mhurhangee/ep-ind-claims huggingface dataset:
A system for performing a breast tissue lift, comprising: an elongate, flexible mesh sling (3712, 4032) having a first end (3714, 4034) and a second end (3716, 4034) and configured to be subcutaneously introduced along a generally medial-lateral axis of a patient's body, wherein medial generally refers to a direction closer to the midline of the patient's body with respect to a lateral location; a first suspension line carrying a first inferior soft tissue anchor (3734, 4010) and having a first superior free end, wherein superior generally refers to a direction that is relatively cephalad or towards the patient's head while inferior refers to a direction that is relatively caudal or towards the patient's feet; a second suspension line carrying a second inferior soft tissue anchor (3734, 4010) and having a second superior free end, wherein the first superior free end is configured to be connected to the first end of the sling, and wherein the second superior free end is configured to be connected to the second end of the sling, characterized in that the elongate, flexible mesh sling is configured to be positioned superiorly to the tissue to be lifted and in that the system further comprises a needle for introducing the sling subcutaneously, the needle comprising an arc of greater than about 180 degrees. an elongate, flexible mesh sling (3712, 4032) having a first end (3714, 4034) and a second end (3716, 4034) and configured to be subcutaneously introduced along a generally medial-lateral axis of a patient's body, wherein medial generally refers to a direction closer to the midline of the patient's body with respect to a lateral location; a first suspension line carrying a first inferior soft tissue anchor (3734, 4010) and having a first superior free end, wherein superior generally refers to a direction that is relatively cephalad or towards the patient's head while inferior refers to a direction that is relatively caudal or towards the patient's feet; a second suspension line carrying a second inferior soft tissue anchor (3734, 4010) and having a second superior free end, wherein the first superior free end is configured to be connected to the first end of the sling, and wherein the second superior free end is configured to be connected to the second end of the sling, characterized in that the elongate, flexible mesh sling is configured to be positioned superiorly to the tissue to be lifted and in that the system further comprises a needle for introducing the sling subcutaneously, the needle comprising an arc of greater than about 180 degrees.
A base station comprising: a first interface configured to communicate with a plurality of terminals (110a, 110b) via a licensed radio spectrum; a second interface configured to communicate with the plurality of terminals (110a, 110b) via an unlicensed radio spectrum; and an allocator configured to allocate unlicensed radio spectrum resources and a first set of physical resource blocks associated with the licensed radio spectrum among the plurality of terminals, characterized in that the base station further comprises a third interface configured to communicate with a central controller, the central controller being configured to: communicate with a plurality of base stations (104a, 104b) including the base station, receive a plurality of licensed radio spectrum load estimations from the plurality of base stations (104a, 104b), and allocate licensed radio spectrum resources among the plurality of base stations (104a, 104b) based at least in part on the plurality of licensed spectrum load estimations, and wherein the base station is configured to: send a first licensed radio spectrum load estimation of the plurality of licensed radio spectrum load estimations to the central controller, and receive from the central controller a licensed radio spectrum assignment including the first set of physical resource blocks. a first interface configured to communicate with a plurality of terminals (110a, 110b) via a licensed radio spectrum; a second interface configured to communicate with the plurality of terminals (110a, 110b) via an unlicensed radio spectrum; and an allocator configured to allocate unlicensed radio spectrum resources and a first set of physical resource blocks associated with the licensed radio spectrum among the plurality of terminals, characterized in that the base station further comprises a third interface configured to communicate with a central controller, the central controller being configured to: communicate with a plurality of base stations (104a, 104b) including the base station, receive a plurality of licensed radio spectrum load estimations from the plurality of base stations (104a, 104b), and allocate licensed radio spectrum resources among the plurality of base stations (104a, 104b) based at least in part on the plurality of licensed spectrum load estimations, and wherein the base station is configured to: send a first licensed radio spectrum load estimation of the plurality of licensed radio spectrum load estimations to the central controller, and receive from the central controller a licensed radio spectrum assignment including the first set of physical resource blocks. send a first licensed radio spectrum load estimation of the plurality of licensed radio spectrum load estimations to the central controller, and receive from the central controller a licensed radio spectrum assignment including the first set of physical resource blocks.
A method for the regulation of a cooling plant with a high cooling capacity, in particular for a food mixture, said cooling plant comprising a closed circuit in which a cooling fluid flows, which connects an evaporator, a compressor, a condenser and a lamination valve in succession, said lamination valve being of the electromechanical type, a processing unit connected to at least one probe suitable for measuring a parameter depending on the flow-rate of the cooling fluid circulating in said evaporator, said processing unit being connected to said lamination valve for piloting the opening and/or closing of said lamination valve on the basis of at least one measurement revealed by said at least one probe, said method comprising the phases consisting of: - acquiring at least one value (T S) revealed by said at least one probe; - piloting the opening of said lamination valve to a pre-established opening degree; - modifying the opening of said lamination valve of a first differential value depending on the value revealed (T S) by said at least one probe according to a logarithmic variability law, characterized in that the argument of said logarithmic variability law is given by the sum of said measured value (T s) and a limit value (T 0) corresponding to a limit value of the opening of the valve, known from project characteristics of the lamination organ, below which the lamination is ineffective. - acquiring at least one value (T S) revealed by said at least one probe; - piloting the opening of said lamination valve to a pre-established opening degree; - modifying the opening of said lamination valve of a first differential value depending on the value revealed (T S) by said at least one probe according to a logarithmic variability law,
A solid scintillator, comprising: a polycrystal body of an oxide having a garnet structure, characterized in that the oxide has a composition represented by General formula: (Gd 1-α-β-γ Tb α Lu β Ce γ) 3 (Al 1-x Ga x) a O b wherein α, β, and γ are numbers, which are atomic ratios, satisfying 0.1 ≤ α ≤ 0.5, 0.01 ≤ β ≤ 0.5, 0.0001 ≤ γ ≤ 0.1, and α + β + γ ≤ 0.9, x is a number, which is an atomic ratio, satisfying 0.01 ≤ x ≤ 0.8, a is a number, which is an atomic ratio, satisfying 4.8 ≤ a ≤ 5.2, and b is a number, which is an atomic ratio, satisfying 11.6 ≤ b ≤ 12.4, wherein a linear transmittance at a wavelength of 680 nm is 20% or more, and wherein the linear transmittance is a ratio of the intensity of the light transmitted vertically from a rear surface of the scintillator to the intensity of the light emitted to a front surface of the scintillator and the linear transmittance is measured by using a sample having a thickness of 1 mm and having its front and rear surfaces polished to a surface roughness Ra of 1 μm or less. a polycrystal body of an oxide having a garnet structure, characterized in that the oxide has a composition represented by General formula: (Gd 1-α-β-γ Tb α Lu β Ce γ) 3 (Al 1-x Ga x) a O b wherein α, β, and γ are numbers, which are atomic ratios, satisfying 0.1 ≤ α ≤ 0.5, 0.01 ≤ β ≤ 0.5, 0.0001 ≤ γ ≤ 0.1, and α + β + γ ≤ 0.9, x is a number, which is an atomic ratio, satisfying 0.01 ≤ x ≤ 0.8, a is a number, which is an atomic ratio, satisfying 4.8 ≤ a ≤ 5.2, and b is a number, which is an atomic ratio, satisfying 11.6 ≤ b ≤ 12.4, wherein a linear transmittance at a wavelength of 680 nm is 20% or more, and wherein the linear transmittance is a ratio of the intensity of the light transmitted vertically from a rear surface of the scintillator to the intensity of the light emitted to a front surface of the scintillator and the linear transmittance is measured by using a sample having a thickness of 1 mm and having its front and rear surfaces polished to a surface roughness Ra of 1 μm or less. (Gd 1-α-β-γ Tb α Lu β Ce γ) 3 (Al 1-x Ga x) a O b wherein α, β, and γ are numbers, which are atomic ratios, satisfying 0.1 ≤ α ≤ 0.5, 0.01 ≤ β ≤ 0.5, 0.0001 ≤ γ ≤ 0.1, and α + β + γ ≤ 0.9, x is a number, which is an atomic ratio, satisfying 0.01 ≤ x ≤ 0.8, a is a number, which is an atomic ratio, satisfying 4.8 ≤ a ≤ 5.2, and b is a number, which is an atomic ratio, satisfying 11.6 ≤ b ≤ 12.4, wherein a linear transmittance at a wavelength of 680 nm is 20% or more, and wherein the linear transmittance is a ratio of the intensity of the light transmitted vertically from a rear surface of the scintillator to the intensity of the light emitted to a front surface of the scintillator and the linear transmittance is measured by using a sample having a thickness of 1 mm and having its front and rear surfaces polished to a surface roughness Ra of 1 μm or less.
A baby wagon with improved ease of use, comprising: a foldable body frame having a rectangular parallelepiped shape so as to support an entire body of the baby wagon, wherein the foldable body frame includes a main frame, a support frame, side frames, a front handle frame, a rear handle frame, and a middle part configured to be folded or unfolded in a forward-rearward direction, such that a shape of the foldable body frame is variable, and wherein the main frame includes upper end biaxial support fixing members, lower end triaxial support fixing members, handle fixing clips, and canopy fixing poles; a wagon wheel unit fastened to a front lower end and a rear lower end of the foldable body frame in order to move the baby wagon; a seat unit having a shape of a rectangular basket, coupled and fixed to an inner circumference and a lower end of the foldable body frame using snap fasteners, buckles, or Velcro members; and a canopy having rectangular sides and a quadrangular pyramid-shaped roof, the canopy being detachably coupled to an upper end of the foldable body frame, wherein each of the canopy fixing poles includes a pole protrusion fixing screw thread disposed on a lower end thereof and a pole insertion fixing screw thread disposed on an upper end thereof, and wherein the pole protrusion fixing screw thread and the pole insertion fixing screw thread are selectively engaged with a screw thread disposed in a pole insertion fixing hole located in an upper end of the upper end biaxial support fixing member. a foldable body frame having a rectangular parallelepiped shape so as to support an entire body of the baby wagon, wherein the foldable body frame includes a main frame, a support frame, side frames, a front handle frame, a rear handle frame, and a middle part configured to be folded or unfolded in a forward-rearward direction, such that a shape of the foldable body frame is variable, and wherein the main frame includes upper end biaxial support fixing members, lower end triaxial support fixing members, handle fixing clips, and canopy fixing poles; a wagon wheel unit fastened to a front lower end and a rear lower end of the foldable body frame in order to move the baby wagon; a seat unit having a shape of a rectangular basket, coupled and fixed to an inner circumference and a lower end of the foldable body frame using snap fasteners, buckles, or Velcro members; and a canopy having rectangular sides and a quadrangular pyramid-shaped roof, the canopy being detachably coupled to an upper end of the foldable body frame, wherein each of the canopy fixing poles includes a pole protrusion fixing screw thread disposed on a lower end thereof and a pole insertion fixing screw thread disposed on an upper end thereof, and wherein the pole protrusion fixing screw thread and the pole insertion fixing screw thread are selectively engaged with a screw thread disposed in a pole insertion fixing hole located in an upper end of the upper end biaxial support fixing member.
A poly(lactic glycolic) acid (PLGA) nanoparticle having an average diameter of at most 500 nm, the PLGA having an average molecular weight of between 2,000 and 20,000 Da, wherein said nanoparticle being associated with at least one agent selected from (i) a hydrophilic therapeutic agent being conjugated to or associated with the surface of said nanoparticle wherein the at least one hydrophilic therapeutic agent is associated with the nanoparticle via one or more linker moieties, wherein the linker is a fatty cystein having an alkyl chain of at least 10 carbon atoms, and (ii) a lipophilic therapeutic agent being contained within said nanoparticle wherein said nanoparticle is further associated with at least one non-active agent, wherein the non-active agent is an alkyl amino acid, wherein the alkyl portion of said alkyl amino acid has between 10 and 30 carbon atoms and may be linear or branched, saturated, semi saturated or unsaturated. (i) a hydrophilic therapeutic agent being conjugated to or associated with the surface of said nanoparticle wherein the at least one hydrophilic therapeutic agent is associated with the nanoparticle via one or more linker moieties, wherein the linker is a fatty cystein having an alkyl chain of at least 10 carbon atoms, and (ii) a lipophilic therapeutic agent being contained within said nanoparticle wherein said nanoparticle is further associated with at least one non-active agent, wherein the non-active agent is an alkyl amino acid, wherein the alkyl portion of said alkyl amino acid has between 10 and 30 carbon atoms and may be linear or branched, saturated, semi saturated or unsaturated.
A lens barrel adapted to perform zooming between a wide angle photographing position and a telephoto photographing position, comprising: a telescopic cylinder including at least one movable cylinder, said telescopic cylinder being configured to be accommodated in a fixed cylinder; at least one movable lens (11, 12, 14) retained in said at least one movable cylinder, an optical axis of said at least one movable lens determining a reference axis of said lens barrel; and a retractable lens configured to be retracted in a plane perpendicular to said reference axis from a photographing position on said reference axis to a retracted position off said reference axis; wherein, in a photographing state, said at least one movable lens and said retractable lens are coaxially aligned along said reference axis and said retractable lens is adjacent to said at least one movable lens; characterised in that: a moveable cylinder closest to the fixed cylinder (21 a) is movable from a collapsed position to a maximally extended position to secure a space for inserting the retractable lens onto said reference axis; and by means for generating a reference signal to initiate movement of the retractable lens to the reference axis from the retracted position immediately after the movable cylinder reaches the maximally extended position and before the movable lens reaches a wide angle photographing position. a telescopic cylinder including at least one movable cylinder, said telescopic cylinder being configured to be accommodated in a fixed cylinder; at least one movable lens (11, 12, 14) retained in said at least one movable cylinder, an optical axis of said at least one movable lens determining a reference axis of said lens barrel; and a retractable lens configured to be retracted in a plane perpendicular to said reference axis from a photographing position on said reference axis to a retracted position off said reference axis; wherein, in a photographing state, said at least one movable lens and said retractable lens are coaxially aligned along said reference axis and said retractable lens is adjacent to said at least one movable lens; characterised in that: a moveable cylinder closest to the fixed cylinder (21 a) is movable from a collapsed position to a maximally extended position to secure a space for inserting the retractable lens onto said reference axis; and by means for generating a reference signal to initiate movement of the retractable lens to the reference axis from the retracted position immediately after the movable cylinder reaches the maximally extended position and before the movable lens reaches a wide angle photographing position.
A laser line generating device, comprising: a housing (12, 14); a first laser light generator operable to emit from the housing a first plane of light and arranged in the housing to project the first plane of light perpendicular to a horizontal plane; and a second laser light generator operable to emit from the housing a second plane of light and arranged in the housing to project the second plane of light perpendicular to the first plane of light and perpendicular to the horizontal plane, such that the first plane of light intersects with the second plane of light along an axis of intersection; characterized in that each of the first and second planes of light has a fan angle greater than 180°; and further characterized in that at least one of the first laser light generator and the second laser light generator further comprises a laser diode configured to emit a beam of light incident upon a reflective element having a cone shape, thereby forming a plane of light, the light emitted from the laser diode being modulated at a relatively low frequency with a duty cycle in the range of 85-95%, and further modulated at a relatively high frequency. a housing (12, 14); a first laser light generator operable to emit from the housing a first plane of light and arranged in the housing to project the first plane of light perpendicular to a horizontal plane; and a second laser light generator operable to emit from the housing a second plane of light and arranged in the housing to project the second plane of light perpendicular to the first plane of light and perpendicular to the horizontal plane, such that the first plane of light intersects with the second plane of light along an axis of intersection; characterized in that each of the first and second planes of light has a fan angle greater than 180°; and further characterized in that at least one of the first laser light generator and the second laser light generator further comprises a laser diode configured to emit a beam of light incident upon a reflective element having a cone shape, thereby forming a plane of light, the light emitted from the laser diode being modulated at a relatively low frequency with a duty cycle in the range of 85-95%, and further modulated at a relatively high frequency.
A method for producing a cyclodextrin-panobinostat adduct having a concentration of less than 1000 parts per million (ppm) of acetone, tetrahydrofuran, dichloromethane, acetonitrile, dimethylformamide and dimethyl sulphoxide (DMSO), comprising: a) providing a first aqueous solution comprising a buffering agent, the solution having a pH in the range 2.0 to 4.0; b) dissolving panobinostat in said first aqueous solution to provide a second aqueous solution; and c) mixing said second aqueous solution comprising panobinostat with a third aqueous solution comprising a cyclodextrin to form a fourth aqueous solution comprising a cyclodextrin-panobinostat adduct. a) providing a first aqueous solution comprising a buffering agent, the solution having a pH in the range 2.0 to 4.0; b) dissolving panobinostat in said first aqueous solution to provide a second aqueous solution; and c) mixing said second aqueous solution comprising panobinostat with a third aqueous solution comprising a cyclodextrin to form a fourth aqueous solution comprising a cyclodextrin-panobinostat adduct.
A method of facilitating user entry of a manually-adjustable data setting normally imaged in a predetermined size on a display in an aircraft cockpit, comprising the steps of: - sensing a manipulation of a control by the user for adjusting the data setting; - enlarging, in response to said sensed manipulating of the control by the user, the image of the data setting on the display from the predetermined size to a predeterminately enlarged size to unambiguously direct the user's attention to the predeterminately enlarged imaged data setting to be adjusted; - maintaining the enlarged image of the data setting on the display during said sensed manipulating of the control by the user; and - reducing the enlarged image of the data setting on the display from the predeterminately enlarged size to the predetermined size when said sensed manipulating of the control is determined to have ceased. - sensing a manipulation of a control by the user for adjusting the data setting; - enlarging, in response to said sensed manipulating of the control by the user, the image of the data setting on the display from the predetermined size to a predeterminately enlarged size to unambiguously direct the user's attention to the predeterminately enlarged imaged data setting to be adjusted; - maintaining the enlarged image of the data setting on the display during said sensed manipulating of the control by the user; and - reducing the enlarged image of the data setting on the display from the predeterminately enlarged size to the predetermined size when said sensed manipulating of the control is determined to have ceased.