mhurhangee/patent-ind-claim-en huggingface dataset:
A receptacle comprising: a cage ; a bezel opening in the cage ; and at least one bezel clip mounted adjacent to the bezel opening ; characterized in that the at least one bezel clip includes first bezel fingers and second bezel fingers ; the first bezel fingers are located along an inner surface of the cage ; the second bezel fingers include outer fingers located along an outer surface of the cage and inner fingers located along the inner surface of the cage ; and the inner and outer fingers of the second bezel fingers are defined by the second bezel fingers passing through a through hole in the cage . a cage ; a bezel opening in the cage ; and at least one bezel clip mounted adjacent to the bezel opening ; characterized in that the at least one bezel clip includes first bezel fingers and second bezel fingers ; the first bezel fingers are located along an inner surface of the cage ; the second bezel fingers include outer fingers located along an outer surface of the cage and inner fingers located along the inner surface of the cage ; and the inner and outer fingers of the second bezel fingers are defined by the second bezel fingers passing through a through hole in the cage .
A method of preparing a modified conjugated diene-based polymer, comprising: (a) polymerizing a conjugated diene monomer or a vinyl aromatic monomer and a conjugated diene monomer through continuous solution polymerization using a multifunctional anionic polymerization initiator in presence of a hydrocarbon solvent, thus forming an active polymer having a reactive end; and (b) coupling or linking the reactive end of the active polymer with an aminosiloxane compound. (a) polymerizing a conjugated diene monomer or a vinyl aromatic monomer and a conjugated diene monomer through continuous solution polymerization using a multifunctional anionic polymerization initiator in presence of a hydrocarbon solvent, thus forming an active polymer having a reactive end; and (b) coupling or linking the reactive end of the active polymer with an aminosiloxane compound.
A gas torch, comprising: an ignition bell , said ignition bell having a closed end and an open end; a gas conduit that passes into said ignition bell through said closed end and that terminates in a nozzle inside of said ignition bell, said gas conduit being positionable to be in fluid communication with a compressed source of gas, said nozzle for emitting a gas under pressure inside of said bell while in operation; an igniter within said ignition bell, said igniter situated proximate to said nozzle but outside of a path of said emitted gas; a gas connector positionable to be in fluid communication with said gas conduit and with said compressed source of gas, and characterized by a diverter inside of said ignition bell, said diverter positionable to be placed in a path of gas emitted from said nozzle when the gas is being ignited by said igniter, and, positionable to be out of the path of the emitted gas after the gas has been ignited. an ignition bell , said ignition bell having a closed end and an open end; a gas conduit that passes into said ignition bell through said closed end and that terminates in a nozzle inside of said ignition bell, said gas conduit being positionable to be in fluid communication with a compressed source of gas, said nozzle for emitting a gas under pressure inside of said bell while in operation; an igniter within said ignition bell, said igniter situated proximate to said nozzle but outside of a path of said emitted gas; a gas connector positionable to be in fluid communication with said gas conduit and with said compressed source of gas, and characterized by a diverter inside of said ignition bell, said diverter positionable to be placed in a path of gas emitted from said nozzle when the gas is being ignited by said igniter, and, positionable to be out of the path of the emitted gas after the gas has been ignited. positionable to be placed in a path of gas emitted from said nozzle when the gas is being ignited by said igniter, and, positionable to be out of the path of the emitted gas after the gas has been ignited.
A method of wireless communication comprising: receiving a configuration message that comprises one or more overlapping basic service set, OBSS, coordination parameters, wherein the one or more OBSS coordination parameters comprise a range of a mapping between a set of OBSS preamble detection, PD, thresholds and a set of transmission power levels; selecting an OBSS PD threshold based at least in part on the one or more OBSS coordination parameters of the configuration message; selecting a transmission power that corresponds to the selected OBSS PD threshold according to the mapping; and communicating with an access point, AP, using the OBSS PD threshold and the transmission power. receiving a configuration message that comprises one or more overlapping basic service set, OBSS, coordination parameters, wherein the one or more OBSS coordination parameters comprise a range of a mapping between a set of OBSS preamble detection, PD, thresholds and a set of transmission power levels; selecting an OBSS PD threshold based at least in part on the one or more OBSS coordination parameters of the configuration message; selecting a transmission power that corresponds to the selected OBSS PD threshold according to the mapping; and communicating with an access point, AP, using the OBSS PD threshold and the transmission power.
An electrode for a welding torch or a cutting torch having a base body and a tip arranged on a connection surface of the base body , the base body being designed as a hollow body open at least on one side, and on a side opposite the tip having an opening for introducing a cooling medium into an interior space of the base body , and characterized in that , the base body has at least two regions in the interior space having two different inner diameters and a transition region located between the two regions having an inner diameter that decreases in the direction of the tip , wherein the base body is provided with a thread on an outer surface surrounding the opening , wherein a diameter of the thread is greater than a diameter of the connection surface , and the diameter of the thread is at least 15 percent larger than the diameter of the connection surface . a base body and a tip arranged on a connection surface of the base body , the base body being designed as a hollow body open at least on one side, and on a side opposite the tip having an opening for introducing a cooling medium into an interior space of the base body , and characterized in that , the base body has at least two regions in the interior space having two different inner diameters and a transition region located between the two regions having an inner diameter that decreases in the direction of the tip , wherein the base body is provided with a thread on an outer surface surrounding the opening , wherein a diameter of the thread is greater than a diameter of the connection surface , and the diameter of the thread is at least 15 percent larger than the diameter of the connection surface .
A stent device delivery system , comprising: a stent device , and an outer sheath overlaying the stent device in a radially compact, delivery configuration of the stent device; the outer sheath is retractable to allow the stent device to radially expand to a deployed configuration; a pull member for pulling proximally on to retract the outer sheath ; wherein a portion of the outer sheath is heat shrunk radially onto a relatively heat shrink resistant support member in order to capture a distal portion of the pull member radially between the outer sheath and the heat shrink resistant support member , characterized in that the outer sheath comprises an inner layer , an outer layer and a fold-over portion connecting the inner layer and the outer layer , the fold-over portion is axially movable relative to the stent device by moving the inner layer relative to the outer layer , thereby allowing the outer sheath to be retracted from the stent device and the outer layer is heat shrunk onto the heat shrink resistant support member to capture the pull member . a stent device , and an outer sheath overlaying the stent device in a radially compact, delivery configuration of the stent device; the outer sheath is retractable to allow the stent device to radially expand to a deployed configuration; a pull member for pulling proximally on to retract the outer sheath ; wherein a portion of the outer sheath is heat shrunk radially onto a relatively heat shrink resistant support member in order to capture a distal portion of the pull member radially between the outer sheath and the heat shrink resistant support member , characterized in that the outer sheath comprises an inner layer , an outer layer and a fold-over portion connecting the inner layer and the outer layer , the fold-over portion is axially movable relative to the stent device by moving the inner layer relative to the outer layer , thereby allowing the outer sheath to be retracted from the stent device and the outer layer is heat shrunk onto the heat shrink resistant support member to capture the pull member .
A pharmaceutical composition comprising an FXR agonist, at least one additional therapeutic agent, and optionally one or more pharmaceutically acceptable carriers, wherein the at least one additional therapeutic agent is a GLP-1 receptor agonist selected from liraglutide, taspoglutide, albiglutide, dulaglutide, and semaglutide, wherein the FXR agonist is Compound 1 and wherein the pharmaceutical composition is in a form for oral administration. wherein the at least one additional therapeutic agent is a GLP-1 receptor agonist selected from liraglutide, taspoglutide, albiglutide, dulaglutide, and semaglutide, wherein the FXR agonist is Compound 1 and wherein the pharmaceutical composition is in a form for oral administration.
A valve block for use in an exhaust gas stream, the valve block comprising: a valve movable between an open and a closed position; a spindle in communication with the valve , the spindle comprising a shaft that is rotatable within the valve block , for moving the valve between the open and closed position; a bore extending within the valve block , for locating the shaft ; a bush , configured to act as a bearing for rotation of the shaft ; a recess defined between the bush and the shaft ; characterised in that : first and second seal elements are located within the recess , for creating a seal between the bush and the shaft ; and a biasing element is located within the recess , intermediate the first and second seal elements , wherein the biasing element is configured to expand axially, to apply opposite forces to the first and second seal elements . a valve movable between an open and a closed position; a spindle in communication with the valve , the spindle comprising a shaft that is rotatable within the valve block , for moving the valve between the open and closed position; a bore extending within the valve block , for locating the shaft ; a bush , configured to act as a bearing for rotation of the shaft ; a recess defined between the bush and the shaft ; characterised in that : first and second seal elements are located within the recess , for creating a seal between the bush and the shaft ; and a biasing element is located within the recess , intermediate the first and second seal elements , wherein the biasing element is configured to expand axially, to apply opposite forces to the first and second seal elements . first and second seal elements are located within the recess , for creating a seal between the bush and the shaft ; and a biasing element is located within the recess , intermediate the first and second seal elements , wherein the biasing element is configured to expand axially, to apply opposite forces to the first and second seal elements .
A computer-implemented method for performing stability analysis for a digital motor controller , the method comprising: receiving a reference signal to be injected into a digital speed control loop , wherein the reference signal is a digital sinusoidal noise signal; controlling, by a hardware description language, VHDL, component , the injection of the reference signal into the digital control loop through a field programmable gate array, FPGA, hardware interface ; providing the reference signal to the digital speed control loop to determine a performance of the digital motor controller, wherein the reference signal is generated within the digital motor controller and is controlled by the VHDL component , wherein the VHDL component is embedded within the digital motor controller; receiving a feedback signal, at the FPGA hardware interface, from the digital speed control loop based on the reference signal; comparing the reference signal to the feedback signal to evaluate the performance of the digital motor controller; and exporting, by a system comprising the FPGA hardware interface and the digital motor controller, a result of the comparing by the FPGA hardware interface to indicate the performance of the digital motor controller. receiving a reference signal to be injected into a digital speed control loop , wherein the reference signal is a digital sinusoidal noise signal; controlling, by a hardware description language, VHDL, component , the injection of the reference signal into the digital control loop through a field programmable gate array, FPGA, hardware interface ; providing the reference signal to the digital speed control loop to determine a performance of the digital motor controller, wherein the reference signal is generated within the digital motor controller and is controlled by the VHDL component , wherein the VHDL component is embedded within the digital motor controller; receiving a feedback signal, at the FPGA hardware interface, from the digital speed control loop based on the reference signal; comparing the reference signal to the feedback signal to evaluate the performance of the digital motor controller; and exporting, by a system comprising the FPGA hardware interface and the digital motor controller, a result of the comparing by the FPGA hardware interface to indicate the performance of the digital motor controller.
A method for testing optical fibers, the method comprising: transmitting , by a transmitter of an optical time domain reflectometry (OTDR) system , optical pulses in spatial Mode 1 through a mode MUX/DEMUX into a few-mode fiber that supports N spatial modes; receiving , by the OTDR system through N single-mode fiber ports corresponding to the N modes supported by the few-mode fiber, scattered light signals directed by the few-mode fiber in a backward direction through the mode MUX/DEMUX; collecting , by the OTDR system, the scattered light signals of spatial Modes 2-N from the few-mode fiber at N-1 dead-zone-free single-mode fiber ports; and measuring losses and locating faults in the few-mode fiber, by the OTDR system, based at least on the scattered light signals of spatial Modes 2-N. transmitting , by a transmitter of an optical time domain reflectometry (OTDR) system , optical pulses in spatial Mode 1 through a mode MUX/DEMUX into a few-mode fiber that supports N spatial modes; receiving , by the OTDR system through N single-mode fiber ports corresponding to the N modes supported by the few-mode fiber, scattered light signals directed by the few-mode fiber in a backward direction through the mode MUX/DEMUX; collecting , by the OTDR system, the scattered light signals of spatial Modes 2-N from the few-mode fiber at N-1 dead-zone-free single-mode fiber ports; and measuring losses and locating faults in the few-mode fiber, by the OTDR system, based at least on the scattered light signals of spatial Modes 2-N.
A polymerizable surfactant composition comprising: a polymerizable surfactant of formula (I): wherein R 1 is a C 8 -C 14 alkyl group or a bicyclic group; wherein "x" is an integer from 1-20, wherein "y" is an integer from 1-30; wherein M + is H + , Na + , NH 4 + , K + or Li+, preferably Na + or NH4+; and optionally, at least one surfactant. a polymerizable surfactant of formula (I): wherein R 1 is a C 8 -C 14 alkyl group or a bicyclic group; wherein "x" is an integer from 1-20, wherein "y" is an integer from 1-30; wherein M + is H + , Na + , NH 4 + , K + or Li+, preferably Na + or NH4+; and optionally, at least one surfactant.
Structural part of the internal architecture of a payment terminal, said structural part being made of a rigid material, characterized in that said internal structural part comprises, on its periphery, means (I1, I2, I3, I4) for gripping and guiding an electrical cable forming an antenna, characterized in that said gripping and guiding means are in the form of a channel, the width of said channel being variable.
A device suitable for being used to assemble a circuit module and battery in a ball, the device comprising an inner housing , an assembly chamber and a connecting portion and the circuit module ; the circuit module is fixedly assembled in the inner housing , the inner housing is disposed in the assembly chamber, the top surface of the assembly chamber extends outwardly to form the connecting portion , an opening of the top surface of the assembly chamber is disposed with an elastic cover ; the inner housing is disposed with a battery assembly position , the elastic cover is disposed with a normally-closed elastic assembly hole at the position according to the battery assembly position ; said normally-closed elastic assembly hole is designed such that the battery can be pushed to the battery assembly position through the normally-closed elastic assembly hole to provide power to the circuit module , wherein the elastic cover comprises two plug covers abutting against each other to close the opening of the assembly chamber , the position the two plug covers abutting against each other is disposed with the normally-closed elastic assembly hole .
A pouch containing frozen confection , wherein the pouch comprises: - a wall delimiting a cavity containing the frozen confection and extending in a longitudinal direction from a base end to a top end of the pouch, wherein the base end comprises a gusset extending in a transverse direction, and the top end comprises a top edge extending in the transverse direction; and - a product outlet through which the frozen confection can be extruded from the cavity , the product outlet being an aperture in the top end of the wall, wherein the wall is deformable such that deformation of the wall urges the frozen confection towards the outlet enabling at least a portion of the frozen confection to be extruded through the outlet; and wherein the product outlet is an aperture that is shaped so as to be capable of forming the extruded frozen confection into a fluted shape, wherein the product outlet is a star-shaped aperture or an aperture having intersecting slits radiating from the centre thereof, and wherein the pouch does not comprise a spout. - a wall delimiting a cavity containing the frozen confection and extending in a longitudinal direction from a base end to a top end of the pouch, wherein the base end comprises a gusset extending in a transverse direction, and the top end comprises a top edge extending in the transverse direction; and - a product outlet through which the frozen confection can be extruded from the cavity , the product outlet being an aperture in the top end of the wall, wherein the wall is deformable such that deformation of the wall urges the frozen confection towards the outlet enabling at least a portion of the frozen confection to be extruded through the outlet; and wherein the product outlet is an aperture that is shaped so as to be capable of forming the extruded frozen confection into a fluted shape, wherein the product outlet is a star-shaped aperture or an aperture having intersecting slits radiating from the centre thereof, and wherein the pouch does not comprise a spout. wherein the wall is deformable such that deformation of the wall urges the frozen confection towards the outlet enabling at least a portion of the frozen confection to be extruded through the outlet; and wherein the product outlet is an aperture that is shaped so as to be capable of forming the extruded frozen confection into a fluted shape, wherein the product outlet is a star-shaped aperture or an aperture having intersecting slits radiating from the centre thereof, and wherein the pouch does not comprise a spout.
A strip tilling system, including: at least one strip tilling unit having a support frame , and a tilling member mounted to the support frame ; a positioning system ; map data relating to a field to be tilled, said map data including data identifying areas of compacted ground in the field; and a control system for adjusting the position of the tilling member with respect to the support frame , wherein said control system is arranged to automatically adjust the position of the tilling member with respect to the support frame when the control system determines from signals received from the positioning system , and from the map data , that the tilling member is located at an area of compacted ground ; characterized in that at least some of the areas of compacted soil in the map data relate to positions of vehicle tyre tracks , and the control system is arranged to adjust the position of the tilling member to increase the tilling depth when it determines that the tilling member is tilling on a tyre track .
A reduced Larsen Effect electrode assembly for stimulation and/or recording of electrical signals in a tissue or organ of a subject, the reduced Larsen effect Electrode having a longitudinal axis, a distal end and a proximal end comprising: a macro electrode sub-assembly comprising: a rigidity-imparting macro cannula ; and an isolating macro sleeve coaxially coupled thereon; a micro electrode sub-assembly coaxially and selectably slidably coupled within said macro electrode sub-assembly , comprising an insulation-coated electrode wire coaxially coupled along a portion thereof to an isolating micro sleeve for reducing vibrations of said electrode wire, coaxially coupled within a rigidity-imparting micro cannula , wherein said rigidity-imparting micro cannula decreases the flexibility of said electrode wire and prevents the building of a resonant wave in response to exposure to vibration resulting from acoustic pressure on the electrode wire. a macro electrode sub-assembly comprising: a rigidity-imparting macro cannula ; and an isolating macro sleeve coaxially coupled thereon; a micro electrode sub-assembly coaxially and selectably slidably coupled within said macro electrode sub-assembly , comprising an insulation-coated electrode wire coaxially coupled along a portion thereof to an isolating micro sleeve for reducing vibrations of said electrode wire, coaxially coupled within a rigidity-imparting micro cannula , wherein said rigidity-imparting micro cannula decreases the flexibility of said electrode wire and prevents the building of a resonant wave in response to exposure to vibration resulting from acoustic pressure on the electrode wire.
Method for operating a cleaning system with a plurality of mobile cleaning devices and a base station for the cleaning devices , characterized in that that the cleaning devices are emptied simultaneously by the base station .