Abstract: A docking station for a medical device is described. In some examples, the docking station includes a frame and a base plate coupled to the frame. At least a portion of the base plate is coupled to a lower portion of the frame. In some examples, an electronic connector of the docking station is configured to couple to the medical device and to provide power to the medical device when the medical device is docked to the docking station. In some examples, a docking mechanism is coupled to an upper portion of the frame and configured to retain the medical device.

Abstract: A first request to create a folder to organize data files that are to be stored at a third-party storage server is received at an application server and from a user device. Responsive to receiving the first request to create the folder, a second request indicating that the folder is to be created at the third-party storage server is sent by the application server and to the third-party storage server. An indication that the folder has been created at the third-party storage server is received from the third-party storage server. Responsive to receiving the indication that the folder has been created at the third-party storage server, an instance of the folder is generated by the application server.

Abstract: An application server receives from a user device a first request to create a data file that is to be stored at a third-party storage server. Responsive to receiving the first request to create a data file that is to be stored at the third-party storage server, the application server sends to the third-party storage server a second request indicating that the data file is to be created at the third-party storage server. An indication that the data file has been created at the third-party storage server is received from the third-party storage server. Responsive to receiving the indication that the data file has been created at the third-party storage server, the application server generates an instance of the data file that is stored at the application server. The application server provides to the user device the instance of the data file for edit via a relevant application.

Abstract: An application server receives from a user device a first request to create a data file that is to be stored at a third-party storage server. Responsive to receiving the first request to create a data file that is to be stored at the third-party storage server, the application server sends to the third-party storage server a second request indicating that the data file is to be created at the third-party storage server. An indication that the data file has been created at the third-party storage server is received from the third-party storage server. Responsive to receiving the indication that the data file has been created at the third-party storage server, the application server generates an instance of the data file that is stored at the application server. The application server provides to the user device the instance of the data file for edit via a relevant application.

Abstract: Systems and methods disclosed herein provide access to a data file stored at a remote data storage system. A user device can send a file access request, via a user interface provided by the remote storage server, to the application server to access a data file stored at the remote storage server. The application server can then optionally identify a relevant application for accessing the data file, and send, to the remote server, a metadata-and-content request relating to the data file. The metadata-and-content request includes version information of a previously cached version of the data file cached at the application server. When the cached version is not the latest version, the application server receives the latest version of the data file from the remote storage server. The latest version of the data file is then presented, via the relevant application on the application server, to the user device.

Abstract: Systems and methods disclosed herein provide access to a data file stored at a remote data storage system. A user device can send a file access request, via a user interface provided by the remote storage server, to the application server to access a data file stored at the remote storage server. The application server can then optionally identify a relevant application for accessing the data file, and send, to the remote server, a metadata-and-content request relating to the data file. The metadata-and-content request includes version information of a previously cached version of the data file cached at the application server. When the cached version is not the latest version, the application server receives the latest version of the data file from the remote storage server. The latest version of the data file is then presented, via the relevant application on the application server, to the user device.