mhurhangee/patent-ind-claim-en huggingface dataset:
A flip tray for pivotal mounting in a telecommunications fixture , the flip tray configured for housing optical fibers, the tray comprising: a hinge structure positioned along an edge of the tray for pivotal mounting to the fixture ; a pair of fiber guides positioned at outer ends of said tray edge ; each fiber guide defining a generally cylindrical configuration with open ends for guiding fibers in and/or out of the tray , wherein longitudinal axes defined by the fiber guides are parallel to a pivotal axis defined by the hinge structure (180, wherein the hinge structure is positioned at a center point along the tray edge in between the two fiber guides ; characterized in that the fiber guides are equally spaced from the hinge structure . a hinge structure positioned along an edge of the tray for pivotal mounting to the fixture ; a pair of fiber guides positioned at outer ends of said tray edge ; each fiber guide defining a generally cylindrical configuration with open ends for guiding fibers in and/or out of the tray , wherein longitudinal axes defined by the fiber guides are parallel to a pivotal axis defined by the hinge structure (180, wherein the hinge structure is positioned at a center point along the tray edge in between the two fiber guides ; characterized in that the fiber guides are equally spaced from the hinge structure .
A fluid filter and priming pump assembly comprising: a fluid filter housing ; and a filter base attached to said fluid filter housing and configured to move fluid through said fluid filter housing , said filter base comprising: a first inlet oriented in a first direction, a second inlet oriented in a second direction different from said first direction, at least one of said first inlet and said second inlet being configurable to receive said fluid, an outlet configured to discharge said fluid, a first mount configured for mounting said filter base in a first orientation, and a second mount configured for mounting said filter base in a second orientation different from said first orientation characterized in that said second direction is opposite said first direction and said second orientation is opposite said first orientation. a first inlet oriented in a first direction, a second inlet oriented in a second direction different from said first direction, at least one of said first inlet and said second inlet being configurable to receive said fluid, an outlet configured to discharge said fluid, a first mount configured for mounting said filter base in a first orientation, and a second mount configured for mounting said filter base in a second orientation different from said first orientation characterized in that said second direction is opposite said first direction and said second orientation is opposite said first orientation.
A positive electrode active material for a non-aqueous electrolyte secondary battery, including: a lithium-transition metal composite oxide, wherein the lithium-transition metal composite oxide is represented by general formula Li x Mn y Ni z Me 2-x-y-z O a F b , wherein 1 ≤ x ≤ 1.2, 0.4 ≤ y ≤ 0.7, 0.1 ≤ z ≤ 0.4, 0 < b ≤ 0.2, 1.9 ≤ a + b ≤ 2.1, and Me is at least one element selected from Co, Al, Ti, Ge, Nb, Sr, Mg, Si, P, and Sb, has a BET specific surface area of 1 m 2 /g or more and 4 m 2 /g or less, and has an average pore size of 100 nm or less. a lithium-transition metal composite oxide, wherein the lithium-transition metal composite oxide is represented by general formula Li x Mn y Ni z Me 2-x-y-z O a F b , wherein 1 ≤ x ≤ 1.2, 0.4 ≤ y ≤ 0.7, 0.1 ≤ z ≤ 0.4, 0 < b ≤ 0.2, 1.9 ≤ a + b ≤ 2.1, and Me is at least one element selected from Co, Al, Ti, Ge, Nb, Sr, Mg, Si, P, and Sb, has a BET specific surface area of 1 m 2 /g or more and 4 m 2 /g or less, and has an average pore size of 100 nm or less. is represented by general formula Li x Mn y Ni z Me 2-x-y-z O a F b , wherein 1 ≤ x ≤ 1.2, 0.4 ≤ y ≤ 0.7, 0.1 ≤ z ≤ 0.4, 0 < b ≤ 0.2, 1.9 ≤ a + b ≤ 2.1, and Me is at least one element selected from Co, Al, Ti, Ge, Nb, Sr, Mg, Si, P, and Sb, has a BET specific surface area of 1 m 2 /g or more and 4 m 2 /g or less, and has an average pore size of 100 nm or less.
A safety clip for a needle, the safety clip comprising: an attachment collar having a central aperture through which can be secured either a hub of a syringe with the needle or a collar at the base of the needle, an elongate sheath having a longitudinal channel along at least one side thereof for receiving the needle, a hinge operably connected between the attachment collar and the elongate sheath , wherein the attachment collar further comprises one or more slots containing retaining members , and wherein the elongate sheath further comprises one or more mushroom shaped projections which extend from a remote end of the elongate sheath in a direction parallel to the longitudinal channel, and are insertable into the slots and engage with the retaining members , such that the elongate sheath of the safety clip, when the safety clip is secured by its attachment collar to a hub of a syringe with the needle or to a collar at the base of the needle, can be pivoted about the hinge between a first position in which the needle is exposed and able to be used, and a second position in which at least a tip of the needle is sheathed in the longitudinal channel so that a user cannot be pricked by the needle, and wherein the retaining members are shaped to prevent the mushroom shaped projections being removed from their engagement with the retaining members, thereby providing a permanent and secure locking between the slots and the mushroom shaped projections which prevents the elongate sheath being pivoted back to the first position when placed in the second position, characterized in that the slots are located at a remote end of the attachment collar , which remote end is furthest from an end of the attachment collar to which the hinge is connected, and in that the safety clip further comprises a temporary locking mechanism coupled between the elongate sheath and the attachment collar, the temporary locking mechanism being configured to selectively retain the safety clip in the first position so that the needle is exposed and available for use, wherein the temporary locking mechanism includes a first locking member coupled to the elongate sheath and a second locking member coupled to the attachment collar, the first and second locking members including respective distal ends configured to interface and lock with each other when the elongate sheath and attachment collar are fully extended in the first position.
A method of automatically adjusting at least one electric actuator of a brake to prevent dragging comprising: measuring a force applied by the at least one actuator to a load measuring device; verifying that the force applied by the at least one actuator is below a predetermined threshold; subtracting a predefined offset from a current zero torque position of the at least one actuator if the applied force is below the predetermined threshold; subtracting a drag offset from the current zero torque position of the actuator if the applied force is below the predetermined threshold to further compensate for a dragging brake condition; and storing the new zero torque position (ZTP) in a brake actuator controller configured to control the brake . measuring a force applied by the at least one actuator to a load measuring device; verifying that the force applied by the at least one actuator is below a predetermined threshold; subtracting a predefined offset from a current zero torque position of the at least one actuator if the applied force is below the predetermined threshold; subtracting a drag offset from the current zero torque position of the actuator if the applied force is below the predetermined threshold to further compensate for a dragging brake condition; and storing the new zero torque position (ZTP) in a brake actuator controller configured to control the brake .
A spine board comprising: a main body having: a top surface and an opposing bottom surface that define a thickness of the main body ; a first end and an opposing second end that define a length of the main body ; a first longitudinal side and an opposing second longitudinal side that define a width of the main body , wherein the first and second longitudinal sides connect the first end to the second end ; a plurality of lateral channels (124a-d) extending laterally within the main body and being defined at least by open first ends (126a-d) and open second ends (128a-d), wherein each open first end (126a-d) intersects with the first longitudinal side of the main body and each open second end (128a-d) intersects with the second longitudinal side of the main body ; a plurality of lateral cartridges (134a-d) each having a compartment and a leading end (171a-d) and a trailing end (173a-d), wherein each lateral cartridge (134a-d) is removably inserted into one of the plurality of lateral channels (124a-d) from the leading end (171a-d) to the trailing end (173a-d); and a plurality of lateral straps each contained in the compartment of one of the plurality of lateral cartridges (134a-d) so that at least a portion of each lateral strap is fixed inside the main body and a portion of each lateral strap is used to secure a patient to the top surface of the main body . a main body having: a top surface and an opposing bottom surface that define a thickness of the main body ; a first end and an opposing second end that define a length of the main body ; a first longitudinal side and an opposing second longitudinal side that define a width of the main body , wherein the first and second longitudinal sides connect the first end to the second end ; a top surface and an opposing bottom surface that define a thickness of the main body ; a first end and an opposing second end that define a length of the main body ; a first longitudinal side and an opposing second longitudinal side that define a width of the main body , wherein the first and second longitudinal sides connect the first end to the second end ; a plurality of lateral channels (124a-d) extending laterally within the main body and being defined at least by open first ends (126a-d) and open second ends (128a-d), wherein each open first end (126a-d) intersects with the first longitudinal side of the main body and each open second end (128a-d) intersects with the second longitudinal side of the main body ; a plurality of lateral cartridges (134a-d) each having a compartment and a leading end (171a-d) and a trailing end (173a-d), wherein each lateral cartridge (134a-d) is removably inserted into one of the plurality of lateral channels (124a-d) from the leading end (171a-d) to the trailing end (173a-d); and a plurality of lateral straps each contained in the compartment of one of the plurality of lateral cartridges (134a-d) so that at least a portion of each lateral strap is fixed inside the main body and a portion of each lateral strap is used to secure a patient to the top surface of the main body .
Securing device for securing a panel of a drawer to a frame , wherein the securing device has one retaining element which can be arranged on the panel side or two retaining elements , and at least two catching devices which can be arranged on the frame side, wherein the catching devices are mechanically coupled together in a functionally effective manner for locking purposes such that they can be locked together to the at least one retaining element or to two retaining elements in a locking position, characterized in that the two catching devices are placed from the locking position into the release position in a mechanically functionally complete manner independently from each other by separate actuations, so that the two catching devices are mechanically functionally decoupled for unlocking.
A device for use with a female needleless connector, having a proximal end, comprising: a housing comprising a first chamber having a proximal wall, a circumferential side wall coupled to the proximal wall, and a distal opening that is configured to fit over the proximal end of the female needleless connector; an elongated finger attached to the proximal wall of the housing and disposed within the first chamber such that the elongated finger opens the fluid path through the female needleless connector when the distal opening of the housing is placed adjacent to the proximal end of the female needleless connector and the device is advanced in the distal direction; and a lining on a portion of an internal surface of the first chamber and configured to create a removable interference fit with an external surface of the female needleless connector; the device being characterized in that it comprises a second chamber and a neck that is sized and configured to removably couple to a male needleless connector; and in that it comprises a sealing layer on a portion of an internal surface of the second chamber and configured to seal against a tip portion of the male needleless connector. a housing comprising a first chamber having a proximal wall, a circumferential side wall coupled to the proximal wall, and a distal opening that is configured to fit over the proximal end of the female needleless connector; an elongated finger attached to the proximal wall of the housing and disposed within the first chamber such that the elongated finger opens the fluid path through the female needleless connector when the distal opening of the housing is placed adjacent to the proximal end of the female needleless connector and the device is advanced in the distal direction; and a lining on a portion of an internal surface of the first chamber and configured to create a removable interference fit with an external surface of the female needleless connector; the device being characterized in that it comprises a second chamber and a neck that is sized and configured to removably couple to a male needleless connector; and in that it comprises a sealing layer on a portion of an internal surface of the second chamber and configured to seal against a tip portion of the male needleless connector.
A sound and vibration spectrum analyzing device comprising: a plurality of resonators (R) having different center frequencies, the plurality of resonators being configured to acquire a spectrum of sound and vibration, wherein the sound and vibration spectrum analyzing device is configured to analyze the spectrum of sound and vibration, based on a first frequency signal of a first resonance mode and a second frequency signal of a second-order or higher resonance mode of at least some of the plurality of resonators, and characterised by further comprising a band signal divider that separates the first frequency signal of the first resonance mode and the second frequency signal of the second-order or higher resonance mode of the at least some of the plurality of resonators. a plurality of resonators (R) having different center frequencies, the plurality of resonators being configured to acquire a spectrum of sound and vibration, wherein the sound and vibration spectrum analyzing device is configured to analyze the spectrum of sound and vibration, based on a first frequency signal of a first resonance mode and a second frequency signal of a second-order or higher resonance mode of at least some of the plurality of resonators, and characterised by further comprising a band signal divider that separates the first frequency signal of the first resonance mode and the second frequency signal of the second-order or higher resonance mode of the at least some of the plurality of resonators.
A method for making a product of the tobacco industry, by means of a machine of the tobacco industry, comprising the steps of: - forming a product of the tobacco industry by at least partially wrapping a wrapper around a tubular element of the tobacco industry; - dispensing an adhesive fluid on the wrapper and/or on the tubular element ; - detecting the viscosity of the fluid before dispensing said fluid on the wrapper and/or on the tubular element ; - comparing the detected viscosity of the fluid with a reference value; - emitting an alarm signal if the detected viscosity of the fluid is different from the reference value. - forming a product of the tobacco industry by at least partially wrapping a wrapper around a tubular element of the tobacco industry; - dispensing an adhesive fluid on the wrapper and/or on the tubular element ; - detecting the viscosity of the fluid before dispensing said fluid on the wrapper and/or on the tubular element ; - comparing the detected viscosity of the fluid with a reference value; - emitting an alarm signal if the detected viscosity of the fluid is different from the reference value.
A dielectric fluid comprising: (i) a genetically engineered microalgae oil (GEMO) comprising a triglyceride; from 0.1 ppm to 50,000 ppm of an oligosaccharide; and from 0.1 wt% to 30 wt% of a small glyceride based upon GEMO weight, wherein a small glyceride is a glycerol molecule covalently bonded to at most two fatty acid chains by way of ester linkages, wherein the fatty acid moiety of the small glyceride contains a C8 to C24 carbon chain and can be saturated or unsaturated; (ii) an antioxidant; and wherein the amount of small glyceride is from 0.1 wt% to 1.0 wt% in the dielectric fluid, wherein the dielectric fluid has a water saturation point from 3800 ppm to 4200 ppm at 90 °C as measured in accordance with ASTM D 1533. (i) a genetically engineered microalgae oil (GEMO) comprising a triglyceride; from 0.1 ppm to 50,000 ppm of an oligosaccharide; and from 0.1 wt% to 30 wt% of a small glyceride based upon GEMO weight, wherein a small glyceride is a glycerol molecule covalently bonded to at most two fatty acid chains by way of ester linkages, wherein the fatty acid moiety of the small glyceride contains a C8 to C24 carbon chain and can be saturated or unsaturated; (ii) an antioxidant; and
A method of maneuvering a marine vessel, the marine vessel having a hull with a longitudinal centreline and at least two tunnel thrusters arranged in the hull at right angles to the longitudinal centreline, each tunnel thruster having a fixed pitch propeller (FPP) with a rotational speed in a preferred rotational direction for delivering a positive thrust, the positive thrust of a first tunnel thruster of the at least two tunnel thrusters having a direction opposite to that of a second tunnel thruster of the at least two tunnel thrusters, the method comprising the steps of, a) delivering, when no maneuvering action is desired, a constant equal positive thrust by both the first and the second tunnel thrusters of the at least two tunnel thrusters, and b) increasing, when a maneuvering action is desired, the rotational speed of the first tunnel thruster to increase the positive thrust of the first tunnel thruster of the at least two tunnel thrusters. a) delivering, when no maneuvering action is desired, a constant equal positive thrust by both the first and the second tunnel thrusters of the at least two tunnel thrusters, and b) increasing, when a maneuvering action is desired, the rotational speed of the first tunnel thruster to increase the positive thrust of the first tunnel thruster of the at least two tunnel thrusters.
A method for controlling drop collisions in a drop on demand printing apparatus, comprising discharging a first drop from a first dispenser to move along a first path and discharging a second drop from a second dispenser to move along a second path that crosses with the first path such that the drops are expected to collide and form a combined drop , characterized by : - measuring the collision of the drops by means of one of: ∘ capturing an image of the combined drop by a stroboscopic camera, ∘ at least one laser and at least one detector configured to determine a change of intensity of light emitted by the lasers as the combined drop alters the path of light between the at least one laser and detector ; - examining whether the collision was effected as expected; - if the collision was not effected as expected, altering the parameters of dispensing of the drops from the dispensers . - measuring the collision of the drops by means of one of: ∘ capturing an image of the combined drop by a stroboscopic camera, ∘ at least one laser and at least one detector configured to determine a change of intensity of light emitted by the lasers as the combined drop alters the path of light between the at least one laser and detector ; ∘ capturing an image of the combined drop by a stroboscopic camera, ∘ at least one laser and at least one detector configured to determine a change of intensity of light emitted by the lasers as the combined drop alters the path of light between the at least one laser and detector ; - examining whether the collision was effected as expected; - if the collision was not effected as expected, altering the parameters of dispensing of the drops from the dispensers .
A railway wheel having a shape of revolution about a central axis (X-X') perpendicular to a median plane (P) and having a first face and a second face opposite each other, the railway wheel comprising a rim whose half-thickness lies in the median plane (P) and which has a tread and a lateral guide flange located on the side of the first face , a hub and a web connecting the rim to the hub , the web being connected to the rim by a first connection zone and to the hub by a second connection zone , the web and the first and second connection zones defining a first lateral surface located on the first face and a second lateral surface located on the second face , the web extending along a meridian line (L) extending between a first point (A) located at the junction between the web and the first connection zone at the place where the first lateral surface and the second lateral surface change from a configuration in which their curvatures are of different types to a configuration in which they are both concave, and a second point (B) located at the junction between the fabric and the second connection zone , at the place where the first lateral surface and the second lateral surface change from a configuration in which their curvatures are of different types, to a configuration in which they are both concave, the rim having a first internal diameter (DA) on the side of the first face and a second internal diameter (DB) on the side of the second face , the tangent (TA) to the meridian line (L) at the first point (A) and the tangent (TB) to the meridian line (L) at the second point (B) defining a non-zero angle between them, the tangent (TA) to the meridian line (L) at the first point (A) defining an angle of between 22° and 37° with the median plane (P), and the ratio of the first internal diameter (DA) to the second internal diameter (DB) being between 0.96 and 1.12.
Gepotidacin or a pharmaceutically acceptable salt thereof for use in the treatment of an infection caused by Neisseria gonorrhoeae in a human in need thereof, comprising administering the gepotidacin or a pharmaceutically acceptable salt thereof to said human, wherein the gepotidacin or a pharmaceutically acceptable salt thereof is administered orally in two doses of 3g each within one day; and wherein the Neisseria gonorrhoeae isolate is resistant to ciprofloxacin.