Abstract: An electrically dimmable window (“EDW”) system comprising an EDW, a control switch, and a controller. The switch and controller control the light transmittance level of the EDW. State indicators indicate when the EDW is in transition from one light transmittance level to another level. When there is no transition in light transmittance level, the indicators may denote the current light transmittance level of the EDW.

Abstract: A latch handle assembly includes a bezel disposed within a panel and a handle having a center portion, a first grip portion, and a second grip portion. The center portion is disposed between the first grip portion and the second grip portion. The center portion pivotally mounts the handle within the bezel.

Abstract: A latch handle assembly includes a bezel disposed within a panel and a handle having a center portion, a first grip portion, and a second grip portion. The center portion is disposed between the first grip portion and the second grip portion. The center portion pivotally mounts the handle within the bezel.

Abstract: An electrically dimmable window (“EDW”) system comprising an EDW, a control switch, and a controller. The switch and controller control the light transmittance level of the EDW. State indicators indicate when the EDW is in transition from one light transmittance level to another level. When there is no transition in light transmittance level, the indicators may denote the current light transmittance level of the EDW.

Abstract: An electrically dimmable window (“EDW”) system comprising an EDW, a control switch, and a controller. The switch and controller control the light transmittance level of the EDW. State indicators indicate when the EDW is in transition from one light transmittance level to another level. When there is no transition in light transmittance level, the indicators may denote the current light transmittance level of the EDW.

Abstract: An assembly for providing an indicator includes a light source, a stationary member, a first optical fiber coupled to the light source and to the stationary member, a movable panel, and a first latch assembly coupling the stationary member and the movable panel. The latch assembly has an unlatched position and a latched position. The assembly further includes a second optical fiber coupled to the movable panel, an indicator coupled to the movable panel, and a second optical fiber whereby in the last position, light from the first optical fiber is coupled to the second optical fiber differently than in the latched position.

Abstract: An assembly for providing an indicator includes a light source, a stationary member, a first optical fiber coupled to the light source and to the stationary member, a movable panel, and a first latch assembly coupling the stationary member and the movable panel. The latch assembly has an unlatched position and a latched position. The assembly further includes a second optical fiber coupled to the movable panel, an indicator coupled to the movable panel, and a second optical fiber whereby in the last position, light from the first optical fiber is coupled to the second optical fiber differently than in the latched position.

Abstract: A latch handle assembly includes a bezel disposed within a panel and a handle having a center portion, a first grip portion, and a second grip portion. The center portion is disposed between the first grip portion and the second grip portion. The center portion pivotally mounts the handle within the bezel.