mhurhangee/patent-ind-claim-en huggingface dataset:
A lottery ticket dispenser array , comprising: a plurality of interconnected bins , wherein one or more of the bins further comprises: a housing having a bottom and an open top; a drawer slidable into and out of the housing , the drawer comprising an open top and at least one ticket compartment configured for receipt of a stack of interconnected lottery tickets ; a component section adjacent a front of the drawer that automatically dispenses one or more of the lottery tickets through a dispense slot upon receipt of a dispense command; spaced-apart ticket guides configured on an outward side of the bottom so as to extend through the open top and into the ticket compartment of an adjacent lower bin in the array ; and the ticket guides configured to engage along at least side edges of the interconnected lottery tickets in the adjacent lower bin as the interconnected lottery tickets are pulled from the ticket compartment or pushed back into the ticket compartment . a housing having a bottom and an open top; a drawer slidable into and out of the housing , the drawer comprising an open top and at least one ticket compartment configured for receipt of a stack of interconnected lottery tickets ; a component section adjacent a front of the drawer that automatically dispenses one or more of the lottery tickets through a dispense slot upon receipt of a dispense command; spaced-apart ticket guides configured on an outward side of the bottom so as to extend through the open top and into the ticket compartment of an adjacent lower bin in the array ; and the ticket guides configured to engage along at least side edges of the interconnected lottery tickets in the adjacent lower bin as the interconnected lottery tickets are pulled from the ticket compartment or pushed back into the ticket compartment .
A system (55; 200) for analyzing at least a flow of gas extracted from a drilling fluid used for drilling a wellbore, comprising : - a chassis having at least: ∘ a power supply system (134,; 234), ∘ a fluid distribution and regulation system (136; 236), ∘ a control module (138; 238), - at least a first and second analysis module (150-154) of different types, each comprising at least a detector (101A-101C) for measuring at least a parameter relative to a content of at least a gas compound in the flow of gas, wherein the chassis comprises a core connector having power, communication and fluid outputs, each of the analysis modules having a module connector complementary to the core connector, wherein the complementary core and module connectors are configured to form a removable connection, and wherein the system is configured to obtain a measurement from the detector of the first analysis module when the first analysis module is connected to the chassis via the core connector and to obtain a measurement from the detector of the second analysis module when the second analysis module is connected to the chassis via the core connector, characterized in that the control module of the chassis is configured to control the power delivered to the core connector and/or the flow of gas delivered to the core connector as a function of the type of the analysis module connected to the core connector.. - a chassis having at least: ∘ a power supply system (134,; 234), ∘ a fluid distribution and regulation system (136; 236), ∘ a control module (138; 238), ∘ a power supply system (134,; 234), ∘ a fluid distribution and regulation system (136; 236), ∘ a control module (138; 238), - at least a first and second analysis module (150-154) of different types, each comprising at least a detector (101A-101C) for measuring at least a parameter relative to a content of at least a gas compound in the flow of gas,
Wheeled towable structure , comprising: • a frame on which a plurality of groups of wheels assemblies are mounted, each group comprising one or more rubber wheels , equipped with tyres and mounted so as to rotate at a respective wheel axis (A); • means for locking the rotation of the wheels of each group of wheels in predetermined locking positions; • means for actuating said means for locking the rotation of the rubber wheels , configured to move the wheels of each group from a locking position to another during the movement of said towable structure , characterized in that said means for locking the rotation comprises a pair of flanges coaxially mounted so as to rotate integrally around a flange axis (F) and respectively equipped with a plurality of slots , and a pair of pins integral with a frame of said group of wheels and adapted to interfere, when operated, each with the slots of one of said flanges , said means further comprising a transmission system which connects said flange axis (F) to said wheel axis (A). • a frame on which a plurality of groups of wheels assemblies are mounted, each group comprising one or more rubber wheels , equipped with tyres and mounted so as to rotate at a respective wheel axis (A); • means for locking the rotation of the wheels of each group of wheels in predetermined locking positions; • means for actuating said means for locking the rotation of the rubber wheels , configured to move the wheels of each group from a locking position to another during the movement of said towable structure ,
A direct current power supply comprising a voltage rail and a ground defining a voltage output ; a holdup capacitor configured to charge and discharge based on the voltage output; a redundant power supply connected in series with the holdup capacitor between the voltage rail and the ground of the voltage output and configured to provide the voltage output and a first switch disposed between the holdup capacitor and the redundant power supply operable to create a conductive path between the holdup capacitor and the redundant power supply, characterized in that the direct current power supply further comprises a diode connected in parallel with the holdup capacitor and having a forward direction oriented to permit current from the redundant power supply to the voltage rail; and a second switch disposed between the holdup capacitor and the ground. a voltage rail and a ground defining a voltage output ; a holdup capacitor configured to charge and discharge based on the voltage output; a redundant power supply connected in series with the holdup capacitor between the voltage rail and the ground of the voltage output and configured to provide the voltage output and a first switch disposed between the holdup capacitor and the redundant power supply operable to create a conductive path between the holdup capacitor and the redundant power supply, characterized in that the direct current power supply further comprises a diode connected in parallel with the holdup capacitor and having a forward direction oriented to permit current from the redundant power supply to the voltage rail; and a second switch disposed between the holdup capacitor and the ground.
A data center rack system , comprising: a rack housing that comprises side panels , a top panel and a bottom panel , wherein the top panel and the bottom panel are coupled to the side panels, the top, bottom and side panels defining a rack volume sized to enclose a plurality of data center server rack trays , each of the data center server rack trays configured to support a plurality of heat generating electronic devices ; and a rack bottom coupled to the side panels, the rack bottom comprising the bottom panel having a top surface coupled to the side panels and a plurality of blocks coupled to a bottom surface of the bottom panel opposite the top surface, at least one pair of the plurality of blocks defining an opening between the blocks and below the bottom surface of the bottom panel and sized to receive a lifting member of a lifting machine, wherein locations of the at least one pair of the plurality of blocks are slideably adjustable along a length of the bottom panel parallel to an open front and back faces of the data center rack system thereby varying a width of the opening defined between the at least one pair of the plurality of blocks. a rack housing that comprises side panels , a top panel and a bottom panel , wherein the top panel and the bottom panel are coupled to the side panels, the top, bottom and side panels defining a rack volume sized to enclose a plurality of data center server rack trays , each of the data center server rack trays configured to support a plurality of heat generating electronic devices ; and a rack bottom coupled to the side panels, the rack bottom comprising the bottom panel having a top surface coupled to the side panels and a plurality of blocks coupled to a bottom surface of the bottom panel opposite the top surface, at least one pair of the plurality of blocks defining an opening between the blocks and below the bottom surface of the bottom panel and sized to receive a lifting member of a lifting machine, wherein locations of the at least one pair of the plurality of blocks are slideably adjustable along a length of the bottom panel parallel to an open front and back faces of the data center rack system thereby varying a width of the opening defined between the at least one pair of the plurality of blocks.
A mobile station (UE) configured to perform carrier aggregation by using a cell under a first radio base station and a cell under a second radio base station, the mobile station (UE) comprising: a priority management unit configured to manage a priority of each radio base station; and a processing unit configured to, when Radio Resource Control, RRC, messages are received from the first radio base station and the second radio base station, process the RRC messages based on the priority set for each radio base station. a priority management unit configured to manage a priority of each radio base station; and a processing unit configured to, when Radio Resource Control, RRC, messages are received from the first radio base station and the second radio base station, process the RRC messages based on the priority set for each radio base station.
A computer-implemented method for displaying a graphical user interface, the method comprising: determining a suggested path representing a suggested sequence for resolving outstanding issues on a network infrastructure, the outstanding issues corresponding to elements of the network infrastructure; displaying, by a processor, the suggested path within a graphical user interface; monitoring, at regular intervals by the processor, updates to the one or more outstanding issues; and automatically updating the suggested path , by the processor, based on the updates to the one or more outstanding issues. determining a suggested path representing a suggested sequence for resolving outstanding issues on a network infrastructure, the outstanding issues corresponding to elements of the network infrastructure; displaying, by a processor, the suggested path within a graphical user interface; monitoring, at regular intervals by the processor, updates to the one or more outstanding issues; and automatically updating the suggested path , by the processor, based on the updates to the one or more outstanding issues.
A method of processing ceramic fiber for the manufacture of a ceramic matrix composite (CMC) article, comprising: providing at least one frame including a planar array of unidirectional ceramic fibers extending across a void thereof; and depositing a coating on the ceramic fibers of the at least one frame via a chemical vapor deposition (CVD) process; and impregnating the coated ceramic fibers of the at least one frame with a slurry including a ceramic matrix precursor composition to form at least one CMC prepreg tape , wherein impregnating the coated ceramic fibers includes removing the coated ceramic fibers from at least a portion of the at least one frame and impregnating the removed coated ceramic fibers with the slurry . providing at least one frame including a planar array of unidirectional ceramic fibers extending across a void thereof; and depositing a coating on the ceramic fibers of the at least one frame via a chemical vapor deposition (CVD) process; and impregnating the coated ceramic fibers of the at least one frame with a slurry including a ceramic matrix precursor composition to form at least one CMC prepreg tape , wherein impregnating the coated ceramic fibers includes removing the coated ceramic fibers from at least a portion of the at least one frame and impregnating the removed coated ceramic fibers with the slurry .
A cart for carrying a cut-off saw having a saw blade , the cart comprising: a frame including an upper portion and a lower portion; a wheel arm pivotably coupled to the lower portion of the frame about a first axis (A2); a rear wheel assembly coaxial with the first axis (A2) and coupled to the frame and the wheel arm ; a front wheel coupled to an end of the wheel arm opposite the rear wheel assembly ; an adjustment lever pivotably coupled to the upper portion of the frame about a second axis (A3); and a link having a first end pivotably coupled to the adjustment lever at a location spaced from the second axis (A3), and a second end pivotably coupled to the wheel arm at a location between the first axis (A2) and the front wheel ; wherein pivoting the adjustment lever about the second axis (A3) pivots the wheel arm about the first axis (A2) to adjust a vertical position of the front wheel relative to the upper portion of the frame , and therefore a vertical position of the saw blade relative to a support surface of the cart ; and wherein a gear is coupled to the upper portion of the frame adjacent a bracket of the adjustment lever , the gear including a plurality of gear teeth , wherein the adjustment lever further comprises a handle and an actuator having an upper end that protrudes from an internal opening in the handle and an opposite, lower end that is engageable with the gear teeth to maintain the adjustment lever in one of a plurality of orientations relative to the gear that coincide with different positions of the wheel arm relative to the frame . a frame including an upper portion and a lower portion; a wheel arm pivotably coupled to the lower portion of the frame about a first axis (A2); a rear wheel assembly coaxial with the first axis (A2) and coupled to the frame and the wheel arm ; a front wheel coupled to an end of the wheel arm opposite the rear wheel assembly ; an adjustment lever pivotably coupled to the upper portion of the frame about a second axis (A3); and a link having a first end pivotably coupled to the adjustment lever at a location spaced from the second axis (A3), and a second end pivotably coupled to the wheel arm at a location between the first axis (A2) and the front wheel ; wherein pivoting the adjustment lever about the second axis (A3) pivots the wheel arm about the first axis (A2) to adjust a vertical position of the front wheel relative to the upper portion of the frame , and therefore a vertical position of the saw blade relative to a support surface of the cart ; and wherein a gear is coupled to the upper portion of the frame adjacent a bracket of the adjustment lever , the gear including a plurality of gear teeth , wherein the adjustment lever further comprises a handle and an actuator having an upper end that protrudes from an internal opening in the handle and an opposite, lower end that is engageable with the gear teeth to maintain the adjustment lever in one of a plurality of orientations relative to the gear that coincide with different positions of the wheel arm relative to the frame .
A reel holding device which is configured to be used being combined with a feeder device that is capable of collecting components at a supply position by sending out a component storage tape which is configured to store each of the components in a plurality of component storage sections, and is configured to hold a plurality of component supply reels around which the component storage tapes are respectively wound to be rotatable and exchangeable, the device comprising: a case which is configured to accommodate the plurality of component supply reels to be aligned in a direction of a reel axial line (AX); outer circumferential support members which are built between two side walls of the case , and are configured to support outer circumferences of the plurality of component supply reels to be rotatable such that the reel axial lines (AX) are identical to each other; and a deviation preventing member which is built between the two side walls , faces the outer circumferences of the plurality of component supply reels , and is configured to prevent the component supply reels from deviating from the outer circumferential support members , and at least one of the outer circumferential support members and the deviation preventing member is an integrated rod-like member which has a smooth surface that abuts against the outer circumferences of the plurality of component supply reels and is built between the two side walls characterized in that: the integrated rod-like member is a freely rotatable rod-like roller member, and has a diameter-reducing section at both ends of the rod-like roller member, which is wider than a thickness of reel flanges that respectively form the component supply reels at both of end parts, and is narrower than a separation distance of the two reel flanges . a case which is configured to accommodate the plurality of component supply reels to be aligned in a direction of a reel axial line (AX); outer circumferential support members which are built between two side walls of the case , and are configured to support outer circumferences of the plurality of component supply reels to be rotatable such that the reel axial lines (AX) are identical to each other; and a deviation preventing member which is built between the two side walls , faces the outer circumferences of the plurality of component supply reels , and is configured to prevent the component supply reels from deviating from the outer circumferential support members , and at least one of the outer circumferential support members and the deviation preventing member is an integrated rod-like member which has a smooth surface that abuts against the outer circumferences of the plurality of component supply reels and is built between the two side walls characterized in that: the integrated rod-like member is a freely rotatable rod-like roller member, and has a diameter-reducing section at both ends of the rod-like roller member, which is wider than a thickness of reel flanges that respectively form the component supply reels at both of end parts, and is narrower than a separation distance of the two reel flanges .
A method for improving titer in transfection-based lentiviral vector production, comprising: seeding eukaryotic cells at a cell density of at least 5×10 4 cells/cm 2 4 to 5 days prior to cell harvest and transfection; harvesting a confluent population of seeded cells that have progressed beyond log phase of cell growth, for transfection; transfecting the cells by mixing the harvested population with transfection reagents, a lentiviral vector and one or more plasmids at the time of re-seeding the cells into a culture vessel, wherein the one or more plasmids comprise at least one of a plasmid encoding a viral Gag/Pol gene, a plasmid encoding a viral Envelop gene, and a plasmid encoding a viral Rev gene; and re-seeding the transfected cells at a density of about 2.5 x 10 5 cells per square centimeter. seeding eukaryotic cells at a cell density of at least 5×10 4 cells/cm 2 4 to 5 days prior to cell harvest and transfection; harvesting a confluent population of seeded cells that have progressed beyond log phase of cell growth, for transfection; transfecting the cells by mixing the harvested population with transfection reagents, a lentiviral vector and one or more plasmids at the time of re-seeding the cells into a culture vessel, wherein the one or more plasmids comprise at least one of a plasmid encoding a viral Gag/Pol gene, a plasmid encoding a viral Envelop gene, and a plasmid encoding a viral Rev gene; and re-seeding the transfected cells at a density of about 2.5 x 10 5 cells per square centimeter.
A seat cushion frame for a vehicle , having a C-shaped planar shape opening to a rear side thereof, characterized in that a composite material containing reinforcing fibers which extend in at least a frame extension direction is integrated with an injection molded thermoplastic resin in that a part of a side section of said C-shaped frame has a sectional shape opening toward outside of said frame , and in that , in said sectional shape of a part of said side section of said C-shaped frame , a lower portion is extended toward outside of said frame longer than an upper portion.
An X-ray CT imaging apparatus (10; 110) that is adapted to perform X-ray CT imaging with a part of a head as an imaging region (R; R1, R2), the X-ray CT imaging apparatus (10; 110) comprising a head fixing apparatus ; an X-ray generator (22; 126) that is adapted to generate an X-ray; an X-ray detector (24; 128) that is adapted to detect said X-ray; a turning support (20; 124; 124A; 224) that supports said X-ray generator (22; 126) and said X-ray detector (24; 128) in an opposed state; a turning mechanism (32; 132) that is adapted to turn said turning support (20; 124; 124A; 224) with a mechanical turning axis (X1) located between said X-ray generator (22; 126) and said X-ray detector (24; 128) as a center; a distance changing mechanism (34; 134; 226) that is adapted to move said mechanical turning axis (X1) to change a distance of said X-ray detector (24; 128) with respect to a center (A) of said imaging region (R; R1, R2) when said turning mechanism (32; 132) turns said turning support (20; 124; 124A; 224); and a turning controller (60; 151b) that is adapted to control said turning mechanism (32; 132) and said distance changing mechanism (34; 134; 226) wherein when the X-ray CT imaging is performed in a state in which the head is fixed by the head fixing apparatus , with the part located close to a front of said head as said imaging region (R; R1, R2), said turning controller (60; 151b), using said turning mechanism (32; 132) and said distance changing mechanism (34; 134; 226), causes said X-ray generator (22; 126) and said X-ray detector (24; 128) to turn around said head while locating said imaging region (R; R1, R2) between said X-ray generator (22; 126) and said X-ray detector (24; 128), characterized in that said turning controller (60; 151b) changes the distance of said X-ray detector (24; 128) with respect to the center (A) of said imaging region (R; R1, R2), so that said turning controller (60; 151b) causes said X-ray detector (24; 128) to turn along a go-around orbit (Q, QA, QB, QC, QD, QE) that comes close to said imaging region (R; R1, R2) with respect to a front side of said head and moves away from said imaging region (R; R1, R2) with respect to a rear side of said head.