mhurhangee/patent-ind-claim-en huggingface dataset:
A portable turning machine comprising: a support placed on and fixed to a floor ; a ring base supported by the support; a turning ring that is turnably supported by the ring base and arranged on an outer circumference side of a cylindrical or columnar to-be-machined object (4A; 4B); a motor for the turning ring that is adapted to turn the turning ring; and a tool that is attached to the turning ring and is adapted to be used for performing corrective machining of the to-be-machined object, wherein the ring base and the turning ring each have a structure that is dividable into a lower portion (34A; 35A) and an upper portion (34B; 35B), characterised in that the support has a first shifting mechanism adapted to shift the ring base in a first horizontal direction orthogonal to a turning center line of the turning ring, and a second shifting mechanism adapted to shift the ring base in a second horizontal direction parallel to the turning center line of the turning ring. a support placed on and fixed to a floor ; a ring base supported by the support; a turning ring that is turnably supported by the ring base and arranged on an outer circumference side of a cylindrical or columnar to-be-machined object (4A; 4B); a motor for the turning ring that is adapted to turn the turning ring; and a tool that is attached to the turning ring and is adapted to be used for performing corrective machining of the to-be-machined object, wherein the ring base and the turning ring each have a structure that is dividable into a lower portion (34A; 35A) and an upper portion (34B; 35B), characterised in that the support has a first shifting mechanism adapted to shift the ring base in a first horizontal direction orthogonal to a turning center line of the turning ring, and a second shifting mechanism adapted to shift the ring base in a second horizontal direction parallel to the turning center line of the turning ring. a first shifting mechanism adapted to shift the ring base in a first horizontal direction orthogonal to a turning center line of the turning ring, and a second shifting mechanism adapted to shift the ring base in a second horizontal direction parallel to the turning center line of the turning ring.
A reconfigurable floorboard system for use in an aircraft , the reconfigurable floorboard system comprising: a floor grid structure (100; 202) comprising: a plurality of floor beams configured to extend laterally between opposite sides of a fuselage of the aircraft; and a plurality of floor tracks configured to extend substantially orthogonally to the floor beams; and a plurality of floorboards (112; 300) configured to be disposed on the grid structure, each floorboard comprising: a substantially trapezoid shaped plate ; characterized in that each floorboard further comprises: an interlocking feature formed proximate an edge of at least three sides of the plate for interlocking with adjacent floorboards, each interlocking feature being formed to interlock with a mating interlocking feature formed at an edge of a side of at least one adjacent floorboard ; and a notch formed on an underside of the plate proximate each corner of the plate to contact a member of the floor grid structure to prevent lateral movement of the floorboard. a floor grid structure (100; 202) comprising: a plurality of floor beams configured to extend laterally between opposite sides of a fuselage of the aircraft; and a plurality of floor tracks configured to extend substantially orthogonally to the floor beams; and a plurality of floor beams configured to extend laterally between opposite sides of a fuselage of the aircraft; and a plurality of floor tracks configured to extend substantially orthogonally to the floor beams; and a plurality of floorboards (112; 300) configured to be disposed on the grid structure, each floorboard comprising: a substantially trapezoid shaped plate ; characterized in that each floorboard further comprises: an interlocking feature formed proximate an edge of at least three sides of the plate for interlocking with adjacent floorboards, each interlocking feature being formed to interlock with a mating interlocking feature formed at an edge of a side of at least one adjacent floorboard ; and a notch formed on an underside of the plate proximate each corner of the plate to contact a member of the floor grid structure to prevent lateral movement of the floorboard. an interlocking feature formed proximate an edge of at least three sides of the plate for interlocking with adjacent floorboards, each interlocking feature being formed to interlock with a mating interlocking feature formed at an edge of a side of at least one adjacent floorboard ; and a notch formed on an underside of the plate proximate each corner of the plate to contact a member of the floor grid structure to prevent lateral movement of the floorboard.
A method of charging/discharging of a Li-S battery or cell to improve the capacity and the lifetime of the battery or cell, the method comprising the use of a pulsed current in the charging step, characterized in that the pulsed current is obtained by applying a current for a limited time period, followed by a reversal of the current for a limited time period or a limited pause period, and in that the use of a pulsed current is combined with the use of a constant current, and characterized in that the battery or cell comprises a sulfur-based active cathode material and a liquid non-aqueous or liquid ionic electrolyte. the method comprising the use of a pulsed current in the charging step, characterized in that the pulsed current is obtained by applying a current for a limited time period, followed by a reversal of the current for a limited time period or a limited pause period, and in that the use of a pulsed current is combined with the use of a constant current, and characterized in that the battery or cell comprises a sulfur-based active cathode material and a liquid non-aqueous or liquid ionic electrolyte.
Carrier gas nozzle for supplying a protective gas (G) to a welding region (S), the nozzle comprising a housing , a device for fastening to a welding torch (B), an inlet for the protective gas (G), at least one gas distribution chamber , and a plurality of gas channels which are arranged in parallel and have openings via which the protective gas (G) flows to the welding region (S), characterised in that each gas channel has a height (h K ) corresponding to at least six times the hydraulic diameter (d h ) of the gas channel , and in that elements for uniformly distributing the flow of the protective gas (G) to all of the gas channels are arranged in the gas channels .
A method for establishing a radio connection, the method comprising: selecting, by a first device, a first radio access technology from a plurality of different radio access technologies for a first phase of a multi-phase radio connection establishment process between an access node and a relay device; selecting, by the first device, a second radio access technology from the plurality of different radio access technologies for a second phase of the multi-phase radio connection establishment process between the relay device and a battery powered remote device; and participating, by the first device, in the first phase and second phase of the multi-phase radio connection establishment process; and wherein, the first radio access technology for the first phase of a multi-phase radio connection establishment process and the second radio access technology for the second phase of the multi-phase radio connection establishment process are selected to minimize connection establishment power consumption and meet performance requirements at the battery powered remote device; and wherein the first device is the relay device or the access node. selecting, by a first device, a first radio access technology from a plurality of different radio access technologies for a first phase of a multi-phase radio connection establishment process between an access node and a relay device; selecting, by the first device, a second radio access technology from the plurality of different radio access technologies for a second phase of the multi-phase radio connection establishment process between the relay device and a battery powered remote device; and participating, by the first device, in the first phase and second phase of the multi-phase radio connection establishment process; and wherein, the first radio access technology for the first phase of a multi-phase radio connection establishment process and the second radio access technology for the second phase of the multi-phase radio connection establishment process are selected to minimize connection establishment power consumption and meet performance requirements at the battery powered remote device; and wherein the first device is the relay device or the access node.
An ink cartridge for installing in a cartridge mounting portion of a recording apparatus, comprising: a body having a front side at which an ink supply portion is located for supplying ink stored in an ink chamber to an exterior of the ink chamber , and a rear side located to face the front side; a particular interface positioned substantially adjacent to the ink supply portion at the front side; and an engagement portion configured to be engaged with a locking section of a cartridge installation portion for retaining the body in an installed state, wherein the particular interface is configured to be biased by a biasing member in a specific direction , characterized in that the engagement portion comprises a latch lever and an urging member, the latch lever being configured to move between a first position in which the latch lever is in engagement with the locking section and a second position in which the latch lever is disengaged from the locking section , and the urging member being configured to urge the latch lever to the first position; and when the ink cartridge is not installed in the cartridge mounting portion, the latch lever is in the first position. a body having a front side at which an ink supply portion is located for supplying ink stored in an ink chamber to an exterior of the ink chamber , and a rear side located to face the front side; a particular interface positioned substantially adjacent to the ink supply portion at the front side; and an engagement portion configured to be engaged with a locking section of a cartridge installation portion for retaining the body in an installed state, wherein the particular interface is configured to be biased by a biasing member in a specific direction , characterized in that the engagement portion comprises a latch lever and an urging member, the latch lever being configured to move between a first position in which the latch lever is in engagement with the locking section and a second position in which the latch lever is disengaged from the locking section , and the urging member being configured to urge the latch lever to the first position; and when the ink cartridge is not installed in the cartridge mounting portion, the latch lever is in the first position.
A revolver-type feed-through wherein a plurality of waveguides are distributed around an interface between a housing and a plug member pushable into the housing for TEMPEST-grade electromagnetic shielding for attenuation up to the order of 100 dB at frequencies up to 10 GHz where one or more non-electric signal leads pass through a wall of a cabinet or other enclosure, comprising: said housing , having a conical inner surface , said housing being attachable to said wall through a first attachment means ; and said plug member , having a conical outer surface matching said conical inner surface of said housing , said plug member being attachable to said housing through a second attachment means , wherein said conical inner surface of said housing and/or said conical outer surface of said plug member have recesses forming, when said plug member is attached to said housing , said plurality of waveguides ; said feed-through being characterized by each of said first attachment means and said second attachment means being operable by one or more operating members located, with said feed-through in installed position, exclusively on one side of said wall , so that said first attachment means and said second attachment means are exclusively operable from said one side of said wall . said housing , having a conical inner surface , said housing being attachable to said wall through a first attachment means ; and said plug member , having a conical outer surface matching said conical inner surface of said housing , said plug member being attachable to said housing through a second attachment means , wherein said conical inner surface of said housing and/or said conical outer surface of said plug member have recesses forming, when said plug member is attached to said housing , said plurality of waveguides ; said feed-through being characterized by each of said first attachment means and said second attachment means being operable by one or more operating members located, with said feed-through in installed position, exclusively on one side of said wall , so that said first attachment means and said second attachment means are exclusively operable from said one side of said wall .
Land vehicle (V) comprising at least a first driving machine (MM1) supplying torque for a first train (T1) of wheels, a second driving machine (MM2) supplying torque for a second train (T2) of wheels, a system (SF) acting on said wheels, a supervision computer (CS) controlling a distribution of torque between said first (T1) and second (T2) trains, and a trajectory control device (DCT) controlling said braking system (SF), characterized in that in the event of detection of instability of said vehicle (V), said trajectory control device (DCT) orders said supervision computer (CS) to maintain the torque distribution in runs and controls said braking system (SF) until said instability has disappeared, then authorizes said supervision computer (CS) to carry out a torque distribution modification.
A compound, the compound having the structure of Formula III: wherein: A-Z is dexamethasone, wherein Z is an electronegative atom selected from Nor O, such that the dexamethasone was derived from a drug having the formula A-Z-H when Z has lost an H to covalently bind to Y; Yis CH 2 , C(=O) or PO 3 2- ; T5 is 0-6 carbon atoms; and L4 is C 9 -C 29 linear or branched carbon chain, having one or more, cis or trans C=C double bonds and optionally substituted with OH or has the Formula V wherein, T2 is 1-4 carbon atoms; T3 is 0-4 carbon atoms; T4 is 0-4 carbon atoms; J1 is -O-C(=O)-L1; J2 is -COOH, -OH, -NH 3 +, -NH 2 , -SH, -NMe 2 or -NHMe; and L1 is C 9 -C 29 linear or branched carbon chain, optionally having one or more, cis or trans C=C double bonds and optionally substituted with OH. A-Z is dexamethasone, wherein Z is an electronegative atom selected from Nor O, such that the dexamethasone was derived from a drug having the formula A-Z-H when Z has lost an H to covalently bind to Y; Yis CH 2 , C(=O) or PO 3 2- ; T5 is 0-6 carbon atoms; and L4 is C 9 -C 29 linear or branched carbon chain, having one or more, cis or trans C=C double bonds and optionally substituted with OH or has the Formula V wherein, T2 is 1-4 carbon atoms; T3 is 0-4 carbon atoms; T4 is 0-4 carbon atoms; J1 is -O-C(=O)-L1; J2 is -COOH, -OH, -NH 3 +, -NH 2 , -SH, -NMe 2 or -NHMe; and L1 is C 9 -C 29 linear or branched carbon chain, optionally having one or more, cis or trans C=C double bonds and optionally substituted with OH.
Electric starter system for a motorcycle, with a mechanical kickstart starter device , wherein the motorcycle has a main gear shaft , which, for starting the motorcycle and during the normal operation of the motorcycle, rotates in a starting and drive direction of rotation (x), and the kickstart starter device comprises a kicker pinion and a kicker coupling part , wherein the kicker pinion is configured for axial coupling with the kicker coupling part , and the kicker coupling part is connected to the main gear shaft such as to transfer torque, and wherein the Electric starter system comprises an Electric starter motor , with a starter shaft pinion which can be driven by the said motor, characterized in that a torque force of the Electric starter motor can be transferred via an intermediate starter gear connected in between in the circuit, from the starter shaft pinion to the kicker coupling part , wherein the Electric starter system comprises a starter toothed rim , which surrounds the kicker coupling part coaxially in order to transfer the torque to a starter toothed wheel of the starter gear or to the starter shaft pinion of the Electric starter motor , and wherein the Electric starter system comprises an adapter plate , which is configured such as to connect the Electric starter motor to a gearbox of the motorcycle.
A process of forming a repellent coating on a surface of a substrate from a formulation comprising (i) one or more reactive components that can form a bonded layer on a surface in which the bonded layer comprises an array of compounds each compound having one end bound to a surface and an opposite end extending away from the surface, (ii) an acid catalyst, (iii) a solvent, and (iv) a lubricant, the process comprising: drying the formulation on a surface of a substrate to substantially remove the solvent and to form a bonded layer on the surface with the lubricant stably adhered to the bonded layer; wherein the bonded layer comprises an array of compounds each having one end bound to the surface and an opposite end extending away from the surface; and wherein the one or more reactive components are selected from the group consisting of an alkoxysilane, di-alkoxy silane, tri-alkoxy silane or combinations thereof, wherein the lubricant has a viscosity of at least about 2 mm 2 /s (cSt) when measured at 25 °C. drying the formulation on a surface of a substrate to substantially remove the solvent and to form a bonded layer on the surface with the lubricant stably adhered to the bonded layer; wherein the bonded layer comprises an array of compounds each having one end bound to the surface and an opposite end extending away from the surface; and wherein the one or more reactive components are selected from the group consisting of an alkoxysilane, di-alkoxy silane, tri-alkoxy silane or combinations thereof, wherein the lubricant has a viscosity of at least about 2 mm 2 /s (cSt) when measured at 25 °C.
A battery system operable to associate a determined location of a radio receiver within the battery system with an identifier associated with the radio receiver , the system comprising: a plurality of battery cells ; a plurality of radio receivers each associated with one or more of the plurality of battery cells , wherein each of the plurality of radio receivers is associated with an identifier; an antenna having a length configured as a loop, wherein the plurality of radio receivers are each communicatively coupled with the antenna via near field radio coupling at different positions along the length of the antenna ; and a controller communicatively coupled to a radio manager operable to transmit signals to the plurality of radio receivers via the antenna , wherein the controller is operable to: cause the radio manager to transmit a plurality of signals of different frequencies in a first and then a second direction around the antenna ; determine the position of a radio receiver along the length of the antenna based on an observed rate of change of phase difference of signals transmitted in different directions around the antenna with frequency observed at the radio receiver ; and associate the determined position with the identifier associated with the radio receiver . a plurality of battery cells ; a plurality of radio receivers each associated with one or more of the plurality of battery cells , wherein each of the plurality of radio receivers is associated with an identifier; an antenna having a length configured as a loop, wherein the plurality of radio receivers are each communicatively coupled with the antenna via near field radio coupling at different positions along the length of the antenna ; and a controller communicatively coupled to a radio manager operable to transmit signals to the plurality of radio receivers via the antenna , wherein the controller is operable to: cause the radio manager to transmit a plurality of signals of different frequencies in a first and then a second direction around the antenna ; determine the position of a radio receiver along the length of the antenna based on an observed rate of change of phase difference of signals transmitted in different directions around the antenna with frequency observed at the radio receiver ; and associate the determined position with the identifier associated with the radio receiver . cause the radio manager to transmit a plurality of signals of different frequencies in a first and then a second direction around the antenna ; determine the position of a radio receiver along the length of the antenna based on an observed rate of change of phase difference of signals transmitted in different directions around the antenna with frequency observed at the radio receiver ; and associate the determined position with the identifier associated with the radio receiver .