Abstract: A gas burner assembly for connection to a gas source includes a burner body having a sidewall and a main gas conduit. The burner body further includes a number of primary burner ports disposed within the sidewall, each for supporting a respective main flame, and a simmer flame port disposed within the sidewall adjacent to the primary burner ports for supporting a simmer flame. Additionally, a main fuel chamber is disposed within the burner body to provide fuel to the primary burner ports, and a stability chamber is disposed within the burner body to channel fuel to the simmer flame port. In one configuration, the stability chamber has one or more stability inlets proximate the burner throat which provide the stability chamber with fuel by utilizing the static pressure associated with each stability inlet. In another configuration, the stability chamber has a small feed hole located proximate the burner throat of the main gas conduit.

Abstract: The invention is a wire-guide latching device 22 for a wire-harness assembly form board 24. The device 22 comprises a first post 26 having first and second ends, with the first end coupled to the board and the second end terminating in a circumferentially disposed laterally extending flange 30. A second post assembly 32 is provided having first and second ends, with its first end coupled to the board 24 and incorporating a rotatable arm 52. The arm is rotatable from a first position wherein the arm's free end is in overlapping relationship with the flange 30 of the first post 26 to a second position out of engagement therewith and, further, moveable to a third position in the opposite direction from the second position. A detent system 80 is provided which is adapted to selectably hold the arm 52 in either the first or third positions. A spring 60 is provided which is adapted to bias the arm 52 to the first position when it is moved toward or into the second position.