Abstract: The present teachings provide an image capture device including an optical system. The optical system includes a rearward lens assembly, a forward lens assembly, and a bias device. The forward lens assembly is axially aligned with the rearward lens assembly along an optical axis. The bias device is located between the rearward lens assembly and the forward lens assembly and is configured to allow the forward lens assembly to move relative to the rearward lens assembly.

Abstract: An image capture device is disclosed that includes: a body; an optical module that is positioned within the body and which defines an optical axis; and an isolation assembly that supports (suspends) the optical module within the body and which facilitates resilient displacement of the optical module in relation to the body upon the application of an external force to the image capture device to thereby inhibit transmission of the external force to the optical module.

Abstract: A computer implemented method for distributing, collecting and monitoring assignments by a content management system. The method includes receiving a request for a file request from a teacher to distribute an assignment to one or more students. In response to receiving the request, the teacher is prompted for information associated with the assignment. The information can include a name for the assignment, an assignment file and a collection identifier. In response to receiving the information, one or more metadata tags are generated based on the received information. The file request is distributed along with the one or more metadata tags to the one or more student.

Abstract: The deployable antenna with the tensegrity support structure and mounting frame has improved specific mass, compact stowage volume and high deployment reliability. The reflector is mounted to the tensegrity support structure via the mounting frame which ensures proper deployment of the reflector in the desired antenna operating shape.

Abstract: The deployable antenna with the tensegrity support structure and mounting frame has improved specific mass, compact stowage volume and high deployment reliability. The reflector is mounted to the tensegrity support structure via the mounting frame which ensures proper deployment of the reflector in the desired antenna operating shape.