Abstract:
A controller for a device transmitting commands across one or more communication channels. Each such channel may employ a separate medium, such as radio waves and infrared light. The controller may transmit two separate signals to a device, where one signal is sent via radio waves and the other by infrared light. One signal may correspond to a group identifier and the other to an operating command to be carried out by the device. The device may receive both signals and, if the device belongs to a group corresponding to the group identifier, it may execute the operating command. Alternatively, the group identifier may be replaced by a wake command and the device may execute the operating command only if the wake command is received.
Abstract:
The present invention provide apparatus, systems and/or methods for use in controlling a distributed network of main powered devices and battery powered devices. The devices control the operation of one or more appliances. In one embodiment, an adaptive network comprises a main powered device, a battery powered device and a network control device. The network uses a wireless network protocol that includes at least one of a group, network, unit, group flag, mood and/or mask identifier. The network may include a data storage device having a data structure comprising a listing of at least one battery powered device with which the main powered device can communicate on the network, and/or a connectivity rating and ranking of networked devices. The network may also include: a network traffic manager, a routing and a controller identifier.
Abstract:
A remote for controlling devices and communicating data to and from such devices using both IR and RF signals. The remote control may transmit a first signal to one or more devices which, in turn may each transmit a reply signal to the remote. Each reply signal typically, although not necessarily, contains an identification of the transmitting device and the signal strength of the first signal, as detected at the device. The remote may employ this information to determine which device is closest and transmit commands accordingly.
Abstract:
A covering for an architectural opening is provided. The covering may include a head rail, an end rail, and a cellular panel operably connected between the head rail and the end rail. The cellular panel may include at least one cellular unit. Each cellular unit may include a primary cell having a first side and a second side. In one configuration, the first side has a single crease, and the second crease has three creases. A vane may be operably connected to the primary cell and extend around at least a portion of a side of the primary cell.
Abstract:
A controller for a device transmitting commands across one or more commun ication channels. Each such channel may employ a separate medium, such as ra dio waves and infrared light. The controller may transmit two separate signa ls to a device, where one signal is sent via radio waves and the other by in frared light. One signal may correspond to a group identifier and the other to an operating command to be carried out by the device. The device may rece ive both signals and, if the device belongs to a group corresponding to the group identifier, it may execute the operating command. Alternatively, the g roup identifier may be replaced by a wake command and the device may execute the operating command only if the wake command is received.
Abstract:
Una persiana para una abertura arquitectonica que incluye un riel superior, un riel inferior con un rodillo para enrollado en el mismo, y un riel intermedio siendo suspendidos el riel intermedio y el riel inferior desde el riel superior, y un material de tela que interconecta en el riel intermedio con el riel inferior y que esta adaptado para ser enrollado alrededor del rodillo del riel inferior, incluyendo la tela un par de laminas verticalmente orientadas que son separadas horizontalmente por una pluralidad de paletas horizontales separadas verticalmente siendo movibles las paletas entre las posiciones abierta y cerrada por el movimiento vertical opuesto de las laminas del material. Se proporciona un primer sistema de control para elevar y bajar el riel inferior y un segundo sistema de control para elevar y bajar el riel intermedio asi como inclinar el riel intermedio para efectuar la abertura o cierre de las paletas.
Abstract:
A covering (20) for an architectural opening includes a head rail (22), a bottom rail (24) with a take-up roller (46) therein and an intermediate rail (26) with both the intermediate rail (26) and bottom rail (24) suspended from the head rail (20), a fabric material (28) interconnecting the intermediate rail (26) with the bottom rail (24) and being adapted to be wrapped around the roller (46) in the bottom rail (24), said fabric (28) including a pair of vertically oriented sheets (40,42) that are horizontally spaced by a plurality of vertically spaced horizontal vanes (44) with the vanes (44) being movable between open and closed positions by opposite vertical movement of the sheets (40,42) of material. A first control system (34) is provided for raising and lowering the bottom rail (24) and a second control system for (36) raising and lowering the intermediate rail (26) as well as tilting the intermediate rail (26) to effect an opening or closing of the vanes (44).
Abstract:
Una cubierta para una abertura arquitectonica incluye una tela adaptada para extenderse sobre la abertura, o retraerse adyacente a un lado de la abertura. La tela posee un borde fijo a lo largo de un lado de la abertura, y un borde movil opuesto. El borde movil es guiado por una cinta de metal flexible dispuesta en una configuracion general en forma de z, que se extiende deslizantemente a lo largo del borde movil de la tela, y en direcciones perpendiculares opuestas en extremos opuestos del borde movil para longitudes variables.
Abstract:
The present invention provide apparatus, systems and/or methods for use in controlling a distributed network of main powered devices and battery powered devices. The devices control the operation of one or more appliances. In one embodiment, an adaptive network comprises a main powered device, a battery powered device and a network control device. The network uses a wireless network protocol that includes at least one of a group, network, unit, group flag, mood and/or mask identifier. The network may include a data storage device having a data structure comprising a listing of at least one battery powered device with which the main powered device can communicate on the network, and/or a connectivity rating and ranking of networked devices. The network may also include: a network traffic manager, a routing and a controller identifier.