mhurhangee/patent-ind-claim-en huggingface dataset:
A rotary oscillator for a timepiece comprising: - a support element intended to allow the assembly of the oscillator on a timepiece, - a balance , - a plurality of flexible blades connecting the support element to the balance and able to exert a return torque on the balance , - a felloe mounted secured to the balance , the plurality of flexible blades including at least two flexible blades whose first blade disposed in a first plane perpendicular to the plane of the oscillator , and a second blade disposed in a second plane perpendicular to the plane of the oscillator and intersecting with the plane, the first and second blades being of identical geometry, and characterized in that the geometrical axis of oscillation of the oscillator is defined by the intersection of the first plane and second plane, said geometrical axis of oscillation crossing the first and second blades at the 7/8 th of their respective length. - a support element intended to allow the assembly of the oscillator on a timepiece, - a balance , - a plurality of flexible blades connecting the support element to the balance and able to exert a return torque on the balance , - a felloe mounted secured to the balance ,
An aerosol-generating article comprising: an aerosol-forming substrate part ; and a cooling part disposed downstream of the aerosol-forming substrate part to cool an aerosol formed in the aerosol-forming substrate part , wherein a sheet-type material is disposed on an inner wall of the cooling part , and the sheet-type material includes a polysaccharide material and a flavoring, characterized in that the cooling part is a tubular structure in which a hollow is formed, wherein the sheet-type material is disposed on an inner wall of the hollow. an aerosol-forming substrate part ; and a cooling part disposed downstream of the aerosol-forming substrate part to cool an aerosol formed in the aerosol-forming substrate part , wherein a sheet-type material is disposed on an inner wall of the cooling part , and the sheet-type material includes a polysaccharide material and a flavoring, characterized in that the cooling part is a tubular structure in which a hollow is formed, wherein the sheet-type material is disposed on an inner wall of the hollow.
A pesticidal mixture comprising an effective amount of sabadilla alkaloids and chlorantraniliprole, wherein the weight ratio of sabadilla alkaloids to chlorantraniliprole is from about 10:1 to about 1:2.
A Lactobacillus plantarum strain which is the strain DSM32493 deposited at the DSMZ on April 26th, 2017, or a variant of said DSM32493 strain with a genome sequence identity of at least 95% to the genome sequence of the DSM32493 strain, which variant is produced by spontaneous mutation or genetic engineering of DSM32493, which when inoculated into milk - generates a fermented milk presenting the following rheological features, as assayed by test A as described in the description: a) a shear stress measured at shear rate 11.6 s -1 higher than 30 Pa; b) a shear stress measured at shear rate 200 s -1 higher than 60 Pa; and c) a difference of the shear stress measured at 146 s -1 minus the shear stress measured at 41.1 s -1 higher than 12. a) a shear stress measured at shear rate 11.6 s -1 higher than 30 Pa; b) a shear stress measured at shear rate 200 s -1 higher than 60 Pa; and c) a difference of the shear stress measured at 146 s -1 minus the shear stress measured at 41.1 s -1 higher than 12.
A lamp, comprising: a light casing having an accommodation cavity , a light source unit disposed in said accommodation cavity ; and a light adjusting module which comprises a movable member disposed in said accommodation cavity and movably coupled between said light casing and said light source unit , wherein when an external actuation force is applied to said light source unit , said light source unit rotates in said accommodation cavity to selectively adjust an illumination angle of said light source unit , wherein said light casing comprises a mounting bracket and a base , wherein said mounting bracket is coupled at said base to form said accommodation cavity , wherein said light source unit comprises a heat dissipation member and a light emitter coupled to said heat dissipation member , wherein said heat dissipation member serves as a heat sink for dissipating heat generated by said light emitter , wherein a first spherical indention is formed at said mounting bracket , wherein at least a portion of said movable member is rotatably engaged with said first spherical indention , characterized in that a second spherical indention is formed at said heat dissipation member , wherein at least a portion of said movable member is rotatably engaged with said second spherical indention . a light casing having an accommodation cavity , a light source unit disposed in said accommodation cavity ; and a light adjusting module which comprises a movable member disposed in said accommodation cavity and movably coupled between said light casing and said light source unit , wherein when an external actuation force is applied to said light source unit , said light source unit rotates in said accommodation cavity to selectively adjust an illumination angle of said light source unit , wherein said light casing comprises a mounting bracket and a base , wherein said mounting bracket is coupled at said base to form said accommodation cavity , wherein said light source unit comprises a heat dissipation member and a light emitter coupled to said heat dissipation member , wherein said heat dissipation member serves as a heat sink for dissipating heat generated by said light emitter , wherein a first spherical indention is formed at said mounting bracket , wherein at least a portion of said movable member is rotatably engaged with said first spherical indention , characterized in that a second spherical indention is formed at said heat dissipation member , wherein at least a portion of said movable member is rotatably engaged with said second spherical indention .
An explosion-proof housing , in particular housing of the "flameproof enclosure" type of protection, comprising: a housing body defining an interior space and having a housing opening providing access to the interior space , the housing body having a circumferential housing gap surface surrounding the housing opening ; at least one middle strut which can be detachably mounted on the housing body so that it can be removed from the housing body , the at least one middle strut being loosely supported on the housing body in the mounted state, the at least one middle strut having at least one middle strut gap surface and at least two separate lids which are configured and arranged to be secured in each case in the closed state to the housing body in such a way that flameproof gaps (41, 42; 52, 53) are formed between the lids and the housing body at the circumferential housing gap surface ; characterized in that the detachable middle strut extends in the mounted state between sections of the circumferential housing gap surface and divides the housing opening into at least two opening sections ; the separate lids are each configured and arranged to be secured in the closed state to the middle strut ; and flameproof gaps (41, 42; 52, 53) are formed between the lids and the middle strut at the at least one middle strut gap surface . a housing body defining an interior space and having a housing opening providing access to the interior space , the housing body having a circumferential housing gap surface surrounding the housing opening ; at least one middle strut which can be detachably mounted on the housing body so that it can be removed from the housing body , the at least one middle strut being loosely supported on the housing body in the mounted state, the at least one middle strut having at least one middle strut gap surface and at least two separate lids which are configured and arranged to be secured in each case in the closed state to the housing body in such a way that flameproof gaps (41, 42; 52, 53) are formed between the lids and the housing body at the circumferential housing gap surface ; characterized in that the detachable middle strut extends in the mounted state between sections of the circumferential housing gap surface and divides the housing opening into at least two opening sections ; the separate lids are each configured and arranged to be secured in the closed state to the middle strut ; and flameproof gaps (41, 42; 52, 53) are formed between the lids and the middle strut at the at least one middle strut gap surface .
A controller for controlling behavior of a straddle-type vehicle , the controller comprising: an acquisition section that acquires trigger information during travel of the straddle-type vehicle ; and an execution section that initiates a control mode according to the trigger information, in the control mode, behavior control operation to make the straddle-type vehicle automatically decelerate or automatically accelerate being performed, characterized in that the acquisition section further acquires yaw rate information of the traveling straddle-type vehicle , in the control mode, the execution section changes the behavior control operation according to the yaw rate information, which is acquired by the acquisition section , and in the control mode, in the case where the yaw rate information, which is acquired by the acquisition section , is information indicating that the yaw rate exceeding a reference value is generated to the straddle-type vehicle , the execution section cancels the behavior control operation. an acquisition section that acquires trigger information during travel of the straddle-type vehicle ; and an execution section that initiates a control mode according to the trigger information, in the control mode, behavior control operation to make the straddle-type vehicle automatically decelerate or automatically accelerate being performed, characterized in that the acquisition section further acquires yaw rate information of the traveling straddle-type vehicle , in the control mode, the execution section changes the behavior control operation according to the yaw rate information, which is acquired by the acquisition section , and in the control mode, in the case where the yaw rate information, which is acquired by the acquisition section , is information indicating that the yaw rate exceeding a reference value is generated to the straddle-type vehicle , the execution section cancels the behavior control operation.
A roller carriage for receiving a sliding door , comprising a roller module for displaceably fitting on a roller raceway and a base body for fastening to the sliding door , characterized in that the roller carriage has a screen for a common movement with the roller module , wherein the screen has a screen section with an extension along the displacement direction (VR) of the roller module for a covering of the roller module and/or of the base body , wherein at least the screen section extends along the displacement direction (VR) of the roller module beyond the roller module and the base body .
A holder for attaching an acoustic emission sensor to a non-metallic and non-magnetic material, the holder comprising a tubular body having a closed top end and an open bottom end through which the acoustic emission sensor is insertable into the tubular body , the closed top end having a plurality of unitary flexible flaps angularly extending inwardly from an inner surface of the enclosed top end , an inner surface of the tubular body having a plurality of spacers extending radially inward proximate the bottom end of the tubular body , the unitary flexible flaps and the spacers fixing the acoustic emission sensor within the tubular body , wherein the holder is formed with a flexible material as a unitary three-dimensional printed structure, wherein the unitary flexible flaps and the spacers are made from the flexible material so that the holder can accommodate sensors of varying heights and diameters.
A method comprising: emitting x-ray and gamma radiation into a fluid ; receiving photons of the x-ray and gamma radiation transmitted through the fluid having different energies at a detector ; physically modelling the detector by: determining a set of monoenergetic crystal response functions based on detector characteristics; determining a detector response function based on the set of monoenergetic crystal response functions, and, analyzing the fluid based on the photons received at the detector, wherein analyzing the fluid includes: measuring an energy spectrum of the photons; inferring incident count rates by fitting a modelled spectrum to the measured spectrum, the modelled spectrum being the detector response function applied to an incident spectrum. emitting x-ray and gamma radiation into a fluid ; receiving photons of the x-ray and gamma radiation transmitted through the fluid having different energies at a detector ; physically modelling the detector by: determining a set of monoenergetic crystal response functions based on detector characteristics; determining a detector response function based on the set of monoenergetic crystal response functions, and, determining a set of monoenergetic crystal response functions based on detector characteristics; determining a detector response function based on the set of monoenergetic crystal response functions, and, analyzing the fluid based on the photons received at the detector, wherein analyzing the fluid includes: measuring an energy spectrum of the photons; inferring incident count rates by fitting a modelled spectrum to the measured spectrum, the modelled spectrum being the detector response function applied to an incident spectrum. measuring an energy spectrum of the photons; inferring incident count rates by fitting a modelled spectrum to the measured spectrum, the modelled spectrum being the detector response function applied to an incident spectrum.
An actuator comprising: first and second ends defining an axis there between; and at least four inflatable chambers (C1, C2, C3, C4); wherein each inflatable chamber (C1, C2, C3, C4) is resiliently deformable, elongate, and extends axially between the first and second ends and circumferentially about a central core defined between the ends and by the inflatable chambers (C1, C2, C3, C4); wherein a first pair (C1, C3) of the four inflatable chambers (C1, C2, C3, C4) is contra rotatory about the core to a second pair (C2, C4) of the four inflatable chambers (C1, C2, C3, C4); whereby a pressure change in one or more of the inflatable chambers (C1, C2, C3, C4) causes motion of the first end relative to the second end . first and second ends defining an axis there between; and at least four inflatable chambers (C1, C2, C3, C4); wherein each inflatable chamber (C1, C2, C3, C4) is resiliently deformable, elongate, and extends axially between the first and second ends and circumferentially about a central core defined between the ends and by the inflatable chambers (C1, C2, C3, C4); wherein a first pair (C1, C3) of the four inflatable chambers (C1, C2, C3, C4) is contra rotatory about the core to a second pair (C2, C4) of the four inflatable chambers (C1, C2, C3, C4); whereby a pressure change in one or more of the inflatable chambers (C1, C2, C3, C4) causes motion of the first end relative to the second end . wherein each inflatable chamber (C1, C2, C3, C4) is resiliently deformable, elongate, and extends axially between the first and second ends and circumferentially about a central core defined between the ends and by the inflatable chambers (C1, C2, C3, C4); wherein a first pair (C1, C3) of the four inflatable chambers (C1, C2, C3, C4) is contra rotatory about the core to a second pair (C2, C4) of the four inflatable chambers (C1, C2, C3, C4); whereby a pressure change in one or more of the inflatable chambers (C1, C2, C3, C4) causes motion of the first end relative to the second end .
A central controller for use in an active load management system that includes a plurality of client devices installed at a plurality of service points located in a service area of a utility, the plurality of service points being located remotely from the central controller , the central controller comprising: a database operable to associate a plurality of numbers with the plurality of service points ; an event manager operably coupled to the database and operable to: determine whether electrical service can be restored to the plurality of service points after a power stoppage has occurred; generate a random number responsive to a determination that electrical service can be restored; compare the random number to each of the plurality of numbers; and generate a restart message when the random number matches a number of the plurality of numbers; and a client device manager operably coupled to the event manager and operable to transmit the restart message to at least one client device installed at one or more service points of the plurality of service points , the one or more service points being associated with the number that matched the random number. a database operable to associate a plurality of numbers with the plurality of service points ; an event manager operably coupled to the database and operable to: determine whether electrical service can be restored to the plurality of service points after a power stoppage has occurred; generate a random number responsive to a determination that electrical service can be restored; compare the random number to each of the plurality of numbers; and generate a restart message when the random number matches a number of the plurality of numbers; and determine whether electrical service can be restored to the plurality of service points after a power stoppage has occurred; generate a random number responsive to a determination that electrical service can be restored; compare the random number to each of the plurality of numbers; and generate a restart message when the random number matches a number of the plurality of numbers; and a client device manager operably coupled to the event manager and operable to transmit the restart message to at least one client device installed at one or more service points of the plurality of service points , the one or more service points being associated with the number that matched the random number.
A method for compacting soils, in which a vibration tool is sunk into the soil and, during the compaction, a plurality of state variables of the vibration tool are measured as measurement data using sensors and at least some of these sensors are integrated in the vibration tool and wherein a transfer of the measurement data of the sensors to a control device further takes place, the control device carries out a comparison of the measurement data of the sensors with expected measurement data, wherein the expected measurement data represent at least one state variable of the soil and describe a defined target state of the soil which should be achieved in the method, characterized in that the expected measurement data are determined in a simulation carried out by the control device , said simulation describing an interaction of the vibration tool and the soil under given soil parameters.
A method for increasing the coercivity of a sintered type NdFeB permanent magnet, the method comprising the following steps: a) coating of a slurry on a surface of the sintered type NdFeB permanent magnet, the slurry comprising - first particles consisting of a heavy rare earth alloy or a heavy rare earth or a non-metallic compound, the first particles having an average particle diameter of 0.5μm to 75μm, and - second particles consisting of a metal alloy or a metal, the second particles having an average particle diameter of 0.5μm to 150μm, wherein at least one of the first particles and second particles includes at least one of Dy ,Tb or their alloy and wherein a ratio of the average particle diameter of the second particles to the average particle diameter of the first particles is in the range of 2:1 to 20:1; b) performing a vibration of the coated magnet in vertical direction of the surface being coated with the applied slurry with a vibration frequency of in the range of 10Hz to 50Hz for a duration of 30 s to 5 min, then drying the slurry; and c) performing a thermally induced grain boundary diffusion process. a) coating of a slurry on a surface of the sintered type NdFeB permanent magnet, the slurry comprising - first particles consisting of a heavy rare earth alloy or a heavy rare earth or a non-metallic compound, the first particles having an average particle diameter of 0.5μm to 75μm, and - second particles consisting of a metal alloy or a metal, the second particles having an average particle diameter of 0.5μm to 150μm, wherein at least one of the first particles and second particles includes at least one of Dy ,Tb or their alloy and wherein a ratio of the average particle diameter of the second particles to the average particle diameter of the first particles is in the range of 2:1 to 20:1; - first particles consisting of a heavy rare earth alloy or a heavy rare earth or a non-metallic compound, the first particles having an average particle diameter of 0.5μm to 75μm, and - second particles consisting of a metal alloy or a metal, the second particles having an average particle diameter of 0.5μm to 150μm, b) performing a vibration of the coated magnet in vertical direction of the surface being coated with the applied slurry with a vibration frequency of in the range of 10Hz to 50Hz for a duration of 30 s to 5 min, then drying the slurry; and c) performing a thermally induced grain boundary diffusion process.
A blast furnace for ironmaking production wherein iron ore is at least partly reduced by a reducing gas which is injected in the stack of the blast furnace, said blast furnace comprising: a. an external wall , b. an internal wall in contact with matters charged into the blast furnace, said internal wall comprising several rows of staves , said staves having a parallelepipedal shape, c. an injection device for injecting the reducing gas through an injection outlet, wherein at least one row of staves comprises staves with a hole drilled in a least one of the corners of the parallelepipedal stave wherein the injection device may be partly inserted in, wherein the blast furnace comprises another level of injection at the tuyere level and the blast furnace has a working height H, the reducing gas injection is performed at a height comprised between 20% and 70% of said working height H, starting from the tuyere level , the working height H being the distance between the level of injection of a hot blast through the tuyeres and a zero level of charging of the blast furnace . a. an external wall , b. an internal wall in contact with matters charged into the blast furnace, said internal wall comprising several rows of staves , said staves having a parallelepipedal shape, c. an injection device for injecting the reducing gas through an injection outlet, wherein at least one row of staves comprises staves with a hole drilled in a least one of the corners of the parallelepipedal stave wherein the injection device may be partly inserted in, wherein the blast furnace comprises another level of injection at the tuyere level and the blast furnace has a working height H, the reducing gas injection is performed at a height comprised between 20% and 70% of said working height H, starting from the tuyere level , the working height H being the distance between the level of injection of a hot blast through the tuyeres and a zero level of charging of the blast furnace .