mhurhangee/patent-ind-claim-en huggingface dataset:
A tamper-proof mouthpiece connector locking mechanism for an electronic cigarette comprising: a mouthpiece connector base having a mouthpiece connector outside thread configured to threadedly connect to a mouthpiece connector inside thread of an electronic cigarette body , wherein the mouthpiece connector base defines one or more mouthpiece connector locking openings ; a mouthpiece connector fixedly connected to the mouthpiece connector base ; a mouthpiece connector tamper-proof ring positioned outside of the mouthpiece connector configured to prevent mouthpiece connector tampering; one or more mouthpiece connector locking pins , one for each of the one or more mouthpiece connector locking openings ; and one or more mouthpiece connector locking springs , wherein when a user pushes the mouthpiece connector tamper-proof ring towards the mouthpiece connector base against a resilient force of the one or more mouthpiece connector locking springs , each of the one or more mouthpiece connector locking pins engages a corresponding one of the one or more mouthpiece connector locking openings such that the user can remove the mouthpiece connector from the electronic cigarette body by turning the tamper-proof mouthpiece connector locking mechanism . a mouthpiece connector base having a mouthpiece connector outside thread configured to threadedly connect to a mouthpiece connector inside thread of an electronic cigarette body , wherein the mouthpiece connector base defines one or more mouthpiece connector locking openings ; a mouthpiece connector fixedly connected to the mouthpiece connector base ; a mouthpiece connector tamper-proof ring positioned outside of the mouthpiece connector configured to prevent mouthpiece connector tampering; one or more mouthpiece connector locking pins , one for each of the one or more mouthpiece connector locking openings ; and one or more mouthpiece connector locking springs , wherein when a user pushes the mouthpiece connector tamper-proof ring towards the mouthpiece connector base against a resilient force of the one or more mouthpiece connector locking springs , each of the one or more mouthpiece connector locking pins engages a corresponding one of the one or more mouthpiece connector locking openings such that the user can remove the mouthpiece connector from the electronic cigarette body by turning the tamper-proof mouthpiece connector locking mechanism .
A downhole string for drilling through a low pressure zone (Z low ) in a formation in a well , comprising: - a drawdown casing having a first end closest to a top of the well and a second end , and - an operational tool connected to the second end of the drawdown casing, wherein the downhole string further comprises an annular barrier having an expandable metal sleeve surrounding the drawdown casing, each end of the expandable metal sleeve being connected with the drawdown casing, and the expandable metal sleeve being adapted to contact a wall of a borehole or another casing so that the drawdown casing can rotate and slide in relation to the annular barrier after expansion of the expandable sleeve, characterized in that the downhole string further comprises a swivel mounted as part of the drawdown casing, dividing the drawdown casing into a first casing part and a second casing part for rotating the first casing part in relation to the second casing part, the second casing part being connected with the operational tool and the annular barrier . - a drawdown casing having a first end closest to a top of the well and a second end , and - an operational tool connected to the second end of the drawdown casing,
A transgenic insect-controlling cotton plant, or cell, part, or seed, each comprising in its genome an elite event EE-GH6, said elite event EE-GH6 comprising a foreign DNA comprising a coding sequence of a modified cry2Ae gene operably linked to a Rubisco small subunit transit peptide under the control of a Cauliflower Mosaic Virus 35S promoter and nucleotide sequences spanning the joining regions between plant derived DNA sequences and foreign DNA sequences having the nucleotide sequence of SEQ ID 1 or SEQ ID 11 and SEQ ID 2; wherein said elite event EE-GH6 is comprised in reference seed deposited at the ATCC under deposit number PTA-8398, wherein the presence of said elite event EE-GH6 is characterized by insect resistance as well as glufosinate tolerance.
A cryogenic cooling system comprising: a gas circulation source that circulates a cooling gas; a cryocooler including a cryocooler stage that cools the cooling gas; an obj ect-to-be-cooled gas flow path provided around or inside an object to be cooled for causing the cooling gas to flow therethrough; a gas supply line that connects the gas circulation source to an inlet of the object-to-be-cooled gas flow path to supply the cooling gas from the gas circulation source via the cryocooler stage to the object-to-be-cooled gas flow path ; a gas recovery line that connects an outlet of the obj ect-to-be-cooled gas flow path to the gas circulation source so as to recover the cooling gas from the object-to-be-cooled gas flow path to the gas circulation source ; at least one temperature sensor that is installed at a measurement location away from the inlet of the object-to-be-cooled gas flow path along the gas supply line and/or a measurement location installed away from the outlet of the object-to-be-cooled gas flow path along the gas recovery line ; and a gas flow rate control unit that controls the gas circulation source so as to adjust a flow rate of the cooling gas flowing through the object-to-be-cooled gas flow path in accordance with a measured temperature at at least one measurement location by the temperature sensor . a gas circulation source that circulates a cooling gas; a cryocooler including a cryocooler stage that cools the cooling gas; an obj ect-to-be-cooled gas flow path provided around or inside an object to be cooled for causing the cooling gas to flow therethrough; a gas supply line that connects the gas circulation source to an inlet of the object-to-be-cooled gas flow path to supply the cooling gas from the gas circulation source via the cryocooler stage to the object-to-be-cooled gas flow path ; a gas recovery line that connects an outlet of the obj ect-to-be-cooled gas flow path to the gas circulation source so as to recover the cooling gas from the object-to-be-cooled gas flow path to the gas circulation source ; at least one temperature sensor that is installed at a measurement location away from the inlet of the object-to-be-cooled gas flow path along the gas supply line and/or a measurement location installed away from the outlet of the object-to-be-cooled gas flow path along the gas recovery line ; and a gas flow rate control unit that controls the gas circulation source so as to adjust a flow rate of the cooling gas flowing through the object-to-be-cooled gas flow path in accordance with a measured temperature at at least one measurement location by the temperature sensor .
A method for forming a metallic nacelle inlet structure for a turbine engine aircraft propulsion system with an axis, the nacelle inlet structure comprising an inlet lip portion and an outer barrel portion , the method comprising: forming the inlet lip portion ; forming the outer barrel portion ; arranging the inlet lip portion axially adjacent the outer barrel portion ; friction stir welding the inlet lip portion to the outer barrel portion to provide a circumferentially extending weld joint between the inlet lip portion and the outer barrel portion ; wherein the inlet lip portion is configured with an inner lip portion and an outer lip portion that axially overlaps and circumscribes the inner lip portion ; and wherein the friction stir welding comprises friction stir welding an axial aft end region of the outer lip portion to an axial forward end region of the outer barrel portion ; disposing a bulkhead radially between the inner lip portion and the outer lip portion ; and characterized by : bonding the bulkhead to the outer lip portion ; wherein the nacelle inlet structure includes a land which is thicker than another axially adjacent region of the nacelle inlet structure, and the land is configured integral with the inlet lip portion ; and wherein the bonding of the bulkhead to the outer lip portion comprises friction stir welding the bulkhead to the land . forming the inlet lip portion ; forming the outer barrel portion ; arranging the inlet lip portion axially adjacent the outer barrel portion ; friction stir welding the inlet lip portion to the outer barrel portion to provide a circumferentially extending weld joint between the inlet lip portion and the outer barrel portion ; wherein the inlet lip portion is configured with an inner lip portion and an outer lip portion that axially overlaps and circumscribes the inner lip portion ; and wherein the friction stir welding comprises friction stir welding an axial aft end region of the outer lip portion to an axial forward end region of the outer barrel portion ; disposing a bulkhead radially between the inner lip portion and the outer lip portion ; and characterized by : bonding the bulkhead to the outer lip portion ; wherein the nacelle inlet structure includes a land which is thicker than another axially adjacent region of the nacelle inlet structure, and the land is configured integral with the inlet lip portion ; and wherein the bonding of the bulkhead to the outer lip portion comprises friction stir welding the bulkhead to the land . bonding the bulkhead to the outer lip portion ; wherein the nacelle inlet structure includes a land which is thicker than another axially adjacent region of the nacelle inlet structure, and the land is configured integral with the inlet lip portion ; and wherein the bonding of the bulkhead to the outer lip portion comprises friction stir welding the bulkhead to the land .
A softside luggage article comprising: a first panel ; a frame supporting the first panel , the frame including: a first structural member extending along a first edge of the first panel ; a second structural member extending along a second edge of the first panel ; and two or more cross braces connected to and extending between the first and second structural members ; a carry handle including opposing first and second end portions , each end portion of the carry handle coupled to one of the two or more cross braces ; and a reinforcing strap coupled to an end portion of the carry handle , the reinforcing strap extending to and coupling with an edge of the first panel . a first panel ; a frame supporting the first panel , the frame including: a first structural member extending along a first edge of the first panel ; a second structural member extending along a second edge of the first panel ; and two or more cross braces connected to and extending between the first and second structural members ; a first structural member extending along a first edge of the first panel ; a second structural member extending along a second edge of the first panel ; and two or more cross braces connected to and extending between the first and second structural members ; a carry handle including opposing first and second end portions , each end portion of the carry handle coupled to one of the two or more cross braces ; and a reinforcing strap coupled to an end portion of the carry handle , the reinforcing strap extending to and coupling with an edge of the first panel .
A system comprising: a marker along a guideway ; a first sensor adapted to be placed on a first end of a vehicle , and configured to detect a radio frequency, RF, signature of the marker along the guideway , wherein the first sensor is a radar detection device; and an on-board controller coupled to the first sensor , and configured to determine a first position of the vehicle on the guideway or a first distance from the position of the vehicle to a stopping location along the guideway based on at least the RF signature received from the first sensor ; characterized in that the marker is a metasurface plate comprising: a first diffused element ; a first absorbing element ; a second diffused element ; and a first retroreflector element between the first diffused element and the second diffused element , the second diffused element being between the first retroreflector element and the first absorbing element . a marker along a guideway ; a first sensor adapted to be placed on a first end of a vehicle , and configured to detect a radio frequency, RF, signature of the marker along the guideway , wherein the first sensor is a radar detection device; and an on-board controller coupled to the first sensor , and configured to determine a first position of the vehicle on the guideway or a first distance from the position of the vehicle to a stopping location along the guideway based on at least the RF signature received from the first sensor ; characterized in that the marker is a metasurface plate comprising: a first diffused element ; a first absorbing element ; a second diffused element ; and a first retroreflector element between the first diffused element and the second diffused element , the second diffused element being between the first retroreflector element and the first absorbing element . a first diffused element ; a first absorbing element ; a second diffused element ; and a first retroreflector element between the first diffused element and the second diffused element , the second diffused element being between the first retroreflector element and the first absorbing element .
Device with quick change blades for the transverse cutting or perforation, for the whole of the width and progressively, of continuous and moving webs (N) of paper, plastic or other materials, also with different thicknesses, provided with a fixed blade assembly and a rotary blade assembly between which the web (N) is guided transversely by a sliding plane and is fed longitudinally by suitable driving and thrust means , characterised in that the same fixed blade assembly and rotary blade assembly are installed on side members of a main base frame , with drive means and with means for adjusting the parallelism and the degree of interference between said two blades , said main base frame being installed removably on a secondary base frame , with means for adjusting the transverse alignment of the same main frame with the blade assemblies with respect to the longitudinal axis of the web to be cut (N), to allow dynamic execution on this web of a cut (T) perpendicular to the longitudinal sides of the same web, this device being provided with means that allow quick installation and, when necessary, replacement with a new device each time both said blades require in-depth maintenance and adjustments, all for the purpose of limiting the downtimes of the packaging machine during replacement of the same device, characterized in that said main base frame rests with its side members on brackets fixed to the lower side of large vertical slots provided on side members of the secondary base frame , said brackets being provided with longitudinal slotted holes through which there pass screws screwed into corresponding threaded holes provided under the main base of the same device, all so that by exploiting sufficient transverse clearance existing between a shank of said screws and corresponding holes of said slotted holes or by exploiting a suitable curved form of the same slotted holes and acting on screw and lead screw adjusters provided on opposite transverse sides of said brackets and such as to interact with their screw perpendicularly on opposite sides of the same main base , it is possible to adjust the transverse orientation of the main base frame with the components it carries with rotation of the main base frame on a vertical axis (H) passing through the centreline of the main base frame, so that cuts (T) on the moving web (N) perpendicular to the longitudinal sides of the same web (N) can be made.
Compensator circuitry for an oxygen sensor which includes a pump cell and a reference cell , said compensator circuitry including a feedback control loop configured to maintain the reference cell at a reference voltage, said feedback control loop including a digital compensator configured to determine and output a compensation current to said pump cell dependent on a reference voltage measured from said reference cell , and further configured to suspend determination and output of said compensation current for a set time dependent on detection of edges in an oxygen sensor heater Pulse Width Modulation (PWM) signal and including means to detect a rising or falling edge of said PWM signal.
A speaker assembly, comprising: a pair of magnets facing each other; a bobbin disposed between the pair of magnets and formed in a shape of a plate that extends long; a coil formed on at least one surface of the bobbin ; a diaphragm fixed to one side of the bobbin , and extending in a direction intersecting a longitudinal direction of the bobbin ; a frame disposed between the pair of magnets and the diaphragm ; and a speaker edge having one end fixed to the frame and the other end fixed to the diaphragm , a damper opposite to the frame with respect to the pair of magnets , fixed to the other side of the bobbin which is opposite to the one side of the bobbin , and providing elasticity to the bobbin , wherein the speaker edge is disposed between the frame and the diaphragm in the longitudinal direction of the bobbin and is convexly curved toward the bobbin , wherein the damper comprises: a center plate extending long along the other side of the bobbin and fixed to the other side of the bobbin ; bridges disposed across the center plate and fixed to the center plate ; and a plurality of circles fixed to both ends of the bridges and disposed opposite to each other with respect to the center plate . a pair of magnets facing each other; a bobbin disposed between the pair of magnets and formed in a shape of a plate that extends long; a coil formed on at least one surface of the bobbin ; a diaphragm fixed to one side of the bobbin , and extending in a direction intersecting a longitudinal direction of the bobbin ; a frame disposed between the pair of magnets and the diaphragm ; and a speaker edge having one end fixed to the frame and the other end fixed to the diaphragm , a damper opposite to the frame with respect to the pair of magnets , fixed to the other side of the bobbin which is opposite to the one side of the bobbin , and providing elasticity to the bobbin , wherein the speaker edge is disposed between the frame and the diaphragm in the longitudinal direction of the bobbin and is convexly curved toward the bobbin , wherein the damper comprises: a center plate extending long along the other side of the bobbin and fixed to the other side of the bobbin ; bridges disposed across the center plate and fixed to the center plate ; and a plurality of circles fixed to both ends of the bridges and disposed opposite to each other with respect to the center plate . a center plate extending long along the other side of the bobbin and fixed to the other side of the bobbin ; bridges disposed across the center plate and fixed to the center plate ; and a plurality of circles fixed to both ends of the bridges and disposed opposite to each other with respect to the center plate .
A method for producing a biodegradable aliphatic polyester fiber, wherein the fiber is spin drawn by being extruded from a spinning die at a temperature of 130°C∼190°C, then being taken up by a first take-up roll at a take-up speed of 300 m/min∼4,000 m/min, and continuously being taken up by a second take-up roll at a take-up speed of 600 m/min∼7,000 m/min, the biodegradable aliphatic polyester fiber includes a polyhydroxyalkanoate, a nucleating agent, and a lubricant, the nucleating agent contains pentaerythritol, and the lubricant contains at least one selected from the group consisting of behenic amide, stearic acid amide, erucamide, and oleic amide.
A method for recommending personalized content, the method comprising: receiving a user identification data from a user device ; querying a database for acquiring a user preference, wherein the user preference is provided for the serving system to obtain one or more digital contents that are consistent with the user preference as recommended personalized content; grouping the one or more digital contents according to location data corresponding to each of the digital contents; rendering one or more thumbnail images representing one or more groups of digital contents within a geographic range; providing the one or more thumbnail images to the user device , and displaying the one or more thumbnail images on a thumbnail display area of an application interface in the user device ; wherein, when a user selects one of the thumbnail images, the application interface switches to the geographic range represented by the selected thumbnail image, and the serving system provides one or more linking points within the geographic range and displays one or more linking icons corresponding to the one or more linking points on the application interface ; wherein, each of the linking points within the geographic range links to addresses of the one or more digital contents that the serving system recommends in the database as recommended personalized content; and when the linking point links to multiple digital contents, the multiple digital contents are played in sequence by the application interface of the user device by selection of the linking point. receiving a user identification data from a user device ; querying a database for acquiring a user preference, wherein the user preference is provided for the serving system to obtain one or more digital contents that are consistent with the user preference as recommended personalized content; grouping the one or more digital contents according to location data corresponding to each of the digital contents; rendering one or more thumbnail images representing one or more groups of digital contents within a geographic range; providing the one or more thumbnail images to the user device , and displaying the one or more thumbnail images on a thumbnail display area of an application interface in the user device ; wherein, when a user selects one of the thumbnail images, the application interface switches to the geographic range represented by the selected thumbnail image, and the serving system provides one or more linking points within the geographic range and displays one or more linking icons corresponding to the one or more linking points on the application interface ; wherein, each of the linking points within the geographic range links to addresses of the one or more digital contents that the serving system recommends in the database as recommended personalized content; and when the linking point links to multiple digital contents, the multiple digital contents are played in sequence by the application interface of the user device by selection of the linking point.
Process for the recovery of metals from a metal-bearing material containing, in oxidized form, more than 1% Co, a total of Co and Ni of more than 15%, and more than 1% Mg, comprising the steps of: - smelting said metal-bearing material in a bath furnace together with slag formers, thereby producing an alloy phase with more than 80%, preferably more than 90% of the Co, and less than 1% of the Mg, and a slag phase, by applying reducing smelting conditions, and by selecting CaO, SiO 2 , and Al 2 O 3 as slag formers, in amounts so as to obtain a final slag composition according to the ratio's 0.25 < SiO 2 /Al 2 O 3 < 2.5, 0.5 < SiO 2 /CaO < 2.5, and to MgO > 10%; and, - separating the alloy phase from the slag phase. - smelting said metal-bearing material in a bath furnace together with slag formers, thereby producing an alloy phase with more than 80%, preferably more than 90% of the Co, and less than 1% of the Mg, and a slag phase, by applying reducing smelting conditions, and by selecting CaO, SiO 2 , and Al 2 O 3 as slag formers, in amounts so as to obtain a final slag composition according to the ratio's 0.25 < SiO 2 /Al 2 O 3 < 2.5, 0.5 < SiO 2 /CaO < 2.5, and to MgO > 10%; and, - separating the alloy phase from the slag phase.