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    • 2. 外观设计
    • Hand-operated instrument and tool for laboratories
    • USD1046191S1
    • 2024-10-08
    • US35517878
    • 2023-04-03
    • Eppendorf SE
    • Christian Rogge
    • The patent or application file contains at least one drawing executed in color. Copies of this patent or patent application publication with color drawing(s) will be provided by the Office upon request and payment of the necessary fee.
      1. Hand-operated instrument and tool for laboratories
      2. Hand-operated instrument and tool for laboratories
      1.1 : Back
      1.2 : Bottom
      1.3 : Right
      1.4 : Perspective
      1.5 : Front
      1.6 : Left
      1.7 : Top
      2.1 : Back
      2.2 : Front
      2.3 : Bottom
      2.4 : Left
      2.5 : Perspective
      2.6 : Right
      2.7: Top
      The characteristic features of the design lie in the combination of the shape of the laboratory instrument as shown; it is a rectangular laboratory instrument with rounded edges and two viewing windows, right and left, and a glass door at the front; a long handle is attached to the bottom of the glass door, which can be used to open the door; inside the design, a robotic arm can be seen at the top left, which can be moved to the right via the rail attached to the inside in the rear part of the instrument; the outer lower part of the laboratory instrument is surrounded by a dark-colored strip, which makes up approx. ⅕ of the height of the instrument.
      The portions of the hand-operated instrument and tool for laboratories shown in broken lines form no part of the claimed design.
    • 3. 外观设计
    • Thermocycler
    • USD1045123S1
    • 2024-10-01
    • US35518685
    • 2023-04-18
    • Eppendorf SE
    • Christian Rogge
    • The patent or application file contains at least one drawing executed in color. Copies of this patent or patent application publication with color drawing(s) will be provided by the Office upon request and payment of the necessary fee.
      1. Thermocycler
      2. Thermocycler
      1.1 : Perspective
      1.2 : Unfolded
      1.3 : Front
      1.4 : Front view showing the status light line in green
      1.5 : Front view with status light line in red
      1.6 : Right
      1.7 : Back
      1.8 : Left
      1.9 : Top
      1.10 : Bottom
      2.1 : Perspective view with handle on top
      2.2 : Perspective
      2.3 : Right
      2.4 : Front
      2.5 : Back
      2.6 : Left
      2.7 : Bottom
      2.8 : Top 1. Name of the designed product: thermocycler; 2. The use of the designed product: for PCR applications; 3. The design point of this design product: in the shape; 4. The picture or photo that best shows the design point: perspective view in figures 1.1 and 2.1.
    • 4. 发明公开
    • METHOD FOR CALIBRATING AN OPTICAL RECORDING DEVICE
    • US20240296587A1
    • 2024-09-05
    • US18245286
    • 2021-09-13
    • Eppendorf SE
    • Lukas Wolf HellwegAlexander Petermann
    • G06T7/80H04N23/61
    • G06T7/80H04N23/61
    • Computer implemented method for calibrating (216) an optical recording device (150), the optical recording device (150) being associated with a field of view and an image plane, by using at least a model panel (140), the model panel (140) comprising a set of calibration indicia (40-49), and a first calibration view, wherein the first calibration view comprises a first set of calibration locations (20-29) of the field of view, wherein the method comprises at least the steps of constructing (204, 207) at least a plurality of scenes so that, for each location of the first set of calibration locations (20-29), a calibration indicium of the set of indicia is located in a respective scene of the plurality of scenes at said each location, and wherein each scene of the plurality of scenes is constructed by translating the model panel (140) to a respective position with respect to the optical recording device (150); acquiring (205, 208) at least a plurality of images (920, 930), so that each scene of the plurality of scenes is displayed in a respective image of the plurality of images (920, 930); locating (206, 209) at least a plurality of calibration loci (60-69) so that, for each location of the first set of calibration locations (20-29), a respective locus of the plurality of calibration loci (60-69) is comprised in a respective image of the plurality of images (920, 930), said respective image displaying a respective calibration indicium and said respective calibration indicium being located at said each location and being displayed in said respective locus; and calibrating (216) the optical recording device (150) by using at least the loci of the plurality of calibration loci (60-69) as locations in the image plane of the projection onto the image plane of the first calibration view.