Abstract: An exemplary embodiment of a keypad for building automation may comprise a sensing layer operable to detect user input. The sensing surface configured with a plurality of switching fields assigned to different automation functions. A printed label is layered over the sensing surface for identifying the different automation functions to a user. Control circuitry is operatively associated with the sensing surface. The control circuitry receives user input corresponding to at least one of the switching fields on the sensing surface, and the control circuitry generates a signal for executing the automation function assigned to the switching field at an automation device.

Abstract: A generator controller, in its various embodiments, displays genset fault messages, a genset elapsed time hour meter, service countdown reminder, monitors battery voltage changes over multiple periods of time to establish and display the “battery level,” uses the “battery level” to automatically start and stop the genset, and accepts multiple run requests from AC loads such as HVAC systems, and incorporates safety or other start inhibit features.

Abstract: A generator controller, in its various embodiments, displays genset fault messages, a genset elapsed time hour meter, service countdown reminder, monitors battery voltage changes over multiple periods of time to establish and display the “battery level,” uses the “battery level” to automatically start and stop the genset, and accepts multiple run requests from AC loads such as HVAC systems, and incorporates safety or other start inhibit features.

Abstract: A housing to secure a device to a panel. The housing has a case, a locking ring and a nut. The locking ring has locking protrusions that help to prevent the housing from coming loose from the panel. The case may also have a keyway and the locking ring a corresponding key. The nut may also have detents to engage the locking protrusions on one side of the locking ring.

Abstract: The housing may be quickly and easily assembled in a clam-shell manner. The housing includes a pair of half-shells with each having a tongue for connecting to a face plate and a locking mechanism for connecting the half-shells together. The tongues are inserted into a pair of tongue-receiving fulcrum structures of the plate so that the half-shells are positioned in an open clam-shell arrangement. To complete the connection and the formation of the housing, the half-shells are rotated towards each other until the locking mechanism of one of the half-shells fastens to the locking mechanism of the other half-shell. Furthermore, the housing provides a wall-mounting mechanism for releasably attaching the housing to a wall, wherein that mechanism has two operative positions, including locking and release positions. In the locking position, the wall-mounting mechanism securely mounts the housing to the wall, and in the release position, the housing is unmounted and removable from the wall.

Abstract: A "hands-free" apparatus for loading and unloading piece parts from baskets containing a plurality of such parts on a ferris wheel or other type carrier for submersion into plating or cleaning tanks. The preferred embodiment is adapted for handling a plurality of metallic disks to be plated for the purpose of magnetic recording of data. The system accepts a plurality of baskets transported to it on a conveyor mechanism. The baskets are simultaneously lifted up to a load/unload position at which a mandrel is threaded through the aperture in each metallic disk. The baskets are lowered back down to the conveyor. The mandrel carrying the disks is swung onto a slot on the ferris wheel which is adapted to carry approximately twelve such disk carrying mandrels. The ferris wheel is stepped to the next slot which is loaded the same way. After all slots on the ferris wheel are loaded, the entire ferris wheel is removed from engagement with the loader and transported through the fabrication cycle.

Abstract: A "hands-free" apparatus for loading and unloading piece parts from baskets containing a plurality of such parts on a ferris wheel or other type carrier for submersion into plating or cleaning tanks. The preferred embodiment is adapted for handling plurality of metallic disks to be plated for the purpose of magnetic recording of data. The system accepts a plurality of baskets transported to it on a conveyor mechanism. The baskets are simultaneously lifted up to a load/unload position at which a mandrel is threaded through the aperture in each metallic disk. The baskets are lowered back down to the conveyor. The mandrel carrying the disks is swung onto a slot on the ferris wheel which is adapted to carry approximately twelve such disk carrying mandrels. The ferris wheel is stepped to the next slot which is loaded the same way. After all slots on the ferris wheel are loaded, the entire ferris wheel is removed from engagement with the loader and transported through the fabrication cycle.

Abstract: A modular display system having a plurality of display modules, a plurality of display signs, a plurality of insertable digit panels, a plurality of insertable spacer panels, and one or a plurality of insertable colon panels. The display system is mounted to a wall and can be reconfigured as different predetermined configurations both as to the number of signs and modules. Each module can be changed to a variety of predetermined configurations. A thumbwheel switch is provided on each module so that with each different configuration, a different setting is entered on the thumbwheel switch thereby reconfiguring control information to display the data properly on each module.