Abstract: A storage container (10) includes a front cover (11) and a back base portion (12) connected at the bottom thereof by a hinge assembly (13) and at the top thereof by a latch assembly (14). The latch assembly (14) includes a latch body (55) pivotally attached to the base portion (12) and engaging the cover (11) which carries a tongue (72) having a safety catch (73) at the end thereof which extends through a slot (71) in the latch body (55) to engage the same. The hinge assembly (13) includes spaced hook members (49) which have an opening (50) therein to receive axles (52) carried between spacers (51). A tray (33) is also provided for the container (10) which has a bottom support surface (34) to hold items thereon and it also includes apertures (38) to hold other items. In addition, flanges (41, 42) which are formed with rib members (40) which depend from the support surface (34) are also provided to hold items in container (10).

Abstract: A video teleconferencing unit includes the lens assembly, the speaker, and the microphone in a single housing, and further includes a lens tilt mechanism wherein the lens is fixedly mounted to a bezel that is pivotally mounted on a front cover of said housing, such that rotation of the lens can be accomplished by rotating the bezel without having to move the housing.

Abstract: A system and device are disclosed for protecting the primary windings of a distribution transformer from surge current which exceed a predetermined level including a tank for accommodating the distribution transformer, a first expanding arc gap extending between a first terminal and a second terminal on the secondary side of the distribution transformer, and a second expanding arc gap extending between a third terminal and the second terminal on the secondary side of the distribution transformer. The arc gap being mounted within the gas space of the tank which accommodates the distribution transformer such that a surge current which exceeds the predetermined level is directed through the arc gaps and dissipated by the expanding arc gaps thereby bypassing the secondary windings in order to protect the primary windings of the distribution transformer. The internally mounted arc gaps being effective when applied to either interlaced or non-interlaced distribution transformers.

Abstract: A coil structure for cellulose-free transformer coils characterized by at least three helically wound layers disposed in a reversal pattern with wedge-shaped resinous insulators between each layer.

Abstract: Distribution transformer having inner and outer low-voltage winding sections and a high-voltage winding section disposed therebetween. Insulation structures separate the various winding sections and include a relatively small thickness of solid insulating material and a liquid dielectric duct. Some of the solid insulating material is axially extended to increase the creep resistance of the winding. The insulation structures are also void of any metallic electrostatic shield or any other member which would hamper adequate processing of the insulation structure during the construction of the transformer.