Abstract: A system and method for real-time trip automation and event monitoring of shipments is disclosed. The system includes one or more containers, and monitoring devices configured in each container. These monitoring devices monitor the attributes of zones in the container and the location of the container during the trip. Further, a server receives a predefined trip automation rule associated with the container, being defined by the user. The server communicates with the monitoring devices to receive the set of data points pertaining to the location of the containers during the trip. Further, the server confirms and notifies the location and status of the containers by checking the location of the monitoring device, for a predefined number of consecutive data points, within or outside the geofence of the locations.

Abstract: A system and method for real-time trip automation and event monitoring of shipments is disclosed. The system includes one or more containers, and monitoring devices configured in each container. These monitoring devices monitor the attributes of zones in the container and the location of the container during the trip. Further, a server receives a predefined trip automation rule associated with the container, being defined by the user. The server communicates with the monitoring devices to receive the set of data points pertaining to the location of the containers during the trip. Further, the server confirms and notifies the location and status of the containers by checking the location of the monitoring device, for a predefined number of consecutive data points, within or outside the geofence of the locations.

Abstract: A mobile handset for use in a mobile communications system includes a user interface, a radio communications front end, a radio transceiving antenna, and a browser application to interpret a multimedia document received from a remote server. The browser application recognizes textual presentation markup tags in the document and presents text to a user in accordance with the markup tags. The browser application recognizes a standard set of document-independent local library file markup tags in the document, and stores a standard set of non-textual local library files corresponding to the local library file markup tags. The browser application further presents content provided by one of the local library files via the user interface in response to the recognition of one of the local library file markup tags in the document.

Abstract: A mobile handset for use in a mobile communications system includes a user interface, a radio communications front end, a radio transceiving antenna, and a browser application to interpret a multimedia document received from a remote server. The browser application recognizes textual presentation markup tags in the document and presents text to a user in accordance with the markup tags. The browser application recognizes a standard set of document-independent local library file markup tags in the document, and stores a standard set of non-textual local library files corresponding to the local library file markup tags. The browser application further presents content provided by one of the local library files via the user interface in response to the recognition of one of the local library file markup tags in the document.

Abstract: An antenna arrangement for use in a cellular mobile radio system, consisting of four receiving antenna arrays grouped into two branches (2, 4). The first branch consists of an antenna array (6) receiving vertically polarized signals, located adjacent an antenna array (8) receiving horizontally polarized signals. The second branch (4) consists of a similar arrangement (10, 12) spaced from the first branch to provide space diversity of the received signals. When a signal is received, the outputs from all four antenna arrays (6, 9, 10, 12) are fed to a combiner arrangement (14, 16, 18) to produce a space-diversity and polarization-diversity gain.

Abstract: A feeding apparatus has a user-activated rotatable feeding valve. The feeding apparatus is used in conjunction with a feeding connector which has a connecting end connected to the user-activated rotatable feeding valve, and which can be turned on or off by rotating the feeding connector.