mhurhangee/ep-ind-claims huggingface dataset:
An in vitro cellular composition, comprising: (a) one or more populations of human hepatocytes defining a cellular island; and (b) a population of stromal cells, wherein the stromal cells define a geometric border of the cellular island, wherein the cellular islands comprise (i) a diameter or width of 490μm and wherein the cellular islands are spaced apart by 1230μm center to center, or (ii) a diameter or width of 500μm and wherein the cellular islands are spaced apart by 1200μm center to center. (a) one or more populations of human hepatocytes defining a cellular island; and (b) a population of stromal cells, wherein the stromal cells define a geometric border of the cellular island, wherein the cellular islands comprise (i) a diameter or width of 490μm and wherein the cellular islands are spaced apart by 1230μm center to center, or (ii) a diameter or width of 500μm and wherein the cellular islands are spaced apart by 1200μm center to center. (i) a diameter or width of 490μm and wherein the cellular islands are spaced apart by 1230μm center to center, or (ii) a diameter or width of 500μm and wherein the cellular islands are spaced apart by 1200μm center to center.
Mechanical drive system for a variable vacuum capacitor, which drive system comprises a drive screw and a nut, wherein the nut is arranged in a housing of the vacuum capacitor, wherein the drive screw is screwed through the nut, wherein a first electrode is arranged on one side of the drive screw, wherein, by means of a rotation of the drive screw, the first electrode is movable relative to a second electrode, characterized in that the nut is at least partially manufactured out of plastic material.
A method for operating a controller in a wind turbine, comprising: determining a closed loop Eigen frequency of the controller, wherein the closed loop Eigen frequency is caused by an instability of the controller; monitoring an amplitude of a parameter controlled by the controller at or near the closed loop Eigen frequency; and upon detecting that the amplitude of the parameter is above a predefined threshold, initiating at least one action for mitigating damage to components of a wind turbine. determining a closed loop Eigen frequency of the controller, wherein the closed loop Eigen frequency is caused by an instability of the controller; monitoring an amplitude of a parameter controlled by the controller at or near the closed loop Eigen frequency; and upon detecting that the amplitude of the parameter is above a predefined threshold, initiating at least one action for mitigating damage to components of a wind turbine.
Stirring device with at least one at least substantially metallic stirring blade carrier (12a; 12b; 12c) and with a plurality of stirring blades (14a; 14b; 14c), which are connected to the stirring blade carrier (12a; 12b; 12c), wherein the stirring blades (14a; 14b; 14c) are at least substantially made of a non-metallic material, wherein the non-metallic material is a ceramic material, wherein the stirring blades (14a; 14b; 14b) are releasably connected with the stirring blade carrier (12a; 12b; 12c), wherein a mechanical connection, namely a negative-fit and/or positive-fit connection between the stirring blades (14a; 14b; 14c) and the stirring blade carrier (12a; 12b; 12c) is releasable and/or establishable in a damage-free and/or nondestructive manner and wherein the stirring blade carrier (12a; 12b; 12c) comprises at least one recess (16a; 16b; 16c) that is configured to at least partially accommodate at least one of the stirring blades (14a; 14b; 14c), characterised in that the recess (16a; 16b; 16c) comprises at least one partial region (18a; 18b; 18c) that is realized in a continuous fashion when viewed parallel to a rotational axis (20a; 20b; 20c) of the stirring blade carrier (12a; 12b; 12c).
A electrical encapsulant composition comprising a silica containing inorganic-organic nano-hybrid matrix, and particles of refractory ceramics suspended in the inorganic-organic nano-hybrid matrix, the inorganic-organic nano-hybrid matrix comprising one or more of a linear, branched and cross linked inorganic-organic nano-hybrid material comprising an organic moiety comprising Si-R, where Si represents a silicon atom and R represents an organic radical, characterised in that the mass ratio of nano-hybrid matrix to particulate ceramics is in the range of between 25/75 and 60/40.
A device for imaging specular reflections from a cornea of a user of the device and from an eyewear worn by the user, the device comprising: a first camera configured for capturing an image of the cornea and the eyewear, processing means (101; 300; 500) being operative to: acquire a first image from the first camera, identify, by analyzing the first image, a reflection by the cornea and a reflection by a reflective surface of the eyewear, and determine an optical transformation representing the reflection by the cornea and an optical transformation representing the reflection by the reflective surface of the eyewear. a first camera configured for capturing an image of the cornea and the eyewear, processing means (101; 300; 500) being operative to: acquire a first image from the first camera, identify, by analyzing the first image, a reflection by the cornea and a reflection by a reflective surface of the eyewear, and determine an optical transformation representing the reflection by the cornea and an optical transformation representing the reflection by the reflective surface of the eyewear. acquire a first image from the first camera, identify, by analyzing the first image, a reflection by the cornea and a reflection by a reflective surface of the eyewear, and determine an optical transformation representing the reflection by the cornea and an optical transformation representing the reflection by the reflective surface of the eyewear.
A method for performing windowed multiuser detection in a multiuser communication system having a plurality of users, the method comprising: receiving signal data including an intended signal for a user and one or more interference signals for other users of the system; breaking the received signal data up into subwindows (501, 502, 503, 504), each subwindow (501, 502, 503, 504) including data required to compute a number of symbol estimates, where the subwindows (501, 502, 503, 504) are overlapping in time such that portions of the received data are included in two subwindows (501, 502, 503, 504); assigning a reliability metric to each symbol estimate associated with a subwindow (501, 502, 503, 504) based on a temporal distance of corresponding data from the central portion, and wherein data near the edges are labeled unreliable; computing a vector of symbol estimates for each subwindow (501, 502, 503, 504) with a multiuser detection algorithm MUD, each vector of symbol estimates including a central portion and two adjacent side portions; copying only symbol estimates from the central portion of each symbol estimate vector to a symbol matrix based on the assigned reliability metrics, the symbol matrix being an L by K matrix, where L is equal to the number of subwindows (501, 502, 503, 504) and K is equal to the number of users. receiving signal data including an intended signal for a user and one or more interference signals for other users of the system; breaking the received signal data up into subwindows (501, 502, 503, 504), each subwindow (501, 502, 503, 504) including data required to compute a number of symbol estimates, where the subwindows (501, 502, 503, 504) are overlapping in time such that portions of the received data are included in two subwindows (501, 502, 503, 504); assigning a reliability metric to each symbol estimate associated with a subwindow (501, 502, 503, 504) based on a temporal distance of corresponding data from the central portion, and wherein data near the edges are labeled unreliable; computing a vector of symbol estimates for each subwindow (501, 502, 503, 504) with a multiuser detection algorithm MUD, each vector of symbol estimates including a central portion and two adjacent side portions; copying only symbol estimates from the central portion of each symbol estimate vector to a symbol matrix based on the assigned reliability metrics, the symbol matrix being an L by K matrix, where L is equal to the number of subwindows (501, 502, 503, 504) and K is equal to the number of users.
A formulation comprising Propolis extract, Ginseng root extract and Zingiber officinale extract, wherein - the percentage amount of the Zingiber officinale extract based on the total volume of the formulation is less than 30% (w/v), preferably less than 15% (w/v), and more preferably between 0.2% and 5% (w/v), - the percentage amount of the Propolis extract based on the total volume of the formulation, is between 0.02% and 30% (w/v); preferably between 0.02% and 15% (w/v); and more preferably between 0.02% and 5% (w/v), - the percentage amount of the Ginseng root extract based on the total volume of the formulation, is between 0.05% and 60% (w/v); preferably between 0.05% and 25% (w/v); and more preferably between 0.1 % and 10% (w/v); - and said formulation further comprises Glycyrrhiza glabra extract. - the percentage amount of the Zingiber officinale extract based on the total volume of the formulation is less than 30% (w/v), preferably less than 15% (w/v), and more preferably between 0.2% and 5% (w/v), - the percentage amount of the Propolis extract based on the total volume of the formulation, is between 0.02% and 30% (w/v); preferably between 0.02% and 15% (w/v); and more preferably between 0.02% and 5% (w/v), - the percentage amount of the Ginseng root extract based on the total volume of the formulation, is between 0.05% and 60% (w/v); preferably between 0.05% and 25% (w/v); and more preferably between 0.1 % and 10% (w/v); - and said formulation further comprises Glycyrrhiza glabra extract.
A heat radiating plate (10, 110, 210) which is made of a metal material and which comprises: a flat plate portion (10a, 110a, 210a); a large number of columnar protruding portions (10b, 110b, 210b) which protrude from one major surface of the flat plate portion (10a, 110a, 210a) and which are integrated with the flat plate portion (10a, 110a, 210a), each of the columnar protruding portions (10b, 110b, 210b) having a shape of substantially cylindrical or circular truncated cone; and a reinforcing member (12, 112, 212) which extends in directions substantially parallel to one major surface of the flat plate portion (10a, 110a, 210a), the reinforcing member (12, 112, 212) being arranged in a region which is arranged in the flat plate portion (10a, 110a, 210a) and which is close to the one major surface of the flat plate portion (10a, 110a, 210a), characterized in that the region is apart from the one major surface of the flat plate portion (10a, 110a, 210a) by 20 % or less of the thickness of the flat plate portion (10a, 110a, 210a). a flat plate portion (10a, 110a, 210a); a large number of columnar protruding portions (10b, 110b, 210b) which protrude from one major surface of the flat plate portion (10a, 110a, 210a) and which are integrated with the flat plate portion (10a, 110a, 210a), each of the columnar protruding portions (10b, 110b, 210b) having a shape of substantially cylindrical or circular truncated cone; and a reinforcing member (12, 112, 212) which extends in directions substantially parallel to one major surface of the flat plate portion (10a, 110a, 210a), the reinforcing member (12, 112, 212) being arranged in a region which is arranged in the flat plate portion (10a, 110a, 210a) and which is close to the one major surface of the flat plate portion (10a, 110a, 210a), characterized in that the region is apart from the one major surface of the flat plate portion (10a, 110a, 210a) by 20 % or less of the thickness of the flat plate portion (10a, 110a, 210a).
A method of wireless communication in a cell utilizing a time division duplex, TDD, carrier, wherein the TDD carrier comprises a plurality of slots, the method comprising: receiving (902; 1002; 1102; 1204) downlink control information in a downlink control region of a slot of the plurality of slots; transmitting (906; 908; 1006; 1012; 1104; 1208; 1210) a sounding reference signal in an uplink region of the slot; and transmitting (904; 910; 1008; 1010; 1106, 1108; 1206; 1212) other uplink information in the uplink region of the slot, wherein the other uplink information comprises at least one of additional uplink control information or uplink user data traffic corresponding to the downlink control information; wherein the sounding reference signal is transmitted prior to transmitting the other uplink information or after transmitting the other uplink information; wherein the slot comprising the downlink control information, the sounding reference signal, and the other uplink information is a single slot. receiving (902; 1002; 1102; 1204) downlink control information in a downlink control region of a slot of the plurality of slots; transmitting (906; 908; 1006; 1012; 1104; 1208; 1210) a sounding reference signal in an uplink region of the slot; and transmitting (904; 910; 1008; 1010; 1106, 1108; 1206; 1212) other uplink information in the uplink region of the slot, wherein the other uplink information comprises at least one of additional uplink control information or uplink user data traffic corresponding to the downlink control information; wherein the sounding reference signal is transmitted prior to transmitting the other uplink information or after transmitting the other uplink information; wherein the slot comprising the downlink control information, the sounding reference signal, and the other uplink information is a single slot.
A composition for use in treating or preventing an ocular disease, disorder or wound selected from the group consisting of glaucoma, dry eye syndrome, conjunctivitis, corneal keratitis, corneal laceration, corneal erosion, and corneal abrasion, in a human or veterinary animal suffering from said ocular disease, disorder or wound, wherein the composition comprises (a) at least one collagen mimetic peptide comprising the amino acid sequence of SEQ ID NO: 1, and (b) one or more pharmaceutically suitable carriers and the composition is administered to an eye of said human or veterinary animal in a dosage sufficient to treat said ocular disease, disorder or wound, the condition of the eye in said human or veterinary animal is monitored over time, and said composition is readministered to the eye until said ocular disease, disorder or wound is treated or ameliorated.
Machine for physical exercise comprising: an object displaceable by a user by muscular effort and connected to a device (MC, MC2) for generating a resistance force, wherein the device comprises a magnet and a piece responsive to the magnetic field of the magnet, wherein said magnet and said piece respectively have facing surfaces, each of which extends respectively along a respective different axis, such different axes being parallel to each other, wherein said magnet and said piece are mounted to slide relatively along the respective different axis of their respective facing surfaces overlapping progressively and, through mutual magnetic interaction, to develop a mutual attractive or repulsive force, wherein the respective polar axes of the magnet and of the piece are oriented orthogonally to said different parallel axes, wherein said magnet and said piece are movable between a position in which the surfaces are overlapping or close for maximally interacting magnetically and for developing a mutual attractive or repulsive force, and a position in which the surfaces are distant and said mutual attractive or repulsive force is lower characterized in that the magnet and the piece are respectively comprised in: a first structure comprising elements which are arranged comb-like and comprise magnetic material, a second structure comprising elements which are arranged comb-like and comprise material responsive to the magnetic field of said magnetic material, wherein the elements of one structure delimit between one another channels occupied by elements of the other structure and the two structures are relatively movable along a sliding direction, and the elements of the first structure comprising magnetic material comprise a polar axis that is orthogonal to the sliding direction and that is also orthogonal to a respective surface of each of the elements of the second structure. a first structure comprising elements which are arranged comb-like and comprise magnetic material, a second structure comprising elements which are arranged comb-like and comprise material responsive to the magnetic field of said magnetic material, wherein the elements of one structure delimit between one another channels occupied by elements of the other structure and the two structures are relatively movable along a sliding direction, and the elements of the first structure comprising magnetic material comprise a polar axis that is orthogonal to the sliding direction and that is also orthogonal to a respective surface of each of the elements of the second structure.
A coax-waveguide adapter, comprising: a cavity-shaped waveguide connection component, a coaxial external conductor connected to the cavity-shaped waveguide connection component, and a coaxial internal conductor that is disposed inside the coaxial external conductor along an axial direction of the coaxial external conductor and inserted into the cavity-shaped waveguide connection component, wherein the coax-waveguide adapter further comprises: an electromagnetic parameter adjusting component (204; 304) that is disposed inside a cavity of the cavity-shaped waveguide connection component and used for reducing an effective dielectric constant and an effective magnetic permeability of the coax-waveguide adapter; wherein the electromagnetic parameter adjusting component (204; 304) is made of a left-handed material; and wherein at least one side surface of the electromagnetic parameter adjusting component (204; 304) is not seamlessly spliced with one inner wall of the cavity-shaped waveguide connection component; wherein one side of a waveguide short-circuit end of the cavity-shaped waveguide connection component is filled, along the axial direction of the cavity-shaped waveguide connection component, with the electromagnetic parameter adjusting component (204; 304) made of the left-handed material; wherein a dimension of the electromagnetic parameter adjusting component (204; 304) from a short-circuit end surface of the cavity-shaped waveguide connection component along the axial direction of the cavity-shaped waveguide connection component is not greater than a distance, along the cavity-shaped waveguide connection component, between the coaxial internal conductor and the short-circuit end surface of the cavity-shaped waveguide connection component. an electromagnetic parameter adjusting component (204; 304) that is disposed inside a cavity of the cavity-shaped waveguide connection component and used for reducing an effective dielectric constant and an effective magnetic permeability of the coax-waveguide adapter; wherein the electromagnetic parameter adjusting component (204; 304) is made of a left-handed material; and wherein at least one side surface of the electromagnetic parameter adjusting component (204; 304) is not seamlessly spliced with one inner wall of the cavity-shaped waveguide connection component; wherein one side of a waveguide short-circuit end of the cavity-shaped waveguide connection component is filled, along the axial direction of the cavity-shaped waveguide connection component, with the electromagnetic parameter adjusting component (204; 304) made of the left-handed material; wherein a dimension of the electromagnetic parameter adjusting component (204; 304) from a short-circuit end surface of the cavity-shaped waveguide connection component along the axial direction of the cavity-shaped waveguide connection component is not greater than a distance, along the cavity-shaped waveguide connection component, between the coaxial internal conductor and the short-circuit end surface of the cavity-shaped waveguide connection component.
A method for setting the pressure of a printing station (100, 200), including at least one cylinder (102, 202; 104, 204), of a printing press (100, 200), from acquired images of the printed area of a printed web (112, 210), the method comprising the procedures of: displacing said at least one cylinder (102, 202; 104, 204) of said printing press (100, 200) in accordance with a pre-defined displacement scheme comprising a plurality of displacements, and for each displacement in said pre-defined displacement scheme, acquiring a respective image; after acquiring at least a plurality of images respective of a plurality of said displacements of said pre-defined displacement scheme, determining for each of said at least one cylinder (102, 202; 104, 204) a left side print distance of said cylinder and a right side print distance of said cylinder, at which a printing station prints at a predetermined sufficient print quality according to the plurality of said acquired images respective of different ones of said displacements of said pre-defined displacement scheme; and determining for said each of said at least one cylinder (102, 202; 104, 204) a left actuator working distance and a right actuator working distance for a left actuator (108, 208) and a right actuator (108, 208), respectively, of said each of said at least one cylinder (102, 202; 104, 204), according to said left side print distance and according to said right side print distance. displacing said at least one cylinder (102, 202; 104, 204) of said printing press (100, 200) in accordance with a pre-defined displacement scheme comprising a plurality of displacements, and for each displacement in said pre-defined displacement scheme, acquiring a respective image; after acquiring at least a plurality of images respective of a plurality of said displacements of said pre-defined displacement scheme, determining for each of said at least one cylinder (102, 202; 104, 204) a left side print distance of said cylinder and a right side print distance of said cylinder, at which a printing station prints at a predetermined sufficient print quality according to the plurality of said acquired images respective of different ones of said displacements of said pre-defined displacement scheme; and determining for said each of said at least one cylinder (102, 202; 104, 204) a left actuator working distance and a right actuator working distance for a left actuator (108, 208) and a right actuator (108, 208), respectively, of said each of said at least one cylinder (102, 202; 104, 204), according to said left side print distance and according to said right side print distance.
A linking device in a turbine engine, comprising an enclosure (24, 28) for passing cooling air, a stator nozzle and tubes having a middle portion, formed by a bellows, and having ends mounted in leaktight manner in orifices of a casing (38, 44) of the enclosure and in orifices of the stator nozzle, characterized in that each tube is a metal tube and whose ends are secured to rings (56, 58) engaged in leaktight manner in the orifices of the casing and of the nozzle, respectively, and in that the ring that is engaged in the orifice of the nozzle has a frustoconical outside surface and is urged to press against a complementary frustoconical surface of the orifice in the nozzle by resiliently prestressing the bellows.