clamping unit (16a; 16b; 16c; 16d; 16e; 16f; 16g; 16h; 16h'; 16i; 16j; 16k; 16l; 16m; 16n), characterized by at least one decoupling unit (26a; 26b; 26c; 26d; 26e; 26f; 26g; 26h; 26h'; 26i; 26j; 26k; 261; 26m; 26n) which is provided for decoupling the operator control unit (24a; 24b; 24c; 24d; 24e; 24f; 24h; 24h'; 24i; 24j; 24k; 24l; 24n) from the clamping unit (16a; 16b; 16c; 16d; 16e; 16f; 16g; 16h; 16h'; 16i; 16j; 16k; 16l; 16m; 16n) in a manner dependent on a rotational speed of the output shaft (12a; 12b; 12c; 12e; 121).
A system comprising: a laser device configured to apply a plurality of laser pulses to a tissue region of a tissue to yield a plurality of laser-induced optical breakdowns (LIOBs) in the tissue region, the LIOBs yielding a plurality of bubbles of gas; and a control computer configured to: receive information describing the tissue region; estimate from the information a concentration of the gas in the tissue region by: calculating a previous concentration of the gas due to one or more previous laser pulses of the laser pulses; calculating a diffusion of the gas away from the tissue region; and estimating the concentration of the gas from the previous concentration of the gas and the diffusion of the gas away from the tissue region; and adjust one or more laser parameters in response to the concentration of the gas to satisfy a critical concentration rule. a laser device configured to apply a plurality of laser pulses to a tissue region of a tissue to yield a plurality of laser-induced optical breakdowns (LIOBs) in the tissue region, the LIOBs yielding a plurality of bubbles of gas; and a control computer configured to: receive information describing the tissue region; estimate from the information a concentration of the gas in the tissue region by: calculating a previous concentration of the gas due to one or more previous laser pulses of the laser pulses; calculating a diffusion of the gas away from the tissue region; and estimating the concentration of the gas from the previous concentration of the gas and the diffusion of the gas away from the tissue region; and adjust one or more laser parameters in response to the concentration of the gas to satisfy a critical concentration rule. receive information describing the tissue region; estimate from the information a concentration of the gas in the tissue region by: calculating a previous concentration of the gas due to one or more previous laser pulses of the laser pulses; calculating a diffusion of the gas away from the tissue region; and estimating the concentration of the gas from the previous concentration of the gas and the diffusion of the gas away from the tissue region; and calculating a previous concentration of the gas due to one or more previous laser pulses of the laser pulses; calculating a diffusion of the gas away from the tissue region; and estimating the concentration of the gas from the previous concentration of the gas and the diffusion of the gas away from the tissue region; and adjust one or more laser parameters in response to the concentration of the gas to satisfy a critical concentration rule.
A method, in a radio transceiver configured to transmit a radio-frequency transmit signal at a transmit frequency and having two or more local oscillators operative to simultaneously generate local oscillator signals, at corresponding local oscillator frequencies, for simultaneously down-converting two or more corresponding received radio-frequency signals, the method comprising: identifying one or more self-interfering frequencies, based on the local oscillator frequencies and the transmit frequency; generating a baseband cancellation signal by weighting and frequency-shifting a baseband representation of the transmit signal, based on the identified self-interfering frequencies; and combining the baseband cancellation signal with a down-converted received signal, to obtain an interference-reduced baseband signal; wherein identifying one or more self-interfering frequencies comprises: determining a set of spurious frequencies corresponding to nonlinear products of the local oscillator signals; comparing each of the spurious frequencies with the transmit frequency; and identifying as self-interfering frequencies those of the spurious frequencies that fall within a predetermined range of the transmit frequency; wherein generating the baseband cancellation signal comprises, for each of the identified spurious frequencies: frequency-shifting a digital baseband representation of the radio-frequency transmit signal to obtain a frequency-shifted baseband transmit signal, using a frequency shift based on a difference between the spurious frequency and the transmit frequency; applying, to the frequency-shifted baseband transmit signal, a complex weight corresponding to the identified spurious frequency and a delay, to obtain an in-phase or anti-phase cancellation signal corresponding to the identified spurious frequency. identifying one or more self-interfering frequencies, based on the local oscillator frequencies and the transmit frequency; generating a baseband cancellation signal by weighting and frequency-shifting a baseband representation of the transmit signal, based on the identified self-interfering frequencies; and determining a set of spurious frequencies corresponding to nonlinear products of the local oscillator signals; comparing each of the spurious frequencies with the transmit frequency; and frequency-shifting a digital baseband representation of the radio-frequency transmit signal to obtain a frequency-shifted baseband transmit signal, using a frequency shift based on a difference between the spurious frequency and the transmit frequency; applying, to the frequency-shifted baseband transmit signal, a complex weight corresponding to the identified spurious frequency and a delay, to obtain an in-phase or anti-phase cancellation signal corresponding to the identified spurious frequency.
A turbine, comprising: a plurality of rotor members, configured to rotate due to the expansion of hot burned gas flowing into a hot gas flow path channel, wherein each rotor member comprises a rotor wheel, wherein a wheel space is individuated between two rotor wheels of two adjacent rotor members; a protective spacer, arranged between two facing rotor members, configured to avoid an ingested gas flow (F') from the hot gas flow path channel to reach the wheel space; and a plurality of stator spacers, each one arranged between two adjacent rotor members; wherein a channel is delimited between each protective spacer and a corresponding stator spacer; characterized in that at least one rotor member comprises a deflector, configured to deflect the purging air pumped up from the wheel spaces by the rotor members to the channel wherein, when the turbine is operated at low power, the channel is at a pressure lower than that of the gas deflected by the deflector. a plurality of rotor members, configured to rotate due to the expansion of hot burned gas flowing into a hot gas flow path channel, wherein each rotor member comprises a rotor wheel, wherein a wheel space is individuated between two rotor wheels of two adjacent rotor members; a protective spacer, arranged between two facing rotor members, configured to avoid an ingested gas flow (F') from the hot gas flow path channel to reach the wheel space; and a plurality of stator spacers, each one arranged between two adjacent rotor members; wherein a channel is delimited between each protective spacer and a corresponding stator spacer; characterized in that at least one rotor member comprises a deflector, configured to deflect the purging air pumped up from the wheel spaces by the rotor members to the channel wherein, when the turbine is operated at low power, the channel is at a pressure lower than that of the gas deflected by the deflector.
A valve timing varying device that varies an opening and closing timing of an intake valve or an exhaust valve driven so as to open and close via a camshaft by controlling an oil pressure in an advanced angle chamber and a retarded angle chamber, the valve timing varying device comprising: a housing rotor rotated on a rotation axis of the camshaft in synchronism with rotation of a crankshaft; a vane rotor rotated integrally with the camshaft and accommodated in an accommodating chamber of the housing rotor so as to relatively rotate within a predetermined angle range to divide the accommodating chamber into the advanced angle chamber and the retarded angle chamber; and a torsional coiled urging spring that has a coil part, a first end, and a second end, and that is disposed between the housing rotor and the vane rotor for urging the vane rotor toward one rotation direction relative to the housing rotor, wherein, the first end of the urging spring is provided outside in a radial direction with respect to the coil part, and the second end of the urging spring is provided inside in the radial direction with respect to the coil part, and the vane rotor has an accommodating concave part for receiving at least a part of the coil part of the urging spring on a front end side facing an inside wall face of a front side housing member, and a second latching concave part for receiving and latching the second end of the urging spring in an area facing an opening on the front end side through which a bolt for fastening the vane rotor to the camshaft is inserted, the second latching concave part being visible through the opening, characterized in that: the housing rotor is a two-divided structure which is composed of: - a bottomed cylindrical front side housing member, and - a rear side housing member joined with the front side housing member, and in that, the front side housing member has a first latching concave part for receiving and latching the first end of the urging spring on an inside wall face facing the vane rotor. a housing rotor rotated on a rotation axis of the camshaft in synchronism with rotation of a crankshaft; a vane rotor rotated integrally with the camshaft and accommodated in an accommodating chamber of the housing rotor so as to relatively rotate within a predetermined angle range to divide the accommodating chamber into the advanced angle chamber and the retarded angle chamber; and a torsional coiled urging spring that has a coil part, a first end, and a second end, and that is disposed between the housing rotor and the vane rotor for urging the vane rotor toward one rotation direction relative to the housing rotor, wherein, the first end of the urging spring is provided outside in a radial direction with respect to the coil part, and the second end of the urging spring is provided inside in the radial direction with respect to the coil part, and - a bottomed cylindrical front side housing member, and - a rear side housing member joined with the front side housing member, and in that,
A labyrinthine bee feeding apparatus comprising: a base unit comprising: a receptacle defining an interior atrium; at least one entry aperture connected to one or more labyrinthine passages each having at least one bend, wherein each of the at least one bend is configured to allow passage of a bee therethrough and to inhibit passage of a yellow jacket, wasp, or hornet, and wherein the one or more labyrinthine passages are from the entry aperture to the interior atrium of the base unit; at least one feeding medium dispensary within the interior atrium; and a one-way port leading from the interior atrium to exterior of the base unit; wherein the one-way port is configured to allow a bee to exit the interior atrium and to inhibit entry of a bee, a yellow jacket, wasp, or hornet; and wherein the apparatus is configured to receive and secure a feeding medium vessel in fluid communication with the at least feeding medium dispensary. a base unit comprising: a receptacle defining an interior atrium; at least one entry aperture connected to one or more labyrinthine passages each having at least one bend, wherein each of the at least one bend is configured to allow passage of a bee therethrough and to inhibit passage of a yellow jacket, wasp, or hornet, and wherein the one or more labyrinthine passages are from the entry aperture to the interior atrium of the base unit; at least one feeding medium dispensary within the interior atrium; and a one-way port leading from the interior atrium to exterior of the base unit; wherein the one-way port is configured to allow a bee to exit the interior atrium and to inhibit entry of a bee, a yellow jacket, wasp, or hornet; and a receptacle defining an interior atrium; at least one entry aperture connected to one or more labyrinthine passages each having at least one bend, wherein each of the at least one bend is configured to allow passage of a bee therethrough and to inhibit passage of a yellow jacket, wasp, or hornet, and wherein the one or more labyrinthine passages are from the entry aperture to the interior atrium of the base unit; at least one feeding medium dispensary within the interior atrium; and a one-way port leading from the interior atrium to exterior of the base unit; wherein the one-way port is configured to allow a bee to exit the interior atrium and to inhibit entry of a bee, a yellow jacket, wasp, or hornet; and wherein the apparatus is configured to receive and secure a feeding medium vessel in fluid communication with the at least feeding medium dispensary.