Abstract:
A transmitter apparatus and a ballast/driver receiver apparatus are presented for transmitting control information through a lighting system power line connection to a ballast or driver in which the transmitter selectively interrupts power delivery in select AC line power cycles to indicate data of a first binary state an uninterrupted power cycles indicate a second binary state with the receiver decoding the message data bits of different binary states based at least partially on the interruptions.
Abstract:
An electrical device includes a housing and an electrically insulating base secured to the housing. A communication terminal protrudes from the base. Electrically conductive main terminals protrude from the base and are spaced apart from each other and from the communication terminal. The main terminals are arcuate shaped and form arcs of a reference ring the center of which is a rotational axis of the electrical device. The communication terminal is disposed within the reference ring. Also featured is a controller device.
Abstract:
A ballast control unit for controlling at least one light output of at least one dimmable ballast is disclosed, in which the dimmable ballast powers one or more light sources via the light output(s). The ballast control unit includes a wireless interface provisioned to receive messages from a mesh network, and to retransmit the received messages not destined for the ballast control unit. The ballast control unit further includes a control module provisioned to control the dimmable ballast(s) and the light output(s) according to commands in the received messages destined for the ballast control unit, where the commands correspond to the dimmable ballast(s) and/or the light output(s).
Abstract:
An electrical device includes a housing and an electrically insulating base secured to the housing. A communication terminal protrudes from the base. Electrically conductive main terminals protrude from the base and are spaced apart from each other and from the communication terminal. The main terminals are arcuate shaped and form arcs of a reference ring the center of which is a rotational axis of the electrical device. The communication terminal is disposed within the reference ring. Also featured is a controller device.
Abstract:
An outdoor lighting system and operating methods are presented in which RF-enabled outdoor lighting fixtures form one or more mesh networks and a lighting control system obtains data from RF-enabled utility meters by communications through a general purpose network and the RF mesh network.
Abstract:
A dimmable outdoor lighting fixture apparatus is provided with a dimmable ballast or driver mounted in a horizontal cobra head luminaire fixture, and a photo eye control module connected to the fixture by an EEI/NEMA standard 3-terminal polarized twist-lock receptacle mounted to the fixture housing, with the controller module providing a dimming control value to the ballast or driver through the twist-lock receptacle.
Abstract:
A transmitter apparatus and a ballast/driver receiver apparatus are presented for transmitting control information through a lighting system power line connection to a ballast or driver in which the transmitter selectively interrupts power delivery in select AC line power cycles to indicate data of a first binary state an uninterrupted power cycles indicate a second binary state with the receiver decoding the message data bits of different binary states based at least partially on the interruptions.
Abstract:
An outdoor lighting system and operating methods are presented in which Power-Line-Communication (PLC)-enabled outdoor lighting fixtures form an outdoor lighting network and a lighting control system obtains data from PLC-enabled utility meters by communications through a general purpose network and the outdoor lighting network.
Abstract:
A ballast control unit for controlling at least one light output of at least one dimmable ballast is disclosed, in which the dimmable ballast powers one or more light sources via the light output(s). The ballast control unit includes a wireless interface provisioned to receive messages from a mesh network, and to retransmit the received messages not destined for the ballast control unit. The ballast control unit further includes a control module provisioned to control the dimmable ballast(s) and the light output(s) according to commands in the received messages destined for the ballast control unit, where the commands correspond to the dimmable ballast(s) and/or the light output(s).