Abstract: An apparatus powered by batteries may include a first processor and a second processor. The first processor may consume more electrical power than the second processor. The second processor acquires data from one or more sensors. At a predetermined time or other trigger, the second processor activates the first processor that is then used to send the acquired data to an external device. For example, items are stowed on the apparatus that includes weight sensors. The second processor awakens hourly, acquires weight data indicative of the weight of items stowed on the apparatus, and returns to a sleep mode. After 24 hours of acquiring weight data, the second processor activates the first processor to send the accumulated weight data to an external device, such as a server, using a network interface. Power consumption is substantially reduced, allowing the apparatus to operate without external power for extended periods of times.

Abstract: A method of managing a network. The method includes receiving an activation key transmitted from a device connected to the network, automatically transmitting a configuration to the device, automatically maintaining the configuration of the device, and receiving log information from the device.

Abstract: A flag assembly includes a base having a substantially planar bottom portion and an opening disposed medially thereof. The assembly further includes an elongated flagpole removably engageable with the opening. A plurality of brackets are connected adjacent an upper portion of the flagpole and an elongated arm is pivotally connected to one of the plurality of brackets. The assembly further includes a support shaft having first and second end portions with the first end portion being pivotally connected to the elongated arm and the second end portion being removably connected to another one of the plurality of brackets. A plurality of flag clamps are connected to the upper portion of the flagpole and the elongated arm for removably clamping a flag.