mhurhangee/patent-ind-claim-en huggingface dataset:
An amusement ride system , comprising: a ride vehicle configured to travel along a vehicle ride path ; a treadmill system comprising a plurality of set pieces , wherein the treadmill system is configured to transition the plurality of set pieces along a treadmill path, wherein a portion of the treadmill path is aligned with and offset by a vertical distance from a portion of the vehicle ride path; and a tunnel comprising a first end configured to receive the ride vehicle via the vehicle ride path and a second end defining an exit out of the tunnel via the vehicle ride path , wherein the tunnel is disposed about the portion of the vehicle ride path and the portion of the treadmill path, wherein the treadmill system is configured to transition the plurality of set pieces along the treadmill path at a rate which depends on the rate at which the ride vehicle travels through the tunnel . a ride vehicle configured to travel along a vehicle ride path ; a treadmill system comprising a plurality of set pieces , wherein the treadmill system is configured to transition the plurality of set pieces along a treadmill path, wherein a portion of the treadmill path is aligned with and offset by a vertical distance from a portion of the vehicle ride path; and wherein the treadmill system is configured to transition the plurality of set pieces along a treadmill path, wherein a portion of the treadmill path is aligned with and offset by a vertical distance from a portion of the vehicle ride path; and a tunnel comprising a first end configured to receive the ride vehicle via the vehicle ride path and a second end defining an exit out of the tunnel via the vehicle ride path , wherein the tunnel is disposed about the portion of the vehicle ride path and the portion of the treadmill path, wherein the treadmill system is configured to transition the plurality of set pieces along the treadmill path at a rate which depends on the rate at which the ride vehicle travels through the tunnel .
An apparatus, comprising: a mechanical accessory comprising a cap configured to be removably and replaceably attachable to a portion of a respiratory inhaler that is depressible by a patient so as to dispense a medication such that depressing the cap causes the medication to be dispensed, the accessory including: a notification mechanism; a processor configured to cause the notification mechanism to provide a notification to the patient when a dosage of the medication is due according to a predetermined medication schedule; a sensor configured to sense when the medication is dispensed to the patient, the sensor including at least one of a button configured to be manually depressed, and a motion sensor configured to sense movement of the mechanical accessory; a memory, wherein the processor is configured to receive a signal from the sensor indicative of the medication being dispensed and to store the data regarding the dispensing of the medication in the memory; and a wireless communication mechanism, the processor being configured to cause the wireless communication mechanism to wirelessly transmit the stored data to an external device that is external to the accessory and the respiratory inhaler. a notification mechanism; a processor configured to cause the notification mechanism to provide a notification to the patient when a dosage of the medication is due according to a predetermined medication schedule; a sensor configured to sense when the medication is dispensed to the patient, the sensor including at least one of a button configured to be manually depressed, and a motion sensor configured to sense movement of the mechanical accessory; a memory, wherein the processor is configured to receive a signal from the sensor indicative of the medication being dispensed and to store the data regarding the dispensing of the medication in the memory; and a wireless communication mechanism, the processor being configured to cause the wireless communication mechanism to wirelessly transmit the stored data to an external device that is external to the accessory and the respiratory inhaler.
A binocular having two tubes , which are connected to one another by means of a hinged bridge pivotable about a hinge axis for adjusting the interpupillary distance and for arranging the two tubes in parallel, wherein in the two tubes , in each case, a beam path is formed with a first optical axis of an objective lens , with a second optical axis of an eyepiece and with a prism erecting system , and wherein an axially displaceable focusing means is arranged between the objective lens and the prism erecting system in each one of the two tubes , and wherein a common focusing device for displacing the focusing means is formed, wherein the focusing device comprises a housing and a focusing knob rotatable about a rotational axis and the rotational axis is arranged coaxially to the hinge axis , and wherein the focusing knob is rotationally coupled to a focusing gear and the focusing gear , in each case, comprises a push rod , by means of which the focusing gear is, in each case, coupled to one of the two focusing means , wherein the push rod is held so as to be displaceable in the direction of its longitudinal axis , characterized in that a direction of a longitudinal axis of the push rod encloses an acute angle with a direction of the hinge axis , wherein a guide tunnel is formed in a tube housing and the push rod is held in the guide tunnel , and that one end of the push rod is arranged in one of the tubes and another end of the push rod is arranged in the hinged bridge .
A process for degumming an oil composition containing between 1 and 40% w/w of phospholipids and 1 and 30% w/w water, comprising: contacting said oil composition with an enzymatic mixture, wherein said enzymatic mixture comprises a phosphatidylinositol-specific phospholipase activity; a phosphatidylcholine and phosphatidylethanolamine-specific phospholipase activity; and a lipid acyltransferase at a concentration of not greater than 1.2 μg/g oil; wherein the concentration of lysophospholipid and free fatty acids are maintained at about their initial levels.
A system configured to perform an eye tracking process using a head-mountable eye-tracking arrangement, the system comprising: an eye tracking unit , located on the head-mountable arrangement, operable to detect motion of one or both of the user's eyes; a relative motion identification unit operable to identify motion of the head-mountable arrangement relative to the user's head; and a correction unit operable to determine a correction to the eye tracking process in dependence upon the identified motion of the user's head relative to the head-mountable arrangement, wherein the relative motion identification unit is operable to input one or more measurements into a model used to predict or estimate relative motion between the head-mountable arrangement and the user's head, and to use the predicted or estimated relative motion as the identified motion. an eye tracking unit , located on the head-mountable arrangement, operable to detect motion of one or both of the user's eyes; a relative motion identification unit operable to identify motion of the head-mountable arrangement relative to the user's head; and a correction unit operable to determine a correction to the eye tracking process in dependence upon the identified motion of the user's head relative to the head-mountable arrangement, wherein the relative motion identification unit is operable to input one or more measurements into a model used to predict or estimate relative motion between the head-mountable arrangement and the user's head, and to use the predicted or estimated relative motion as the identified motion.
A motor comprising: a housing ; a control part coupled to the housing ; a stator assembly coupled to an inside of the housing and connected to the control part ; a rotor disposed inside the stator ; a rotary shaft coupled to the rotor; and a sensor connecting part including a body mounted on the housing and having a sensor mounting part , and a terminal included in the body and connected to the sensor mounting part and the control part , wherein the body includes a first body and a second body , wherein the first body is a portion exposed in front of the housing and having the sensor mounting part , wherein the second body is a portion located in the housing and is coupled to the control part , characterized in that the sensor mounting part includes a first mounting part and a second mounting part electrically connected to the terminal, the first mounting part being disposed to face a center of the rotary shaft ; and the second mounting part being disposed on a front end of the body so that it is electrically connected to the terminal . a housing ; a control part coupled to the housing ; a stator assembly coupled to an inside of the housing and connected to the control part ; a rotor disposed inside the stator ; a rotary shaft coupled to the rotor; and a sensor connecting part including a body mounted on the housing and having a sensor mounting part , and a terminal included in the body and connected to the sensor mounting part and the control part , wherein the body includes a first body and a second body , wherein the first body is a portion exposed in front of the housing and having the sensor mounting part , wherein the second body is a portion located in the housing and is coupled to the control part , characterized in that the sensor mounting part includes a first mounting part and a second mounting part electrically connected to the terminal, the first mounting part being disposed to face a center of the rotary shaft ; and the second mounting part being disposed on a front end of the body so that it is electrically connected to the terminal .
Front-end module, which is configured for a carrier aggregation operation, the front-end module comprising: - a first diplexer (DPX2) or a higher multiplexer, - a first antenna terminal (AT), - a first signal path (SP) connecting the first antenna terminal (AT) to the first diplexer (DPX2) or the higher multiplexer, respectively, - a notch filter (NF) coupled between the first antenna terminal (AT) and the first diplexer (DPX2) or higher multiplexer in the first signal path (SP), wherein the notch filter (NF) comprises a first stopband, - a first extractor path (EP1) coupled to a node arranged in the signal path (SP) between antenna terminal (AT) and the first notch filter (NF), - a bandpass filter (BP) for a first extractor band arranged in the first extractor path (EP), wherein the notch filter (NF) and the bandpass filter (BP) form an extractor arrangement (EA), - wherein the diplexer (DPX2) or the higher multiplexer, respectively, separates a first and a second frequency band, which are spaced by a first diplexer spacing or multiplexer spacing, respectively, and respectively assigns them to a first partial path (TP2) or a second partial path (TP3), - wherein the stopband of the notch filter (NF) and the first extractor band overlap at least partially, - wherein the stopband of the notch filter (NF) is arranged between the first and the second frequency band such that it does not overlap with any of the frequency bands. - a first diplexer (DPX2) or a higher multiplexer, - a first antenna terminal (AT), - a first signal path (SP) connecting the first antenna terminal (AT) to the first diplexer (DPX2) or the higher multiplexer, respectively, - a notch filter (NF) coupled between the first antenna terminal (AT) and the first diplexer (DPX2) or higher multiplexer in the first signal path (SP), wherein the notch filter (NF) comprises a first stopband, - a first extractor path (EP1) coupled to a node arranged in the signal path (SP) between antenna terminal (AT) and the first notch filter (NF), - a bandpass filter (BP) for a first extractor band arranged in the first extractor path (EP), wherein the notch filter (NF) and the bandpass filter (BP) form an extractor arrangement (EA), - wherein the diplexer (DPX2) or the higher multiplexer, respectively, separates a first and a second frequency band, which are spaced by a first diplexer spacing or multiplexer spacing, respectively, and respectively assigns them to a first partial path (TP2) or a second partial path (TP3), - wherein the stopband of the notch filter (NF) and the first extractor band overlap at least partially, - wherein the stopband of the notch filter (NF) is arranged between the first and the second frequency band such that it does not overlap with any of the frequency bands.
A molten fuel nuclear reactor comprising: a reactor vessel defining a reactor core containing nuclear fuel; a first heat exchanger above the reactor core that receives high temperature nuclear fuel from the reactor core; a second heat exchanger above the reactor core that receives nuclear fuel from the first heat exchanger and delivers lower temperature nuclear fuel to the reactor core; and a containment vessel surrounding the reactor vessel, the first heat exchanger, and the second heat exchanger. a reactor vessel defining a reactor core containing nuclear fuel; a first heat exchanger above the reactor core that receives high temperature nuclear fuel from the reactor core; a second heat exchanger above the reactor core that receives nuclear fuel from the first heat exchanger and delivers lower temperature nuclear fuel to the reactor core; and a containment vessel surrounding the reactor vessel, the first heat exchanger, and the second heat exchanger.
Elongated smoking article extending in a longitudinal direction (L), comprising: a cylindrical smoking body with a heatable tobacco material ; a cylindrical filter element aligned with the smoking body in the longitudinal direction (L) and having at least one filter portion and at least one hollow section ; and at least one paper circumscribing the smoking body and the filter element for attaching the smoking body and the filter element ; wherein the at least one hollow section is disposed between the smoking body and at least one of the at least one filter portion ; wherein the at least one filter portion comprises a material configured to reduce unwanted substances from an aerosol drawn through the filter element from the heated smoking body , characterized in that at least one hollow section has a barrier layer disposed on its inner surface and a carrier layer disposed on the barrier layer , and wherein the carrier layer contains a volatile additive and the barrier layer prevents migration of the volatile additive to an exterior of the hollow section . a cylindrical smoking body with a heatable tobacco material ; a cylindrical filter element aligned with the smoking body in the longitudinal direction (L) and having at least one filter portion and at least one hollow section ; and at least one paper circumscribing the smoking body and the filter element for attaching the smoking body and the filter element ; wherein the at least one hollow section is disposed between the smoking body and at least one of the at least one filter portion ; wherein the at least one filter portion comprises a material configured to reduce unwanted substances from an aerosol drawn through the filter element from the heated smoking body , characterized in that at least one hollow section has a barrier layer disposed on its inner surface and a carrier layer disposed on the barrier layer , and wherein the carrier layer contains a volatile additive and the barrier layer prevents migration of the volatile additive to an exterior of the hollow section .
A seal for use with pump casing elements that are adjustable relative to each other, comprising: an annular band having a first circumferential end and a second circumferential end , and having a first surface extending at least partially between said first circumferential end and said second circumferential end , and having a second surface extending at least partially between said first circumferential end and said second circumferential end , said second surface being spaced from said first surface and oriented in a direction opposite to said first surface ; and a resilient annular flange positioned proximate said second circumferential end of said annular band and extending at a non-perpendicular angle with respect to said first surface of said annular band , said resilient annular flange having a surface oriented toward the first surface of said annular band and being arranged so that, in use, a slidable portion of the surface of said annular flange is in slidable contact with said first surface of said annular band , said slidable portion being adapted to be slidable along said first surface toward or beyond said second circumferential end as the pump casing elements are adjusted relative to each other. an annular band having a first circumferential end and a second circumferential end , and having a first surface extending at least partially between said first circumferential end and said second circumferential end , and having a second surface extending at least partially between said first circumferential end and said second circumferential end , said second surface being spaced from said first surface and oriented in a direction opposite to said first surface ; and a resilient annular flange positioned proximate said second circumferential end of said annular band and extending at a non-perpendicular angle with respect to said first surface of said annular band , said resilient annular flange having a surface oriented toward the first surface of said annular band and being arranged so that, in use, a slidable portion of the surface of said annular flange is in slidable contact with said first surface of said annular band , said slidable portion being adapted to be slidable along said first surface toward or beyond said second circumferential end as the pump casing elements are adjusted relative to each other.
A method for measuring opening and closing delay time of elevator brake, the method comprising: outputting, by a brake signal output unit , a brake signal; receiving, by a brake signal checking unit , the brake signal and determining whether the brake signal is an opening signal or a closing signal to output an opening/closing determination signal; receiving, by a brake counter unit , the opening/closing determination signal, and starting a count for measuring a brake opening time or a brake closing time to accumulate and output counted value; and determining, by a motor drive checking unit , whether a motor configured to drive an elevator is driven upon receipt of the counted values and outputting a drive determination signal; the method characterized by receiving, by a brake opening/closing delay computation unit , the drive determination signal and the counted value to compute a brake opening/closing delay time and; after the computing the brake opening/closing delay time, setting, as a brake opening/closing time, the brake opening/closing delay time computed from the computing the brake opening/closing delay time. outputting, by a brake signal output unit , a brake signal; receiving, by a brake signal checking unit , the brake signal and determining whether the brake signal is an opening signal or a closing signal to output an opening/closing determination signal; receiving, by a brake counter unit , the opening/closing determination signal, and starting a count for measuring a brake opening time or a brake closing time to accumulate and output counted value; and determining, by a motor drive checking unit , whether a motor configured to drive an elevator is driven upon receipt of the counted values and outputting a drive determination signal; the method characterized by receiving, by a brake opening/closing delay computation unit , the drive determination signal and the counted value to compute a brake opening/closing delay time and; after the computing the brake opening/closing delay time, setting, as a brake opening/closing time, the brake opening/closing delay time computed from the computing the brake opening/closing delay time.
Screen plate for removing undersize for a separating device for classifying bulk material, comprising a profile region which has a profile having depressions and elevations extending in the direction of a takeoff side , where the profile is describable by a circle arc of a first circle K1 and by a circle arc of a second circle K2, and the circles K1 and K2 are disposed adjacent to one another, where the circle arc of the first circle K1 with a radius r1 describes the elevations and the circle arc of the second circle K2 with a radius r2 describes the depressions , with each depression in a takeoff region undergoing transition into an opening which expands in the direction of the takeoff side , where the transition between depression and opening is formed by an opening edge with a width corresponding to the length of the radius r2 to 2*r2, where either - r1 + r2 = e, where e corresponds to the distance between the circle center point M1 of K1 and the circle center point M2 of K2, and K1 and K2 contact one another at a point T0 at which the circle arcs merge, and where 0° < α < 65°, where α is an angle which defines the position of M2 relative to M1 in a cartesian coordinate system, if M1 and M2 are vertices of a right-angled triangle and e corresponds to the hypotenuse of the triangle; or - r1 + r2 < e and K1 and K2 do not contact one another, where the circle arcs are joined to one another by a common tangent through a point T1 of K1 and a point T2 of K2, and where -65° < α < 65°, characterized in that the profile is subject to r2 < r1, with 0 < r2 / r1 < 1. - r1 + r2 = e, where e corresponds to the distance between the circle center point M1 of K1 and the circle center point M2 of K2, and K1 and K2 contact one another at a point T0 at which the circle arcs merge, and where 0° < α < 65°, where α is an angle which defines the position of M2 relative to M1 in a cartesian coordinate system, if M1 and M2 are vertices of a right-angled triangle and e corresponds to the hypotenuse of the triangle; or - r1 + r2 < e and K1 and K2 do not contact one another, where the circle arcs are joined to one another by a common tangent through a point T1 of K1 and a point T2 of K2, and where -65° < α < 65°,
A photoneutron source, comprising: an electron accelerating tube for accelerating an electron beam; an X-ray converting target , wherein the electron beam accelerated by the electron accelerating tube bombards the X-ray converting target to generate X-rays; a photoneutron target , wherein the X-rays enter the photoneutron target to generate photoneutrons; and a neutron modulation housing provided outside the photoneutron target and comprising a neutron collimation port for outputting photoneutrons; characterised in that the X-ray converting target is partially or entirely located within the photoneutron target . an electron accelerating tube for accelerating an electron beam; an X-ray converting target , wherein the electron beam accelerated by the electron accelerating tube bombards the X-ray converting target to generate X-rays; a photoneutron target , wherein the X-rays enter the photoneutron target to generate photoneutrons; and a neutron modulation housing provided outside the photoneutron target and comprising a neutron collimation port for outputting photoneutrons; characterised in that the X-ray converting target is partially or entirely located within the photoneutron target .