mhurhangee/patent-ind-claim-en huggingface dataset:
A system for predicting impaction state during an orthopaedic surgical procedure, the system comprising: one or more impaction sensors to generate sensor data indicative of impaction state of an orthopaedic implement relative to a patient's bone ; an impaction data collector to collect the sensor data during the orthopaedic surgical procedure from the impaction sensor; an impaction analyzer to generate an impaction state prediction based on the sensor data; and an impaction state user interface to output the impaction state prediction; characterized in that : the impaction state prediction comprises an unseated state, a seated state, or a fracture state; and the impaction state prediction is generated with a machine learning model based on the sensor data. one or more impaction sensors to generate sensor data indicative of impaction state of an orthopaedic implement relative to a patient's bone ; an impaction data collector to collect the sensor data during the orthopaedic surgical procedure from the impaction sensor; an impaction analyzer to generate an impaction state prediction based on the sensor data; and an impaction state user interface to output the impaction state prediction; characterized in that : the impaction state prediction comprises an unseated state, a seated state, or a fracture state; and the impaction state prediction is generated with a machine learning model based on the sensor data. the impaction state prediction comprises an unseated state, a seated state, or a fracture state; and the impaction state prediction is generated with a machine learning model based on the sensor data.
Method for operating a refrigerant compressor, in particular a speed-controlled refrigerant compressor, characterized by the steps of a. recording diagnosis parameter values of at least two diagnosis parameters characterizing operation of the refrigerant compressor; b. calculating at least one diagnosis indicator value of at least one diagnosis indicator from the diagnosis parameter values using the similarity theory by means of dimensional analysis; c. comparing the diagnosis indicator value with at least one reference value; d. changing at least one operating condition depending on a result of the comparison. a. recording diagnosis parameter values of at least two diagnosis parameters characterizing operation of the refrigerant compressor; b. calculating at least one diagnosis indicator value of at least one diagnosis indicator from the diagnosis parameter values using the similarity theory by means of dimensional analysis; c. comparing the diagnosis indicator value with at least one reference value; d. changing at least one operating condition depending on a result of the comparison.
A filter (103") for a smoking article, the filter comprising: a hollow tube of filter material , the hollow tube having an outer diameter and an inner diameter ; and a flow restrictor disposed in the hollow tube , wherein at least one cross sectional dimension of the flow restrictor , in a direction perpendicular to the longitudinal axis of the hollow tube, is larger than the inner diameter of the hollow tube such that the flow restrictor engages with the hollow tube to retain the flow restrictor in the hollow tube, wherein the flow restrictor is adapted to divert flow of smoke between the restrictor and the outer diameter of the hollow tube, wherein the filter (103") forms a mouth end cavity, wherein the flow restrictor is substantially spherical and includes at least one air flow channel, the at least one cross sectional dimension of the flow restrictor being a diameter of the spherical flow restrictor, and wherein the diameter of the flow restrictor is between about 70% and about 80% of the outer diameter of the hollow tube . a hollow tube of filter material , the hollow tube having an outer diameter and an inner diameter ; and a flow restrictor disposed in the hollow tube , wherein at least one cross sectional dimension of the flow restrictor , in a direction perpendicular to the longitudinal axis of the hollow tube, is larger than the inner diameter of the hollow tube such that the flow restrictor engages with the hollow tube to retain the flow restrictor in the hollow tube, wherein the flow restrictor is adapted to divert flow of smoke between the restrictor and the outer diameter of the hollow tube, wherein the filter (103") forms a mouth end cavity, wherein the flow restrictor is substantially spherical and includes at least one air flow channel, the at least one cross sectional dimension of the flow restrictor being a diameter of the spherical flow restrictor, and wherein the diameter of the flow restrictor is between about 70% and about 80% of the outer diameter of the hollow tube .
Process for the recovery of graphite from black mass, characterized by the following steps in the following order: - step (a): providing a black mass containing graphite; - step (b): adding water to the black mass and creating a suspension of the black mass in water; - step (c): dosing ozone as an oxidizing agent to the suspension and simultaneously stirring the suspension of black mass with water; - step (f): flotation of the suspension and skimming off graphite. - step (a): providing a black mass containing graphite; - step (b): adding water to the black mass and creating a suspension of the black mass in water; - step (c): dosing ozone as an oxidizing agent to the suspension and simultaneously stirring the suspension of black mass with water; - step (f): flotation of the suspension and skimming off graphite.
A method of producing a target protein, wherein said method comprises expressing said protein in a mammalian host cell which contains a nucleic acid molecule encoding a chimeric protein, said chimeric protein comprising (i) the signal peptide of the Guassia princeps luciferase, a non-mammalian bulk-secreted protein, wherein said signal peptide has the sequence selected from SEQ ID No.1 or a derivative of SEQ ID No.1 having at least 70% sequence identity to SEQ ID No.1 and wherein said derivative retains the ability of said signal peptide defined by SEQ ID No.1 to enhance or induce secretion of said target protein (ii) said target protein and wherein said chimeric protein incorporates less than 15 amino acid residues of the native protein of the signal peptide. (i) the signal peptide of the Guassia princeps luciferase, a non-mammalian bulk-secreted protein, wherein said signal peptide has the sequence selected from SEQ ID No.1 or a derivative of SEQ ID No.1 having at least 70% sequence identity to SEQ ID No.1 and wherein said derivative retains the ability of said signal peptide defined by SEQ ID No.1 to enhance or induce secretion of said target protein (ii) said target protein
A hand dryer comprising: a housing including a hand insertion portion into which a hand is insertable; an air blower to provide an airflow to jet into the hand insertion portion ; a hand sensor to detect a hand inserted in the hand insertion portion ; a power supply unit including a booster circuit to boost a DC voltage; a drive circuit to receive power supply from the power supply unit and drive the air blower ; and a control processing unit to control an operation of the booster circuit , characterized in that the control processing unit is configured to control the operation of the booster circuit on the basis of actual data representing an actual result of whether a hand is detected by the hand sensor , wherein the actual data includes detected data and a data number, the detected data indicating whether a hand is detected in each unit time, the data number being a number representing an order of the unit time in a time series of the actual data, wherein on the basis of the data number of the detected data indicating that a hand was detected, the control processing unit is configured to determine a timing at which to start the operation of the booster circuit , wherein the control processing unit is configured to obtain the timing at which to start the operation of the booster circuit , by using a parameter (α) determined on the basis of a first frequency (F) that is a frequency of the detected data indicating that a hand was detected. a housing including a hand insertion portion into which a hand is insertable; an air blower to provide an airflow to jet into the hand insertion portion ; a hand sensor to detect a hand inserted in the hand insertion portion ; a power supply unit including a booster circuit to boost a DC voltage; a drive circuit to receive power supply from the power supply unit and drive the air blower ; and a control processing unit to control an operation of the booster circuit , characterized in that the control processing unit is configured to control the operation of the booster circuit on the basis of actual data representing an actual result of whether a hand is detected by the hand sensor , wherein the actual data includes detected data and a data number, the detected data indicating whether a hand is detected in each unit time, the data number being a number representing an order of the unit time in a time series of the actual data, wherein on the basis of the data number of the detected data indicating that a hand was detected, the control processing unit is configured to determine a timing at which to start the operation of the booster circuit , wherein the control processing unit is configured to obtain the timing at which to start the operation of the booster circuit , by using a parameter (α) determined on the basis of a first frequency (F) that is a frequency of the detected data indicating that a hand was detected.
A rotary electric machine comprising: a stator ; a rotor that includes a rotor core that is arranged on an inner peripheral side of the stator and is formed by laminating magnetic steel sheets, two core holders each of them covering an end of the rotor core, and a cooling fan that is attached to each of the core holders; a frame that includes a tubular unit that encloses the stator and the rotor, and a rotor shaft supporting unit that extends in a direction of a rotor shaft and supports the rotor shaft; and a bearing unit that is detachably attached to the rotor shaft supporting unit and rotatably supports the rotor shaft, wherein the cooling fans are constituted by a conical core extending from the core holder to a main plate facing the adjacent rotor shaft supporting unit , a groove-like or hole-like holding portion is formed in the surface at which the main plate faces the adjacent rotor shaft supporting unit so that an end portion of a bearing attaching and detaching jig inserted through the rotor shaft supporting unit is held therein, wherein the groove-like holding portion is provided along a circumferential direction of the cooling fan , or a plurality of the hole-like holding portions are provided on a concentric circle centered on an axial center portion of the rotor shaft . a stator ; a rotor that includes a rotor core that is arranged on an inner peripheral side of the stator and is formed by laminating magnetic steel sheets, two core holders each of them covering an end of the rotor core, and a cooling fan that is attached to each of the core holders; a frame that includes a tubular unit that encloses the stator and the rotor, and a rotor shaft supporting unit that extends in a direction of a rotor shaft and supports the rotor shaft; and a bearing unit that is detachably attached to the rotor shaft supporting unit and rotatably supports the rotor shaft, wherein the cooling fans are constituted by a conical core extending from the core holder to a main plate facing the adjacent rotor shaft supporting unit , a groove-like or hole-like holding portion is formed in the surface at which the main plate faces the adjacent rotor shaft supporting unit so that an end portion of a bearing attaching and detaching jig inserted through the rotor shaft supporting unit is held therein, wherein the groove-like holding portion is provided along a circumferential direction of the cooling fan , or a plurality of the hole-like holding portions are provided on a concentric circle centered on an axial center portion of the rotor shaft .
A pulsatile release dosage form for oral administration of a stimulant, comprising (a) a first dosage unit comprising a first stimulant dose that is released substantially immediately following oral administration of the dosage form to a patient; (b) a second dosage unit comprising a second stimulant dose, wherein the second stimulant dose is delayed until about 2 to about 5 hours following administration of the dosage form to a patient; and (c) a third dosage unit comprising a third stimulant dose, wherein the third stimulant dose is delayed until about 5 to about 9 hours following oral administration of the dosage form to a patient; wherein the dosage form is a tablet, and wherein the dosage units are incorporated at specific and controlled positions within the finished dosage form, wherein the first, second and third dosage units each comprise a core that is at least partially surrounded by an erosion matrix, wherein the core of the first dosage unit is partially surrounded by an erosion matrix at an edge of the first dosage unit such that at least one outer edge of the first dosage unit is not surrounded by the erosion matrix and the cores of the second and third dosage units are fully surrounded by the erosion matrix, and wherein the erosion matrix comprises one or more of a swelling agent, lubricant, disintegrant, binder, and a pharmaceutically acceptable excipient; and wherein the stimulant is methylphenidate, or a pharmaceutically acceptable salt thereof. (a) a first dosage unit comprising a first stimulant dose that is released substantially immediately following oral administration of the dosage form to a patient; (b) a second dosage unit comprising a second stimulant dose, wherein the second stimulant dose is delayed until about 2 to about 5 hours following administration of the dosage form to a patient; and (c) a third dosage unit comprising a third stimulant dose, wherein the third stimulant dose is delayed until about 5 to about 9 hours following oral administration of the dosage form to a patient; wherein the dosage form is a tablet, and wherein the dosage units are incorporated at specific and controlled positions within the finished dosage form, wherein the first, second and third dosage units each comprise a core that is at least partially surrounded by an erosion matrix, wherein the core of the first dosage unit is partially surrounded by an erosion matrix at an edge of the first dosage unit such that at least one outer edge of the first dosage unit is not surrounded by the erosion matrix and the cores of the second and third dosage units are fully surrounded by the erosion matrix, and wherein the erosion matrix comprises one or more of a swelling agent, lubricant, disintegrant, binder, and a pharmaceutically acceptable excipient; and wherein the stimulant is methylphenidate, or a pharmaceutically acceptable salt thereof.
A nasal delivery system for delivering nitric oxide-containing gas to an upper respiratory tract of a subject, comprising: a source of nitric oxide-containing gas; a nasal interface adapted to provide fluid communication between the source of nitric oxide-containing gas and the nostrils of the subject; a flow-control valve for controlling the flow of the nitric oxide-containing gas from the source to the subject; and a flow sensor positioned near the oral cavity of the subject; characterized in that said system does not require that the subject exhales against a positive pressure to close the soft palate and that said system comprises a control unit with logic such that the flow control valve is opened when exhalation is sensed by the flow sensor such that nitric oxide-containing gas is delivered to the upper respiratory tract only while the soft palate of the subject is open during exhalation of air. a source of nitric oxide-containing gas; a nasal interface adapted to provide fluid communication between the source of nitric oxide-containing gas and the nostrils of the subject; a flow-control valve for controlling the flow of the nitric oxide-containing gas from the source to the subject; and a flow sensor positioned near the oral cavity of the subject; characterized in that said system does not require that the subject exhales against a positive pressure to close the soft palate and that said system comprises a control unit with logic such that the flow control valve is opened when exhalation is sensed by the flow sensor such that nitric oxide-containing gas is delivered to the upper respiratory tract only while the soft palate of the subject is open during exhalation of air.
Motorized trolley , especially designed for use with bicycles, comprising: - at least one supporting structure operatively connected to at least one rudder by at least one prismatic coupling , said rudder being operatively connected to at least one bicycle by means of at least one constraint ; - at least two wheels operatively connected to said supporting structure ; - at least two motors operatively connected to said at least two wheels ; - at least one control card designed to operatively cooperate with said at least two motors ; - at least one load cell designed to operatively cooperate with said prismatic coupling ; - at least two control drivers designed to operatively cooperate with said control card and/or with said at least two motors ; - at least one battery designed to operatively cooperate with said trolley , characterized in that it comprises at least one recirculating ball pad designed to operatively cooperate with said load cell , said pad also being designed to react to all forces and moments excluding the force in the direction of travel. - at least one supporting structure operatively connected to at least one rudder by at least one prismatic coupling , said rudder being operatively connected to at least one bicycle by means of at least one constraint ; - at least two wheels operatively connected to said supporting structure ; - at least two motors operatively connected to said at least two wheels ; - at least one control card designed to operatively cooperate with said at least two motors ; - at least one load cell designed to operatively cooperate with said prismatic coupling ; - at least two control drivers designed to operatively cooperate with said control card and/or with said at least two motors ; - at least one battery designed to operatively cooperate with said trolley ,
A collapsible segmented-foil divertor comprising a plurality of longitudinally stackable foil segments arranged in a stack with opposing ends, wherein each foil segment defines a foil cross-section, a leading edge, a trailing edge, a span, and an internal conduit extending along the span positioned rearward of the leading edge of the foil segment; a cable passing through the internal conduits of each of the plurality of foil segments and having a respective free end extending outwardly from each opposing end of the stack; characterised in further comprising: a triangular-like bridle having an apex, sides, and a base, wherein: the apex is defined by a connection point between the bridle and rigging on a towing vessel; the sides are defined by a first bridle line attached between the connection point and one free end of the cable and a second bridle line attached between the connection point and the other free end of the cable; and the base is defined by the cable; and one or more intermediate bridle lines attached between the connection point and the cable. a triangular-like bridle having an apex, sides, and a base, wherein: the apex is defined by a connection point between the bridle and rigging on a towing vessel; the sides are defined by a first bridle line attached between the connection point and one free end of the cable and a second bridle line attached between the connection point and the other free end of the cable; and the base is defined by the cable; the apex is defined by a connection point between the bridle and rigging on a towing vessel; the sides are defined by a first bridle line attached between the connection point and one free end of the cable and a second bridle line attached between the connection point and the other free end of the cable; and the base is defined by the cable; and one or more intermediate bridle lines attached between the connection point and the cable.
Device for supporting a rolling mill bearing housing of a two-high roller press, in which both rollers respectively exhibit a fixed bearing in a design that cannot be moved at an angle and floating bearing in a design that cannot be moved at an angle, and on the side of the housing facing the machine frame of each rolling mill bearing at least one load distribution element is arranged, characterised in that the load distribution element exhibits at least two spatially-separate, elastic individual elements , in which at least one recess between the individual elements represents a spatial separation in the vertical direction.
A waterproof and dustproof downlight, comprising: - a housing cylinder having - a cavity having a top opening and a bottom opening; and - a partition board mounted horizontally in the cavity ; and - a top cover , mounted in the top opening of the cavity of the housing cylinder ; characterised by further comprising - an upper waterproof casing , being hollow, being mounted on a top surface of the partition board , and having an upper chamber defined in a bottom of the upper waterproof casing ; - a lower waterproof casing being hollow, being mounted on a bottom surface of the partition board and having - a lower chamber defined in a top of the lower waterproof casing ; - a lower waterproof O-ring mounted on an annular periphery of a top of the lower waterproof casing ; - a power supplying circuit element mounted in the upper chamber of the upper waterproof casing ; and - a lighting assembly mounted securely on the bottom surface of the partition board , mounted in the lower chamber of the lower waterproof casing , and electrically connected to the power supplying circuit element , wherein the upper waterproof casing has an upper waterproof O-ring mounted on an annular periphery of the upper waterproof casing , hermetically contacting the top surface of the partition board and the annular periphery of the bottom of the upper waterproof casing , and sealing the upper chamber , and/or the lower waterproof O-ring is configured to hermetically contact a bottom surface of the partition board and the annular periphery of the top of the lower waterproof casing , and seal the lower chamber , and the lower waterproof casing has a lower through hole defined in a bottom of the lower waterproof casing and communicating with the lower chamber . - a housing cylinder having - a cavity having a top opening and a bottom opening; and - a partition board mounted horizontally in the cavity ; and - a cavity having a top opening and a bottom opening; and - a partition board mounted horizontally in the cavity ; and - a top cover , mounted in the top opening of the cavity of the housing cylinder ; characterised by further comprising - an upper waterproof casing , being hollow, being mounted on a top surface of the partition board , and having an upper chamber defined in a bottom of the upper waterproof casing ; - a lower waterproof casing being hollow, being mounted on a bottom surface of the partition board and having - a lower chamber defined in a top of the lower waterproof casing ; - a lower waterproof O-ring mounted on an annular periphery of a top of the lower waterproof casing ; - a lower chamber defined in a top of the lower waterproof casing ; - a lower waterproof O-ring mounted on an annular periphery of a top of the lower waterproof casing ; - a power supplying circuit element mounted in the upper chamber of the upper waterproof casing ; and - a lighting assembly mounted securely on the bottom surface of the partition board , mounted in the lower chamber of the lower waterproof casing , and electrically connected to the power supplying circuit element ,