Abstract: A data repository and analysis system manages test and monitoring end devices through hub/routing functionality implemented on custom or generic platform devices and wired and/or wireless communication with a backbone infrastructure. Hub/routing devices manage test and monitoring end devices locally collecting data, configuring the end devices, etc. Data collected by the hub/routing devices is gathered at the data repository and analysis system, which also manages the hub/routing devices by sending them instructions, monitoring their operations, updating operational parameters, and the like. In addition to analyzing gathered data and providing reports to designated third parties, the data repository and analysis system may monitor alert conditions based on gathered data and provide alerts to designated recipients if such a condition is detected.

Abstract: A routing/hub functionality software and associated hardware platforms are provided for managing test and monitoring devices such as portable test and monitoring devices in healthcare. The routing/hub functionality software can be executed on custom or generic computing platforms and interface through a variety of communication means with multiple peripheral devices collecting data. The software may also configure those devices based on user input or input from the data management system. Collected data is provided to the data management system for actions such as analysis, reporting, and peripheral device configuration. Alerts and messages may also be provided to designated recipients directly or through the data management system based on predefined rules for collected data.

Abstract: A routing/hub device and a data management system are provided to managing test and monitoring devices such as portable test and monitoring devices in healthcare. The routing/hub device interfaces through a variety of communication means with one or more peripheral devices collecting data and configuring those devices based on user input or input from the data management system. Collected data is provided to the data management system for actions such as analysis, reporting, and the like. Alerts and messages may also be provided to designated recipients directly or through the data management system based on predefined rules for collected data.

Abstract: A service protection enclosure (SPE) for a cellular telephone or other wireless telecommunications transceiver site is disclosed. The site has at least one antenna (3) which transceives communication signals, radio equipment for receiving and sending radio signals from and to the antenna, transmission means (37, 39) for connecting the radio equipment and the antenna so as to carry the signals therebetween, AC power service lines (47) for providing power to the site, and telephone lines (48, and/or 115) for connecting the site with a telephone or other communication network. The services protection enclosure comprises a cabinet (35) adapted to be secured to a suitable foundation (29), the cabinet having side walls (55, 57), a top (53), and at least one door (61 or 63) providing access to the interior of the cabinet. The cabinet houses an AC power distribution panel (101) and receives the AC service lines (47), the telephone lines (48), and the RF transmission means (37, 39).

Abstract: The present invention relates to an antenna module for installation on a wireless telecommunications tower at a transceiver site. The antenna module comprises a frame adapted to be installed on the upper end of the tower, containing a means for mounting, and adjusting the alignment of, one or more panel antennas for optimal signal transmission and reception. A radio frequency energy transparent cover surrounds the antenna module, extending height-wise of the frame, enclosing it, the mounting means, and the panel antennas mounted thereon, thereby reducing wind loading on the antenna module.

Abstract: A service protection enclosure (SPE) for a cellular telephone or other wireless telecommunications transceiver site is disclosed. The site has at least one antenna (3) which transceives communication signals, radio equipment for receiving and sending radio signals from and to the antenna, transmission means (37, 39) for connecting the radio equipment and the antenna so as to carry the signals therebetween, AC power service lines (47) for providing power to the site, and telephone lines (48, and/or 115) for connecting the site with a telephone or other communication network. The services protection enclosure comprises a cabinet (35) adapted to be secured to a suitable foundation (29), the cabinet having side walls (55, 57), a top (53), and at least one door (61 or 63) providing access to the interior of the cabinet. The cabinet houses an AC power distribution panel (101) and receives the AC service lines (47), the telephone lines (48), and the RF transmission means (37, 39).