mhurhangee/patent-ind-claim-en huggingface dataset:
A pharmaceutical composition for use in treating a subject suffering from non-compaction cardiomyopathy, , wherein the pharmaceutical composition comprises a therapeutically effective amount of a EZH2 downregulator.
A panic modular barrier comprising a footboard whose outer edge is in contact with the ground and wherein the inner edge raises off a parapet characterized in that at least one fulcrum element is integrally connected to a lower position of said parapet , wherein the fulcrum element projects from said parapet on the side opposite to that of said footboard down up to touching the ground and in that at least a wheel , the axis of rotation of which is parallel to the inner edge of said footboard , is rotationally connected to said at least one fulcrum element ; said wheel remaining in a position slightly raised off the ground whenever the barrier is in an operating position; said lower portion of said parapet defining at least one opening suitable for receiving a wheel of a second panic modular barrier when it is stacked above.
A cathode material for a lithium-ion secondary battery which is active material particles including central particles represented by General Formula Li x A y D z PO 4 (0.9<x<1.1, 0<y≤1, 0≤z<1, and 0.9<y+z<1.1; here, A represents at least one element selected from the group consisting of Co, Mn, Ni, Fe, Cu, and Cr, and D represents at least one element selected from the group consisting of Mg, Ca, Sr, Ba, Ti, Zn, B, Al, Ga, In, Si, Ge, Sc, and Y) and a carbonaceous film that coats surfaces of the central particles, wherein a particle size distribution of the active material particles measured by a laser diffraction and scattering particle size distribution measurement instrument has a peak of fine particles and a peak of coarse particles, wherein a maximum value of the peak of the fine particles in the particle size distribution of the active material particles is 0.15 μm or more and 0.35 μm or less, and a maximum value of the peak of the coarse particles is 0.80 μm or more and 1.20 μm or less, wherein a coarse particle ratio in a particle size distribution is 35% or more and 65% or less, wherein the coarse particle ratio is a ratio of an area surrounded by a curve indicating a peak shape of coarse particles to a sum of the area surrounded by the curve indicating the peak shape of the coarse particles and an area surrounded by a curve indicating a peak shape of fine particles in a particle size distribution, and wherein a median diameter of the active material particles is 0.50 μm or more and 0.80 μm or less. wherein a particle size distribution of the active material particles measured by a laser diffraction and scattering particle size distribution measurement instrument has a peak of fine particles and a peak of coarse particles, wherein a maximum value of the peak of the fine particles in the particle size distribution of the active material particles is 0.15 μm or more and 0.35 μm or less, and a maximum value of the peak of the coarse particles is 0.80 μm or more and 1.20 μm or less, wherein a coarse particle ratio in a particle size distribution is 35% or more and 65% or less, wherein the coarse particle ratio is a ratio of an area surrounded by a curve indicating a peak shape of coarse particles to a sum of the area surrounded by the curve indicating the peak shape of the coarse particles and an area surrounded by a curve indicating a peak shape of fine particles in a particle size distribution, and wherein a median diameter of the active material particles is 0.50 μm or more and 0.80 μm or less.
Bone plate internal fixator device (501; 701) for epiphysiodesis, comprising a pair of holding elements (502, 503; 702, 703), each one of said holding elements (502, 503; 702, 703) respectively comprising a through hole (504, 505; 704, 705) configured for receiving a respective fixing screw to a bone; said bone plate internal fixator device (501; 701) further comprising a central portion (506; 706) which structurally connects and constrains said holding elements (502, 503; 702, 703) with each other, said central portion (506; 706) being flexible so as to allow flexing of said bone plate (501; 701), and wherein said holding elements (502, 503; 702, 703) and said central portion (506; 706) are provided as a composite structure, wherein said central portion (506; 706) of said composite structure comprises at least one bridge element (510a, 510b; 710a, 710b) made of flexible plastic material, characterized in that each said through hole (504, 505; 704, 705) comprises a threaded surface (508, 509; 708, 709) adapted to couple with a corresponding surface of said respective fixing screw , and in that said bone plate internal fixator device (501; 701) is substantially flat and wherein said central portion (506; 706) of said composite structure is raised with respect to bottom surfaces of said holding elements (502, 503; 702, 703), said bottom surfaces being configured for facing towards a stem of said fixing screws , said raised central portion (506; 706) being adapted to limiting pressures on a bone physis.
Pump for bringing about a flow of regenerating brine in a chamber containing substances with water-softening properties of a decalcifying device of a dishwashing machine, comprising: - a body in which a brine inflow conduit provided with a one-way valve and a brine outflow conduit provided with a one-way valve are defined, said pump further comprises: - a solenoid having a longitudinal axis and arranged within said body , and - a core controlled by said solenoid , mobile along said longitudinal axis , provided with return elastic means and having an upper end associated to said body and a lower end connected to a centre portion of a membrane , whose peripheral portion is fixed to said body , characterized in that the core has a part of plastics material which is slidingly associated to the body and to which a member of magnetic material is assembled, wherein said outflow conduit has an initial portion coaxial with said longitudinal axis so that, when the pump is not active, the mouth of said initial portion is closed by said centre portion of the membrane which ensures the water-tightness in both directions between said inflow and outflow conduits . - a body in which a brine inflow conduit provided with a one-way valve and a brine outflow conduit provided with a one-way valve are defined, - a solenoid having a longitudinal axis and arranged within said body , and - a core controlled by said solenoid , mobile along said longitudinal axis , provided with return elastic means and having an upper end associated to said body and a lower end connected to a centre portion of a membrane , whose peripheral portion is fixed to said body , characterized in that the core has a part of plastics material which is slidingly associated to the body and to which a member of magnetic material is assembled,
A method for determining a residual retardance of a Liquid Crystal on Silicon (LCOS) panel, the method comprising: transmitting a light beam to the LCOS panel at an angle of incidence and measuring an intensity of a reflected light beam; biasing the LCOS panel in a dark state; measuring a dark state intensity of the reflected light beam; biasing the LCOS panel in a bright state; measuring a bright state intensity of the reflected light beam; determining a residual retardance of the LCOS panel based on a contrast ratio of the bright state intensity and the dark state intensity; and selecting a compensator for the LCOS panel based on the residual retardance. transmitting a light beam to the LCOS panel at an angle of incidence and measuring an intensity of a reflected light beam; biasing the LCOS panel in a dark state; measuring a dark state intensity of the reflected light beam; biasing the LCOS panel in a bright state; measuring a bright state intensity of the reflected light beam; determining a residual retardance of the LCOS panel based on a contrast ratio of the bright state intensity and the dark state intensity; and selecting a compensator for the LCOS panel based on the residual retardance.
A crystalline form I of a compound of formula (A) represented by the following formula (A): wherein the X-ray powder diffraction pattern of the crystalline form I has characteristic peaks at 2θ values of 10.04° ± 0.20°, 16.66 ± 0.20°, and 21.89° ± 0.20°.
A pneumatic radial tire for an aircraft, comprising a bead core including a pair of cable beads, a radial carcass including a plurality of plies toroidally extending between the bead cores , and a stiffener disposed adjacent to the bead core on a tire radial direction outer side of the bead core, the radial carcass comprising one or more turn-up plies (4a-4e) including a windup portion (4aT-4eT) wound up around the bead core from an inner side to an outer side in a tire axial direction, and one or more down plies that cover the windup portion (4aT-4eT) and extend to a radial direction inner side of at least the bead core , characterised in that , in tire axial direction cross-sectional view in a state where the tire is mounted to a rim , is not filled with an internal pressure, and is unloaded, when an intersection point of a virtual circle (VC) with a ply closest to a tire axial direction inner side of the stiffener among the plies intersecting with the virtual circle (VC) having a radius that is twice as large as a diameter D of the bead core from a center corresponding to a center O of the bead core is a point A, an intersection point of the virtual circle (VC) with a ply closest to a tire axial direction outer side of the stiffener is a point B, and a midpoint between the point A and the point B is a reference point C, then a line segment OC connecting the center O of the bead core to the reference point C has an inclination angle θ of 17° or less to a tire radial direction line passing the center O of the bead core on the tire axial direction outer side. the radial carcass comprising one or more turn-up plies (4a-4e) including a windup portion (4aT-4eT) wound up around the bead core from an inner side to an outer side in a tire axial direction, and one or more down plies that cover the windup portion (4aT-4eT) and extend to a radial direction inner side of at least the bead core , characterised in that , in tire axial direction cross-sectional view in a state where the tire is mounted to a rim , is not filled with an internal pressure, and is unloaded, when an intersection point of a virtual circle (VC) with a ply closest to a tire axial direction inner side of the stiffener among the plies intersecting with the virtual circle (VC) having a radius that is twice as large as a diameter D of the bead core from a center corresponding to a center O of the bead core is a point A, an intersection point of the virtual circle (VC) with a ply closest to a tire axial direction outer side of the stiffener is a point B, and a midpoint between the point A and the point B is a reference point C, then a line segment OC connecting the center O of the bead core to the reference point C has an inclination angle θ of 17° or less to a tire radial direction line passing the center O of the bead core on the tire axial direction outer side.
An electro-optic element, comprising a first waveguide which is a plasmonic waveguide comprising - a first core comprising a ferroelectric material ; and - a cladding comprising a first cladding portion comprising, at a first interface with the ferroelectric material, a first cladding material having a permittivity having a negative real part; the element comprising a first and a second electrode for producing an electric field in the ferroelectric material when a voltage is applied between the first and second electrodes, for modulating at least a real part of a refractive index of the ferroelectric material, the element comprising, in addition, a crystalline substrate on which the ferroelectric material is grown with zero or one or more intermediate layers (107-109, 203, 207-209, 309, 409) present between the substrate and the ferroelectric material, wherein the one or more intermediate layers, if present, are grown on the substrate, the substrate and the first core being stacked in a direction referred to as vertical direction, and directions perpendicular to the vertical direction are referred to as lateral directions, characterized in that the element comprises, in addition, a second waveguide (104, 107, 108; 204, 207, 208; 530, 830) which is a photonic waveguide for coupling light guided in the second waveguide into the first waveguide, so as to excite in the first waveguide modes which can be guided in the first waveguide, wherein the second waveguide is arranged on the substrate. - a first core comprising a ferroelectric material ; and - a cladding comprising a first cladding portion comprising, at a first interface with the ferroelectric material, a first cladding material having a permittivity having a negative real part;
A process for selectively and continuously extracting a series of desired species from a matrix (M), comprising the steps of: - injecting a plasma in an extraction chamber by means of a plasma torch , the matrix (M) being disposed on a support within the extraction chamber , said plasma causing: ∘ formation of molecules, at the surface of the matrix, from chemical elements contained in the matrix and in the plasma, ∘ evaporation of said molecules from the matrix, ∘ destruction of some molecules and excitation of chemical elements contained in the molecules and extracted from the matrix, - continuously monitoring the excited elements extracted from the matrix and contained in the plasma by optical emission spectroscopy, and for each species of the series, - setting a distance between the support and the plasma torch, and the composition of the injected plasma as a function of the monitored excited elements so that only one desired species of the series of species is being extracted from the matrix under molecular form, and - providing a plate in the extraction chamber , exterior to the plasma, causing: ∘ reformation of said molecules previously destroyed by the plasma comprising the desired species extracted from the matrix (M), ∘ collection of said molecules comprising said desired species by deposition onto the surface of the plate . - injecting a plasma in an extraction chamber by means of a plasma torch , the matrix (M) being disposed on a support within the extraction chamber , said plasma causing: ∘ formation of molecules, at the surface of the matrix, from chemical elements contained in the matrix and in the plasma, ∘ evaporation of said molecules from the matrix, ∘ destruction of some molecules and excitation of chemical elements contained in the molecules and extracted from the matrix, ∘ formation of molecules, at the surface of the matrix, from chemical elements contained in the matrix and in the plasma, ∘ evaporation of said molecules from the matrix, ∘ destruction of some molecules and excitation of chemical elements contained in the molecules and extracted from the matrix, - continuously monitoring the excited elements extracted from the matrix and contained in the plasma by optical emission spectroscopy, and - setting a distance between the support and the plasma torch, and the composition of the injected plasma as a function of the monitored excited elements so that only one desired species of the series of species is being extracted from the matrix under molecular form, and - providing a plate in the extraction chamber , exterior to the plasma, causing: ∘ reformation of said molecules previously destroyed by the plasma comprising the desired species extracted from the matrix (M), ∘ collection of said molecules comprising said desired species by deposition onto the surface of the plate . ∘ reformation of said molecules previously destroyed by the plasma comprising the desired species extracted from the matrix (M), ∘ collection of said molecules comprising said desired species by deposition onto the surface of the plate .
A method of making a Voice over Internet Protocol, VoIP, outbound call on a mobile device having installed a VoIP application having ability to initiate by receiving a PUSH-message a VoIP outbound call based on call related information of a Mobile Originated Call; where the Mobile Originated call setup made from the mobile device by a user is sent to a Mobile Network; characterized in that the Mobile Originated call is intercepted by a CAMEL gateway, GW, of the Mobile Network using Customised Application for Mobile network Enhanced Logic, CAMEL; the call related information is extracted from the Mobile Originated call by the CAMEL GW of the Mobile Network using CAMEL, wherein the call related information includes a destination number dialled by the user; the Mobile Originated call is terminated by a VoIP gateway, GW, of the Mobile Network using CAMEL call release message; the call-related information is sent by the CAMEL GW to a PUSH-server and is used by the PUSH-server to send a PUSH-message comprising a token and the call related information to the mobile device of the user; the PUSH-message comprising the token is sent by the PUSH-server to the mobile device to wake up the VoIP application; the VoIP application is activated by the token in the received PUSH-message and; the VoIP outbound call is initiated by the activated VoIP application using the call related information and made via the VoIP GW of the Mobile Network.
A composite material comprising: (i) a water-insoluble inorganic compound selected from oxide, hydroxide, phosphate or silicate of calcium, magnesium, titanium, zinc or aluminium; and, (ii) 0.5 to 10 % by weight polystyrene sulphonate (pss) wherein at least 60 % of the total pss content is entrapped as a complex with said calcium, magnesium, titanium, zinc or aluminium within crystals of said inorganic compound. (i) a water-insoluble inorganic compound selected from oxide, hydroxide, phosphate or silicate of calcium, magnesium, titanium, zinc or aluminium; and, (ii) 0.5 to 10 % by weight polystyrene sulphonate (pss) wherein at least 60 % of the total pss content is entrapped as a complex with said calcium, magnesium, titanium, zinc or aluminium within crystals of said inorganic compound.
Nacelle cover for a wind turbine, comprising a body with an approximately cuboid shape, wherein the approximately cuboid body is composed of a plurality of cover parts which have an inner side and an outer side , wherein the cover parts are rectangular and in the form of a thin-walled panel element, and comprising a supporting structure which has a frame composed of metal profiles having transverse and longitudinal struts and of lateral posts , to which supporting structure the cover parts are attached, wherein at least two reinforcing profiles are arranged, in a longitudinal and/or transverse direction with respect to the rotor axis, on the inner side of the cover parts and are connected thereto, and in that the cover parts are attached to the supporting structure by means of the reinforcing profiles , wherein the reinforcing profiles are in the form of elongate hollow profiles, characterized in that the hollow profiles consist of a multiply angled metal sheet which is closed on the longitudinal side, or consist of an open, multiply angled metal sheet and have an open trapezoid cross section, wherein the reinforcing profiles with the open trapezoid cross section each have, on their longitudinal sides, an integrally formed tab for connection to the cover part . and in that the cover parts are attached to the supporting structure by means of the reinforcing profiles , wherein the reinforcing profiles are in the form of elongate hollow profiles, characterized in that the hollow profiles consist of a multiply angled metal sheet which is closed on the longitudinal side, or consist of an open, multiply angled metal sheet and have an open trapezoid cross section, wherein the reinforcing profiles with the open trapezoid cross section each have, on their longitudinal sides, an integrally formed tab for connection to the cover part .
A fan coil unit being adapted to be mounted on a vertical wall, the fan coil unit having a housing , the housing having three outlet areas through which air can be expelled from the housing , the three outlet areas being arranged beside each other on a top side of the housing, one middle outlet area of said outlet areas being arranged between two outer outlet areas of said outlet areas, wherein two outer outlet areas are inclined by an angle between greater than or equal 120° and smaller than or equal 160° with respect to the middle outlet area , the angle being the smaller angle measured between the respective outer outlet area and the middle outlet area , further comprising at least one fan which is arranged in the housing to blow air through the middle outlet area when in operation, and further comprising at least two fans each of which is arranged to respectively blow air through one of the outer outlet areas when in operation, characterized in that the two fans which are arranged to respectively blow air through one of the outer outlet areas are arranged such that a blowing direction of the respective fan is perpendicular to the outlet area through which the respective fan blows air when in operation or that a plane in which a propeller of the respective fan rotates is parallel to the outlet area through which the respective fan blows air when in operation. being adapted to be mounted on a vertical wall, the fan coil unit having a housing , the housing having three outlet areas through which air can be expelled from the housing , the three outlet areas being arranged beside each other on a top side of the housing, one middle outlet area of said outlet areas being arranged between two outer outlet areas of said outlet areas, wherein two outer outlet areas are inclined by an angle between greater than or equal 120° and smaller than or equal 160° with respect to the middle outlet area , the angle being the smaller angle measured between the respective outer outlet area and the middle outlet area , further comprising at least one fan which is arranged in the housing to blow air through the middle outlet area when in operation, and further comprising at least two fans each of which is arranged to respectively blow air through one of the outer outlet areas when in operation, characterized in that the two fans which are arranged to respectively blow air through one of the outer outlet areas are arranged such that a blowing direction of the respective fan is perpendicular to the outlet area through which the respective fan blows air when in operation or that a plane in which a propeller of the respective fan rotates is parallel to the outlet area through which the respective fan blows air when in operation.