mhurhangee/patent-ind-claim-en huggingface dataset:
An atomic oscillator, comprising: an alkali metal cell in which an alkali metal atom is encapsulated; a light source for emitting laser light which enters the alkali metal cell; a light detector for detecting light which has passed through the alkali metal cell; a first polarizer arranged between the light source and the alkali metal cell ; a second polarizer arranged between the alkali metal cell and the light detector ; means for controlling a modulation frequency of the light source according to a coherent population trapping resonance which is a light absorption characteristic of a quantum interference effect for two kinds of resonant lights, by modulating the light source to generate sidebands and injecting laser lights with two different wavelengths which are the sidebands into the alkali metal cell , wherein a magnetic field is applied on the alkali metal cell in a direction parallel to a propagating direction of the laser light, wherein the laser light entering the alkali metal cell has a linear polarization, wherein a direction of polarization of the laser light is not parallel to a direction of polarization of the second polarizer , wherein a direction of polarization of the first polarizer is not parallel to the direction of the polarization of the second polarizer , and wherein an angle between the direction of the polarization of the second polarizer and the direction of the polarization of the first polarizer is between -15 and +15 degrees from perpendicular. an alkali metal cell in which an alkali metal atom is encapsulated; a light source for emitting laser light which enters the alkali metal cell; a light detector for detecting light which has passed through the alkali metal cell; a first polarizer arranged between the light source and the alkali metal cell ; a second polarizer arranged between the alkali metal cell and the light detector ; means for controlling a modulation frequency of the light source according to a coherent population trapping resonance which is a light absorption characteristic of a quantum interference effect for two kinds of resonant lights, by modulating the light source to generate sidebands and injecting laser lights with two different wavelengths which are the sidebands into the alkali metal cell , wherein a magnetic field is applied on the alkali metal cell in a direction parallel to a propagating direction of the laser light, wherein the laser light entering the alkali metal cell has a linear polarization, wherein a direction of polarization of the laser light is not parallel to a direction of polarization of the second polarizer , wherein a direction of polarization of the first polarizer is not parallel to the direction of the polarization of the second polarizer , and wherein an angle between the direction of the polarization of the second polarizer and the direction of the polarization of the first polarizer is between -15 and +15 degrees from perpendicular.
A nanoparticulate formulation of an inhibitor of a poly (ADP-ribose) polymerase (PARP) enzyme, the formulation comprising a suspension of lipid vesicles in an aqueous medium, wherein the lipid vesicles have a positive surface charge, have an average diameter in the range from about 50 nm to about 200 nm, comprise a PARP inhibitor, and comprise a PEGylated lipid moiety.
A tool-holding device for agricultural machines, in particular a mulching unit for cutting grass, hedges, tendrils and the like, comprising a frame , which is designed to be removably connected with traction means , and comprising a pair of adjacent, mainly longitudinally extending arms, each having a first end associated with the frame via first articulation means and a second end associated with the traction means of the agricultural machine via second articulation means, wherein the frame consists of a stirrup , which is composed of a first leg and a second leg , with at least one leg being designed to support the machine, characterized in that the second leg is rotatably connected via a first joint to the first leg and the rotation relative to the other leg is elastically loaded.
An implant for reshaping a valve annulus , said implant comprising: a pre-shaped template having a tissue-engaging surface having first and second regions joined by at least one concave region , wherein the pre-shaped template extends between a first terminal end comprising the first region and a second terminal end comprising the second region; and at least one rotatable anchor (1124, 1143A to 1143C) configured to penetrate tissue when rotated; wherein the pre-shaped template is configured to be couplable to the at least one rotatable anchor (1124, 1143A to 1143C) and wherein the pre-shaped template is configured to draw at least one segment of a valve annulus into the concave region . a pre-shaped template having a tissue-engaging surface having first and second regions joined by at least one concave region , wherein the pre-shaped template extends between a first terminal end comprising the first region and a second terminal end comprising the second region; and at least one rotatable anchor (1124, 1143A to 1143C) configured to penetrate tissue when rotated; wherein the pre-shaped template is configured to be couplable to the at least one rotatable anchor (1124, 1143A to 1143C) and wherein the pre-shaped template is configured to draw at least one segment of a valve annulus into the concave region .
Floor cleaning robot, comprising: - a chassis , - at least two bumpers (10A-10C, 20A-20C) movable with respect to the chassis , - means for detecting a movement of each of the bumpers (10A-10C, 20A-20C) with respect to the chassis , the two bumpers (10A-10C, 20A-20C) being arranged on at least two stages respectively arranged at different heights with respect to a plane bearing the floor (P1) of the robot , characterised in that - at least one of the stages comprises several bumpers (10A-10C; 20A-20C), and - a normal to the plane bearing the floor (P1) which passes through a separation zone between two bumpers in the vicinity of a stage passes through a bumper of the other stage. - a chassis , - at least two bumpers (10A-10C, 20A-20C) movable with respect to the chassis , - means for detecting a movement of each of the bumpers (10A-10C, 20A-20C) with respect to the chassis , the two bumpers (10A-10C, 20A-20C) being arranged on at least two stages respectively arranged at different heights with respect to a plane bearing the floor (P1) of the robot , characterised in that - at least one of the stages comprises several bumpers (10A-10C; 20A-20C), and - a normal to the plane bearing the floor (P1) which passes through a separation zone between two bumpers in the vicinity of a stage passes through a bumper of the other stage.
A combination inhibiting MEIS proteins, characterized in that it comprises isolated cells, medium, growth factor and MEISi inhibitor which has a chemical formula of 4-[2-(benzylamino)-2-oxoethoxy]-N-(2,3-dimethylphenyl) benzamide named as MEISi-1.
An article of footwear comprising: an upper having a medial side and a lateral side ; a plurality of cables each having a proximal end and a distal end , each proximal end fixed to one of the medial side or the lateral side of the upper ; and a first fastener portion , each distal end secured to the first fastener portion , and the first fastener portion fastenable to the upper ; wherein the securement of the distal ends to the first fastener portion retains the plurality of cables through a plurality of looped cables , the plurality of looped cables extending in an array on an opposite one of the medial side or the lateral side of the upper , wherein each of the plurality of cables extends through a different respective one of the plurality of looped cables between the proximal end and the distal end ; wherein the plurality of cables extends along the one of the medial side or the lateral side of the upper between the plurality of looped cables and the first fastener portion fastened to the upper ; wherein the plurality of cables is configured to double back to the side of the upper at which each proximal end is fixed with the first fastener portion fastened to the upper ; wherein a heel fastener portion is secured to a heel portion of the upper ; and wherein the first fastener portion fastens to the heel fastener portion . an upper having a medial side and a lateral side ; a plurality of cables each having a proximal end and a distal end , each proximal end fixed to one of the medial side or the lateral side of the upper ; and a first fastener portion , each distal end secured to the first fastener portion , and the first fastener portion fastenable to the upper ; wherein the securement of the distal ends to the first fastener portion retains the plurality of cables through a plurality of looped cables , the plurality of looped cables extending in an array on an opposite one of the medial side or the lateral side of the upper , wherein each of the plurality of cables extends through a different respective one of the plurality of looped cables between the proximal end and the distal end ; wherein the plurality of cables extends along the one of the medial side or the lateral side of the upper between the plurality of looped cables and the first fastener portion fastened to the upper ; wherein the plurality of cables is configured to double back to the side of the upper at which each proximal end is fixed with the first fastener portion fastened to the upper ; wherein a heel fastener portion is secured to a heel portion of the upper ; and wherein the first fastener portion fastens to the heel fastener portion .
A method for manufacturing an aerofoil comprising: manufacturing a blade body having a leading edge and a trailing edge , a pressure surface side and a suction surface side , and a cavity bounded by the pressure surface side and/or the suction surface side and the trailing edge; drilling cooling holes along a centreline of an apogee of the trailing edge where the pressure surface side and the suction surface side meet, the cooling holes extending orthogonally through the apogee and into the cavity ; and characterized in that , after drilling the cooling holes, adaptive machining the trailing edge on the pressure surface side or the suction surface side so as to thin the apogee on the side to which the cooling holes are drilled to a thickness of from 0.2 to 0.5 mm whilst retaining a part of the outlet of the cooling holes in the apogee. manufacturing a blade body having a leading edge and a trailing edge , a pressure surface side and a suction surface side , and a cavity bounded by the pressure surface side and/or the suction surface side and the trailing edge; drilling cooling holes along a centreline of an apogee of the trailing edge where the pressure surface side and the suction surface side meet, the cooling holes extending orthogonally through the apogee and into the cavity ; and characterized in that , after drilling the cooling holes, adaptive machining the trailing edge on the pressure surface side or the suction surface side so as to thin the apogee on the side to which the cooling holes are drilled to a thickness of from 0.2 to 0.5 mm whilst retaining a part of the outlet of the cooling holes in the apogee.
A spectacle wearing parameter measurement system comprising: an information processing unit configured to associate a size of an appearance, as viewed in a front view or a side view, of at least a part of actual spectacles with a size of an appearance, as viewed in a front view or a side view, of at least a part of each of the spectacles in an imaging result of imaging a subject wearing the actual spectacles as an imaging target, and obtain a spectacle wearing parameter from the imaging result; an imaging camera unit ; a display screen unit configured to display the imaging result obtained by the imaging camera unit as an image on the display screen unit , and further configured to comprise a touch interface function to take a size of a distance between a top end and a lower end of an outer periphery of each of the spectacles at a spectacle lens mounting part of each of the actual spectacles placed on the display screen unit wherein the information processing unit is further configured to perform the association based on the size taken by the display screen unit. an information processing unit configured to associate a size of an appearance, as viewed in a front view or a side view, of at least a part of actual spectacles with a size of an appearance, as viewed in a front view or a side view, of at least a part of each of the spectacles in an imaging result of imaging a subject wearing the actual spectacles as an imaging target, and obtain a spectacle wearing parameter from the imaging result; an imaging camera unit ; a display screen unit configured to display the imaging result obtained by the imaging camera unit as an image on the display screen unit , and further configured to comprise a touch interface function to take a size of a distance between a top end and a lower end of an outer periphery of each of the spectacles at a spectacle lens mounting part of each of the actual spectacles placed on the display screen unit wherein the information processing unit is further configured to perform the association based on the size taken by the display screen unit.
A sensor arrangement for sensing activity in a nerve or muscle, the sensor arrangement being arranged to be secured to an insertion member for insertion into a body cavity, the sensor arrangement comprising a support for supporting one or more sensing elements, the support comprising a first zone and a second zone spaced apart longitudinally from the first zone, where each of the first and second zones are arranged to be secured to the insertion member to define a fixed spacing therebetween, wherein a plurality of flexible strips comprising one or more sensing elements bridge at least part of the spacing between the first and second zones, the strips being moveable laterally relative to the longitudinal length of the support, characterised in that the support further comprises an intermediate portion arranged to extend between the first and second zones and to be secured to the insertion member to define the fixed spacing between the first and second zones, and the strips project outwardly from the intermediate portion .
Method for manufacturing calcium aluminates in an industrial furnace , according to which: a) continuously, fine particles of a raw material source of alumina (Al 2 O 3 ) and/or of aluminium (Al) and of a raw material source of calcium oxide (CaO) and/or of calcium (Ca) having a median diameter d50 smaller than or equal to 6,000 μm are introduced into a tank made of refractory material containing a molten pool that is continuously heated, in order to melt said fine particles of raw material, and b) continuously, a mass of liquid calcium aluminates is gathered at the outlet of the tank . a) continuously, fine particles of a raw material source of alumina (Al 2 O 3 ) and/or of aluminium (Al) and of a raw material source of calcium oxide (CaO) and/or of calcium (Ca) having a median diameter d50 smaller than or equal to 6,000 μm are introduced into a tank made of refractory material containing a molten pool that is continuously heated, in order to melt said fine particles of raw material, and b) continuously, a mass of liquid calcium aluminates is gathered at the outlet of the tank .
A method for managing communications between a host system and a plurality of storage devices , the method comprising: generating a plurality of virtual controllers in a host memory space, wherein each virtual controller includes at least one virtual namespace , wherein each of the at least one virtual namespace in each virtual controller maps to a physical namespace in a physical controller ; assigning each of a plurality of applications with a virtual controller of the virtual controllers; for each application of the applications assigned one of the virtual controllers , generating a virtual submission queue for the application to use to communicate with the virtual controller assigned to the application ; adding an Input/Output, I/O, request to a target virtual namespace in one of the virtual submission queues to a physical submission queue for the physical controller having the physical namespace for which the target virtual namespace was generated, characterized in that the virtual controllers are maintained in a user space of a host system memory , and wherein an I/O service layer executing in the user space generates the virtual controllers , generates the virtual namespace for each physical namespace , indicates the application assigned to the virtual namespace , generates the virtual submission queue , processes I/O request in the virtual submission queue , determines the physical submission queue and adds the I/O request to the determined physical submission queue . generating a plurality of virtual controllers in a host memory space, wherein each virtual controller includes at least one virtual namespace , wherein each of the at least one virtual namespace in each virtual controller maps to a physical namespace in a physical controller ; assigning each of a plurality of applications with a virtual controller of the virtual controllers; for each application of the applications assigned one of the virtual controllers , generating a virtual submission queue for the application to use to communicate with the virtual controller assigned to the application ; adding an Input/Output, I/O, request to a target virtual namespace in one of the virtual submission queues to a physical submission queue for the physical controller having the physical namespace for which the target virtual namespace was generated, characterized in that the virtual controllers are maintained in a user space of a host system memory , and wherein an I/O service layer executing in the user space generates the virtual controllers , generates the virtual namespace for each physical namespace , indicates the application assigned to the virtual namespace , generates the virtual submission queue , processes I/O request in the virtual submission queue , determines the physical submission queue and adds the I/O request to the determined physical submission queue .
A modular phased array antenna comprising: a plurality of modular antenna array blocks assembled together as a single antenna array, wherein each modular antenna array block includes: a plurality of transmit/receive integrated multichannel module, TRIMM, cards, each TRIMM card including electronics for power and beamforming signals, wherein the electronics for power and beamforming signals are connected in parallel to each modular antenna array block, a plurality of radiators for radiating antenna signals and collectively having a radiator face, a radome integrated with the plurality of radiators and interfacing directly to the radiator face, wherein the radome does not extend beyond the radiator face, and a frame for supporting the TRIMM cards; and an array face including an array plate and the radiators and the radome of each modular antenna array block interlocked and aligned to create a single monolithic array face; and characterised in that the array plate of the respective modular antenna array block is attached to a front of said respective modular antenna array block, and a plurality of interlocking joints positioned on top and bottom of the array plate are configured to allow for adjustment and alignment of said respective modular antenna array block. a plurality of transmit/receive integrated multichannel module, TRIMM, cards, each TRIMM card including electronics for power and beamforming signals, wherein the electronics for power and beamforming signals are connected in parallel to each modular antenna array block, a plurality of radiators for radiating antenna signals and collectively having a radiator face, a radome integrated with the plurality of radiators and interfacing directly to the radiator face, wherein the radome does not extend beyond the radiator face, and a frame for supporting the TRIMM cards; and an array face including an array plate and the radiators and the radome of each modular antenna array block interlocked and aligned to create a single monolithic array face; and characterised in that the array plate of the respective modular antenna array block is attached to a front of said respective modular antenna array block, and a plurality of interlocking joints positioned on top and bottom of the array plate are configured to allow for adjustment and alignment of said respective modular antenna array block.
A vehicle driving apparatus including a driving unit housing that integrally houses a motor that drives a vehicle, a speed reducer coupled to the motor , and a differential gear coupled to the speed reducer , the differential gear transmitting a driving force of the motor to driving wheels of the vehicle, the vehicle driving apparatus comprising: an axle housing to which a differential-side housing of the driving unit housing is coupled, the axle housing integrally housing a drive shaft of the driving wheels; a first support section that elastically couples a first rotary support shaft coupled to a vehicle body of the vehicle and the axle housing and performs a swing motion with the first rotary support shaft Z as a rotation center to thereby support the axle housing on the vehicle body; and a second support section that couples a second rotary support shaft supported on the vehicle body of the vehicle and a motor-side housing of the driving unit housing and performs a swing motion with the second rotary support shaft Z as a rotation center to thereby support the motor-side housing on the vehicle body, characterized in that the second support section couples the second rotary support shaft supported on the vehicle body of the vehicle via a rail structure , the rail structure is configured such that the second rotary support shaft Z is movable in a vehicle front-rear direction (X) . an axle housing to which a differential-side housing of the driving unit housing is coupled, the axle housing integrally housing a drive shaft of the driving wheels; a first support section that elastically couples a first rotary support shaft coupled to a vehicle body of the vehicle and the axle housing and performs a swing motion with the first rotary support shaft Z as a rotation center to thereby support the axle housing on the vehicle body; and a second support section that couples a second rotary support shaft supported on the vehicle body of the vehicle and a motor-side housing of the driving unit housing and performs a swing motion with the second rotary support shaft Z as a rotation center to thereby support the motor-side housing on the vehicle body, characterized in that the second support section couples the second rotary support shaft supported on the vehicle body of the vehicle via a rail structure , the rail structure is configured such that the second rotary support shaft Z is movable in a vehicle front-rear direction (X) .
Brazing sheet comprising a core layer and a braze cladding, said core layer being aluminium or an aluminium alloy, said braze cladding comprising (a) a flux composite layer, which flux composite layer comprises a matrix of aluminium or an aluminium alloy, said matrix containing flux particles; (b) a filler alloy layer not containing flux particles; and, (c) an aluminium or aluminium alloy layer not containing flux particles, said layer forming the outermost surface of at least one side of the brazing sheet, wherein the flux composite layer (a) is positioned between said filler alloy layer (b) and said aluminium or aluminium alloy layer (c).