Abstract:
Example architectural opening coverings and methods are disclosed. An example architectural opening covering system comprises a first motor to move a middle rail relative to a fixed top rail, and a second motor to move a bottom rail relative to the middle rail and the fixed top rail. The example system also comprises a controller to selectively actuate the first motor to move the middle rail based on a first position of the middle rail and a first position of the bottom rail, and to selectively actuate the second motor to move the bottom rail based on a second position of the middle rail and a second position of the bottom rail.
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:
Methods and apparatus to control architectural coverings are disclosed. An example apparatus (102) includes a network interface (202) to communicatively couple the apparatus (102) with a repository (108) via a network (106), a wireless covering interface (210) to communicatively couple the apparatus (102) with a first architectural covering (120, 122, 124), a covering enumerator (218) to determine information about the first architectural covering (120, 122, 124), and a software collector (214) to: retrieve software for the first architectural covering (120, 122, 124) from a repository (108) via the network interface (202), transmit an advertisement of the software to the first architectural covering (120, 122, 124), and in response to receiving a request for the software from the first architectural covering (120, 122, 124), transmit the software to the first architectural covering (120, 122, 124). (FIG. 2) Title: "METHODS AND APPARATUS TOrCONTROL ARCHITECTURAL COVERINGS" Inventor: Baugh et al. Hanley, Flight & Zimmerman 132 -, o/ GATEWAY HUB
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:
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:
Methods and apparatus to control architectural coverings are disclosed. An example apparatus (102) includes a network interface (202) to communicatively couple the apparatus (102) with a repository (108) via a network (106), a wireless covering interface (210) to communicatively couple the apparatus (102) with a first architectural covering (120, 122, 124), a covering enumerator (218) to determine information about the first architectural covering (120, 122, 124), and a software collector (214) to: retrieve software for the first architectural covering (120, 122, 124) from a repository (108) via the network interface (202), transmit an advertisement of the software to the first architectural covering (120, 122, 124), and in response to receiving a request for the software from the first architectural covering (120, 122, 124), transmit the software to the first architectural covering (120, 122, 124). (FIG. 2) Title: "METHODS AND APPARATUS TOrCONTROL ARCHITECTURAL COVERINGS" Inventor: Baugh et al. Hanley, Flight & Zimmerman 132 -, o/ GATEWAY HUB
Abstract:
Example architectural opening coverings and methods are disclosed. An example architectural opening covering system comprises a first motor to move a middle rail relative to a fixed top rail, and a second motor to move a bottom rail relative to the middle rail and the fixed top rail. The example system also comprises a controller to selectively actuate the first motor to move the middle rail based on a first position of the middle rail and a first position of the bottom rail, and to selectively actuate the second motor to move the bottom rail based on a second position of the middle rail and a second position of the bottom rail.