mhurhangee/ep-ind-claims huggingface dataset:
A therapeutic device to treat an eye having an epithelium with a defect, the therapeutic device characterised by: a covering comprising: an inner portion comprising a lens; and an outer portion configured to conform to the cornea with endothelial suction to retain the inner portion comprising the lens over the epithelial defect, wherein the inner portion comprises a first rigidity to retain optical smoothness of a front surface of the lens when the lens is placed over the epithelial defect and the outer portion comprises a second rigidity to conform to the cornea and seal the epithelial defect, wherein the first rigidity is greater than the second rigidity; and/or wherein the inner portion comprises a first hardness and the outer portion comprises a second hardness, wherein the first hardness is greater than the second hardness such that the inner portion is configured to retain an optical front surface when placed on the cornea and outer portion is configured to conform to the epithelium. a covering comprising: an inner portion comprising a lens; and an outer portion configured to conform to the cornea with endothelial suction to retain the inner portion comprising the lens over the epithelial defect, an inner portion comprising a lens; and an outer portion configured to conform to the cornea with endothelial suction to retain the inner portion comprising the lens over the epithelial defect, wherein the inner portion comprises a first rigidity to retain optical smoothness of a front surface of the lens when the lens is placed over the epithelial defect and the outer portion comprises a second rigidity to conform to the cornea and seal the epithelial defect, wherein the first rigidity is greater than the second rigidity; and/or wherein the inner portion comprises a first hardness and the outer portion comprises a second hardness, wherein the first hardness is greater than the second hardness such that the inner portion is configured to retain an optical front surface when placed on the cornea and outer portion is configured to conform to the epithelium.
A toxic gas reducing environmentally friendly ignition coal characterized by being produced by chipping a woody material by using an industrial chipper and then heat-treating at a treatment temperature of 150 °C to 400 °C so that the carbon content is 55 wt% or more and less than 80 wt%; pulverizing the woody material that has undergone the heat treating step into a pulverizer to then be pulverized into a wood powder; agitating the heat-treated wood powder with a natural adhesive selected from the group consisting of a starch adhesive, a rice flour adhesive, a gelatin adhesive, a slaughter blood plasma adhesive, an agar adhesive, and a tannin adhesive, to then inject the agitated wood powder into a mold or a mold press; compression molding and drying the molded wood powder; and applying 10 g to 30 g of drying oil on one side of the molded and dried ignition coal, thereby easing ignition and reducing toxic gas generation.
A method for tracking and controlling virtual marshalling trains, wherein the method comprises: obtaining running state data of a target train, wherein the running state data comprises a distance between the target train and a target tracking train, the target train and the target tracking train are located in a same virtual marshalling, and in the virtual marshalling, the target tracking train is a train running in front of the target train and closest to the target train; determining a target control operation corresponding to the running state data from a plurality of preset control operations based on a preset reinforcement learning model, and controlling the target train according to the target control operation; determining (S130, S430) a reward value corresponding to a previous control operation of the target control operation according to the distance contained in the running state data; and updating the reinforcement learning model according to the reward value. obtaining running state data of a target train, wherein the running state data comprises a distance between the target train and a target tracking train, the target train and the target tracking train are located in a same virtual marshalling, and in the virtual marshalling, the target tracking train is a train running in front of the target train and closest to the target train; determining a target control operation corresponding to the running state data from a plurality of preset control operations based on a preset reinforcement learning model, and controlling the target train according to the target control operation; determining (S130, S430) a reward value corresponding to a previous control operation of the target control operation according to the distance contained in the running state data; and updating the reinforcement learning model according to the reward value.
A veneer panel, comprising: a non-flame retardant-treated face veneer; a two-ply panel bonded to the face veneer, the two-ply panel comprising a first inner layer bonded to the face veneer and a second inner layer bonded to the first inner layer, wherein the first inner layer and the second inner layer are treated with a flame retardant; a thermally conductive backing layer bonded to the two-ply panel, the thermally conductive backing layer disposed opposite the two-ply panel from the face veneer; and a first adhesive material disposed between the face veneer and the two-ply panel, wherein the first adhesive material bonds the two-ply panel to a back surface of the face veneer; a second adhesive material disposed between the thermally conductive backing layer and the two-ply panel, wherein the second adhesive material bonds the two-ply panel to the thermally conductive backing layer; and a third adhesive material between the first inner layer and the second inner layer; wherein the first adhesive material comprises a phenolic adhesive and the second adhesive material comprises an acrylic adhesive, and wherein the two-ply panel comprises wood. a non-flame retardant-treated face veneer; a two-ply panel bonded to the face veneer, the two-ply panel comprising a first inner layer bonded to the face veneer and a second inner layer bonded to the first inner layer, wherein the first inner layer and the second inner layer are treated with a flame retardant; a thermally conductive backing layer bonded to the two-ply panel, the thermally conductive backing layer disposed opposite the two-ply panel from the face veneer; and a first adhesive material disposed between the face veneer and the two-ply panel, wherein the first adhesive material bonds the two-ply panel to a back surface of the face veneer; a second adhesive material disposed between the thermally conductive backing layer and the two-ply panel, wherein the second adhesive material bonds the two-ply panel to the thermally conductive backing layer; and a third adhesive material between the first inner layer and the second inner layer; wherein the first adhesive material comprises a phenolic adhesive and the second adhesive material comprises an acrylic adhesive, and wherein the two-ply panel comprises wood.
An implantation accessory (100, 500, 700, 800) for placement at a heart valve annulus location of a patient's heart, the annulus having a first axis, the implantation accessory (100, 500, 700, 800) comprising: a first surface (110, 560, 710); a second axis perpendicular to the first surface (110, 560, 710); and, a maneuvering system (120, 520, 720, 820) for aligning the first axis and the second axis, wherein the maneuvering system (120, 520, 720, 820) includes a first threadable bore (140, 580, 740, 840) and a second threadable bore (150, 585, 750, 845), each bore having first and second openings (142, 144, 152, 154; 742, 744, 752, 754) disposed at the first surface (110, 560, 710), wherein the first threadable bore (140, 580, 740, 840) and the second threadable bore (150, 585, 750, 845) include a first thread (146, 546, 746) and a second thread (156, 556, 756) therethrough, respectively, for tilting the first surface (110, 560, 710) and aligning the first axis and the second axis, wherein the maneuvering system (120, 520, 720, 820) includes a graspable central pin (130, 530, 730) pivotable relative to the implantation accessory (100, 500, 700, 800), wherein the second axis passes through central pin (130, 530, 730), wherein the central pin (130, 530, 730) is further rotatable with the implantation accessory (100, 500, 700, 800) in a first clockwise direction and in a second counter-clockwise direction, and wherein manipulation or pulling on first (146, 546, 746) and second (156, 556, 756) threads, while grasping the central pin (130, 530, 730), operate to tilt the first surface (110, 560, 710) and aligning the first axis and the second axis. a first surface (110, 560, 710); a second axis perpendicular to the first surface (110, 560, 710); and, a maneuvering system (120, 520, 720, 820) for aligning the first axis and the second axis, wherein the maneuvering system (120, 520, 720, 820) includes a first threadable bore (140, 580, 740, 840) and a second threadable bore (150, 585, 750, 845), each bore having first and second openings (142, 144, 152, 154; 742, 744, 752, 754) disposed at the first surface (110, 560, 710), wherein the first threadable bore (140, 580, 740, 840) and the second threadable bore (150, 585, 750, 845) include a first thread (146, 546, 746) and a second thread (156, 556, 756) therethrough, respectively, for tilting the first surface (110, 560, 710) and aligning the first axis and the second axis, wherein the maneuvering system (120, 520, 720, 820) includes a graspable central pin (130, 530, 730) pivotable relative to the implantation accessory (100, 500, 700, 800), wherein the second axis passes through central pin (130, 530, 730), wherein the central pin (130, 530, 730) is further rotatable with the implantation accessory (100, 500, 700, 800) in a first clockwise direction and in a second counter-clockwise direction, and wherein manipulation or pulling on first (146, 546, 746) and second (156, 556, 756) threads, while grasping the central pin (130, 530, 730), operate to tilt the first surface (110, 560, 710) and aligning the first axis and the second axis.
Method for imaging and analysing an object labelled with stochastically and independently blinking point-like emitters, said method comprising the following steps: - Acquiring a time series of images from blinking point-like emitters, - Calculating higher-order cumulants from said acquired images, - Determining at least the parameter maps for molecular state lifetimes, amplitude and concentration of said emitters by establishing a multi-state blinking model, expressing several cumulant orders as a function of the parameters involved and solving the resulting equations for the parameters, - Obtaining a balanced cumulant by spatially deconvolving the cumulant of order n, by taking then the n-th root and by compensating for the temporal weighting factors using the previously determined parameter maps, - Displaying said parameter maps and balanced cumulants in a way as to obtain information about the structural and/or functional features of the object reported by said emitters. - Acquiring a time series of images from blinking point-like emitters, - Calculating higher-order cumulants from said acquired images, - Determining at least the parameter maps for molecular state lifetimes, amplitude and concentration of said emitters by establishing a multi-state blinking model, expressing several cumulant orders as a function of the parameters involved and solving the resulting equations for the parameters, - Obtaining a balanced cumulant by spatially deconvolving the cumulant of order n, by taking then the n-th root and by compensating for the temporal weighting factors using the previously determined parameter maps, - Displaying said parameter maps and balanced cumulants in a way as to obtain information about the structural and/or functional features of the object reported by said emitters.
A method performed by a user equipment for handling a scheduling request, the user equipment comprising a buffer, the method comprising: receiving data into the buffer, wherein said data is to be transmitted to a base station; and triggering a scheduling request, said scheduling request being pending until it is cancelled; characterized in that the method further comprises: cancelling the pending scheduling request when a Medium Access Control Packet Data Unit, MAC PDU, is assembled for transmission and including a buffer status report, the buffer status report accounting for the data that triggered the scheduling request. receiving data into the buffer, wherein said data is to be transmitted to a base station; and triggering a scheduling request, said scheduling request being pending until it is cancelled;
A method for printing an image on a print media by operation of a printhead to eject a print fluid over the print media, comprising: acquiring a printhead temperature parameter indicative of a temperature at the printhead during printing; correcting alignment of the printhead with respect to the print media based on the printhead temperature parameter; and printing on the print media via the printhead according to the corrected alignment. acquiring a printhead temperature parameter indicative of a temperature at the printhead during printing; correcting alignment of the printhead with respect to the print media based on the printhead temperature parameter; and printing on the print media via the printhead according to the corrected alignment.
An image sensor comprising: a substrate including a plurality of unit pixels, PX1-PX4, each of the plurality of unit pixels includes a photoelectric conversion element, the substrate defining a first trench in a lattice shape to isolate the plurality of unit pixels; a plurality of first capacitor structures extended along a sidewall of the first trench in the first trench, including a first electrode, a second electrode, and a first dielectric layer between the first electrode and the second electrode; and a plurality of first capacitor isolation patterns at respective lattice points of the first trench to isolate the plurality of first capacitor structures; characterised by further comprising: a second capacitor isolation pattern between ones of the plurality of the first capacitor isolation patterns adjacent to each other to isolate the plurality of first capacitor structures. a substrate including a plurality of unit pixels, PX1-PX4, each of the plurality of unit pixels includes a photoelectric conversion element, the substrate defining a first trench in a lattice shape to isolate the plurality of unit pixels; a plurality of first capacitor structures extended along a sidewall of the first trench in the first trench, including a first electrode, a second electrode, and a first dielectric layer between the first electrode and the second electrode; and a plurality of first capacitor isolation patterns at respective lattice points of the first trench to isolate the plurality of first capacitor structures; characterised by further comprising: a second capacitor isolation pattern between ones of the plurality of the first capacitor isolation patterns adjacent to each other to isolate the plurality of first capacitor structures.
A vehicle lamp with active retroreflective function, the vehicle lamp comprising: - at least one illuminant comprising at least one light source to fulfill at least one active retroreflective function, - receiving means for light directed onto the vehicle lamp, and - actuating means to activate the at least one illuminant provided to fulfill the active retroreflective function, said actuating means being connected to the receiving means, wherein the actuating means activate the illuminant or the illuminants provided to fulfill the active retroreflective function depending on whether or not the vehicle lamp is illuminated, characterised in that - the actuating means carries out and/or performs an activation under recurring interruption of the operation of the one or more light sources of the at least one illuminant provided to fulfill the active retroreflective function, and - the vehicle lamp has a device to detect the speed and/or the distance of approaching objects emanating from which light is directed onto the vehicle lamp, said detection device being connected to the actuating means, wherein the actuating means recurringly interrupt the operation of the one or more light sources of the at least one illuminant provided to fulfill the active retroreflective function if, after the activation of the at least one illuminant provided to fulfill the active retroreflective function, the object: - exceeds a specified speed, and/or - falls below a specified distance, and/or - approaches at undiminished speed. - at least one illuminant comprising at least one light source to fulfill at least one active retroreflective function, - receiving means for light directed onto the vehicle lamp, and - actuating means to activate the at least one illuminant provided to fulfill the active retroreflective function, said actuating means being connected to the receiving means, wherein the actuating means activate the illuminant or the illuminants provided to fulfill the active retroreflective function depending on whether or not the vehicle lamp is illuminated, characterised in that - the actuating means carries out and/or performs an activation under recurring interruption of the operation of the one or more light sources of the at least one illuminant provided to fulfill the active retroreflective function, and - the vehicle lamp has a device to detect the speed and/or the distance of approaching objects emanating from which light is directed onto the vehicle lamp, said detection device being connected to the actuating means, wherein the actuating means recurringly interrupt the operation of the one or more light sources of the at least one illuminant provided to fulfill the active retroreflective function if, after the activation of the at least one illuminant provided to fulfill the active retroreflective function, the object: - exceeds a specified speed, and/or - falls below a specified distance, and/or - approaches at undiminished speed. - exceeds a specified speed, and/or - falls below a specified distance, and/or - approaches at undiminished speed.
Device (1, 1', 1") for a lithium electrochemical generator, in which an electrolyte is present in liquid or gel form, comprising a band made of electrical insulating material, comprising at least one polymer, and at least one metal layer forming a current collector, the whole periphery (100 P) of the principal faces (10.1, 10.2) of the band being devoid of a metal layer and being configured to serve as part of a wall sealed with the electrolyte in the generator and at least one metal layer being covered with an electrode (11, 12) made of lithium insertion material, characterised in that the at least one metal layer is deposited on at least one of the two principal faces in the central part of the band, the central part of the band comprising a plurality of holes opening onto its two opposing principal faces, the holes being filled at least partly with a continuous metal with each metal layer deposited.
A base station comprising means for: detecting an area with an extensive demand on resources; setting the distance filtering on in response to detecting the area with the extensive demand; indicating for the area with the extensive demand a minimum range and a maximum range, wherein the area with the extensive demand is a filtering sub-area (212a, 212b, 212c, 212d, 213e, 213f, 213g) and the minimum and maximum range are for separating the area with extensive demand from one or more other filtering sub-areas (212a, 212b, 212c, 212d, 213e, 213f, 213g); detecting that a distance filtering is on; determining from timing information in a service request received from a device at least a distance to the device; determining a filtering sub-area (212a, 212b, 212c, 212d, 213e, 213f, 213g) for the device based on the distance; and applying one or more filtering rules defined for the filtering sub-area (212a, 212b, 212c, 212d, 213e, 213f, 213g), that is the determined filtering sub-area (212a, 212b, 212c, 212d, 213e, 213f, 213g) for the device, to determine how to process the service request. detecting an area with an extensive demand on resources; setting the distance filtering on in response to detecting the area with the extensive demand; indicating for the area with the extensive demand a minimum range and a maximum range, wherein the area with the extensive demand is a filtering sub-area (212a, 212b, 212c, 212d, 213e, 213f, 213g) and the minimum and maximum range are for separating the area with extensive demand from one or more other filtering sub-areas (212a, 212b, 212c, 212d, 213e, 213f, 213g); detecting that a distance filtering is on; determining from timing information in a service request received from a device at least a distance to the device; determining a filtering sub-area (212a, 212b, 212c, 212d, 213e, 213f, 213g) for the device based on the distance; and applying one or more filtering rules defined for the filtering sub-area (212a, 212b, 212c, 212d, 213e, 213f, 213g), that is the determined filtering sub-area (212a, 212b, 212c, 212d, 213e, 213f, 213g) for the device, to determine how to process the service request.
A grinder-doser for beans, for example coffee beans, comprising a body which encloses: - a first grinder supported by a relative first grinder-holder, and a second grinder supported by a relative second grinder-holder, wherein the first and second grinders (12, 20) are facing along an axial direction (X-X) and define a grinding chamber for coffee beans, - an adjustment device of the relative axial distance between said first and second grinders (12,20) provided with a screw or ring-nut comprising a first threaded portion, having a first pitch being engaged with a first nut and a second threaded portion, having a second pitch and being engaged with a second nut, - wherein the first nut is associated with the axially fixed body of the grinder-doser and the second nut is operatively associated with one of said grinders (12,20), movable along the axial direction (X-X) with respect to the other grinder (20,12), so as to be able to vary the relative axial distance between said first and second grinders (12,20), the first pitch being different from the second pitch. - a first grinder supported by a relative first grinder-holder, and a second grinder supported by a relative second grinder-holder, wherein the first and second grinders (12, 20) are facing along an axial direction (X-X) and define a grinding chamber for coffee beans, - an adjustment device of the relative axial distance between said first and second grinders (12,20) provided with a screw or ring-nut comprising a first threaded portion, having a first pitch being engaged with a first nut and a second threaded portion, having a second pitch and being engaged with a second nut, - wherein the first nut is associated with the axially fixed body of the grinder-doser and the second nut is operatively associated with one of said grinders (12,20), movable along the axial direction (X-X) with respect to the other grinder (20,12), so as to be able to vary the relative axial distance between said first and second grinders (12,20), the first pitch being different from the second pitch.
A unidirectional-oriented polyethylene-based heat shrinkable label comprising a biaxial-oriented and subsequently uniaxial machine direction-oriented polyethylene film, wherein said film comprises between 50 wt% and 100 wt% polyethylene, that has a machine direction shrinkage of greater than 40% between 100°C and 135°C and less than 5% in the transverse direction, and machine direction shrinkage is less than 5% up to 80°C and transverse direction shrinkage is less than 5% up to 135°C, further comprising a pressure-sensitive adhesive that is permanent once the label is applied, has an adhesive shear strength of greater than 15.75 kg/m [400 g/in] and is stable up to 70°C.