Abstract: In a real-time video transmission system for a cellular-connected unmanned aerial vehicle (UAV) based on an adaptive bitrate provided by the present disclosure, an on-board computer is loaded and configured on the UAV, such that the UAV can provide multiple video streams with different bitrates for retrieval. A client with a bitrate adaptation unit is set up, allowing the system to adjust the bitrate of the video stream according to network conditions in each time interval. Intranet penetration and port mapping are implemented on the cloud server, enabling the client to obtain, from the cloud server, the real-time video stream captured by the UAV. The present disclosure allows a remote user to watch, through a cellular network, the real-time video stream captured by the UAV.

Abstract: A spring-loaded plug insert for facilitating a fitting of a canopy over a frame member of an outdoor shelter is disclosed herein. The spring-loaded plug insert includes a base member defining a cavity, the base member configured to be inserted into an opening of the frame member of the outdoor shelter; a displaceable plug member slidably received within the cavity of the base member, the displaceable plug member including an end portion for attaching to the canopy of the outdoor shelter; and a spring member configured to bias the displaceable plug member in an extended position relative to the base member. The displaceable plug member is configured to be displaced by a user to a retracted position relative to the base member in order to facilitate the fitting of the canopy over the frame member of the outdoor shelter. An outdoor shelter including the spring-loaded plug insert also is disclosed.

Abstract: A spring-loaded plug insert for facilitating a fitting of a canopy over a frame member of an outdoor shelter is disclosed herein. The spring-loaded plug insert includes a base member defining a cavity, the base member configured to be inserted into an opening of the frame member of the outdoor shelter; a displaceable plug member slidably received within the cavity of the base member, the displaceable plug member including an end portion for attaching to the canopy of the outdoor shelter; and a spring member configured to bias the displaceable plug member in an extended position relative to the base member. The displaceable plug member is configured to be displaced by a user to a retracted position relative to the base member in order to facilitate the fitting of the canopy over the frame member of the outdoor shelter. An outdoor shelter including the spring-loaded plug insert also is disclosed.

Abstract: The present invention provides a method for manufacturing a TMR sensor that reduces damage to a sensor stack during intermediate stages of the manufacturing process. In an embodiment of the invention, after formation of a sensor stack, a protective layer is deposited on the sensor stack that provides protection from materials that may be used in subsequent steps of the manufacturing process. The protective layer is subsequently converted to an insulating layer and the thickness of the insulating layer is extended to an appropriate thickness. In converting the protective layer to an insulating layer, the sensor stack is not directly exposed to materials that may damage it. For example, in an embodiment of the invention, Mg is used as the protective layer that is subsequently converted to MgO with the introduction of oxygen. Although direct contact of oxygen with the sensor stack may cause damage to the sensor stack, direct contact is avoided by the present invention.