mhurhangee/ep-ind-claims huggingface dataset:
A dosage unit of a formulation for use in treating ocular and/or intraocular inflammation in a subject in need thereof, wherein the formulation is suitable for ophthalmological administration and comprises self-assembling peptides or self-assembling peptidomimetics, and the formulation is administered onto or into the eye of the subject in an amount effective for the treatment of ocular and/or intraocular inflammation; wherein the self-assembling peptides or self-assembling peptidomimetics have a sequence of amino acid residues conforming to one or more of Formulas I-XII: Xaa neu − Xaa + x Xaa neu − Xaa − y n Xaa neu − Xaa − x Xaa neu − Xaa + y n Xaa + − Xaa neu x Xaa − − Xaa neu y n Xaa − − Xaa neu x Xaa + − Xaa neu y n Xaa neu Xaa neu − Xaa + x Xaa neu − Xaa − y n Xaa neu Xaa neu − Xaa − x Xaa neu − Xaa + y n Xaa + − Xaa neu x Xaa − − Xaa neu y n Xaa neu Xaa − − Xaa neu x Xaa + − Xaa neu y n Xaa neu Xaa neu − Xaa + x Xaa neu − Xaa − y n Xaa neu Xaa neu − Xaa − x Xaa neu − Xaa + y n Xaa neu Xaa neu Xaa + − Xaa neu x Xaa − − Xaa neu y n Xaa neu Xaa − − Xaa neu x Xaa + − Xaa neu y n wherein Xaa neu represents an amino acid residue having a neutral charge; Xaa + represents an amino acid residue having a positive charge; Xaa - represents an amino acid residue having a negative charge; x and y are integers having a value of 1, 2, 3, or 4, independently; and n is an integer having a value of 1-5; wherein between about 70% and 100% of the self-assembling peptides or self-assembling peptidomimetics are of the same size and have the same amino acid sequence, and wherein the dosage unit is effective to prevent or mitigate ocular and/or intraocular inflammation when administered onto and/or into the eye of the subject. wherein the self-assembling peptides or self-assembling peptidomimetics have a sequence of amino acid residues conforming to one or more of Formulas I-XII: Xaa neu − Xaa + x Xaa neu − Xaa − y n Xaa neu − Xaa − x Xaa neu − Xaa + y n Xaa + − Xaa neu x Xaa − − Xaa neu y n Xaa − − Xaa neu x Xaa + − Xaa neu y n Xaa neu Xaa neu − Xaa + x Xaa neu − Xaa − y n Xaa neu Xaa neu − Xaa − x Xaa neu − Xaa + y n Xaa + − Xaa neu x Xaa − − Xaa neu y n Xaa neu Xaa − − Xaa neu x Xaa + − Xaa neu y n Xaa neu Xaa neu − Xaa + x Xaa neu − Xaa − y n Xaa neu Xaa neu − Xaa − x Xaa neu − Xaa + y n Xaa neu Xaa neu Xaa + − Xaa neu x Xaa − − Xaa neu y n Xaa neu Xaa − − Xaa neu x Xaa + − Xaa neu y n wherein Xaa neu represents an amino acid residue having a neutral charge; Xaa + represents an amino acid residue having a positive charge; Xaa - represents an amino acid residue having a negative charge; x and y are integers having a value of 1, 2, 3, or 4, independently; and n is an integer having a value of 1-5; wherein between about 70% and 100% of the self-assembling peptides or self-assembling peptidomimetics are of the same size and have the same amino acid sequence, and wherein the dosage unit is effective to prevent or mitigate ocular and/or intraocular inflammation when administered onto and/or into the eye of the subject.
A method of receiving an image comprising the steps of: receiving a first data representing a first region of said image, said first data comprising a first modulation scheme; receiving a second data representing a second region of said image, said second data comprising a second modulation scheme, said first region and said second region being mutually exclusive without including an overlapping portion of said image in each other, said first modulation scheme being more robust than said second modulation scheme, said first region including a higher moving portion of said image than said second region; and discarding said second data in response to a quality indicator of said second data being below a threshold and combining said first data and said second data in response to said quality indicator being above said threshold, wherein said combining step further comprising the steps of: demodulating said first data to generate a first demodulated signal representing said first region of said image; demodulating said second data to generate a second demodulated signal representing said second region of said image; and generating a combined demodulated signal for coupling to a display device, said combined demodulated signal comprising said first region of said image and said second region of said image. receiving a first data representing a first region of said image, said first data comprising a first modulation scheme; receiving a second data representing a second region of said image, said second data comprising a second modulation scheme, said first region and said second region being mutually exclusive without including an overlapping portion of said image in each other, said first modulation scheme being more robust than said second modulation scheme, said first region including a higher moving portion of said image than said second region; and discarding said second data in response to a quality indicator of said second data being below a threshold and combining said first data and said second data in response to said quality indicator being above said threshold, wherein said combining step further comprising the steps of: demodulating said first data to generate a first demodulated signal representing said first region of said image; demodulating said second data to generate a second demodulated signal representing said second region of said image; and generating a combined demodulated signal for coupling to a display device, said combined demodulated signal comprising said first region of said image and said second region of said image. demodulating said first data to generate a first demodulated signal representing said first region of said image; demodulating said second data to generate a second demodulated signal representing said second region of said image; and generating a combined demodulated signal for coupling to a display device, said combined demodulated signal comprising said first region of said image and said second region of said image.
A base plate for supporting a plurality of interlocking building bricks, comprising: a planar sheet having a top surface and a bottom surface, with a plurality of nodes projecting from the top surface, wherein the plurality of nodes comprises a node having a vertical cylindrical wall and a horizontal top wall, the vertical cylindrical wall tapering along its vertical height, and the node comprises a bevel extending around a circumference of the node at an edge where the vertical cylindrical wall transitions to the horizontal top wall, characterized in that the bevel has a radius of curvature ranging from about 0.03810 cm to about 0.04318 cm; and the taper of the vertical cylindrical wall has a taper angle ranging from about 2° to about 4°, as measured relative to an axis extending perpendicular to top surface of the planar sheet. a planar sheet having a top surface and a bottom surface, with a plurality of nodes projecting from the top surface, wherein the plurality of nodes comprises a node having a vertical cylindrical wall and a horizontal top wall, the vertical cylindrical wall tapering along its vertical height, and the node comprises a bevel extending around a circumference of the node at an edge where the vertical cylindrical wall transitions to the horizontal top wall, characterized in that the bevel has a radius of curvature ranging from about 0.03810 cm to about 0.04318 cm; and the taper of the vertical cylindrical wall has a taper angle ranging from about 2° to about 4°, as measured relative to an axis extending perpendicular to top surface of the planar sheet.
A device for coating components such as frame parts, sheet metal parts or profile parts with a powder layer, which can be produced on the grounded components to be coated by means of electrostatically charged powder particles, comprising discharging devices that discharge the powder, wherein the discharge of said discharging devices interacts with an electrode for charging the powder particles, wherein the component to be coated is arranged on a conveying device, by means of which the component is grounded, such that an adhesive effect is generated on the component upon impact of the charged powder particle, wherein the device consists of a container that is realized in the form of a dip tank, into and out of which the components to be coated can be transported by means of the conveying device, wherein the discharging devices for the powder particles are arranged on the inside of parallel sidewalls (9, 10) of the container, and wherein separately arranged electrodes are likewise fastened on the sidewalls (9, 10) independently of the discharging devices, characterized in that the discharging devices are realized in such a way that the powder particles exit the respective discharging device under the effect of gravity, wherein the discharging devices are furthermore realized in such a way that they produce a planar curtain consisting of the powder particles on the respective sidewall (9, 10) of the container. discharging devices that discharge the powder, wherein the discharge of said discharging devices interacts with an electrode for charging the powder particles, wherein the component to be coated is arranged on a conveying device, by means of which the component is grounded, such that an adhesive effect is generated on the component upon impact of the charged powder particle, wherein the device consists of a container that is realized in the form of a dip tank, into and out of which the components to be coated can be transported by means of the conveying device, wherein the discharging devices for the powder particles are arranged on the inside of parallel sidewalls (9, 10) of the container, and wherein separately arranged electrodes are likewise fastened on the sidewalls (9, 10) independently of the discharging devices, characterized in that the discharging devices are realized in such a way that the powder particles exit the respective discharging device under the effect of gravity, wherein the discharging devices are furthermore realized in such a way that they produce a planar curtain consisting of the powder particles on the respective sidewall (9, 10) of the container.
A method for operating a two-dimensional separable interpolation filter for coding a video, wherein the two-dimensional separable interpolation filter comprises a first and a second one-dimensional interpolation filter and a temporal buffer of a predetermined buffer size, wherein the method comprises: obtaining filter coefficients for the first one-dimensional interpolation filter of the two-dimensional interpolation filter; comparing a sum of positive filter coefficients of the obtained filter coefficients with a threshold; and upon determining that the sum of positive filter coefficients is larger than the threshold, amending one or more of the filter coefficients to obtain amended filter coefficients, wherein the one or more filter coefficients are amended such that a sum of positive filter coefficients of the amended filter coefficients is not larger than the threshold; applying the amended filter coefficients to samples of the video to obtain a value of a fractional sample position of the video; re-scaling the value of the fractional sample position and storing the re-scaled value of the fractional sample position in the temporal buffer. obtaining filter coefficients for the first one-dimensional interpolation filter of the two-dimensional interpolation filter; comparing a sum of positive filter coefficients of the obtained filter coefficients with a threshold; and upon determining that the sum of positive filter coefficients is larger than the threshold, amending one or more of the filter coefficients to obtain amended filter coefficients, wherein the one or more filter coefficients are amended such that a sum of positive filter coefficients of the amended filter coefficients is not larger than the threshold; applying the amended filter coefficients to samples of the video to obtain a value of a fractional sample position of the video; re-scaling the value of the fractional sample position and storing the re-scaled value of the fractional sample position in the temporal buffer. amending one or more of the filter coefficients to obtain amended filter coefficients, wherein the one or more filter coefficients are amended such that a sum of positive filter coefficients of the amended filter coefficients is not larger than the threshold; applying the amended filter coefficients to samples of the video to obtain a value of a fractional sample position of the video; re-scaling the value of the fractional sample position and storing the re-scaled value of the fractional sample position in the temporal buffer.
A sheet material dispenser comprising an operation trigger and a rotatable drum for frictionally engaging sheet material to be dispensed, in which said rotatable drum is rotatable through 360 degrees, in which said operation trigger is manually movable in a first direction from a stand-by position to a depressed position, in which said dispenser comprises a return spring which drives said operation trigger in a second direction from said depressed position to said stand-by position, and in which said operation trigger comprises a releasable engagement mechanism which engages said drum and rotates it only when said operation trigger is moved in said second direction, wherein said drum comprises a spring loaded drive mechanism which rotates the drum through part of said 360 degrees from a launch angle to a start position, in which said drum is manually rotatable from said start position to said launch angle, and in which movement of said operation trigger from said depressed position to said stand-by position rotates said drum from said start position to said launch angle, to allow further rotation of said drum by said spring loaded drive mechanism from said launch angle back to said start position, in which said drum comprises a ratchet cogwheel at a first end thereof, in which said operation trigger comprises a rack of angled teeth which engage said ratchet cogwheel and rotate it when said operation trigger is moved in said second direction towards said stand-by position, and in which said ratchet cogwheel and said rack of angled teeth are disengaged from one another in said stand-by position.
Handle arrangement for a motor vehicle door, comprising a carrier which is arranged on the inside of the door panel, a handle body which is arranged on the outside of the door, the handle body having a first end section and a second end section, the second end section is pivotally mounted on the carrier through a recess from outside of the vehicle door, the second end section having a support arm with a curvature, characterized in that a circular arc-shaped guide track is arranged in the carrier so that the support arm of the second end section can be pivoted about the center of the circle of the circular arc in the carrier is designed to be sliding, the center of the circular arc-shaped guide track being located in the plane of the door body or on the side facing away from the vehicle outside the door body.
A method for providing output values with associated uncertainties for a flexible modular plant or machine comprising an arrangement of modular entities, the method comprising the steps: during runtime of the flexible modular plant or machine, combining a plurality of said modular entities to an arrangement, the arrangement describing the way in which the modular entities are connected to each other, assigning, to the plurality of said modular entities, uncertainty information associated with an operation of said modular entity; providing, by said plurality of modular entities, input values based on an operation of said modular entities; depending on the arrangement of the plurality of said modular entities, calculating, by a computing unit, an output value based on said input values provided by said plurality of modular entities; calculating, by said computing unit, an input value uncertainty for each input value based on the uncertainty information of the modular entity providing the input value; depending on the arrangement of the plurality of said modular entities, calculating, by said computing unit, at least one output value uncertainty associated with the output value based on propagation of uncertainty and using the input value uncertainties; and outputting said output value and said at least one output value uncertainty. during runtime of the flexible modular plant or machine, combining a plurality of said modular entities to an arrangement, the arrangement describing the way in which the modular entities are connected to each other, assigning, to the plurality of said modular entities, uncertainty information associated with an operation of said modular entity; providing, by said plurality of modular entities, input values based on an operation of said modular entities; depending on the arrangement of the plurality of said modular entities, calculating, by a computing unit, an output value based on said input values provided by said plurality of modular entities; calculating, by said computing unit, an input value uncertainty for each input value based on the uncertainty information of the modular entity providing the input value; depending on the arrangement of the plurality of said modular entities, calculating, by said computing unit, at least one output value uncertainty associated with the output value based on propagation of uncertainty and using the input value uncertainties; and outputting said output value and said at least one output value uncertainty.
A method comprising: monitoring (445, 465), at a network switch that is in stand-by mode, a loss of signal terminal of the network switch; identifying, at the network switch that is in stand-by mode, an inactive state of the loss of signal terminal; and in response to identification of the inactive state of the loss of signal terminal, initiating, at the network switch, a wake-up procedure to put the network switch in an active mode; wherein the loss of signal terminal changes state in response to a communication link between the network switch and an upstream network device being enabled or disabled. monitoring (445, 465), at a network switch that is in stand-by mode, a loss of signal terminal of the network switch; identifying, at the network switch that is in stand-by mode, an inactive state of the loss of signal terminal; and in response to identification of the inactive state of the loss of signal terminal, initiating, at the network switch, a wake-up procedure to put the network switch in an active mode; wherein the loss of signal terminal changes state in response to a communication link between the network switch and an upstream network device being enabled or disabled.
A semi-aromatic polyamide film comprising a semi-aromatic polyamide resin comprising a dicarboxylic acid mainly composed of terephthalic acid and a diamine mainly composed of an aliphatic diamine having 9 carbon atoms, wherein the film further comprises a phosphorous acid polymerization catalyst and a hindered phenol heat stabilizer, and a number density of fish-eyes of 0.01 mm 2 or more in size present in the film is 100/1000 cm 2 or less.
A circuit breaker comprises: - an incoming main contact and an outgoing main contact; - one and only one resistor contact wherein the one and only one resistor contact is connected in parallel with the outgoing main contact; and - at least one breaker tank, wherein the at least one breaker tank comprises a plurality of links, wherein the plurality of links are mechanical connections connecting the incoming main contact and the outgoing main contact and the only one resistor contact with at least one drive mechanism for closing and opening of the incoming main contact and the outgoing main contact and the only one resistor contact characterized in that the incoming main contact and the one and only one resistor contact are configured to be moved to a closed state simultaneously, wherein the outgoing main contact is configured to be moved to a closed state after a predefined time delay of 10 milliseconds after the incoming main contact and the one and only one resistor contact are in the closed state, and wherein the one and only one resistor contact is configured to be moved from the closed state to an open state after the closing of the outgoing main contact, whereas the incoming main contact and the outgoing main contact remain in the closed state. - an incoming main contact and an outgoing main contact; - one and only one resistor contact wherein the one and only one resistor contact is connected in parallel with the outgoing main contact; and - at least one breaker tank, wherein the at least one breaker tank comprises a plurality of links, wherein the plurality of links are mechanical connections connecting the incoming main contact and the outgoing main contact and the only one resistor contact with at least one drive mechanism for closing and opening of the incoming main contact and the outgoing main contact and the only one resistor contact characterized in that
A regenerative fuel cell capable of operating in a power delivery mode in which it generates electrical power by the reaction of electrochemically active species at an anode and a cathode and in an energy storage mode in which it consumes electrical power to generate said electrochemically active species, the cell comprising: • a reversible hydrogen gas anode, in an anode compartment; • a reversible cathode in a cathode compartment; • a membrane separating the anode compartment from the cathode compartment, which membrane is capable of selectively passing protons; • conduits configured to supply electrochemically active species to the anode and to the cathode in said power delivery mode, and to carry generated electrochemically active species away from the anode and away from the cathode in said energy storage mode; wherein the redox reaction at the anode is: and the redox reaction at the cathode is selected from: (i) (ii) and (iii) • a reversible hydrogen gas anode, in an anode compartment; • a reversible cathode in a cathode compartment; • a membrane separating the anode compartment from the cathode compartment, which membrane is capable of selectively passing protons; • conduits configured to supply electrochemically active species to the anode and to the cathode in said power delivery mode, and to carry generated electrochemically active species away from the anode and away from the cathode in said energy storage mode; (i) (ii) and (iii)