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    • 6. 发明授权
    • Stereo-vision system
    • 立体视觉系统
    • US09445078B2
    • 2016-09-13
    • US14114569
    • 2012-04-27
    • Emmanuel SneydersJean Marie StassenHans Nicasy
    • Emmanuel SneydersJean Marie StassenHans Nicasy
    • G01B11/00H04N13/02G01B11/25A61B5/00A61B5/107
    • H04N13/207A61B5/0073A61B5/0095A61B5/1079A61B2503/42G01B11/2545
    • This invention concerns a measuring system for the calculation of dimensions, including area and volume, of objects in various shapes. In particular, it concerns miniature 3D measuring equipment that is perfectly suitable for 3D measurements of subcutaneous tumors in mice. The primary objective of this invention then also consists of a measuring system for 3D measurements of objects in various shapes, which includes a handheld device that has at least 1 camera, 1 projector and a measuring chamber. In another implementation, the handheld device will have 2 cameras and a projector and the 3D measurement is based on stereo-vision. Another objective is directed to ensuring that said handheld device also has a processor module, a user interface, a power supply, a data communication interface, and exchangeable measuring chambers which provide the flexibility and autonomy to speed up the measurement procedure, and significantly improve the reproducibility of the measurement.
    • 本发明涉及用于计算各种形状的物体的尺寸(包括面积和体积)的测量系统。 特别涉及微型3D测量设备,非常适用于小鼠皮下肿瘤的三维测量。 本发明的主要目的还包括用于对各种形状的物体进行3D测量的测量系统,其包括具有至少1个照相机,1个投影仪和测量室的手持设备。 在另一个实现中,手持设备将具有2个摄像机和投影仪,并且3D测量基于立体视觉。 另一个目标是确保所述手持设备还具有处理器模块,用户接口,电源,数据通信接口和可交换的测量室,其提供灵活性和自主性以加快测量过程,并且显着改善 测量的重现性。
    • 9. 发明申请
    • STEREO-VISION SYSTEM
    • 立体视觉系统
    • US20140111621A1
    • 2014-04-24
    • US14114569
    • 2012-04-27
    • Emmanuel SneydersJean Marie StassenHans Nicasy
    • Emmanuel SneydersJean Marie StassenHans Nicasy
    • H04N13/02
    • H04N13/207A61B5/0073A61B5/0095A61B5/1079A61B2503/42G01B11/2545
    • This invention concerns a measuring system for the calculation of dimensions, including area and FIG. 4 volume, of objects in various shapes. In particular, it concern miniature 3D measuring equipment that is perfectly suitable for 3D measurements of subcutaneous tumours in mice. The primary objective of this invention then also consists of a measuring system for 3D measurements of objects in various shapes, which includes a handheld device that has at least 1 camera, 1 projector and a measuring chamber. In a more specific implementation, the handheld device will have 2 cameras and a projector and the 3D measurement is based on stereo-vision. It is also the objective of the current invention of a measurement system to ensure that said handheld device also has a processor module, a user interface, power supply and a data communication interface, and exchangeable measuring chambers to give the device the necessary flexibility and autonomy to speed up the measurement procedure, and to significantly improve the reproducibility of the measurement.
    • 本发明涉及一种用于计算尺寸的测量系统,包括面积和图1。 4卷,各种形状的物体。 特别地,它涉及微型3D测量设备,其非常适合于小鼠皮下肿瘤的3D测量。 本发明的主要目的还包括用于对各种形状的物体进行3D测量的测量系统,其包括具有至少1个照相机,1个投影仪和测量室的手持设备。 在更具体的实现中,手持设备将具有2个摄像机和投影仪,并且3D测量基于立体视觉。 测量系统的目前发明也是为了确保所述手持设备还具有处理器模块,用户接口,电源和数据通信接口以及可交换测量室,以给予设备必要的灵活性和自主性。 加快测量过程,显着提高测量的重复性。